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Hisense unveils 8K AI Image Quality Chip Technology for Global Display Industry

Hisense 8K AI Image Quality Chip

Chinese consumer electronics manufacturing company Hisense officially unveils its new self-developed 8K AI Perceptual Processor named Hi-View HV8107 to empower the global display industry. 

The newly launched chipset will help the company gain an edge over other brands in this competitive display market. 

This new artificial intelligence-powered chip is a significant step forward in Hisense’s Ultra-High-Definition (UHD) video industry’s development and industrialization of 8K technology. 

Read More: Samsung partners with Keysight for Advanced Research in 6G

Apart from televisions, Hisense’s new AI processor can also power professional 8K broadcast monitor products. According to the company, the AI chipset is the core underlying technology of Hisense’s large display strategy. 

Yu Zhitao, Vice President of Hisense Group and President of Hisense Visual Technology, stated publicly that the year 2022 would mark a turning point in worldwide television competitiveness, with the industry’s primary competitive considerations shifting from price and screen size to chips and image quality. 

The Hi-View HV8107 chip supports over 33 million pixels and also has a partition control of 26,880 zones and sophisticated AI sensing capabilities. This feature provides an immersive viewing experience to the users, making it a highly capable chipset. 

In addition, the chip is impressive in terms of capturing high-speed moving object trajectory, improving skin color, and reducing noise. Fujian-based electronics manufacturer Hisense was founded in 1969. 

The company specializes in digital media products like smartphones and TVs, along with refrigerators, air conditioners, and other domestic appliances. Hisense was a vast customer base with products sold in over 200 countries across the world. 

Hisense has been developing the first digital video processing chip with its own intellectual property rights and industrialization since 2005. 

The company mentioned that the AI processor has already entered the mass production stage and will be used in various display products from Hisense’s subsidiary brands, including Toshiba. Hisense plans to prioritize chip research and development in order to differentiate itself from the competition.

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Samsung partners with Keysight for Advanced Research in 6G

Samsung Keysight research 6G

Smartphone and electronics manufacturing giant Samsung partners with leading technology company Keysight for advanced research in 6G technology. 

Both the companies have signed a memorandum of understanding, marking the commencement of the partnership. The joint venture will help develop next-generation communication technology for users across the world. 

Artificial intelligence, sensing, digital twins, time-sensitive networking (TSN), and holographic communications are all predicted to be used in 6G. According to officials, Samsung and Keysight will collaborate to create a 6G wireless test and verification technology. 

Read More: Tesla to accept Dogecoin as Payment at Supercharging Station

As it is expected that a Space-Air-Ground-Sea Integrated Network will be used to deliver ubiquitous coverage from underwater to orbit, the partnership between the two companies might play a significant role in the research and development process of the technology. 

Vice President of Keysight’s network infrastructure business, Giampaolo Tardioli, said, “6G is expected to underpin the wireless connectivity fabric that leverages heterogeneous networks and the convergence of communication and computing. Establishing a 6G partnership with Samsung enables Keysight to refine our software-driven test solutions, critical in developing differentiated 6G products.” 

He further added that they are excited to expand their existing partnership with Samsung, which has yielded several significant accomplishments in the development of 5G new radio as a mature technology. 

Keysight mentioned that the partnership would boost the development of AI-assisted air interfaces that take advantage of substantial multiple-input multiple-output (MIMO) antenna technology. 

“The signing of this MoU with Keysight will greatly advance Samsung’s 6G strategy of combining the company’s expertise in communication technology with capabilities in software and AI,” said Executive Vice President at Samsung Research, Sunghyun Choi. 

He also mentioned that by partnering with Keysight, Samsung could shape a future where 6G is used to improve human connection, health, and safety. 

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Tesla to accept Dogecoin as Payment at Supercharging Station

Tesla Dogecoin Payment

America-based electric vehicle and clean energy company Tesla announced that it plans to accept Dogecoin, a cryptocurrency, as payment at its Supercharging station located in Santa Monica, United States. 

The announcement was made by Elon Musk, CEO of Tesla, through a tweet posted on 19th February. This new development caused a slight increase of nearly 3% in the price of Dogecoin. 

“Of course, you can pay in Ðoge (sic),” Musk responded to a tweet from Tesla Console founder Ryan Zohoury. Last year in December, Musk announced that Tesla, the electric car company, would accept Dogecoin for Tesla products on a trial basis. 

Read More: Indian Farmers deploy AI-powered Drones to fight Crop diseases and Insects

Tesla sells clothes, belt buckles, tiny versions of its vehicles, a quad bike called the “Cyberquad” for kids, which the company plans to sell against Dogecoin payments. Elon Musk has been a vocal supporter of Dogecoin on social media in the past and hinted many times regarding this development. 

“The transaction value of Bitcoin is low, and the cost per transaction is high. At least at a space level, it is suitable as a store of value. But fundamentally, Bitcoin is not a good substitute for transactional currency,” said Musk while talking about Bitcoin and Dogecoin. 

Multiple reports in recent days claimed that the source code on Tesla’s website had a Dogecoin payment option. 

In 2013, software programmers Billy Markus and Jackson Palmer created Dogecoin as an alternative to Bitcoin. The creators’ sole intention was to mock Bitcoin, but Dogecoin achieved much recognition after it grabbed the attention of Elon Musk. Dogecoin’s logo and the name are based on a viral meme involving a Shiba Inu dog. 

Earlier, Tesla used to accept payments via Bitcoin but soon terminated it. Tesla claimed that it would again start accepting Bitcoin payments once Musk confirms that Bitcoin mining uses 50% or more renewable energy.

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Indian Farmers deploy AI-powered Drones to fight Crop diseases and Insects

Indian Farmers AI Drones

Multiple Indian institutes and farmers are now using artificial intelligence-powered unmanned aerial vehicles or drones to tackle the challenge of crop diseases, insects, and many others. 

The AI technology can help farmers considerably improve their farm’s yield, which otherwise gets depleted due to the various factors and issues. 

The latest development in this field is that a research team from IIIT Naya Raipur has developed a drone-based crop health forecasting solution that uses artificial intelligence technology to identify insects and diseases that commonly afflict Indian crops and recommend accurate treatments in a short time. 

Read More: Google launches Skill Training program with $100 million Funds

The research team has collaborated with the Indira Gandhi Agriculture University in Raipur to develop this new drone technology. The newly developed drones can track cops in the field and capture real-time images of crops if any threat is detected. 

The captured image is sent to designated servers where a convolutional neural networks (CNN) model scrutinizes them to accurately recognize the disease or insects which have infected the crops. 

Assistant Professor of Electronics and Communication Engineering at IIIT Naya Raipur, Shrivishal Tripathi, said, ”After the footage is captured and sent to our server, it is analyzed, and within seconds farmers will be informed of the issues with the crop on the Agriheal app, along with recommendations on how much pesticide to spray and in which part of the field. This will reduce overuse of pesticides among farmers.” 

According to a report of the United Nations’ Food and Agriculture Organization, each year, farmers across the world lose up to 40% of their crops to insects and illnesses, costing the economy $290 billion. 

Researchers said that the images acquired by drones of crops affected with various diseases and insects that are common in India were used to train the artificial intelligence model. This new development comes after the Finance Minister of India, Nirmala Sitharaman, said in her latest Union Budget speech that Kisan drones will be promoted for crop assessment, spraying insecticides, and nutrients. 

Experts believe that the newly developed technology can aid farmers in inspecting large fields where physical involvement is complicated and inefficient. Additionally, the technology would allow farmers to identify insects that look similar and are impossible to distinguish without tech intervention.

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AlphaICs begins Global Sampling of ‘Gluon’ Deep Learning Co-processor

AlphaICs Global Sampling Gluon

Leading AI fabless semiconductor firm AlphaICs announces global sampling of its Gluon deep learning co-processor for vision AI with Superior FPS/Watt Performance. 

The company announced on 17th February regarding the availability of engineering samples of ‘Gluon’ – an 8 TOPS Edge AI inference co-processor to customers in surveillance, industrial, retail, auto, and Industrial IoT verticals which carries best-in-class FPS/Watt performance. 

Gluon will come with a full Software Development Kit (SDK) that makes neural network deployment effortless. Customers can use the advanced edge inference processor to add artificial intelligence capability to their existing X86/ARM-based systems, significantly reducing costs. 

Read More: Meta launches Mephisto Dataset Collection Tool

CEO of AlphaICs, Pradeep Vajram, said, “We are pleased with our Gluon silicon results and are now demonstrating the innovative technology to our customers. Our team worked very hard to design this high-performance, industry resonating deep-learning co-processor.” 

He further added that Gluon is well-positioned to meet the AI vision applications for surveillance, retail, industrial, and smart city markets as it is future-ready. 

According to AlphaICs, Gluon provides the best fps/watt performance in the market for classification and detection Neural Networks – 32 Frames Per Second (FPS)/watt for Yolo-V2, a leading object detection model & 22 Frames Per Second (FPS)/Watt for VGG-19, a leading classification model. 

Early customers are presently receiving Gluon samples to help them develop vision applications. The processor is engineered for OEMs and solution providers targeting vision market segments, such as surveillance, industrial, retail, Industrial IoT, and edge gateway manufacturers. 

AlphaICs says that its Gluon offers the following benchmark scores – 

  • 153 frames per second with Yolo-V2, a leading object detection model (416x416x3 image size) in 4.73 watts.
  • 79 frames per second with VGG-19, a leading classification model (224x224x3) in 3.6 watts. 

AlphaICs has established a channel partner relationship with CBC Co. Ltd, a Japanese enterprise offering video surveillance products for their customers to accelerate its market foray into highly demanding silicon markets. 

“CBC has been working with AlphaICs for close to two years, and we are excited to be its marketing partner in Japan. Gluon was showcased at Japan AI Expo in October 2021 and generated great interest from Japanese customers for vision applications based on its superior performance,” said Executive Officer at CBC, Kazuhiko Kondo. 

Interested individuals can book a demo of Gluon from the official website of AlphaICs. 

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Google launches Skill Training program with $100 million Funds

Google Skill Training program $100 million

Technology giant Google announces that it plans to launch its new skill training program with $100 million Google Career Certificates funds. 

The announcement was made by the CEO of Google, Sundar Pichai, during an event with U.S. Assistant Secretary of Commerce for Economic Development Alejandra Castillo, and the CEOs of Social Finance, Merit America, and Year Up. 

The skill training program will focus on teaching primarily low-income Americans critical skills that the industry currently demands to make them job-ready. According to Google, it is collaborating with Merit America and Year Up to offer this program in the United States. 

Read More: University of Florida develop National AI Curriculum

Sundar Pichai said, “I’m excited to announce a new $100 million Google Career Certificates Fund. The goal is to enable Social Finance to reach more than 20,000 American workers.” 

He further added that this new investment of Google in America’s future could result in a $1 billion salary gain for 20,000 training program graduates. 

The company intends to use Google funds and Google.org grants to fund its Career Certificates program. This new program can play a crucial role in discovering, training, and establishing new pathways to good jobs in the Country’s modern economy. 

Google claims that the program can impact nearly two-thirds of United States citizens who do not have a four-year college diploma. Students will receive services like career coaching, living stipends, and job placement assistance at no cost upfront. 

Google says that the students only need to pay once they have found a job that pays at least $40,000 per year at no interest. 

“I’m excited to see all the ways this could be transformative for people, their families, and their communities,” said Pichai. He also thanked the partners of this program for their tremendous efforts and support. 

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Why is Google Cloud’s Virtual Machine Threat Detection a much-needed solution for Cryptojacking?

Google Cloud Cryptojacking, Google Cloud VMTD

Recently, Google Cloud announced a new solution called Virtual Machine Threat Detection (VMTD) in a bid to protect crypto miners from cryptojacking attacks. This Google Cloud solution will also protect poorly configured accounts that have been hacked and are being used to mine cryptocurrency. 

At present, the Virtual Machine Threat Detection is accessible in the Security Command Center (SCC) in the form of a public preview. The SCC provides clients with an overview of their Google Cloud environments, allowing them to get insight into their cloud assets and identify potential vulnerabilities and misconfigurations in cloud assets to detect potential attacks. It also assists clients in maintaining industry standards and benchmarks compliance.

Cryptojacking is an unlawful practice in which hackers exploit a computer’s processing power to mine cryptocurrencies such as bitcoin and Ethereum. The money is subsequently transmitted to the hacker who is in charge of the software. Systems infected with cryptojacking malware operate substantially slower, and victims are frequently unaware that their computers are being targeted, as such software is difficult to detect. When a system is infected, malicious software works silently in the background at the expense of performance loss. Typically, no personal information is extracted while the malware is running to evade detection for an extended period of time, during which a cybercriminal can make a substantial profit. Cryptojacking is also used by cybercriminals over the cloud when hackers steal an organization’s credentials to obtain access to their cloud environment, rather than a local device, where they run their cryptojacking malware.

As cryptojacking software does not need the victim to establish a command and control link with the attacker, coupled with the reality that the victim is simply losing processor cycles that would have been idle anyway, have all contributed to cryptojacking’s meteoric rise in popularity among hackers. In the earlier days, cryptojacking attempts used Coinhive’s crypto mining software to infect mobile and PCs via browsers. Soon after, the attackers moved cloud data centers, where servers are significantly more numerous and powerful than mobile devices and PCs, providing a new target for cryptojacking software. 

According to the announcement, the new security service would scan Google Cloud virtual machine instances to detect crypto-mining risks without forcing clients to install new software. To maintain confidence among cloud customers apprehensive of providers monitoring their data, Google also stated that the new security feature would be an opt-in feature and provide encrypted memory when going from a CPU to RAM. 

Google Clouds’ VMTD detects a wide range of security risks like cryptojacking by scanning virtual machine instances in Google Compute Engine, including crypto-mining malware, hijacking virtual machines, and redirecting their computational resources to mine cryptocurrencies. One of the best features of VMTD is that it captures signals that can be used to identify threats without the need for additional software, therefore it has no performance cost.

This is a significant breakthrough since traditional security software depends on running software agents within a virtual Machine to gather signals and data that might indicate the presence of cyber threats, but this can incur a negative performance impact. VMTD, on the other hand, extends the capabilities of SCC by leveraging agentless memory scanning to identify risks inside Google Cloud VM-based systems.

Read More: Intel Launches new Blockchain chip for Crypto Mining

This news comes after Google published Threat Horizons report last November claiming 86% of compromised Google Cloud instances were used for cryptocurrency mining and 10% were used to perform scans for other vulnerable instances. In addition, the attackers exploited poor customer security practices or vulnerable third-party software in nearly 75% of all cases.

Such measures are a must, given the fact that the cryptocurrency market has sky-rocketed over the past couple of years. 

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Microsoft India announces Winners for the Second Season of Cloud Champions 11

Microsoft India Winners Cloud Champions 11

Microsoft India announces the winners of the second season of the Cloud Champions 11 program. The Cloud Championship 11 is a one-of-a-kind program in which Microsoft partners with multiple Indian Microsoft Cloud Solution Providers (CSPs). 

It gives partners new opportunities to build their cloud businesses from the SMB Mid-market and earn various attractive prizes and recognitions. Microsoft awarded 11 Cloud Solution Providers for increasing cloud growth for SMB customers from September to December 2021. 

Additionally, Microsoft also acknowledged two indirect providers having direct relationships with the company for providing customer support, pricing, and billing. Apart from the prize money, the competition winners will also receive certificates from Microsoft. 

Read More: Meta launches Mephisto Dataset Collection Tool

More than 700 Microsoft Cloud Solution Providers participated in the program from 71 Tier 1, 2, and 3 cities across the country. According to Microsoft, winners will also receive expert mentorship from business coach Mitali Chopra, lip-smacking culinary experiences, and more. The massive participation from partners from pan India is a testament to the common goal of growth and engagement. 

Microsoft believes that this program will also help the company in building long-lasting relationships with its partners in India. Below mentioned is the list of the winners announced by Microsoft India for its second edition of Cloud Championship 11. 

Microsoft’s Cloud Championship 11 evaluated participants based on their cloud business growth across Microsoft Azure, Modern Work, Security, and Business Applications to select the winners. 

Participating partners got the opportunity to interact with Microsoft at various events, including training sessions, masterclasses, peer learning, fun engagement sessions, sales training, and more. 

Moreover, Microsoft was in close contact with the participants and accepted feedback from them for further improving the offering of the Cloud Champions 11 program. 

“With the second season of Cloud Champions 11 program, we recognize our next set of partners who have been at the center of our vision to make more possible for our customers and delivering innovative cloud solutions,” said Country Head – Small, Medium, and Corporate Business, Microsoft India, Harish Vellat.

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Clearview AI to Build a Database of 100 billion facial Images: Should we be worried?

Clearview AI database
Image Source: Shutterstock

By the end of the year, Clearview AI expects to have a database of 100 billion facial photos. According to a financial presentation obtained by The Washington Post from a facial recognition platform, the database aims to help in identifying everybody in the world. Currently,  Clearview adds about 1.5 billion images to its database every month on average.

Clearview stated in this presentation that it already has 11 times more facial recognition data than any government or non-government establishment. The fact that Clearview claims to have over 3,000 security and law enforcement customers in the US, including the FBI and ICE, is more frightening. This 100 billion image Clearview AI database will contain 14 photographs for each of the world’s 7 billion individuals and will be used to power a surveillance system that has been adopted by thousands of law enforcement and government agencies throughout the world for prosecutions and criminal investigations.

The company now wants to expand its software to monitor workers in the gig economy. Clearview is also working on technology that will allow it to identify people based on their gait, detect their whereabouts from a photo, and get fingerprint data from afar. The 55-page document was created with the intention of raising funds for Clearview’s ambitions, which require US$ 50 million. These ambitions include developing new goods, expanding its worldwide sales force, and increasing its lobbying efforts to influence government leaders to adopt favorable regulations.

It is interesting to note that while Clearview AI is caught in a muddle of data breaches and anti-privacy affairs, the company’s solutions are still being actively used in many parts of the world. In January the company was awarded a U.S. patent for its unique facial recognition capability that has performed nearly flawlessly in the recent National Institute of Standards & Technology (NIST) Facial Recognition Vendor Test (FRVT). This recognition comes almost a month after Clearview received “notice of allowance” on December 1 from the US Patents and Trademarks Office, implying that the patent will be awarded once the organization pays the required administrative costs. Furthermore, privacy advocates have expressed concerns that patenting Clearview’s work could hasten the adoption of these technologies before legislators and regulators have properly addressed the risks.

In simpler words, Clearview married web-crawling tactics with developments in machine learning that increased facial recognition, as well as a contempt for human privacy, to produce a remarkably powerful tool that continues to stoke new outrage every day. Twitter issued a cease and desist letter to the startup in early 2020, requesting that all collected data be deleted, followed by similar requests from YouTube and Facebook.

Clearview was sued by the ACLU in Illinois for violating legislation that prohibits the gathering of biometric data, and the corporation is also facing class-action lawsuits in New York and California. In February 2021, the Office of the Privacy Commissioner of Canada found that Clearview AI had broken Canadian privacy regulations by collecting images of Canadians without their knowledge or permission. Clearview AI was reprimanded by Australia in November for violating national privacy regulations by secretly collecting residents’ facial biometrics and incorporating them into their AI-powered identity matching service. 

Read More: China releases Guidelines on AI ethics, focusing on User data control

Despite being knee-deep in lawsuits and controversies, Clearview AI is now on a mission to sign deals in Panama and Costa Rica and pursue other projects in Mexico, Colombia, and Brazil. These events only point out that there are customers who are still feeding off the solutions offered by Clearview AI in their ‘law enforcement units’, without any regard for user consent and cognition. While the company continues to assert that its technology has not led to any wrongful arrest, concrete administrative action against it still remains at large – all the price of user privacy.

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AICTE launches new AI Internship Program

AICTE AI Internship Program

The All India Council of Technical Education (AICTE) announces the launch of its new artificial intelligence (AI) internship program for 2022. 

AICTE has collaborated with EdTech company EduSkills and AWS Academy to offer new internship opportunities to students in the ever-growing field of artificial intelligence. It is a virtual internship opportunity in which AICTE will select 5000 applicants. 

The internship program aims to impart critical skills to applicants that the industry currently demands to make them job-ready. 

Read More: Artificial Intelligence can be used to Plan Hydropower across Amazon Basin

AICTE hopes that the internship program will build a skilled workforce that will eventually become a leader in emerging technology. The selected learners will get a 2-month employment opportunity and a certificate of completion, including a digital badge. 

However, it shall be noted that the internship opportunity will be unpaid.

The following are the eligibility criteria for the virtual internship – 

  • Students pursuing courses including BE, BTech, ME, MTech, MCA, or diploma programs at engineering and polytechnic institutions and EduSkills members are eligible to enroll in the program.
  • Applicants must be available for a duration of 2 months for the internship. 
  • Students from any branch and semester pursuing the above-mentioned courses can apply for the internship opportunity. 

Interested candidates can readily apply for the internship program from the official website of AICTE Internships. 

After successfully completing the internship, students will get hiring opportunities in Global Corporates. AICTE has already started accepting applications for the internship. 

The last to submit the application form is on 23rd February 2022. After submitting the form, the shortlisted students will be registered in the AWS Academy Portal and provided access to the courses. 

Students need to then complete a 4-week course and appear for an online assessment before being assigned a project. Students will be mentored by industry experts throughout the project for four days. Additionally, corporate HRs will conduct a one-day career promotion seminar for students.

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