#Ahmedabad AI control room

[bharatbriefs]

AI is watching you! Ahmedabad becomes India's 1st city to get AI-linked surveillance system

In a groundbreaking development, Ahmedabad has emerged as the first city in India to employ artificial intelligence (AI) for comprehensive monitoring by the municipal corporation and police across the entire city. The city’s expansive Paldi area is now home to a state-of-the-art artificial intelligence-enabled command and control centre, featuring a remarkable 9 by 3-metre screen that oversees an…

[drrohanpatel111]

The Science of Precision: Understanding Robotic Surgery in Ahmedabad

In the bustling city of Ahmedabad, a revolutionary shift in the medical field is underway, bringing the precision of robotics into the operating room. Robotic surgery, a marvel of modern medicine, is transforming surgical procedures, offering unparalleled accuracy, reduced recovery times, and enhanced patient outcomes. This blog delves into the science of precision behind robotic surgery and how it is making waves in Ahmedabad.

The Evolution of Robotic Surgery:

Robotic surgery, also known as robot-assisted surgery, has its roots in the early 2000s when the da Vinci Surgical System was first approved by the FDA. Since then, the technology has advanced rapidly, incorporating high-definition 3D cameras, robotic arms with increased dexterity, and sophisticated software that allows for precise control.

How Robotic Surgery Works:

Robotic Arms: Equipped with surgical instruments, these arms can perform complex tasks with greater precision than the human hand.

3D High-Definition Vision System: Provides a magnified, high-resolution view of the surgical site, allowing for more accurate procedures.

Control Console: The surgeon sits at this console, manipulating the robotic arms with hand controls and foot pedals, while viewing the surgical area through the 3D vision system.

Benefits of Robotic Surgery:

Enhanced Precision: The robotic system's ability to make small, precise movements reduces the risk of damage to surrounding tissues.

Minimally Invasive: Smaller incisions mean less pain, reduced blood loss, and quicker recovery times.

Greater Flexibility: Robotic arms can reach areas that are difficult for human hands, allowing for more complex procedures.

Improved Outcomes: Higher accuracy and better visualization lead to fewer complications and better overall patient outcomes.

Leading the Way in Robotic Surgery:

These hospitals are not only performing routine surgeries but also pushing the boundaries of what is possible with robotic assistance. By participating in global research and development efforts, they contribute to the continuous evolution of robotic surgical techniques.

The Future of Robotic Surgery:

The future looks promising for robotic surgery in Ahmedabad. As technology continues to advance, we can expect even greater precision, reduced costs, and wider accessibility. Innovations such as AI integration and enhanced robotic feedback systems are on the horizon, promising to further revolutionize the field.

The science of precision in robotic surgery is transforming healthcare in Ahmedabad. With its myriad benefits and applications, robotic surgery in Ahmedabad is not just a technological marvel but a testament to the city's commitment to providing cutting-edge medical care. As we move forward, Ahmedabad will undoubtedly continue to be at the forefront of this medical revolution, offering hope and healing to countless patients.

[hemanth1607-blog]

Android Application Development Trends in 2019

Mobile phone usage becomes a complete part of our daily lives. Every industry appears to be going mobile in an attempt to achieve a competitive advantage. Of course, a mobile application is not a silver bullet. But it is a great chance for a company to improve customer interaction with its present products.

In past years, Android smashed into the IT world and originated a change. It still remains to drive change as developers are continually trying to impress even the most advanced users. That’s why, in the age of mobile apps, it's essential to stay up-to-date about the modern Android development trends.

Here we give a quick round-up of Android application development trends that will provide you a better insight into what will rule in the year 2019

1. Android Instant Applications

With Google Play Instant, Android users can hit to try out an app or game entirely skipping the installation process. As Instant Apps do not require users to download the Apps, they are easy to use as a website and are run directly from the cloud. As a conclusion, these apps don’t use additional space on your mobile device.

These apps reduce the confusion of useless apps on devices. Google has newly launched a number of new features for Android app developers to make it simpler to build smaller apps that download faster enabling potential users to try out a new app without installing it.

2. Machine Learning & AI in Android Apps

Machine Learning technology is a significant invention for Android App Development. AI or Artificial Intelligence is a section of Machine Learning Technology that aids in interpreting complex processes for the beginner app user. Presently you can get active apps for the android device and Chat Bots are different in this list of trending mobile apps. Get app user to communicate better through messaging and closed-end communications. Artificial Intelligence presents the best of mobile app user experience and venues to distinct features. AI ChatBots are regularly used in booking hotel rooms, flight tickets, and buying movie tickets

3. Blockchain in Android App Development

There was a lot of buzzing about blockchain in 2019, especially as developers recognized it as a method to solve problems on how to handle user authentication. The energy of blockchain is continuing as developers try to learn the best use of blockchain – which isn’t simple and some might say is too complex. Mass adoption will follow in time. Leading technology firms like IBM are making huge commitments to the ability of blockchain for applications. Whether mass adoption occurs in 2019 or beyond is uncertain – we believe it will take a few extra years before we see more traction.

4. The Kotlin Era on Android

The Kotlin program is the newest trend used by many android app developers to build the marvelous app screen that attracts most of its users. It is also an excellent fit for developing Android mobile apps that having a pleasant sense for the end user. Most honestly Android Kotlin will continue its uptrend in the world of mobile apps. Now each Android app developers can use Kotlin for its bunch of android extensions given.

5.Internet of Things (IoT) in Android App Development

Internet of Things with Android Mobile App has presented a comfortable environment for people to attach to the number of IoT enabled Gadgets. Android Mobile Apps have made Home Automation to smartphone users by easily controlling the many electronic devices that are accessible at home. In the coming years, the Internet of Things will grow the most preferred choice among Android users.

If you are seeking for the company who can build applications with the latest trends. Fusion informatics is the best mobile app development company in ahmedabad offers android & ios applications along with block chain, angular.js development & etc. across the world.

[marketingspikebot-blog]

COOL SMART HOME GADGETS YOU MUST HAVE

When it arrives to digitizing your home, it's no longer a view from the beginning of laptops and smartphones. Believe of air-conditioners switching on when you enter or getting the espresso device instantly work at a fixed time; we are at our fingertips in the age of comfort.

 When you're considering living smart, you’re in the right place. Office automation system has compiled a list of smart home devices that must-have to make life more comfortable below

 Smart Lighting

 Smart home lighting automation is designed for energy efficiency and can help you save costs over time. You can also wirelessly monitor the bulbs to create the ideal environment at any given moment.

 In this sphere, Phillips Hue is no stranger. It is realized that you can wake up automatically or relax yourself to sleep. Modify the light to go with your mood, be it reading, calming, or energizing.

 Coupled with an app, home automation solutions smart lighting means you’re never in a dark room. For a light switch, there is no need to mess around. Automate easily when you want your lights to turn on. You can even verify that after you leave your house, you left them on, so you never have to worry about wasting electricity.

 Smart Thermostat

 A Smart thermostat allows you to monitor the heating and air conditioning in your home from your smartphone. A Smart thermostat like the EcoBee4 can help if you've ever had a rude shock from your utility expenses in the colder season. In the long run, you can save energy and costs to automate the temperature in your Home.

 The EcoBee4 operates with sensors to the room. That indicates you'll understand the specific areas in your home where it's too hot or too cold and change your HVAC systems to that. It also comes with intuitive smartphone and web apps for remote supervising of the temps and settings in your Home.

 It has incorporated Alexa into it too. Your EcoBee4 will be able to read the news, order groceries, and more. Through your thermostat, you can perform everyday jobs; Alexa can read out ways to a recipe with a solitary order, or find the perfect playlist for a last-minute dinner party. How Cool can be it?

 Smart Home Security

 Marketed as the first assistant to Smart Home safe, Momo is a genius with AI capabilities. Momo is built to appear like a trendy light and will suit seamlessly into any Home decor. Momo strives to make life easier and smarter, all while making homeowners more successful and protected.

 Momo is fitted with motion detectors, sound recognition, face identification, and. It helps to dissuade unwelcome visitors from disturbing you until something out of the ordinary can be discovered. This may also be included in your home with various other Smart security tools, such as cameras, to understand who's permitted inside your home.

 It also learns your routines and requires intelligence onboard. Momo can pick up your objectives for the world or program to recommend some automation to match your lifestyle. This can also act as a Smart Home hub for your connected gadgets, allowing it to adapt constantly to your requirements.

 Smart Plug

 Have you not heard of a Smart plug? You'll be glad to understand these exist. The Kasa Smart WiFi plug can be a wonderful device that you need to have. You can change the plug on or off from virtually anywhere, operated over a mobile device. Imagine forgetting to turn off your iron; you can shut it off remotely with ease and give you peace of mind.

 It has an out mode, too. It sets your connected devices, such as lights, at intervals to switch on and off, giving you the illusion, you are Home. This deters the loitering of unwanted people around your property or possible burglars.

 SpikeBot is a simple, secure, and affordable solution to automate your home and offices, which will make your life easy. SpikeBot lets you sync with Alexa, Google to control your home and provide the home automation system Ahmedabad. Visit us today!

[4gdronecontrol]

DroneLab Case Study: Aerial Monitoring of COVID-19 Lockdowns, across India

How FlytNow Enabled Aerial Monitoring for Police Forces in India during COVID-19 Lockdowns

On 24th of March, 2020, owing to an increasing number of COVID-19 cases, the Government of India under Prime Minister Narendra Modi, ordered a nationwide lock-down for a period of 21 days. The order followed a 14-hour voluntary curfew on 22nd of March, where the Hon’ble Prime Minister urged the citizens of the country to observe and maintain social distancing.

With 500 active cases by then, this decision was taken as a preventive measure to tackle the pandemic or as experts call it ‘to flatten the curve’ of the spread of novel coronavirus infections in India. The lock-down, a fallout of the measure, limited the movement of India’s 1.3 billion people.

Due to the restrictions on nearly all commercial operations, schools, colleges, and offices were quick to shut down and people were asked to carry out activities from the safety of their homes. All modes of transportation, except for emergency situations, were also brought to a staggering halt.

However, amidst this, one major challenge that the authorities faced, ever since the announcement, was to make people abide by the rules. Identifying people who violate the lockdown restrictions and instead move about freely (thus posing a threat of infection to others) became a daunting task for the police force.

Drones: India’s Ally in the Fight Against COVID-19

In order to show solidarity with this national priority and to provide the authorities with a set of extra eyes, various drone startups and hobbyists in India immediately extended their support in the fight against COVID-19. They soon formed a nationwide network and became active in almost all the states which had a relatively large number of infected cases: Maharashtra, Karnataka, Tamil Nadu, Kerala, Andhra Pradesh, Telangana, Odisha, West Bengal, Assam, Meghalaya, Nagaland, Madhya Pradesh, Rajasthan, Haryana, Punjab, and Delhi NCR.

Local drone teams sprung into action to support local and state governments and to help ensure that drone flights are planned well, executed safely and logged correctly.

With help from these local teams, public safety authorities started relying on drones for aerial monitoring. Deployed in the bustling areas of the city, drones assisted police personnel to track and warn the people who violated lockdown norms. By providing situational awareness on a near real-time basis, drones enabled the police to make lockdown-related announcements and better organize their ground forces to monitor the situation in congested areas of the city.

Flattening The Curve in India

The primary objective of using drones was to prevent the rapid spread of COVID-19 thus flattening the curve of the infection, and apart from this, drones had to be used in a safe & secure manner without violating individual privacy.

To aid this mission, FlytBase supported the task force with its readily deployable solution, FlytNow in carrying out live, remote drone operations – from central command centers, thus involving the relevant stakeholders.

Success Story: How Drones Transformed Security & Patrols

In Gujarat, Dronelab worked alongside the state government to monitor public places and markets. Under their guidance, more than 200 drone operators were mobilized across different cities in Gujarat.

Initially following a decentralized approach, small teams operated independently in different cities and localities with the help from local police. But Dronelab soon realized that they have to move towards a centralized model since the primary objective of using these drones was to identify crowds and intimate police control rooms while the flight is still in process in order to take necessary action.

Employing the cloud-connected FlytNow solution, Dronelab, with the support from the Gujarat Police Department, established its first command center in the city of Ahmedabad. After a successful trial, the city police began using UAVs to monitor various parts of the city. FlytNow thus enabled the police to stream live multi-video feeds from all the drones to their control room thus enabling them to respond quickly to emergencies.

The system also allowed drone operators to help the police while being confined in their homes, eliminating the need to be present on the field. Whenever a request was triggered, operators could fly a drone from their home terrace and stream the video feed directly to the central dashboard.

According to Nikhil Methiya, Director of Dronelab, The “FlytNow solution has played an important role in our operations to mitigate the public health impact of COVID-19. It allowed us to deploy drones at scale, and features like live video streaming and guest-sharing helped us fulfill our aerial monitoring objectives while keeping the necessary authorities in the loop.”

In addition, the team at Dronelab also implemented an Artificial Intelligence (AI) system where drones could automatically identify public gatherings. Through rigorous research and testing, they came up with various social distancing models that they used to deploy the drones for monitoring.

Apart from monitoring and surveillance, drones were also used for the delivery of medical supplies in quarantine areas of the city and aerial disinfection with collaboration from local civic bodies.

Privacy & Security First

With any disruptive technology, there are always concerns with regards to privacy and security. In view of the policies on the protection of personal data in India, the idea of drones hovering above, 24×7, may have seemed daunting. To address this issue, Dronelab requested all drone operators to follow a Standard Operating Procedure (SOP), as follows:

Drone operators are to use low definition footages so as to not to identify individuals or a community.

Drone operators are to delete any image or video that is violating human rights.

Groups conducting drone flights have to seek necessary permissions and coordinate with local authorities.

Drone operators are to inform the local community that they are conducting surveillance for their health and safety.

Operators are to follow all safety protocols related to personal, drone and community safety.

Help local authorities to plan emergency responses based on the drone data.

Should not store any form of data after the operations.

Drones as First Responders

Drones were a key ally in India’s fight against COVID-19. Public health & safety emergencies, such as this, are an ideal use case for drones because they can be quickly deployed to get live videos, issue warnings, identify crowds and even sense body temperature.

India has shown the world a future where the government and private sector can work together, to fight a pandemic and protect public health.

If you are interested in our solution, write to us at flytnow@flytbase.com or schedule a call with the FlytNow team.

The post DroneLab Case Study: Aerial Monitoring of COVID-19 Lockdowns, across India appeared first on FlytNow.

source https://flytnow.com/dronelab-case-study/

[drrohanpatel111]

The Science of Precision: Understanding Robotic Surgery in Ahmedabad

In the bustling city of Ahmedabad, a revolutionary shift in the medical field is underway, bringing the precision of robotics into the operating room. Robotic surgery, a marvel of modern medicine, is transforming surgical procedures, offering unparalleled accuracy, reduced recovery times, and enhanced patient outcomes. This blog delves into the science of precision behind robotic surgery and how it is making waves in Ahmedabad.

The Evolution of Robotic Surgery:

Robotic surgery, also known as robot-assisted surgery, has its roots in the early 2000s when the da Vinci Surgical System was first approved by the FDA. Since then, the technology has advanced rapidly, incorporating high-definition 3D cameras, robotic arms with increased dexterity, and sophisticated software that allows for precise control.

leading hospitals and medical institutions have embraced this technology, making state-of-the-art surgical care accessible to a broader population. The city's healthcare infrastructure is increasingly integrating robotic systems to enhance the capabilities of surgeons and improve patient outcomes.

How Robotic Surgery Works:

Robotic Arms: Equipped with surgical instruments, these arms can perform complex tasks with greater precision than the human hand.

3D High-Definition Vision System: Provides a magnified, high-resolution view of the surgical site, allowing for more accurate procedures.

Control Console: The surgeon sits at this console, manipulating the robotic arms with hand controls and foot pedals, while viewing the surgical area through the 3D vision system.

The precision of robotic surgery comes from the combination of these components, allowing for movements as small as a few millimeters and eliminating the tremors associated with human hands.

Benefits of Robotic Surgery:

Enhanced Precision: The robotic system's ability to make small, precise movements reduces the risk of damage to surrounding tissues.

Minimally Invasive: Smaller incisions mean less pain, reduced blood loss, and quicker recovery times.

Greater Flexibility: Robotic arms can reach areas that are difficult for human hands, allowing for more complex procedures.

Improved Outcomes: Higher accuracy and better visualization lead to fewer complications and better overall patient outcomes.

Leading the Way in Robotic Surgery:

These hospitals are not only performing routine surgeries but also pushing the boundaries of what is possible with robotic assistance. By participating in global research and development efforts, they contribute to the continuous evolution of robotic surgical techniques.

The Future of Robotic Surgery:

The future looks promising for robotic surgery in Ahmedabad. As technology continues to advance, we can expect even greater precision, reduced costs, and wider accessibility. Innovations such as AI integration and enhanced robotic feedback systems are on the horizon, promising to further revolutionize the field.

The science of precision in robotic surgery is transforming healthcare in Ahmedabad. With its myriad benefits and applications, robotic surgery is not just a technological marvel but a testament to the city's commitment to providing cutting-edge medical care. As we move forward, Ahmedabad will undoubtedly continue to be at the forefront of this medical revolution, offering hope and healing to countless patients.