#aosp

[siliconsignalsblog]

How Innovation in Industrial and IoT Products is Being Driven by Advanced Embedded Hardware Development

Our world is changing more quickly than ever thanks to technology, and the development of advanced embedded hardware is driving this change. The creation of electronic devices that are incorporated into other systems or goods is known as embedded hardware, and it has many different uses. Embedded hardware is the foundation of contemporary technology, from sophisticated industrial systems to smart home appliances. In-depth discussion of how cutting-edge embedded hardware development is spurring creativity in industrial and Internet of Things products will be covered in this article, along with examples of how these developments have enhanced functionality and performance.

Advancements in Embedded Hardware Development:

The reduction of form factors is one of the major developments in embedded hardware development. Embedded hardware devices are continuing to shrink in size without sacrificing functionality. As a result, producers are now able to produce industrial and Internet of things devices that are more energy- and space-efficient without compromising functionality. For instance, in the industrial sector, smart sensors are getting more compact, potent, and reasonably priced, which enables businesses to monitor production processes more effectively and instantly. Home automation devices are becoming more and more streamlined IoT products with smaller form factors that can blend in with our everyday lives.

An important development in embedded hardware development is the growing application of machine learning (ML) and artificial intelligence (AI) algorithms. Industrial and Internet of Things (IoT) products can become more intelligent and adaptable by incorporating these technologies into embedded hardware. In the industrial sector, for instance, AI algorithms integrated into cutting-edge embedded hardware can forecast equipment failures, enabling proactive maintenance and minimizing downtime. Smart home appliances in Internet of Things (IoT) products have the ability to gradually learn our habits and preferences, adapting to our needs and offering a more customized experience. Products in the industrial and internet of things that profit from advanced embedded hardware development include:

Industrial Robotics: Robots that are more intelligent and efficient have revolutionized the manufacturing sector thanks to advances in embedded hardware development. These robots can be programmed to carry out difficult jobs more quickly and accurately, like precision welding or assembling tiny components. Manufacturers are therefore able to enhance product quality, save expenses, and boost productivity.

Smart Grids: Particularly in the field of smart grids, the energy industry has profited immensely from the development of sophisticated embedded hardware. With the use of cutting-edge sensors and embedded hardware, smart grid technology monitors and optimizes the distribution of electricity, cutting down on waste and raising efficiency. Consumer costs could be lowered and energy consumption could be greatly reduced as a result.

Wearable Health Devices: Advanced embedded hardware development has also proven beneficial to the healthcare industry, especially in the field of wearable health devices. These gadgets enable remote monitoring and diagnosis of medical conditions by gathering health-related data and monitoring vital signs. This can lessen the need for in-person visits, which can improve patient outcomes and save healthcare costs.

Wrapping up:

Significantly advancing embedded hardware development is propelling innovation in industrial and Internet of things products. These developments, which range from smaller form factors to the incorporation of AI and ML algorithms, are revolutionizing our relationship with technology. The potential for industrial and Internet of things (IoT) products will only increase as long as we can keep creating novel and inventive embedded hardware.

Silicon Signals is an embedded systems specialist company that provides creative engineering solutions to close the technology gap and meet the demands of the modern global industry. Our knowledge and cutting-edge solutions can assist companies in streamlining their processes, boosting productivity, and maintaining an advantage in the cutthroat marketplace.

Our state-of-the-art embedded systems can help companies of all sizes increase their competitiveness in the market, improve their goods and services, and streamline their operations. Silicon Signals provides an extensive array of services that can be customized to match the specific requirements of each client, ranging from custom hardware and software development to firmware design and testing. Businesses can lower costs, streamline operations, and seamlessly integrate technology into workflows by utilizing Silicon Signals' cutting-edge engineering solutions. Any company wishing to harness the potential of embedded systems should work with Silicon SIgnals, as they have a team of highly skilled engineers and a track record of success.

I hope this post makes it clear why industrial and Internet of things products require embedded hardware development. As you can see, integration of embedded systems is essential for achieving maximum performance and efficiency as they form the foundation of many industrial and Internet of things products. We provide cutting-edge embedded engineering solutions to meet the demands of our customers. Numerous businesses have benefited from our cutting-edge, reliable, and creative solutions in achieving their objectives. Get in touch with us right now to learn how they can assist you in realizing your ideas.

[elliechougule]

Android Open-Source Project

Discover the AOSP (Android Open Source Project), the bedrock of Android's open-source architecture, devoid of proprietary elements. Uncover its integral components that fuel a rich and varied ecosystem, nurturing creativity and personalization. AOSP's openness and continuous development guarantee a stable and flexible foundation essential for propelling Android's future innovations and accommodating user-initiated modifications.

To read more on AOSP.

[cryptograndeenews]

Google wants to make RISC-V one of the main architectures for Android - on par with Arm.

At the recent RISC-V Summit event, Google representatives announced plans to implement official support for the RISC-V architecture on the Android platform. Android CTO Lars Bergstrom said that RISC-V should become a "level one platform" in Android, putting the architecture on par with Arm.

This announcement can be considered a significant change in Google's position regarding the place of RISC-V in the Android ecosystem. A few months ago, Bergström said that optimizing Android builds for RISC-V would require "a lot of work," adding that the developers had outlined a "roadmap" that would take several years to complete. Despite this, the Android Open Source Project (AOSP) repository, which is used to develop the source codes of the Android platform, has been publishing official patches since September last year, designed to provide support for devices based on RISC-V processors… Detail: https://bitcoingrandee.com/posts/88 NEWS

[hatfejusarkany]

a few of the first test shots with HTC M8 on a freshly installed AICP Android 10, then-stock AOSP (LineageOS?) camera app

[streetart-nightly]

weird glitchy photos off the HTC One M8 running the stock 6.0 Android and factory camera application 

1384 x 1390 Pixels (1.92 MPixels) (0.99) and 1772 x 1200  Pixels (2.13 MPixels) (1.47) respectively, instead of the specified 2688 x 1520, and half the EXIF is missing (the useful half)

loved that phone as its camera’s sensor was able to capture nearly perfectly flat images but the stock ROM and camera app was so extremely power-demanding it just turned off many times while trying to take photos, often even when just starting up the camera app

a much more sophisticated AOSP-based AICP Android 10 finally solved all the issues, though the install process was a bit tricky. the superb OpenCamera app measured 15-60x less power usage writing to storage, which is quite extreme

alleyway somewhere within Red Lion shopping centre, Colchester, 2019

[zerosecurity]

Massive Backdoor Infection Hits 1.3 Million Android-Based Streaming Devices

A newly discovered malware infection has raised alarm bells by affecting an estimated 1.3 million Android streaming devices running an open-source version across almost 200 countries. The malware, dubbed "Android.Vo1d," has successfully backdoored these Android-based boxes by inserting malicious code into their system storage areas, allowing for potential updates with additional malware via command-and-control servers at any time.

Scope and Impact

Security firm Doctor Web reported the widespread infection on Thursday, highlighting the extensive reach of the Android.Vo1d malware. The affected devices are operating systems based on the Android Open Source Project (AOSP), a version overseen by Google but distinct from the proprietary Android TV used by licensed device manufacturers. Google representatives have confirmed that the infected devices are not running the official Android TV OS, emphasizing that these are "off-brand devices" without Play Protect certification. This certification process involves extensive testing to ensure quality and user safety. Confirm your TV is running Android TV OS by using the guide posted here.

Unknown Infection Vector

Despite their thorough understanding of the malware and its widespread impact, researchers at Doctor Web are still uncertain about the exact attack vector leading to these infections. They have proposed several possibilities: - An intermediate malware exploiting operating system vulnerabilities to gain root privileges - The use of unofficial firmware versions with built-in root access - Outdated and vulnerable Android versions susceptible to remote code execution exploits - Potential supply chain compromises, where devices may have been infected before reaching end-users

Affected Devices and Variants

The infection has been found on several TV box models, including: TV box model Declared firmware version R4 Android 7.1.2; R4 Build/NHG47K TV BOX Android 12.1; TV BOX Build/NHG47K KJ-SMART4KVIP Android 10.1; KJ-SMART4KVIP Build/NHG47K Researchers have identified dozens of Android.Vo1d variants, each using different code and planting malware in slightly different storage areas. However, all variants achieve the same result: connecting to attacker-controlled servers and installing components that can deploy additional malware on command.

Infection Characteristics

The Android.Vo1d trojan modifies several system files and creates new ones to ensure persistence on infected devices. Key changes include: - Modification of the install-recovery.sh script - Alteration of the daemonsu file - Creation of new files: vo1d, wd, debuggerd, and debuggerd_real These modifications allow the malware to anchor itself in the system and auto-launch during device reboots. The trojan's main functionality is split between two components: vo1d (Android.Vo1d.1) and wd (Android.Vo1d.3), which work together to maintain the infection and execute commands from the control servers.

Geographic Distribution

Geographic Distribution of the Android.Vo1d infections The infection has spread globally, with the highest number of cases detected in: - Brazil - Morocco - Pakistan - Saudi Arabia - Russia - Argentina - Ecuador - Tunisia - Malaysia - Algeria - Indonesia

Detection and Mitigation

Identifying infected devices can be challenging for less experienced users. Doctor Web recommends using their antivirus software for Android, which can detect all Vo1d variants and disinfect devices with root access. More technically inclined users can check for indicators of compromise provided by the security firm. The incident also highlights the risks associated with using non-certified Android devices and emphasizes the importance of regular security updates and proper device vetting. As the investigation continues, it serves as a stark reminder of the ongoing challenges in securing the diverse ecosystem of Android-based devices in the market. Read the full article

[catgirl-asta]

If Chromuim isn't Chrome to you, then would you say that the AOSP isn't Android? Or, that some of the OSes built upon it aren't Android, such as, say, Amazon's Fire OS or whatever facebook would call the OS running on their Portal and Quest devices, even though they all run Android at their core, much like how Chrome is Chromium at heart?

I don't think that's a fair comparison to make. chromium is simply the engine chrome is based on; chrome is chromium, but chromium isn't chrome

[crasher33]

Based on this poll. I wanted to add Brave and some other browsers but you only get 10 options. If you choose other, please tag what you use.

[siliconsignalsblog]

Here are five areas where IIOT is improving the industry.

The Industrial Internet of Things, or IIOT, is transforming entire industries by providing enterprises worldwide with previously unheard-of levels of automation, connectivity, and data analytics. The term "Internet of Things" (IIOT) describes the network of physical objects, including cars, buildings, and other machinery, that are linked together by software, sensors, and network connectivity. This enables these objects to exchange and collect data in real time. The industry could be greatly and extensively impacted by IIOT. Businesses can increase operational efficiency, lower costs, improve safety, and make more informed decisions by utilizing the power of IIOT. The five areas where IIOT is improving the industry will be discussed in this article.

Manufacturing: 

IIOT is transforming manufacturing through production optimization, process automation, and improved quality control. Manufacturers can spot bottlenecks, monitor production lines in real time, and make quick adjustments thanks to IIOT. Predictive maintenance is another feature of IIOT that helps manufacturers identify possible equipment failures before they happen, saving downtime and increasing output.

Energy Management: 

By enabling real-time monitoring of energy usage, identifying energy waste, and optimizing energy consumption, IIOT is increasing energy efficiency and lowering costs in the energy sector. Energy companies can use IIOT to track energy usage in real-time, spot inefficiencies, and modify consumption as necessary. Predictive maintenance is another feature of IIOT that helps energy companies identify possible equipment failures before they happen, saving downtime and increasing productivity.

Predictive Maintenance: 

By enabling predictive maintenance—which uses real-time data to foresee possible equipment failures before they happen—IIOT is completely changing the maintenance sector. Businesses can use IIOT to monitor equipment in real time, analyze data, and spot patterns that could point to future failures. Businesses can increase productivity, reduce expensive downtime and repairs, and improve safety by seeing possible problems early.

Quality Control: 

IIOT is enhancing production procedures, enabling real-time product monitoring, and detecting flaws to improve quality control. Businesses can use IIOT to detect flaws in products, monitor their quality in real time, and adapt their production processes as needed. Predictive analytics is another feature of IIOT that enables businesses to foresee possible quality problems and take proactive steps to avoid them.

Supply Chain Management: 

IIOT is revolutionizing supply chain management by making inventory tracking possible in real time, enhancing supply chain visibility, and streamlining delivery procedures. Businesses can use IIOT to track inventory in real-time, keep an eye on delivery schedules, and optimize routes to cut expenses and delivery times. Predictive analytics is another feature of IIOT that helps businesses predict demand and modify inventory levels appropriately.

All things considered, it's evident that IIOT is completely changing how companies function throughout a variety of sectors. The potential applications of IIOT are numerous and include everything from logistics and manufacturing to energy management and worker safety. Businesses can improve operational efficiency, spur innovation, and make better decisions by utilizing data and advanced analytics.

At Silicon Signals, we are dedicated to offering state-of-the-art engineering solutions that assist in bridging the gap between technology and industry needs. We recognize the transformative potential of the Industrial Internet of Things. We collaborate closely with our clients to create creative solutions that have a significant impact on the real world thanks to our extensive knowledge of embedded systems and customer-centric methodology. We have the knowledge and experience to support you in reaching your objectives, whether they involve cutting expenses, increasing safety, or increasing productivity. Get in touch with us right now to find out more about how we can help you leverage IIOT's potential and improve your company.

[gizchinaes]

Android 16: Google anuncia su lanzamiento para principios del próximo año

Google ha confirmado oficialmente que el lanzamiento de Android 16 está programado para el segundo trimestre de 2025, llegando varios meses antes que Android 15, que se lanzó a finales del tercer trimestre de 2024 para el Android Open Source Project (AOSP). Este cambio supone una transformación significativa en el cronograma de actualizaciones de Android, ya que Google busca sincronizar sus…

[hotnew-pt]

Google Pixel 11 pode ter chip Tensor G6 de 2nm fabricado pela TSMC ao invés da Samsung #ÚltimasNotícias #tecnologia

Hot News A série Pixel 9 decepcionou alguns usuários por ser lançada com o chip Tensor G4 com litografia de 4nm da Samsung, que fornece menor desempenho e eficiência energética em comparação com seus concorrentes diretos. Isto deve mudar com o Pixel 11 com Tensor G6 com litografia nova da TSMC. A evidência dessa mudança foi encontrada em linhas de código do Android AOSP lançado pelo Google…

[dailyreportonline]

Huawei's HarmonyOS Next to Launch in China on October 22; Will Come With AI Features | Daily Reports Online

Huawei’s proprietary operating system (OS) dubbed HarmonyOS Next will be unveiled in China next week, the company confirmed via social media on Tuesday. It was initially rumoured to be released in September but the announcement did not take place. The Chinese smartphone maker’s upcoming OS does not rely on Google’s Android Open Source Project (AOSP) code but is built on the Hongmeng kernel and…