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venuearcusa · 1 year ago

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What is data governance?

Data governance describes the roles, processes, and policies that organizations enact to ensure the accuracy, quality, and security of data. Their policies dictate the methods that people can use to access and take advantage of the data.

Although data governance involves the proper stewardship of data in an organization, the framework also encompasses your data strategy and goals. When implemented correctly, data governance allows you to derive value from data.

Data security and governance frameworks ensure that policies and processes align with internal and external factors, including local and national government data privacy laws and regulations. As governing bodies pass new laws, you must adjust your data governance frameworks to comply with them.

It is often difficult to implement data governance properly, as it requires you to align departments and teams. This means you need to have a clear understanding of what data you have and how you use it.

When you develop a data governance plan, you should consider the following elements:

Data Ownership: Who is responsible for managing each type of data? Data quality: How will the data be checked for accuracy and completeness? Data security: How will the data be protected from unauthorized access? Data archiving: How will the data be stored for long-term preservation?

Data Governance Tools and Benefits

Data governance tools include any software, platform, or device used to access, use, store, create, or analyze data, as well as the policies and procedures used to implement and maintain their operation.

The following are data governance tools:

Data lakes, warehouses and catalogs Data assets, such as spreadsheets, images, PDFs, and more Software and platforms used to access, analyze, and manipulate data, such as automation platforms, single point solutions, and visualization software Infrastructure used to transmit data, such as business and personal devices, servers, cameras, monitoring and medical equipment, sensors, and more Implementing a data governance framework that makes optimal use of all of these tools can benefit you and your organization through improved business value, security and compliance, data quality, and automation.

commercial value

Data governance improves your decision-making process, helps you better manage risk, and increases your operational efficiency. Data governance tools can help you collect and organize data from various sources so you can make informed decisions. Data governance can promote collaboration between different teams and departments by establishing a clear process for sharing data and information.

Security and compliance

Data governance must encompass a changing workforce, remote workers, and new compliance regulations. Your framework should include plans for onboarding, adding, and removing leaves for new, current, and former employees, all while maintaining compliance. This process will include reducing the risk of data breaches of confidential information.

Data quality

Setting rules and standards for data entry, access, storage, and use allows you to improve data quality. By ensuring data accuracy, consistency, and integrity, you can make better decisions and avoid costly mistakes. Optimizing communication and coordination lets you make better decisions and avoid duplicate work.

automation

Automation can help you ensure compliance as people access and use data; this includes data collection, quality control, and reporting. You can reduce costs by reducing the need for manual data entry and storage. Automation can also reduce the costs associated with data breaches and compliance breaches. The correct implementation of data governance can help you optimize the use of resources, improve efficiency, and free up resources so you can focus on more strategic tasks.

Data governance framework

A data governance framework helps you establish and maintain an effective data governance program. The framework provides a structured approach to defining roles and responsibilities, developing policies and procedures, and implementing tools and controls.

Organizations that have established data governance programs report several benefits, such as improved decision making, reduced risk, and optimized organizational performance. Data governance can also help organizations meet regulatory requirements.

#technology #Security and governance

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businesscommunicationposts · 2 years ago

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What Technologies Are Having Dramatic Effects on Business Communication in Today's Workplace?

As the coauthor of the leading textbooks in business communication, I'm often asked to describe the technologies that are significantly influencing business communication today. Here is my list.

Artificial Intelligence: AI-based technologies are revolutionizing business communication through chatbots, natural language processing, voice recognition, and predictive analytics, among others.

Cloud Computing: The cloud allows businesses to share data in real-time, improving collaboration and communication. This boosts productivity and makes it easier to work together despite different geographical locations.

Internet of Things (IoT): IoT technology, such as wearable devices, sensors, and smart home appliances, enables businesses to collect, analyze, and use data to improve communication and customer engagement.

Video Conferencing: With tools like Zoom, Google Meet, Skype, and Cisco Webex, video conferencing technology has made remote communication with teams, clients, and partners more efficient and productive.

Mobile Technology: With the widespread availability of mobile devices, business communication is becoming more mobile-friendly, facilitating communication on-the-go.

Social Media: Social media channels like LinkedIn, Twitter, Facebook, and YouTube are increasingly being used for business communication, networking, and advertising.

Instant Messaging: Instant messaging technologies like WhatsApp, WeChat, and Viber enable real-time messaging, document sharing, and group chats, helping in quick and informal communication among team members and clients.

Collaboration Tools: Modern collaboration tools like Slack, Microsoft Teams, and Trello enable teams to work seamlessly on projects regardless of location, simplifying communication and increasing productivity.

Wearable Technology: Wearable devices like smartwatches and smart eyeglasses are being used in business communication to schedule meetings, set reminders, and receive notifications, among other things.

Unified Communications (UC): This is a technology that integrates different communication tools, such as email, instant messaging, voice, and conferencing, into a single platform.

Autonomous Things (AuT): This refers to a category of advanced robotics and AI-driven systems that can perform tasks and make decisions without human intervention. Autonomous things can have a significant impact on business communication in several ways: by making communication faster and more efficient by automating routine tasks such as answering emails, scheduling meetings, and sorting through documents; by interacting with customers more efficiently, providing immediate assistance and faster response times; and by significantly reducing labor costs by automating tasks previously carried out by humans, freeing up staff to focus on more complex, value-added tasks.

Augmented Reality (AR) and Virtual Reality (VR): These are immersive and interactive technologies that allow users to have a more profound and interactive experience, within a virtual or augmented environment.

Gesture-Based Computing: This allows users to interact with devices using hand gestures or body movements to make collaboration easier by enabling more natural and intuitive communication, facilitating remote communication and work, allowing teams to collaborate efficiently from different locations, and improving accessibility for people with disabilities.

Drones: These unmanned aerial vehicles that can be controlled remotely or programmed to fly autonomously to map, inspect, and survey enable businesses to obtain accurate data, improve operations communications, and make informed decisions. Drones can also be used for inventory management, aiding communication in logistics operations and supply chain management, to monitor crop health, weather patterns, and soil, improving communication between farmers and agribusinesses, and to capture aerial footage and photographs, improving real estate marketing communication.

Blockchain: Blockchain technology has the potential to improve communication in supply chain management operations, enabling businesses to track and verify the authenticity of products from origin to delivery.

Voice Recognition: Voice recognition technology is making it possible for users to interact with devices using natural language, improving business communication and making it more intuitive.

Big Data: Big Data analytics technology enables businesses to collect, process, and analyze large volumes of data to make informed business decisions, improving communication for more efficient business operations.

Biometric Authentication: Biometric authentication technology is improving security and authentication for businesses, such as facial recognition technology to access features within video conferencing tools.

5G Networks: The advent of 5G networks is providing faster communication speeds, improving the efficiency of remote communication, and facilitating real-time collaboration.

Modern intranet software refers to the use of internet-based collaborative platforms within an organization to improve internal communication and workflow.

Infographics and Images: Graphic design software such as Adobe Photoshop and Illustrator, Canva, Piktochart, and Infogram makes it easier to create high-quality graphics and design elements, edit and enhance images, develop icons, modify visuals, and create unique layouts for delivering effective messages. Additionally, such software applications often have templates, pre-set designs, and customizable elements, which make it easier for businesses to create high-quality graphics in a time-efficient manner. This software has become increasingly crucial in recent years for businesses, particularly with the rise of social media and visual-based messaging.

These technologies are significantly changing the way businesses approach communication, leading to more efficient, effective, and personalized collaboration and communication within organizations as well as with customers and clients.

Visit my blog at http://blog.businesscommunicationnetwork.com.

To order examination copies of my texts (instructors only), go to http://blog.businesscommunicationnetwork.com/texts.

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integratedhomes · 2 years ago

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Wi-fi Smart Home And Residential Automation

Keep in mind that the smart home space, whereas quickly maturing, is still comparatively new. Our guess is that devoted hubs will finally fade out over time, one thing we've already seen occurring over the past couple of years. For now, though, you would possibly want to contemplate one to have the ability to take full management over your smart home. The UPB protocol is loosely primarily based on X10 and likewise uses your home's electrical strains to transmit alerts between gadgets, however it offers quicker transmission rates and is mostly considered extra dependable. Oddly, X10 and UPB gadgets are not compatible and require a controller that helps both protocols to make them work collectively.

Admittedly, you'll find a way to't simply purchase a smart bulb and connect it to IFTTT, however it is an automation system within the literal sense. A drawback with this method's obtainable automations is that HomeKit won't run automations that contain unlocking a door whenever you arrive home, for instance, with out first confirming it on your telephone. SmartThings might be the platform that offers probably the most support for smart gadgets in the marketplace.

Chapter four concentrates on manufacturing analysis, including cost structure evaluation and process evaluation, making up a complete evaluation of producing price. Intruder alarms to be mechanically activated when nobody is in the house and at night. A blockchain is a digitally distributed, decentralized, public ledger that exists throughout a community home automation south africa. Web 2.0 describes the current state of the internet, which has more user-generated content and end-user functionality than its earlier incarnation. Automated irrigation systems have had the flexibility to be programmed for a while. Now, smart irrigation systems subject local weather and environmental situations an issue those traits into present water schedules.

It tracks 12 metrics, including your BMI, body fat percentage, body water proportion, coronary heart fee, muscle mass, protein level, and weight as much as four hundred kilos. If you don't have central air, you would possibly want to consider a wise air conditioner. They sometimes enable for app and voice management, and help scheduling, which may help minimize down in your power prices. The Midea 8,000BTU U-shaped Air Conditioner is straightforward to install and did a great job of cooling in our tests.

Just connect your smartphone and the smart appliance to the network. And with a few faucets on the cell app, you can begin constructing a sensible home. Anything that helps to keep management smart homes south africa of your smart home inside your house is worthwhile. Letting you proceed to issue sure voice instructions even when the internet goes out, and improved response occasions are great, too.

And like lots of the communications protocols, Insteon also requires hubs to program complex actions and to reply to voice inputs. Examples of Insteon functions embody remote controls, leak sensors, motion sensors, among others. Smart TVs are in a place to interface with other gadgets within the home, whereas smart remotes can management the other smart gadgets in your home just like smart home automation the smart lights, thermostat, etc. Examples of energy-saving and disaster-preventive devices embody smart water monitoring and smart electrical systems. There are also smart thermostats and geo-fences, among different smart devices. If you've smart home devices in your home and want to automate them in additional ways than your home allows, IFTTT can help.

There are so many products that we have arranged them by room to help keep things organized, but that does not imply you'll find a way to't use most of these devices nearly wherever. Many smart home companion apps help scheduling, so you can simply program your gadgets to carry out a sure motion at a sure time. After having a bike stolen, for example, PCMag's editor Wendy Sheehan Donnell programmed her smart garage door to routinely shut each night time at a specific time.

By 2028 and is predicted to broaden at a CAGR of 11.2% from 2022 to 2028, based on a new report by Grand View Research, Inc. The growing demand for cognitive systems at smart homes is surging the adoption of installation and maintenance of smart home units. In addition, customization of smart home home automation systems south africa by skilled installers has additionally supported the growth within the industry. However, the costly nature of restore and upkeep companies for smart home gadget is the vital thing issue hindering the growth of the market.

Bluetooth wireless technology is in style in devices that might be controlled domestically utilizing a cell app, similar to door locks and lighting systems. It's more vitality environment friendly than Wi-Fi, but its restricted range means you'll find a way to't management these devices remotely without the use of a hub. That mentioned, Bluetooth gadgets are simple to put in, and like Wi-Fi, the technology could be found in practically all cellular units.

#smart home

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grizzlee30 · 3 years ago

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Hey y’all. The following is from a writing prompt I did a little while ago. Posting it here for posterity. If you’d like, let me know what you think!

TRANSMISSION: OPERATION ALEXANDIRA IS UNDERWAY.

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Being a Cataloger is no easy task, though it is an honor. Many beings from across the galaxy wish they could have the honor of knowing everything there is to know about their homeworld. Being a Cataloger means that no secret is too great, no business that isn’t theirs. They have absolute freedom and authority to investigate and record all that happens on their planet, and no government or organization is allowed to keep anything from them. Their motto was: “Posterity is the most important tool of hindsight.”

Antherumberbane, a Froxin of a more variant lineage, found the task to be perpetually exciting. The Froxins had forgone government and borders some millennia ago. The fallout of a war that nearly glassed their planet brought about the kind of perspective about self-control that one might get when you feel your balance tip just a little too far off a steep cliff. The consequential guilt that had formed in their collective consciousness brought them to a silent and official result: Anything they did, they would do for the greater good of the planet and their species. The discovery of their planet by the Collective Alliance of Planetwide Sentiance (Or CAPS for those who needed to save a minute) also helped to shift that global perspective, as that day, the world grew to an unimaginable size. Keeping home tidy seemed like a logical priority. This led to a renaissance of sorts, as every Froxin dedicated their life to the pursuit of science and the arts. Weapons and the arms race became a fleeting memory and the planet of Flotilla became a beautiful eutopia.

Antherumberbane was no different from the other Froxins. They too believed in the pursuit of a better world, which is why he agreed to the lonely job of Cataloger for CAPS. Antherumberbane did not take the decision lightly, as being a Cataloger was a lifelong commitment, not one easily broken. They had a nice life on Flotilla, for a while. They had a lovely partner that they love more than anything. But even in a world as advanced and as generous as Flotilla, sickness still existed, and tragedy was not unheard of. After their death, Antherumberbane decided to leave his post as a scribe for the scientific community and took the offer to become isolated, for that‘s what Catalogers were.

The purpose of Catalogers was not to gain intelligence to spread to other worlds. In fact, Catalogers were to take a vow of silence with anyone except other Catalogers. This was to prevent any secrets from other planets from being divulged to their home planets. Instead, Catalogers were tasked with creating a sort of galactical time capsule. Should CAPS ever fall or its members go to war, an indestructible data hold on a remote comet flying unpredictably through the stars, known to the Catalogers as “The Remnant” would be the only remains of the alliance. The records inside of it would be sealed whilst the citadel of CAPS remained to function, unsealing only in the event that the alliance had truly fallen.

Antherumberbane had questioned the method of storage privately many times in-between their duties. They understood the sentiment behind it: Create a record of every success and failure of the most advanced systems in our time so future alliances could learn from them. They were comfortable enough with the functioning of the citadel being the key to the files being sealed. It was the most defended structure in the galaxy, and no one planet could take it without serious consequences. It was even unlikely that a group of planets would have the resources to take the vessel, as it acted as its own sovereign territory governed by multiple representatives of each planet. It had its own artillery, military, software, and hardware defenses. It even had its own armada, made up of 20% of each of its member’s fighting force. It was certainly possible for the citadel to fall, Antherumberbane did not kid themselves, but it was a slim chance that anyone would ever want to. Even the warrior race of the Chibathons, who valued strength above all else to rule, saw the importance of a strong alliance within the galaxy and were able to rationalize that true strength came from such agreements.

No, what Antherumberbane took most unnerving was the location of the data. A comet kept the vault moving, surely. But it was unpredictable in its movements. There was no way to be certain it would not crash into some random asteroid and break apart, or for it come into contact with other debris or even another comet! And the Remnant itself was supposedly indestructible, sure, but Antherumberbane was pretty certain no one ever tried throwing it into a sun. Tens of Thousands of years of data could be lost in an instant, all because someone trusted the path of a frozen chunk of rock hurtling through space. The idea made Antherumberbane feel queasy like he stood up too fast from meditation. Still, he had been assured by the powers that be that, while the schematics for the vessel were vague to prevent tampering, it was unlikely that anything short of complete atomization could all out destroy the Remnant.

An alarm beeped on a device strapped around their third appendage, and Antherumberbane gave it a tap with his fourth to answer it. A message played, at first quietly in a language they could not possibly understand, followed by an automated translation in the same tired inflection and tone as the one speaking it. The recorded message played directly into their auditory bone.

“This is Stephanie Martins of Earth. I am calling an emergency assembly of the Catalogers. Please be in attendance at Primary stardate 17-85-1800.”

Hi Reddit! Rest is here:

Antherumberbane listened to the message again. Human emotion had always eluded them. Humans had the benefit of experiencing emotion brought about by chemicals in the brain, thus allowing for the evolutionary advantage of their emotions affecting the state of their body, turning anger and desperation into uncharacteristically amazing feats of strength, speed, and creativity. Many theorized this was how they became the apex predator of their planet without showing any outward traits of a common one. They had not so much fought their way to the top, but survived and out-maneuvered it. Still, there was what Froxins would describe as… sadness? No, more like exhaustion. Stephaniemartins- No, Stephanie Martins, humans had separate names instead of combing them. They could never remember naming customs of all the different planets, a weakness on their part. They had always instead defaulted to stating each members’ full name and title to be safe. Stephanie Martins had always had an air of defeat each time she discussed her home planet. Antherumberbane could understand why. They were still a primitive species when CAPS found them. They reminded them of the Froxins before the Atom Wars, petty and prideful, yet capable of change and great things. There was much to be desired of Earth, though he doubted Stephanie Martins would see it in her time. Give it a century or two, Antherumberbane thought, surely they will come around once they are comfortable with their new galactic neighbors.

Antherumberbane boarded Their private starship and activated the slip drive. They set their destination for the citadel and watched as the stars and planets warped into unfamiliar shapes and sizes. As the slip drive bend the space around it to appear next to the citadel, Anterumberbane gave pause to the message they had received. An emergency assembly was not uncommon, at least they had experienced a few. While it is true that Catalogers mainly work for posterity and they were not allowed to share information with their home plants, it did not mean that the information collected was never used. Catalogers were sometimes tasked with solving galactic issues that no combination of planets could solve. By pooling knowledge, classified and not from each planet, they could privately come up with a solution without involving politics or risking cross-contamination of government secrets. They would present the solution but not how they got there, and it was a very efficient system. Plagues were stamped out in a matter of months, treaties were drafted, and even advances in technology were spawned from these meetings. What trouble Antherumberbane is what problem Earth could have that would warrant an emergency meeting. Earth was a part of CAPS, but they still very much kept to themselves, determined to solve their own problems with no outside help, much like the impulsive adolescents they had on Flotilla. Yes, young and unabashed pride seemed to be a universal trait in sentient beings.

On the other hand, the fact that Earth’s Cataloger had called for an emergency meeting could show a sign of good faith. The humans were finally making use of the shared resources that CAPS had to offer, the first step into trusting the other planets of the alliance. This excited Antherumberbane and they became suddenly determined to put forth their best efforts to prove to Earth that they were there to help.

Slipping out of the Stream, Antherumberbane docked at their private port for Catalogers. They gathered their materials from their office on the ship and made their way to the meeting area. Along the way he met with another Cataloger, Grzx, and they walked in tandem to the meeting room. More accurately, Anterhumberbane strode on his tentacles whilst Grzx propelled himself forward with his fins using a backpack-like device that his people created to simulate swimming on air. The Yoliths were strictly an aquatic species, sporting no legs and many fins on their torso area. Though they had developed a pair of small limbs for manipulation, Antehrumber could not help but think that Yoliths had done the most effort in acclimating to an alliance filled with mostly land-based beings. Though he did appreciate their naming customs. One name, pure and simple.

“Morning keep you,” Grzx said, a traditional Froxin greeting. Antherumberbane always appreciated the small efforts Grzx would make to appeal to other species. They returned the favor.

“Good currents to you as well my friend.” Antherumberbane tilted their long neck down in appreciation and respect. “Do you have any inkling as to what Earth may be calling on us for?”

“Only that it is about time that they ask for it.” Grzx’s translator made his speech sound garbled as if he was actually speaking from underwater. “My home planet was becoming anxious in the face of Earth’s reluctance for collaboration”

“Many Froxins agree with that sentiment, though personally, I feel their reluctance is not unwarranted. Not two human lifetimes has passed since they made first contact. They are allowed some caution.”

“Regardless, their isolation bodes dark tidings. I understand their reluctance to put forward their own cooperation, but refusing it from the rest of the galaxy? That doesn’t seem natural.”

Anterhumberbane gave a slight pause before saying, “Collaboration is not something that can be easily undone. Once you invite another’s culture into yours, it is very hard to separate the two.”

“They have already chosen to enter the alliance. We did not force their hand in this matter.”

“Perhaps not, but we forget what it was like being the only sentient beings known to our homes. The prospect of such a discovery could shake the foundation of any culture.”

“True, it still perplexes me though.”

“It has also been a long time since CAPS has discovered a new sentient species. Many thought we had dried out our galaxy of such phenomena. The remote Sol System had been out of the way for many travelers, and it was a miracle they were discovered before they made it out of their own solar system. But these things take time, my friend. How long till the Yoliths came out from their watery abode.”

Grzx gave thought to that, then added pensively, “We had three generations of rulers before we officially gave our efforts to the cause. It took two more to agree to one of our own being a Cataloger.”

Antherumberbane gave a please expression. “And the humans have offered their own Cataloger in just one generation. Give them time, Grzx.”

Grzx gave a small grunt, conceding the argument. “ I supposed it does not matter now. Earth has asked for our help. Perhaps the solution we can provide today will finally allow them to come out of hiding.”

Antherumberbane gave a small girdle of approval. They headed to a large room with a large black reflective floor. In the center was a gold round table, hollow in the center making it look like a large crescent moon. In the center of the table was a small circular podium, where holograms could be displayed showing diagrams, maps, and other visual aids to assist during such meetings. It also acted as a place for Catologars to make speeches or present arguments, allowing them to turn 360 degrees to address all of those present equally. A large dome topped the room fitted with one-way glass that allowed them to see the stars dotting the expansive space that lay beyond. Many were told this room was designed so that Catalogers could always look out and remind themselves why they do this. Antherumberbane loved that idea the most out of his fellow Catalogers. It made them feel a mixture of inspired and nostalgic.

The other members had already arrived, making a total of 28 representatives of different species, humans making the 29th. Stephanie Martins had not arrived yet, her chair noticeably empty. Not surprising, however, as humans still preferred to travel at light speeds rather than using the more expedient slip drives. After giving proper greetings and asking around, it was speculated that the human should arrive any minute, as light speed was still an impressive speed and would not cause much of a delay from Earth.

Antherumberbane was speaking with Asarith, part of the small psionic Britewave species, when the doors slid open and Asarith gestured with one of its many waving policies, saying, “She is here.”

Humans were not an unusual species if unusual still existed amongst the diverse species of CAPS. While their skins could be many different tones, Stephanie Myer’s was pale, dotted with some specks of darker tones known as “freckles.” Her hair was a bright red, and her optical nerves gave a soft hue of… what was that color again?.... Ah, “hazel.” Antehrumberbane wondered why humans had a color that was only used in reference to their optical nerves, but every culture has its quirks. Everyone politely sat down, unsure as to whether to give a cheerful greeting or a more concerned one, given their unfamiliarity with human culture and the reason for this meeting. Stephanie Martins gave restrained nods of greeting as she took her place at the podium.

Antehrumberbane took his seat next to the reptilian Hamargin name KethelIkori. Harargins and Froxins shared the similar feature of having their names combined instead of separate ones or titles. He leaned over to Antherumberbane and whispered “The human seems to be in unusually low spirits.”

Antehrumberbane worried about Kethelkori’s use of the term “human” instead of her given name. That attitude did not bode well for the positive and helpful attitude that both they and Grzx had discussed earlier, but he did not take offense to his analysis of Stephanie Martins. She looked drained of all emotion. She had a great deal of moisture on her brow and was seemingly shaking. Atherumberbane tried to remember what shaking meant in human body language. They knew that could easily mean she was cold, though the EVO suit that the human was wearing should provide their preferred environmental temperature. It also could mean anger, as they remembered some of the human literature they had tried to consume in order to understand them better. The phrase “shaking with anger” had been a common one throughout. Perhaps the emergency was cause for such outrage? Though her brow was not pointing down, as is a common trait of angry humans. No, this wasn’t anger. Perhaps…

“Thank you all for coming on such short notice. I have a message from my homeworld that I have been instructed to read to you now.” Stephanie Martins said.

The translator mimicked her tone and emotion. Antehrumberbane put it together now. It was not sadness they had heard on the recorded message and it was not anger or cold that caused Stephanie Martins to shake so. Her voice quavered in a way that was not unfamiliar to them. It was the same inflection they had when their partner was diagnosed and the severity of the disease was revealed to them.

It was fear. Fear that was about to give way to despair.

Patreons above, this must be worse than they thought. Antherumberbane showed their full attention, as did many other who came to the same conclusion. Each was prepared to listen intently, offering any information they could provide.

Stephanie Martins took a long pause, acknowledging the shift in the room. She breathed deeply before saying, “First I want to thank you all for your help and companionship. You have become some of my closest friends and I just wanted to say that-” she trailed off, and Antherumberbane heard something unusual. For a split second, he thought he heard a high pitch tone that faded just as Stephanie Martins finished talking. He looked around. Others who had similar auditory processing showed their concerns. Antherumberbane was about to speak, but Stephanie Martins began talking again, this time with more determination to prop up the fear.

“This meeting has been called for those present to witness this declaration. For too long, Earth has felt the cold oppressive heal of CAPS and the pressure to become one with its members. For too long, Earth has been expected to give up its valuable resources to an organization whose values are heavily skewed. You talk of peace and posterity, yet you neglect the now. You talk of those who come after us and pay no mind to those who are here now. Your alliance is built on the flimsy foundation that all species should agree with you and do whatever you say. No more.”

The room was stunned silent. Many species showed anger and confusion on their faces and scoffs. Others showed concern. Antherumberbane did not know what to think. What could be gained by such insults? The CAPS has not asked for nearly as much as this speech would suggest. And oppressive? This does not make.

“As for the Catalogers, you find yourselves in a position above us. You observe all the galaxy’s secrets yet do not share them. You only use that knowledge when one of your own deems it necessary. You stay in your Ivory towers, deeming where and when you can use this power. No more.”

This broke most of the Cataloger’s calm and composed demeanor. There was a terrible uproar from those who firmly believed in the Cataloger’s purpose. Grzx was one of the most vocal, stating his discontent loudly. Antherumberbane still didn’t understand. Was this some ill attempt at humor by the humans. Stephanie Martins had moisture in her eyes now, a biological response to stress known as “crying,” Antherumberbane recognized.

Stephanie Martins continued, trembling even more. “But now we know your secrets.”

The room fell silent.

“We now know where you hide that knowledge. We will find it and we will spread it. All will be revealed for the galaxy to see. No more secrets. No more false promises. No more.”

Before anyone had a chance to react. Stephanie Martins looked up and yelled as loud and as fast as she could “THEY ARE ATTACKING THE CITADEL THEY ARE TRYING TO FIND THE RE-”

Just as soon as she had yelled, Antherumberbane heard the high pitch tone again. And as it grew to its highest note, Stephanie Myer’s head exploded, showering the gallery in viscera and broken glass from her EVO suit. Many cried out in shock. Antherumberbane shot upwards, now full-on all of his tentacles. What could this mean? Did the humans really mean to…

There was a loud scream as one of the Catalogers, a Canine-like Urgunnian, yelled and pointed at the dome. Antherumberbane looked only for a moment and realizing what he had seen, he turned on his communicator, broadcasting to all channels. Before the dome was breached by incoming fire from the unmistakable human armada, and before everyone in the meeting room was sucked out into the terrible vacuum of space, Antherumberbane broke his vow of silence and spoke a final message.

“Earth has declared war. The Remnant is not safe.”

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TRANSMISSION: OPERATION ALEXANDRIA. PHASE 1 IS A SUCCESS. PHASE 2 IS UNDERWAY.

#long post #long #ok to rn #ok to reply #writing #writing prompt

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premk-blog · 4 years ago

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9 Soft Skills Every Employee Will Need In the Age of Artificial Intelligence (AI)

Technical skills and data literacy are obviously important in this age of AI, big data, and automation. But that doesn't mean we should ignore the human side of work – skills in areas that robots can't do so well. I believe these softer skills will become even more critical for success as the nature of work evolves, and as machines take on more of the easily automated aspects of work. In other words, the work of humans is going to become altogether more, well, human.

With this in mind, what skills should employees be looking to cultivate going forward? Here are nine soft skills that I think are going to become even more precious to employers in the future.

1. Creativity

Robots and machines can do many things, but they struggle to compete with humans when it comes to our ability to create, imagine, invent, and dream. With all the new technology coming our way, the workplaces of the future will require new ways of thinking – making creative thinking and human creativity an important asset.

2. Analytical (critical) thinking

As well as creative thinking, the ability to think analytically will be all the more precious, particularly as we navigate the changing nature of the workplace and the changing division of labor between humans and machines. That's because people with critical thinking skills can come up with innovative ideas, solve complex problems and weigh up the pros and cons of various solutions – all using logic and reasoning, rather than relying on gut instinct or emotion.

3. Emotional intelligence

Also known as EQ (as in, emotional IQ), emotional intelligence describes a person's ability to be aware of, control, and express their own emotions – and be aware of the emotions of others. So when we talk about someone who shows empathy and works well with others, we’re describing someone with a high EQ. Given that machines can’t easily replicate humans’ ability to connect with other humans, it makes sense that those with high EQs will be in even greater demand in the workplace.

4. Interpersonal communication skills

Related to EQ, the ability to successfully exchange information between people will be a vital skill, meaning employees must hone their ability to communicate effectively with other people – using the right tone of voice and body language in order to deliver their message clearly.

5. Active learning with a growth mindset

Someone with a growth mindset understands that their abilities can be developed and that building skills leads to higher achievement. They're willing to take on new challenges, learn from their mistakes, and actively seek to expand their knowledge. Such people will be much in demand in the workplace of the future because, thanks to AI and other rapidly advancing technologies, skills will become outdated even faster than they do today.

6. Judgement and decision making

We already know that computers are capable of processing information better than the human brain, but ultimately, it's humans who are responsible for making the business-critical decisions in an organization. It's humans who have to take into account the implications of their decisions in terms of the business and the people who work in it. Decision-making skills will, therefore, remain important. But there's no doubt that the nature of human decision making will evolve – specifically, technology will take care of more menial and mundane decisions, leaving humans to focus on higher-level, more complex decisions.

7. Leadership skills

The workplaces of the future will look quite different from today's hierarchical organizations. Project-based teams, remote teams, and fluid organizational structures will probably become more commonplace. But that won't diminish the importance of good leadership. Even within project teams, individuals will still need to take on leadership roles to tackle issues and develop solutions – so common leadership traits like being inspiring and helping others become the best versions of themselves will remain critical.

8. Diversity and cultural intelligence

Workplaces are becoming more diverse and open, so employees will need to be able to respect, understand, and adapt to others who might have different ways of perceiving the world. This will obviously improve how people interact within the company, but I think it will also make the business’s services and products more inclusive, too.

9. Embracing change

Even for me, the pace of change right now is startling, particularly when it comes to AI. This means people will have to be agile and cultivate the ability to embrace – and even celebrate – change. Employees will need to be flexible and adapt to shifting workplaces, expectations, and required skillsets. And, crucially, they'll need to see change not as a burden but as an opportunity to grow.

#fresher #jobseeker #human resources

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adrianodiprato · 5 years ago

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+ “Great leaders, in contrast, are able to inspire people to act. Those who are able to inspire give people a sense of purpose or belonging that has little to do with any external incentive or benefit to be gained. Those who truly lead are able to create a following of people who act not because they were swayed, but because they were inspired.” ~ Simon Sinek | Author – Start with Why: How Great Leaders Inspire Everyone to Take Action

Game Changers | Series One Reflection

In March this year I launched an educational podcast series titled Game Changers, with fellow host Associate Professor of Education & Enterprise Dr Phil Cummins. Game Changers is a podcast for those who want to change the game of school. We started Series One with the provocation “What is the purpose of schooling for today?”

When Phil and I started to record this series the coronavirus pandemic had not taken hold. Before I launch into a reflection of Series One I feel it is important to acknowledge and state that during this unimaginable time we find ourselves in, we in education have to be super conscious of our parents and families, who are balancing work, finances, a house and home learning, our remarkable teachers who have demonstrated amazing agility and adaptability like I’ve never witnessed before in my educational career and finally to our students. Who now find themselves without the huge benefit of the physical, on campus community and relationship connectedness that had brought them much psychological safety, certainty and comfort.

Since then we have seen a new learning paradigm – learning remotely, online, distance, home campus – whatever you wish to call it, actually I prefer continuous learning, because the pandemic has amplified the notion that learning can happen anywhere and anytime. So, we live in interesting times. Coping with the complex changes of VUCA (Volatility, Uncertainty, Complexity, and Ambiguity) – but what do we do with this insight? For mine, this podcast has become a sign of our times. This series has confirmed that emotional competency and our inherent humanness is the new knowledge base, in a world that is increasingly automated, with artificial intelligence a more and more prevailing construct. And it has taken a virus for educators across the global to put a spotlight on educational models, amplifying the gulf between a model of schooling that has passed its use by date and a move toward a dynamic learning ecosystem for a new world environment.

It has been a real privilege to be in dialogue with this diverse group of educators and entrepreneurs. I am better for my encounter with their body of work, their passion, their thinking, their unwavering commitment to young people and above all, their humanity. When I think about all eight individuals I am remined of this quote from Parker Palmer’s landmark book, The Courage to Teach, he writes, “The connections made by good teachers are held not in their methods but in their hearts – meaning heart in its ancient sense, the place where intellect and emotion and spirit and will converge in the human self.”

Episode One | Stephanie McConnell

We then started Series One with foundation Principal of the Lindfield Learning Village in Sydney NSW, Stephanie McConnell.

Key learnings – We have to reimagine schooling to best prepare all young people to learn, live, lead and work for their future. And to this end Stephanie spoke about equipping young people with the mindset to thrive. That learning needs to be more around the contexts of young people, therefore relevance a prevailing construct. And that a thriving learning community or village is about true collaboration - learning with and from the local and global community. And that the individual learning pathway is central to the future of schooling.

Episode Two | Yong Zhao

Key learnings – We need to abandon the prescribed factory model. That we currently manufacture scarcity with our industrial model of schooling – life is not about fighting for a few spots. And that adaptive challenges however are less precise, intangible and are usually resolved through a more organic process of trial and error, as we have been witnessing many adaptive teachers during this pandemic. I particularly love that Zhao is strong advocate for students to become drivers of their own future, trusting in each young person to take ownership and agency. Believing each can create their story, for their own future.

Episode Three | Valerie Hannon

Nobel Prize-winning scientist Paul Crutzen first suggested, back in January 2011 in Yale Environment 360 online magazine, that we were living in the Anthropocene, describing the value of this new framing for our current Earth history. He stated “Students in school are still taught that we are living in the Holocene, an era that began roughly 12,000 years ago at the end of the last Ice Age. But teaching students that we are living in the Anthropocene, the Age of Men [Humans], could be of great help. Rather than representing yet another sign of human hubris, this name change would stress the enormity of humanity’s responsibility as stewards of the Earth. It would highlight the immense power of our intellect and our creativity, and the opportunities they offer for shaping the future.”

Key learnings – For mine, our conversation with Valerie Hannon was brilliant in highlighting that we are in exactly that, The Age of Human. And that we have a responsibility to craft learning communities that understand and embrace this stewardship of earth, where we see ourselves as part of nature, understanding how to live within and with the planet as a whole. It is less about a selfless approach to living and more about place and the other. And that educators and schools have a fundamental role to prepare future generations for this world that awaits.

Episode Four | Henry Musoma

Key learnings – For mine, this conversation was the reason why I do what I do, teach. Henry reminded us all that authentic learning is a social exchange of the heart and of the mind. He reminded me of two key things:

Self-actualisation - When we do the work and invest in improving ourselves, we evolve all aspects of our being. Then, we take what we’ve learned and share that light and love with the other. This feeling of self-actualisation is worth actively working toward for true personal fulfilment.

For All - Effective educators leave a legacy, and a tremendous influence on the life of the other. This is a privilege and gift. “Never regard study as a duty but as an enviable opportunity to learn to know the liberating influence of beauty in the realm of the spirit for your own personal joy and to the profit of the community to which your later works belong.” – Albert Einstein. This is the human act of giving. Therefore generosity, love and kindness are not impulsive reactions. They require a profound consciousness and concern for the other.

Episode Five | Catherine Misson

Key learnings – Today’s educational sector calls for adaptive leadership. It is a collaborative change movement that emerges in a non-linear manner from interactive exchanges. School leaders and educational sectors need to wake to the fact that control, order and certainty are fallacies and that agile and adaptive leaders read the patterns of life effectively, moulding themselves to the needs of the moment, the sign of our times. Catherine is one of those leaders who isn’t afraid to agitate for doing schooling differently, always with the wellbeing and dignity of all the centre of her decision making.

Episode Six | Peter Hutton

Key learnings – School leaders need to re-examine the purpose of education for today’s world and ensure that it is based on the facts and emerging predictions about the impact of the exponential change we are currently witnessing. It is our collective responsibility to expose young people to new experiences and possibilities, but if we want them to take charge of their learning, these experiences have to be worthwhile and applicable in the students’ lives… really applicable, not because traditional dogma says they have to know it.

Episode Seven | Madeleine Grummet

Key learnings – Real opportunities exist with private enterprise to partner with schools and educational sectors to codifying curiosity and connect young people to industry-based people. What a dynamic way to accelerate the work of careers practitioners in schools and scale up with entrepreneurs that are focused on empowering young women, across industries that smash gender stereotypes. I always love having a dialogue with wonderful entrepreneurs like Madeleine - because they are forever curious about learning, living, leading and working. So, ask yourself, how do you quench your thirst for curiosity?

Episode Eight | Mark Hutchinson

Key learnings – The heart of the matter is what matters most to Mark and his commitment to the formation of pre-service teachers. He spoke about the importance of congruence and a readiness of pre-services teachers having a greater sense of fit with the ethos of the schools they are joining. Ensuring that the preparation of future teachers to be re-situated in the learning ecologies of their particular practice.

The American marketing guru Seth Godin once said, “The cost of being wrong is less than the cost of doing nothing.” It is time. We can’t do nothing. We must act in creating a schooling model that has an explicit emphasis on the fostering of confidence, competence and character. Having said that, above all, this series has confirmed for me why remaining forever curious, highly adaptive and that when we make a commitment to our own self-efficacy and that of the other, these are all fundamental to thriving in this new world environment.

When we go back to school everything will be different – and it must be different. It is time to focus education on the flow of humanity and the importance of relational connection. And if that’s the construct of the new normal, the new mainstream in schools. A holistic education nurtures a student’s unique talents and shapes their awareness of the broader common good. We need teachers and school leaders who challenge the status quo, embrace diversity of opinion, acknowledge limitations in expertise, seek input, and most importantly who are not only able to as John Dewey as previously stated “learn from experience, but rather learn from reflecting on experience”.

Thank you to Stephanie, Yong, Valerie, Henry, Catherine, Peter, Madeleine and Mark for sharing your story and passion. And thank for reminding us all that each person in our learning communities is home to a life. It is as simple and complex as that. Born from the construct of love – of self, for place and the other.

Listen to our Series One: Epilogue via streaming platforms - SoundCloud, Apple Podcasts, Spotify and Google Play.

#Game Changers #permissionistriumph #Education

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soyosauce · 5 years ago

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The Girl Who Was Plugged In Is Must Read Proto-Cyberpunk

“It’s a lucky girl who can have all the fun she wants while doing good for others, isn’t it?”

Published in 1973, James Tiptree Jr may not have created cyberpunk, but pretty much wrote cyberpunk. The only major thing missing is the injection of The New Frontier trope. Full on cyberspace found in Neuromancer isn’t present. When people discuss proto-cyberpunk fiction this short fiction piece should be a major component, especially when looking for non-masculine works within the-subgenre that don’t get put on must read lists as much as they ought to (I’m working on mine presently, by the way).

In just 36 pages, it tells the story of 17-year-old P. Burke in the near future who makes a suicide attempt that is denied by a bureaucracy. Instead, she is offered a job presented as the opportunity of a lifetime. She is to be a remote, broadcasting her consciousness into a 15-year-old clone with receivers built into it, but otherwise completely devoid of sentience. This body is crafted into the ideal image for the consumers who will be watching her on a feed. The job? Simply live her life, entertaining the consumers glued to their feeds, what are explicitly drawn to her as a desirable commodity, even though we know as the reader her job is essentially Sex Sells. Her actual objective is to use selected products she’s supposed to like so that others may see them and buy them. After all, they are the best products if she likes them.

“And here is our girl, looking—

If possible, worse than before. (You thought this was Cinderella transistorized?)”

It’s capitalism as we know it with one major difference: there’s no ads. They’ve been banned. Kind of. The neon tinged fever dream-like streets we’ve come to associate with cyberpunk focuses on the way in which people living in capitalism become consumers in unsuspecting ways. Although there are no ads exactly, this only means companies have adapted, creating new ways of getting people to buy. Most predominantly: product placement. I imagine this might just be starting as a thing in 1973, but I couldn’t speak intelligently on that. Turns out it was a reasonable anxiety to have back then; go figure.

These new gods of society, as they are called often, are fickle; moving from new fad to new fad so quickly that companies cannot cash in well enough. And so they need their own god, controlled by them.

The Girl Who Was Plugged In is both explicit and stark in its condemnation of the ways in which society dictates every acceptable action a woman may take to accrue some modicum of power. Even when Delphi—the persona which was created for the real live P Burke, described as being an ugly woman and is kept in a basement somewhere—accrues said power, temporarily becoming indispensable because she is a taste maker—her power is only a loan, and as fleeting as the masses interest; never truly accrued and earned and kept like the puppeteers behind the scenes truly benefiting from societal structures. And it also has very real limits, as we find out.

“Don’t worry about a thing. You’ll have people behind you whose job it is to select the most worthy products for you to use. Your job is just to do as they say. They’ll show you what outfits to wear at parties, what suncars and viewers to buy, and so on. That’s all you have to do.”

When she meets a young man who falls in love with her, his desire is linked to her body only. Even though he is the son of the man who owns the company and described as essentially woke and awake of the ways in which the system preys upon the weak. He does not know that a remote exists. He never actually sees the woman behind Delphi, even though everything beyond her presentation is present as well. He doesn’t want to know her mind. His rage is tied to his ability to own his notion of what a free Delphi is, never asking her what she wants or needs. The comfortable feeling that what he wants to consume is in front of him parallels the damage well-meaning allies, that are actually just a part of the same system of control, visit on people tied up in systemic oppression is disturbingly articulate.

A biting critique throughout, and a through line for non-masculine cyberpunk works, it’s a formative piece of literature for the sub-genre. One that does not feature some of the more problematic aspects first wave cyberpunk often is critiqued for.

“Every noon beside the yacht’s hydrofoils darling Delphi clips along in the blue sea they’ve warned her not to drink. And every night around the shoulder of the world an ill-shaped thing in a dark burrow beasts its way across the sterile pool.”

While the world is brutal to the protagonist, like pretty much all cyberpunk, the marginalization of and fetishization of P. Burke, as she is referred to in the text, is the entire point of the story, serving to critique societal structures. Even with this critique present, there is also no feeling of the male gaze perforating the short fiction. It some ways it is as large a contrast between some of the more typical first wave cyberpunk and the non-masculine works found in the sub-genre. Certainly nothing could surpass it in this condensed a demonstration of the contrast, anyway.

It becomes even more unsettling in its presentation, which feels very much as though you’re a viewer of a program yourself, being taken for a ride that is exciting and supposed to be acceptable. Watching P. Burke’s rise and fall written like a program written you’re going to enjoy when you ought to feel sick.

“…showbiz has something TV and Hollywood never had—automated inbuilt viewer feedback. Samples, ratings, critics, polls? Forget it. With that carrier field you can get real-time response-sensor readouts from every receiver in the world, served up at your console. That started as a thingie to give the public more influence on content.

Yes.

Try it, man. You’re at the console. Slice to the sex-age-educ-econ-ethno-cetera audience of your choice and start. You can’t miss. Where the feedback warms up, give ‘em more of that. Warm—warmer—hot! You’ve hit it—the secret itch under those hides, the dream in those hearts. You don’t need to know its name. With your hand controlling all input and your eye reading all the response, you can make them a god…and somebody’ll do the same for you.”

You can find The Girl Who Was Plugged In in a collection of James Tiptree Jr’s short story collections called Her Smoke Rose Up Forever.

#cyberpunk #proto-cyberpunk #The Girl Who Was Plugged In #James Tiptree Jr.#Feminism

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dv554822 · 2 years ago

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Unmanned Sea System Market- Global Industry Analysis Growth, Dynamic Development Suggestions 2027

The global unmanned sea system market is segmented by vehicle type into unmanned surface vehicle and unmanned underwater vehicle; by capabilities into autonomous vehicle, remotely operated vehicle and by application into defense and naval. Unmanned sea system comprises of two segments, one is unmanned underwater vehicles (UUV) and the other one is unmanned surface vehicle (USV). Without the presence of crew, USVs carry out their operations on the surface of water, whereas, UUVs are used for under water operations.

Under water vehicles are known as underwater robots that operate with less or no human operators. ROV (remotely operated vehicle) or automated under water vehicle both describe robotic work. ROVs are remotely operated by the operators that are not present in the vehicles via radio control or through a cable connecting them to the vehicle for maintenance and repair under the sea.

Market Size & Forecast

The global unmanned sea system market is expected to expand at a CAGR of 9% during the forecast period 2018-2027.

North America is expected to hold the largest share in terms of revenue in the overall market over the forecast period which can be attributed to increasing support from government and ruling bodies in marine and naval unit along with Additionally, increase in demand for automated surface vessel by naval unit is expected to propel the growth of market at a significant rate. Europe and Asia Pacific market is also expected to witness a promising growth backed by increasing demand for automated underwater vehicles by mines and defense sector. Further, rising competition and innovations in R&D solutions in unmanned sea system is estimated to drive the market growth in Middle East & Africa region.

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

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Growth Drivers

Increased demand for minerals and ores in mining industry for underwater vehicles for searching mineral rich area is supporting the growth of the market and is further expected to strengthen the market shares over the forecast period. Additionally, growing security and safety measures taken by marine system in order to avoid the growing rate of threats and illegal activities at the sea is expected to increase the demand for unmanned sea systems in upcoming years.

Challenges

One of the challenging factors that is estimated to hamper the growth of market is the problem in network and communication system due to the connectivity issues in water.

The report titled “Global Unmanned Sea System Market: Global Demand Analysis & Opportunity Outlook 2025″ delivers detailed overview of the global unmanned sea system market in terms of market by vehicle type, capabilities, application and by regions. Further, for the in-depth analysis, the report encompasses the industry growth drivers, restraints, supply and demand risk, market attractiveness, BPS analysis and Porter’s five force model.

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This report also provides the existing competitive scenario of some of the key players of the global unmanned sea system market which includes company profiling of Balt Robotics(Poland), Bluefin Robotics(Massachusetts), Boston Engineering Corporation(MA), Gate Elektronik(Yenimahalle), Kongsberg(Norway), Atlas Elektronik(Germany), BAE Systems(U.K.), General Dynamics(U.S.), Mitsubishi Heavy Industries(Japan) and Raytheon(U.S.). The profiling enfolds key information of the companies which encompasses business overview, products and services, key financials and recent news and developments. On the whole, the report depicts detailed overview of the global unmanned sea system market that will help industry consultants, equipment manufacturers, existing players searching for expansion opportunities, new players searching possibilities and other stakeholders to align their market centric strategies according to the ongoing and expected trends in the future.

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

Get more information on this report: https://www.researchnester.com/reports/unmanned-sea-system-market/1345

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researchnesterinsights · 3 years ago

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Unmanned Sea System Market- Future Scope, Demands and Projected market Growth till 2027

The global unmanned sea system market is segmented by vehicle type into an unmanned surface vehicle and unmanned underwater vehicle; by capabilities into an autonomous vehicle, remotely operated vehicle and by application into defense and naval. Unmanned sea system comprises of two segments, one is unmanned underwater vehicles (UUV) and the other one is an unmanned surface vehicle (USV). Without the presence of crew, USVs carry out their operations on the surface of water, whereas, UUVs are used for under water operations.

Market Size & Forecast

The global unmanned sea system market is expected to expand at a CAGR of 9% during the forecast period 2018-2027.

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

Get the inside scoop with Sample report- https://www.researchnester.com/sample-request-1345

Growth Drivers

Challenges

One of the challenging factors that is estimated to hamper the growth of market is the problem in network and communication system due to the connectivity issues in water.

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

Get the inside scoop with Sample report- https://www.researchnester.com/sample-request-1345

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

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About Research Nester

Research Nester is a leading service provider for strategic market research and consulting. We aim to provide unbiased, unparalleled market insights and industry analysis to help industries, conglomerates and executives to take wise decisions for their future marketing strategy, expansion and investment etc. We believe every business can expand to its new horizon, provided a right guidance at a right time is available through strategic minds. Our out of box thinking helps our clients to take wise decision so as to avoid future uncertainties.

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#Unmanned Sea System Market #Unmanned Sea System Market Analysis

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synbi-kitney · 3 years ago

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Addressing the Post‐COVID Era through Synthetic Biology

There are currently two fundamental problems facing the world. The first is climate change and the second the coronavirus pandemic. With regard to the first of these, there is now a widely held understanding that climate change is occurring - and that the problem needs to be addressed urgently. This has resulted in many governments around the world developing Bioeconomy strategies – moving from a high carbon non sustainable economy to a low carbon economy. The term being used by many governments is implementing a “Green Industrial Revolution”.

A number of countries have developed their own synthetic biology/engineering biology roadmaps. What is interesting is how much emphasis is being placed in the development of new technology to address climate change. In the United States the Biden Administration is addressing this issue seriously. For example, through a new Act entitled “Endless Frontier”. In the Act the sponsors identify synthetic biology as one of a small number of key areas of technology that need to be supported by the US Government. Currently, in the Act there is an allocation of 70 billion USD, over five years, to back the key development areas – of which one is synthetic biology. It’s Interesting to note that in a recent survey the issue of how nations incorporate the use of biotechnology and synthetic biology in their Bioeconomy strategies is addressed. Of the 16 countries and organisations reviewed [1], only the United States and United Kingdom show any significant reliance on the use of synthetic biology. Japan sees synthetic biology as of some importance in this context and Germany, Norway and South Africa identified the limited use of synthetic biology in developing their bio economies. What is striking is that the majority of countries and organisations in the survey are relying very heavily on sustainable resources, with only limited reliance on biotechnology - the exceptions being Japan and South Africa. In the case of United States and the United Kingdom, there is roughly equal reliance on sustainability, with the United States relying more heavily on synthetic biology developments, as opposed to biotechnology, as compared United Kingdom [1].

Enabling the development of an advanced BioEconomy through public policy supporting synthetic biology developments – through the use of automation AI, and machine learning (e.g. as realised in Biofoundries) – is seen as being essential if high levels of reproducibility and reliability are to be achieved in terms of biologically based industrial processes. This is not simply a matter of updating standard biological processes, but, rather, one of the interplay between BioDesign, based in software (so-called bio CAD) and the use of high levels automation [2]. The question is how realistic is the alternative economic model of bio-based feedstocks (biomass) feeding through synthetic biology to industrial processes and products to achieve a sustainable economy? In terms of lignocellulosic waste resources, there are significant amounts of wheat straw, corn stover, bagasse, rice straw and other grain straw distributed around many areas of the world. These resources are, for example, described in detail in a report by the KTN in the UK entitled from “Shale Gas to Biomass [3]”.

The second of the two major problems facing the world relates to the coronavirus pandemic and the ability to deal with future pandemics. As with the development of the BioEconomy, a question which is now being asked is what role does synthetic biology have to play in making the vaccines industry more sustainable? The question can be answered both generally and more specifically. In general terms synthetic biology can make the vaccines industry more sustainable in ways that translate into higher levels of reliability and sustainability. Again, through the use of bio design and the extensive use of automation, coupled to AI and machine learning. An adjunct question, often posed, is how specifically can synthetic biology accelerate and improve vaccine development manufacturing? In the case of Moderna, with the support of the Boston-based synthetic biology company, Ginkgo Bioworks. Ginkgo’s contribution was important, as the design and implementation of the mRNA vaccine used synthetic biology techniques. With mRNA vaccines it was possible to design them to specifically mimic the spike protein of SARS-CoV-2 to teach the body to make copies of the protein. Hence the body’s immune system has a direct template that causes the immune system to react in the presence of the virus. A key point is that because of the direct nature of the design, future iterations the vaccine design can be made to optimise it for new strains of the virus.

It is now becoming clear that a distributed model for the manufacture vaccines, whilst not straightforward, has advantages. The distributed model differs in several ways from traditional vaccine production methods - and there is a range of different methods, based in synthetic biology, for the production of vaccines that are not based on traditional methods. One of a number of examples described in a recent Financial Times article [4] is the Medicago/GSK methodology that involves the manufacture of large quantities of the vaccine in the leaves of tobacco plants. In the case of the mRNA vaccines, it is reported that the number of doses that can be obtained from a given volume of “broth” is significantly greater than for traditional vaccines. This means that, in principle, it would be possible to produce vaccines at a local level in relatively small quantities (but providing large numbers of doses). This would immediately minimise the cold chain problem. The second important point is that it may be possible to design production facilities that are significantly based on the Biofoundry technology that is now being used in synthetic biology. With these provisos, it might be possible to install such a production facility in, for example, a university or research facility in Africa and to control it remotely across the Internet, with minimal human intervention. Such a distributed model would be attractive to governments around the world and COVAX-WHO. The global pandemic of COVID-19 has produced major economic disruption. This is not something that the international governmental community will want to repeat.

RIK June 2021

[1] Addressing the post-COVID era through engineering biology. Bell J; Philp J; and Kitney RI. Engineering Biology (2021), 5:21-34. https://ietresearch.onlinelibrary.wiley.com/doi/full/10.1049/enb2.12008

A short introduction to the Engineering Biology journal is given below.

[2] Enabling the Advanced Bioeconomy through Public Policy Supporting Biofoundries and Engineering Biology. Kitney et al. Trends in Biotechnology (2019). Vol 37. No 9:pp 917-920.

[3] KTN: From Shale Gas to Biomass (2016). The Future of Chemical Feedstocks. The Knowledge Transfer Network, Horsham, UK.

[4] The next generation Covid-19 vaccines seeking a slice of the market. Kuchler H, Mancini DP and Asgari N. The Financial Times. June 11, 2021.

Engineering Biology is an international Gold Open Access journal that is focused on the application of engineering science and practice to the design of biological devices and systems for a wide range of fields and applications. Published by Wiley in partnership with The Institution of Engineering and Technology, papers are considered from all stages of the design cycle, from the development of platform technology and techniques, to industrial and scaling processes, and new technical standards. Visit http://wileyonlinelibrary.com/iet-enb for more information.

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sere22world · 3 years ago

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Uses of Valves

Some custom valves are not industry specific; they can be used across a wide range of industries, including chemical processing, food and beverage, gas transmission, mining, oil and gas, and power generation.

Some are dedicated to fluid power applications, including solenoid, poppet, hydraulic, cartridge, and air logic valves. Others are for general pipeline applications or smaller-scale fluid systems and include plug, piston, pinch, globe, gate, disc, diaphragm, butterfly, and ball valves. Then there are valves designed to activate automatically in certain events including relief valves and check valves.

Some valves are so common that they are grouped by function, for example, boiler feedwater and blowdown control valves, faucet valves, float valves, double block and bleed valves, HVAC zone valves, or floor drain check valves. Some valves are so specialized that they may have only one or two applications, such as rotary solenoid valves used in excavators, or inverted vent check valves used in sewage systems and on ships.

As for pipeline valves, many can be thought of as suited either to blocking or throttling. A ball valve is better suited for on-off applications than it is for regulating flow. The same goes for gate and piston valves. For flow regulating, globe and butterfly valves are preferred choices, with globe valves being especially common. Ball valves can be designed so that friction loss through an open valve is no greater than what would be encountered in a like diameter pipe (also making them piggable in some cases). Other valve types usually introduce some loss in the valve owing to the need to place the components of the valve, actuating shafts, etc. directly in the stream and/or the need to redirect the direction of fluid flow.

Most pipeline valves are available with manual levers or handwheels which can be adapted to gear type actuators in larger sizes and fitted with electric or electro-pneumatic actuators for automatic control. Valves fitted with such actuators are sometimes called control or flow control valves in that with automatic actuation they can be integrated into control loops used for process automation. The phrase “control valve” is sometimes used to describe the valves used in hydraulic and pneumatic fluid power systems to actuate a ram, for example. Any valve can be a control valve, that is to say.

Any valves fitted with automatic actuators could be considered control valves, as they presumably would be tied in with remote process controllers. The same valve without the actuators would still be a globe valve, gate valve, etc. albeit one with manual control via handwheel or lever. Many control valves retain some form of manual control by which the valve can be opened and closed. Some valves are considered control valves if they have mechanical means of sensing flow rate, pressure, etc. and can adjust the valve through pilots, for example. In the smaller sizes, solenoid valves function as control valves. Many manufacturers will provide integrated valve and actuator combinations, for example, motorized ball valves.

Valve material can play an important role in valve selection especially when it comes to handling aggressive fluids, abrasive slurries, food products, and so on. Material concerns address not only the wetted parts but can extend to the materials of the valve body too. For instance, valves used for food processing need to resist caustic washdown chemicals and usually demand stainless steel even for exterior parts that do not contact the product. Some valves are lined to improve their resistance to corrosive fluids, etc. Check valves are sometimes lined with PTFE for improved operation and wear resistance. Valves are available in the smaller sizes in a host of plastics and find use in many laboratory applications. Ball valves, for example, are available in brass, stainless steel, polypropylene, and other plastics. So-called sanitary valves are fitted with quick disconnect flanges so that they can be removed from the pipeline easily for internal sanitizing, and are especially popular in the ball, butterfly, and plug designs. The valves themselves often have features which enable quick disassembly and reassembly. Two popular valve styles which use no contacting metal parts in the fluid are the diaphragm and the pinch valves.

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dv554822 · 2 years ago

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Unmanned Sea System Market Growth, Dynamic Analysis and Development Suggestions 2027

Market Size & Forecast

The global unmanned sea system market is expected to expand at a CAGR of 9% during the forecast period 2018-2027.

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

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Growth Drivers

Challenges

One of the challenging factors that is estimated to hamper the growth of market is the problem in network and communication system due to the connectivity issues in water.

“The Final Report will cover the impact analysis of COVID-19 on this industry (Global and Regional Market).”

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gutterballgt · 7 years ago

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I feel like we all need to watch 2004′s Stepford Wives again and marvel at how much more relevant it becomes with each passing year. I mean, it is a comical, existentially terrifying meta on toxic masculinity and how mediocre a man can be and still be considered the hero of a story, worthy of the heroine’s devotion.

Loooooong post. I got a lot to say on this subject.

It starts out with a few clips from a new season of TV shows, each with a feminist thrust about empowering women while men stew about being left in the dust without them actually doing anything to warrant keeping up. In the last of these promos, a married couple are separated on a tropical island and housed with professional prostitutes to see if they can be tempted away from their marriage vows.

The man, surprisingly, turns down his hot prostitute to stay “in Omaha with my Barbara”. It’s supposed to be this sweet moment of love and loyalty. Of sacrifice, because his wife is so homely while the prostitute was gorgeous and seemed devoted to his pleasure. Awwww.

The woman, who has been bombarded by multiple hot people who want her and who has only ever been with her husband, says she does love him, then jilts him for all the people responsible for what could only be a sexual awakening for her. We’re supposed to see her as a disloyal slut, turning her back on her sensitive, caring husband to have hot, dirty sex with the entire cast of a porno and a ridiculously built Hawaiian dude. How dare she, right? The Jezebel!

Then, we go back to the main studio where the heroine, Joanna, is clearly selling the new season with verve and all the confidence of a woman who knows she’s hit a hot button, and the jilted husband from the promo shows up and, instead of continuing the “sensitive, loyal man with a broken heart” shtick, he pulls out a gun, proposes a show called “let’s kill all the women!”, and tries to shoot Joanna.

We find out later that he’s already shot his wife and several of her new lovers.

I’m sorry, but we see that entirely too much in real life when women say no, when women try to leave, when women try to move on. Men become violent, even murderous, and wreak devastation on FAR more than the so-called source of their “broken heart”. At this late date, it��s too true-to-life to be as funny as it used to be.

There are too many so-called sensitive guys who feel entitled to a woman and think she has no say in the matter.

And that action -- that sudden, shocking violence by a jilted, shamed man -- is at the heart of literally everything else that happens in the movie. It’s the toxic masculinity we’re finally at least battling in public these days. The “if I can’t have you, no one can, and I’ll kill anyone who says otherwise and tries to help you” attitude.

Enter Walter, Joanna’s long-suffering husband. When she’s fired -- BECAUSE SHE WAS SHOT AT BY A VIOLENT JILTED MAN, not because she was bad at her job, her career and sanity sacrificed to some random asshole’s incoherent rage -- he quits his (lesser) job at the same company in a grand gesture of solidarity. Of course, they’re both ludicrously loaded (he states later that she’s always made 6 figures more than he could ever dream of, so it’s more like she’s loaded and he’s married to her), so it’s a largely empty gesture that costs him nothing. But it’s presented as oh, so romantic.

They proceed to move away after a short stint in a mental health facility for Joanna, who was understandably traumatized by her entire career and sense of place being yanked out from under her in addition to being shot, and again, Walter is portrayed as the supportive, caring husband, where Joanna is self-absorbed (ie., RECOVERING FROM TRAUMA) and snide to all their new neighbors (who are kind but empty behind their plastic smiles and kinda weird her out and are politely disdainful of her).

Everything about the set-up puts Joanna in the wrong to the point that she, herself, decides she’s a bad woman, a terrible mother and wife, and that she should literally change her entire self to be more like these false-smiled, plastic bimbos who are so objectified by their “drooling nerd” husbands. She even tries to recruit her friends -- Bobbie and Roger, the only two people she can connect with because they’re just as free-thinking and independent as Joanna has always been and were big names in their industries, just like her -- to buy into the Stepford way of life, though it goes so far against their grain that they can’t help but laugh about their attempts to fit in.

And Walter is thrilled. Here, he finally has the doting, stay-at-home wife and mother he always pictured for himself. He describes Stepford to the other men as “it’s like the way life is meant to be”. And, in a man’s mind, it sure is: he’s living the no-work life on his wife’s money, and he’s finally convinced her to be subservient to him. Why wouldn’t he be happy?

Isn’t that what every man wants?

So, with the dream in his hands, why wouldn’t he be insecure when Joanna starts to point out all the craziness around them, all the inconsistencies? Why wouldn’t he realize that she ISN’T really subservient to him? Not really? That she’s only doing so of her own volition and he has no real way to keep her acting that way if she chooses to take the kids and leave, as she’s threatened to when he refuses to listen to her?

This... is when his own toxic masculinity starts to grow.

Because he could have stopped the whole show when Roger was turned into a Stepford husband. He clearly knew what had happened, but he defended the whole thing 100%, arguing with Joanna about stereotyping Roger as a flaming gay instead of letting him be gay his own way, telling her that people change and she was being hysterical and selfish to find fault with Roger’s newfound “happiness”.

And he didn’t lift a finger to stop Bobbie’s transformation, even knowing she and Joanna had become best friends who were clinging to each other even harder with Roger’s sudden off-putting falseness. Even then, he was already planning Joanna’s transformation, as exemplified by the remote control she found in her house.

He’d already bought in. He was already willing to trade Joanna’s humanity for empty-eyed smiles, for sex with a subservient robot who could only praise him even if she felt nothing, for a tidy house and plenty of baked goods (which, may I remind you, Joanna was already doing while she tried so hard to be what he wanted her to be).

Then, when Joanna finally figures out the whole story -- because OF COURSE she did all the hard work to figure out who these poor women really were and what had been done to them -- and confronts him about it, what does he do? Ignore her entirely and start listing his grievances against her with his man friends cheering him on. And all his grievances are simply that she’s better at everything than him.

And she is. She’s a remarkably intelligent, talented, driven woman who had great success until a man tried to kill her and ruined her career, making her doubt herself.

She IS better than him. And that’s what he can’t stand.

That’s what none of them can stand.

And instead of feeling lucky that he got her, that she chose him even despite his obvious mediocrity, he’s furious and petulant and whines, “No! I got to hold your purse!” All the assholes chime in with “yeah, we’re the girl! and we don’t like it!”, etc., with no sense of irony that they’re demanding their wives “be the girl” because that would be okay somehow. Because women are supposed to wait on them hand and foot, raise the children out of sight and out of mind, keep the house spotless, present their perfect bodies for fucking whenever it’s wanted, and be silent and supportive whenever they’re NOT wanted.

So, it comes down to Walter’s big “hero” moment, where Joanna makes a passionate plea to save her humanity and he, at the last moment (and, more notably, out of sight of the other men), decides he can’t do that to her. Can’t turn her into an automated sex toy.

And we’re supposed to cheer.

For this minimal, absolute-least-he-could-do gesture. He just... didn’t erase his wife’s individuality when he had the chance, because he couldn’t look her in the eye and effectively kill her.

So heroic. Such a fucking sacrifice.

In reality, Joanna did all the fucking work, and all while having to convince the man she loved, who supposedly loved her, that she’s a goddamn human being that shouldn’t be turned into a goddamn robot just because he felt insecure about being a mediocre nobody.

She’s the one who had to pretend to be a perfect, subservient robot for who knows how long to fool the whole town until they could get back into the transformation facility to free all the other women. She’s the one who distracted Mike so Walter could get away and sneak into the facility.

He doesn’t even have, like, mad hacking skills. He’s allowed into the secret lab because he’s a man. And even then, he just pushes buttons randomly on the first screen he sees until the file corrupts itself and the programming breaks down. He doesn’t even know he hasn’t KILLED the first woman before he’s slapping at all the screens without rhyme or reason until all the programs stop.

And Joanna, bless her heart, gives him the credit for it. “No, that’s a man,” she says admiringly.

And then she proceeds to save Walter (again, because she’s already saved him from himself) by knocking Mike’s head off and exposing him for the robot he is, revealing the twist that Claire, Mike’s wife, was the actual neurosurgeon mastermind behind the entire plot.

And, lo and behold, her insanity sprung from her husband, the real Mike, cheating on her. From her catching them in the act and being so stressed out from overwork and trying to live up to expectations that she snapped and killed them both.

Of course, the whole plot is undone now -- thanks to Joanna -- and all the men get their house arrest in Stepford, forced to live the roles they forced on their wives (without the loss of their will, of course, so it’s not anywhere near a comparable sentence)... except Walter.

Because he’s supposed to be the hero.

I just....

Don’t get me wrong. I love the movie. It’s entertaining, and it does a masterful job of slipping in the little micro-aggressions that women deal with daily -- my favorite little stiletto through the ribs is when New Roger calls on Joanna at the assembly, but instead of calling her by her name, Joanna Eberhart, he calls her “Mrs. Walter Kresby”, completely erasing her from the address; it’s funny but also infuriating because it’s, again, too true to life -- and it’s just so well done. Stepford looks like a dream and feels like a nightmare, and it is masterful moviemaking.

But it still pisses me off because, for all its feminist edge, for all its warnings about the dangers of toxic masculinity, it still treats Walter as the hero and makes Joanna grateful to him, his doting wife who’s so proud of him.

Walter.

Who, during that last interview, is very distinctly not carrying her purse.

#toxic masculinity #male entitlement #stepford wives #I've watched the flick a hundred times easily #and I love it #but I love it because it's almost too possible #if we had the technology #every bullshit entitled male in the universe would do it #without a second thought #as long as they thought they could get away with it

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swarajya7793 · 3 years ago

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Significant COVID-19 Impact on Educational Robots | Semiconductors and Electronics Industry | Data Bridge Market Research

COVID-19 Impact on Educational Robots in Semiconductors and Electronics Industry

The COVID-19 virus originated in China in late 2019 was a massive blow to the world, spreading rampantly and hitting every nation. The largest economies have been hit and slowed down, forcing everyone to quarantine and fight for their lives. The worst-hit countries being the U.S. and followed by India, Brazil, and major European countries, which drive the world economy has caused an economic slowdown.

Economic activity among advanced economies shrank 7% in 2020 as domestic demand and supply, trade, and finance have been severely disrupted. Emerging market and developing economies (EMDEs) are expected to shrink by 2.5% this year, their first contraction as a group in at least sixty years. Per capita incomes are expected to decline by 3.6%, which will tip millions of people into extreme poverty this year.

The pandemic has forced many activities to be remote, and the work from home culture is developed. Like every activity the education sector has also taken, the remote approach and e-learning have been rising in this pandemic situation. While countries are at different points in their COVID-19 infection rates worldwide, there are currently more than 1.2 billion children in 186 countries affected by school closures due to the pandemic. Even before COVID-19, there was already high growth and adoption in education technology, with global edtech investments reaching USD 18.66 billion in 2019 and the overall market for online education projected to reach USD 350 Billion by 2025. Whether it is language apps, virtual tutoring, video conferencing tools, or online learning software, there has been a significant surge in usage since COVID-19.

Platforms such as BYJU’S, a Bangalore-based educational technology and online tutoring firm founded in 2011, have become world’s most highly valued edtech company. Since announcing free live classes on its Think and Learn app, BYJU’s has seen a 200% increase in the number of new students using its products. Ten cent classroom, meanwhile, has been used extensively since mid-February after the Chinese government instructed a quarter of a billion full-time students to resume their studies through online platforms. This resulted in the largest “online movement” in the history of education, with approximately 730,000, or 81% of K-12 students, attending classes via the Ten cent K-12 Online School in Wuhan.

The online education market has seen a significant rise amidst the pandemic, but education is only learning or theoretical based. There is still a majority of the education, which is practical based or hands-on training, facing many difficulties. What previously had been a hands-on, manual process has often become, in this 4IR world, a technology-assisted, robotic or virtual practice. For instance, telemedicine, virtual reality (VR), augmented reality (AR), and extended reality (XR) technologies are now essential tools in health care. They supplant some of the physical and manual diagnostic practices of the past. The Fourth Industrial Revolution is a way of describing the blurring of boundaries between the physical, digital, and biological worlds. It’s a fusion of advances in artificial intelligence (AI), robotics, the Internet of Things (IoT), 3D printing, genetic engineering, quantum computing, and other technologies. It’s the collective force behind many products and services that are fast becoming indispensable to modern life.

Co-founder of Digital Bodies Maya Georgieva summarizes the change succinctly: “We’re moving from the information age to the experience age.” As every field moves into the new 4IR era, the adoption and application of the new and emerging technologies are changing expectations and opportunities for the new college graduates.

Educational Robot

One such training-based sector is the educational robots used to train engineering graduates in their application and working as Educational Robots range from small kits that can be built at home for kids and a great entry point for the robotics sector to the more advanced industrial robots with robust mechanisms and sophisticated software to control the movements. The robotics kit market is on the rise as the educational institutes are shifted to E-Learning and access to the institute laboratories is impossible. The robotics kit being cheap and affordable is the focus for distance education as each student can own a kit of the basic components for practice. The educational robot market and is poised to grow by 590.82 thousand units during 2020-2024, progressing at a CAGR of almost 28%.

BLUE FROG ROBOTICS & BUDDY, fischerwerke GmbH & Co. KG, Innovation First International Inc., LEGO System AS, Make block, Modular Robotics Incorporated, PAL Robotics, Pitsco Inc., ROBOTIS Co. Ltd., and SoftBank Group Corp., are some of the major market participants.

By 2022, an operational stock of almost 4 million industrial robots is expected to work in factories worldwide. These robots will play a vital role in automating production to speed up the post-Corona economy. The positive effects of the pandemic are the growing interest in robotics and automation. Industrial sectors and organizations that had been reluctant to invest in this technology are showing renewed interest. Additionally, the IFR has registered an increased number of media requests resulting in an all-time high in press citations. Robots will play a vital role in automating production and accelerating the post-pandemic economy. At the same time, robots are driving the demand for skilled workers. Governments and companies worldwide must focus on providing the right skills necessary to work with robots and intelligent automation systems.

Conclusion

The COVID-19 pandemic has hit many industries forcing remote work, which is beneficial for the IT industry but very detrimental for the manufacturing sector. The manufacturing industry equipped with remote work capabilities such as industries revolutionized by industry 4.0, were less affected comparatively. The core of industry 4.0 is the use of robots and IoT, which is new to many and the educational institutes are equipping themselves with this new technology. The educational robots that were on the rise before the pandemic have been hit, and industrial robotics is stagnant amidst which the small robotics kit industry is on the rise as it is affordable and can be acquired by individual students. Many industries are adopting automation and robotics and require a skilled workforce equipped with the same knowledge. This has given a boost and motivation to many educational institutes to adopt robotics in the curriculum.

Although the market is stagnant for the educational robots market amidst the pandemic, it is forecast to rise exponentially in the next few years.

#Educational Robots #Educational Robots Market #Educational Robots Market Analysis #Educational Robots Market Analysis in Developed Countries #Educational Robots Market by Type #Educational Robots Market Development #Educational Robots Market Forecast #Educational Robots Future Innovation

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globalmarketdatabase2020 · 4 years ago

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Car Hacking- A key challenge to Automotive Cybersecurity

Market research tools suggest that the Electronic Control Units (ECUs) are an important part of the vehicle as they simplify the communication mediums in the vehicles. As per market intelligence platforms, these systems are prone to greater cyber breaches as they make use of the internet. The growth trends associated with this sector can be studied using market research tools like Global Market Database. The cloud based market research platform studies the shift in line with changing market trends.

Automotive cybersecurity applications are either integrated with the vehicular systems or are controlled via cloud architecture. Market research states that cloud-based applications are expected to capture a larger share in the market. They offer significant advantages such as remote access, quick response, increased storage, and cost-effectiveness.

ADAS & Body Control:

According to the market database , the automotive cybersecurity protocols can be used in different use cases, these include Advanced Driver Assistance Systems (ADAS) & Safety, body control & comfort, infotainment, telematics, and powertrain systems. Market research states that the ADAS & safety systems have commanded a greater share in the market. Market intelligence tools state that advanced Driver Assistance Systems (ADAS) are defined as electronic systems that assist the driver in driving and parking functions. According to the market database, the ADAS is considered one of the key safety technologies that are installed in modern vehicles. Market research states that the group of sensors and processors are required to be in constant secure communication mode. ADAS are developed to automate, adapt, and enhance vehicle systems for improved safety. Such a mix of factors has contributed towards an optimistic market outlook for this type of cybersecurity application. The overall growth dynamics associated with this sector can be studied using market research tools like Global Market Database. The market research platform provides the market trends across 600+ markets and 12 different industries.

Infotainments, Telematics, and Powertrains:

In-car entertainment systems or infotainments are defined as a collection of hardware and software elements that provide audio and video entertainment. Market database states that these modules provide can be controlled manually or by voice commands. According to market research tools, infotainment systems capture a large amount of user-sensitive data and need to be protected with the appropriate mechanisms. Telematics is described as a communication technology for vehicles based on information flowing between vehicles through wireless networks. These are the usual gateways for entry for car hacking.

Greater acceptance of the Internet of Things (IoT), cloud technology, and 5G have accelerated the demand for secure communication channels between smart vehicles. The market penetration rate for IoT-based technologies can also be studied using market research platforms like Global Market Database. The change in market outlook associated with the introduction of these technologies can also be studied using this market research tool.

Growth Catalysts & Opportunities:

According to the market database, increased use of electronic components in the car and a greater number of electric cars have supported the growth of this market. Market research states that several opportunities have started to emerge with the convergence of IoT, Artificial Intelligence (AI), Cloud Computing, blockchain, and 5G. Advancements in these supporting technologies have amplified the use cases of automotive cybersecurity.

Market research tools state that the policies across the globe are now aimed towards data protection and data sharing protocols with special emphasis on cybersecurity to prevent car hacking. According to the market database, major countries have rolled out draft policies to strengthen the action plans for automotive cybersecurity. This has contributed towards a positive market outlook. For instance, recently, ISO and the Society of Automotive Engineers (SAE) worked together to define cybersecurity standards for the automotive industry.

The U.S Market Perspective:

A key challenge in the automotive cybersecurity market is the car hacking. Market research states that this is due to the well-established technological and research infrastructure to strengthen innovation and drive wide-scale adoption.

Government support in terms of relevant policies and regulations has contributed towards an optimistic market outlook in the region. In 2015, US legislation proposed the Security and Privacy in Your (SPY) Car Act. Market database states that the bill was aimed to mandate critical software systems in cars are isolated and the entire vehicle is safeguarded against cyberattacks. Market research suggests that special measures are also undertaken by the National Highway Traffic Safety Administration (NHTSA) to regulate the collection and transmission of data generated by the vehicles.

#Market Outlook #Business Recovery #market research software #market research tool #market database #free market research tools #B2B Market

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