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NVIDIA Partners with Black Tech Street to Bring AI Revolution to Tulsa, Home of $10,000 Remote Worker Grants

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NVIDIA has formed a major partnership with Black Tech Street to develop Tulsa’s historic Greenwood District into a national artificial intelligence center, marking a significant economic development initiative for the area once known as Black Wall Street.

Partnership Overview and Goals

The collaboration, formalized through a Memorandum of Understanding, aims to train up to 10,000 people in AI technologies while supporting local startups and positioning Tulsa as a leader in artificial intelligence innovation. The initiative centers on creating the Greenwood AI Center of Excellence within the district that was devastated by the 1921 Tulsa Race Massacre.

“This is going to have an incredible impact on Tulsa,” said Terrance Billingsley II, CEO of Black Tech Street. “NVIDIA is the most valuable company in the world, leading the most important technological revolution in human history.”

The partnership leverages Tulsa’s recent designation as a federal Tech Hub, which awarded the city $51 million from the U.S. Economic Development Administration. Of that funding, $10.6 million will specifically support the AI center development.

Comprehensive Training and Education Program

The initiative’s training component will reach across multiple educational institutions and community organizations. Partners include Langston University, Tulsa Community College, and Oklahoma State University, creating a comprehensive educational ecosystem for AI development.

Educators will receive certification through the NVIDIA Deep Learning Institute University Ambassador Program, providing access to cloud-based tools powered by NVIDIA GPUs. This infrastructure aims to ensure high-quality, standardized training across participating institutions.

The 10,000-person training target represents an ambitious scale that could significantly impact Tulsa’s workforce development. The program plans to serve students, workers, and entrepreneurs throughout the region, creating multiple pathways for AI skill development.

Economic Development and Startup Support

Beyond education, the partnership includes substantial business development components. NVIDIA will provide local startups access to its Inception program, which offers early-stage companies technology support and networking opportunities crucial for growth in competitive tech markets.

The collaboration also includes access to advanced computing resources, including GPUs and cloud platforms essential for AI development projects. These resources typically require significant capital investment, making the partnership valuable for local entrepreneurs and researchers.

Billingsley emphasized the local economic focus: “The next step is getting NVIDIA integrated into the community, getting certain programs up and running for people to take advantage of, hosting different events, and trying to architect what the big play that is going to transform our local economy is going to be.”

Strategic Location and Historical Significance

The choice of Greenwood District for this initiative carries particular historical weight. The area was once known as Black Wall Street, representing one of the most prosperous Black communities in early 20th-century America before its destruction in the 1921 Tulsa Race Massacre.

This partnership positions AI development within a community that has symbolic importance for Black economic empowerment and entrepreneurship. The initiative aims to create high-paying tech jobs and drive entrepreneurship in an area working to rebuild its economic foundation.

Political and Community Support

The partnership has garnered support from political leaders across party lines. U.S. Senator James Lankford highlighted Oklahoma’s growing technology profile: “Oklahoma is fast becoming a national leader in next-generation innovation, from AI to aerospace and beyond. Whether it is in Tulsa or across the state, Oklahoma is proving that you do not have to be on the coasts to be on the cutting edge.”

Tulsa Mayor Monroe Nichols expressed enthusiasm for the economic opportunities: “NVIDIA and Black Tech Street are setting the stage for new jobs for Tulsans, and I am eager to see how this investment in innovation will open more doors of opportunity for our community.”

Building on Tulsa’s Remote Work Success

This AI initiative builds upon Tulsa’s proven track record in attracting talent through innovative programs. The city’s Tulsa Remote program, which offers $10,000 grants to remote workers who relocate to the city, has successfully attracted approximately 3,500 participants since 2018.

Recent economic analysis found that Tulsa Remote generates more than $4 in community benefits for every $1 spent, demonstrating the city’s ability to create successful workforce attraction programs. Participants have collectively generated $622 million in direct employment income, with 70% remaining in the city after completing the program.

Industry Partnership Framework

Louis Stewart, NVIDIA’s head of ecosystem development, emphasized the collaborative approach: “Our collaboration with Black Tech Street and the larger Tulsa ecosystem is helping prepare and equip all segments of the workforce to operate and sustain transformative technology that is building America’s future.”

The partnership extends beyond NVIDIA and Black Tech Street to include Tulsa Innovation Labs, Microsoft, Langston University, and the Tulsa Economic Development Corporation. This multi-stakeholder approach aims to create a comprehensive support system for AI development and adoption.

Future Expansion Potential

The agreement establishes a foundation for potential expansion across Oklahoma, suggesting the initiative could serve as a model for other communities seeking to develop AI capabilities. The collaborative framework developed in Tulsa could be replicated in other regions working to participate in the artificial intelligence economy.

The partnership represents a significant investment in both Tulsa’s economic future and the broader democratization of AI education and development opportunities beyond traditional tech centers.





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AI-Powered Wearables Transform How Consumers Interact with Everyday Technology

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Tech giants such as Meta, Apple and Snap are investing heavily in next-generation input methods and wearable interfaces, signaling both commercial opportunity and consumer appetite. For instance, Apple has filed patents related to gesture input and spatial computing integration and Meta’s Reality Labs has unveiled a groundbreaking wearable device that has potential to replace the traditional keyboard and mouse. The new device uses surface electromyography (sEMG) to read wrist muscle signals for device control.

As these developments gain attention, the conversation is shifting toward near-invisible, AI-powered interfaces that allow users to interact with digital environments without screens, controllers or voice commands. This represents not just a convenience,but a paradigm shift in how humans engage with machines, paving the way for immersive AR glasses, smart environments and neural wearables that anticipate user intent.

Wearable Devices has established itself as a category leader by being among the first to actually deliver fully functional neural input devices to consumers. With the Mudra Band designed for Apple Watch users and the cross-platform Mudra Link, WLDS has not only anticipated the demand but has already launched commercial products that offer a glimpse into the future of human-computer interaction.

Mudra Link as a Category Benchmark

While many companies are still refining prototypes or preparing for anticipated launches, Wearable Devices’ Mudra Link is already shipping to consumers, giving the company a first-to-market advantage that few can claim. As of 2025, most competing neural input products, particularly EMG wristbands being developed by major tech firms, remain in R&D phases or limited pilot testing. This means that while upcoming products may generate headlines, Mudra Link stands as the category benchmark, offering tangible value to consumers today.

The Mudra Link has already won industry recognition for its innovation, including awards in wearable technology and XR technologies and accessories. Its availability across platforms further distinguishes it from rivals whose products are often limited to proprietary ecosystems. This combination of cross-platform support, commercial availability and award-winning design positions Mudra Link as both a consumer-ready solution and a compelling value proposition for investors looking at early leaders in the neural input space.

By moving beyond concept demonstration and emphasizing real-world usability, WLDS has created a durable moat in a field where competitors are largely promising future capabilities. Mudra Link embodies the company’s vision to deliver neural input solutions that are functional, practical and ready for everyday adoption.

Multiplatform Compatibility Driving Adoption

One of Mudra Link’s standout features is its broad compatibility, a significant advantage in a fragmented device ecosystem. Unlike other wearables that are tethered to their manufacturer’s ecosystem, Mudra Link works seamlessly across Android, iOS, Windows, macOS and even leading augmented reality glasses brands. This makes it appealing not only to early adopters but also to professionals and enterprises seeking flexible tools for hybrid workflows and immersive computing.

For consumers, this means they can use the Mudra Link to control a laptop during work hours, switch to an iPhone for personal communication, and then integrate with AR glasses for entertainment or enterprise training—all without changing devices or interfaces. In contrast, many competitors lock users into siloed environments, reducing the utility of their wearables.

By enabling seamless cross-platform interoperability, Wearable Devices is creating a bridge between today’s digital tools and tomorrow’s immersive ecosystems. This flexibility reinforces its reputation as a pioneer that prioritizes user freedom and practical adoption over brand exclusivity.

Leadership and Foundational IP Portfolio

A key strength of Wearable Devices is its seasoned leadership team, which brings an impressive combination of expertise in an array of key sectors. Under their guidance, the company has not only commercialized breakthrough products but also secured a robust intellectual property position.

Asher Dahan, cofounder and CEO, brings long-standing leadership and vision, having guided the company’s launch of both the Mudra Band and Mudra Link as consumer-ready gesture products from concept to market. As cofounder and chief scientific officer, Guy Wagner shapes the company’s scientific and strategic direction, spearheading proprietary neural-sensing technologies that underpin the company’s core IP.

Leeor Langer, chief technology officer and also cofounder, transforms these innovations into scalable, production-ready platforms and oversees engineering development. He has advanced proprietary AI models for biosignal interpretation, including neural pattern recognition, gesture classification and adaptive real-time systems for edge devices.

Together, this trio combines strengths in business strategy, neural engineering and technology execution, allowing Wearable Devices not only to commercialize breakthrough products but also to build a strong intellectual property foundation that supports its leadership in AI-powered, touchless sensing wearables. WLDS currently holds multiple granted patents covering neural input technologies at the wrist, underscoring its role as both a pioneer and an IP foundation builder in this emerging category.

This patent portfolio is more than a defensive moat; it represents the technological backbone of a company that is shaping an entire industry. With some competitors still working to refine and validate their concepts, WLDS’s combination of market-ready products and patent-protected innovations positions it as a long-term leader in the human-computer interaction landscape.

Real Use Cases Bringing the Future to Life

Perhaps the most compelling case for WLDS’s technology is its practical, real-world functionality that enhances daily interactions with digital devices. The company’s Gesture Mapper empowers users to customize their own control schemes by assigning specific hand or finger movements to desired actions, whether that’s swiping through presentations, launching apps or toggling smart-home devices. This level of personalization not only makes technology more intuitive but also extends accessibility to users with diverse needs, offering a truly adaptive interface.

In Media Control mode, the technology transforms entertainment into a seamless experience by allowing users to play, pause, skip, or adjust volume with simple, natural gestures. Whether sitting on the couch during a movie night, working out with headphones or giving a presentation, users can enjoy frictionless control without needing to fumble for remotes or buttons, turning everyday activities into more immersive and convenient experiences.

The Mouse/D-Pad mode extends the potential of hand-gesture interaction to productivity environments, enabling precise navigation of laptops, desktops and even AR/VR interfaces. Users can move cursors, click or scroll with the same ease as a traditional mouse but without the hardware limitations. This capability is particularly useful for professionals in design, engineering or remote collaboration, where speed, precision and flexibility are critical, demonstrating that WLDS’s neural input system is not just futuristic but a functional tool for work as well as play.

These tangible features showcase the difference between futuristic concepts and deployable technology. Rather than waiting for prototypes to evolve, consumers and investors can already see, touch, and experience what WLDS offers today. By bringing neural input into practical daily use, Wearable Devices Ltd. has transformed abstract innovation into accessible, commercial reality.

Innovations Driving Next-Gen Wearables

Leading tech companies are making bold moves in the wearable device space, blending artificial intelligence, health insights and innovative interfaces to redefine how we interact with technology. From smart bracelets that replace keyboards to advanced health-tracking watches and extended reality platforms, these devices are shaping the future of personal computing, wellness and human-computer interaction.

Meta Platforms Inc. (NASDAQ: META) has unveiled a groundbreaking wearable device developed by Reality Labs, a divison of the company. The new smart bracelet uses surface electromyography (sEMG) to detect tiny electrical signals from the wearer’s wrist muscles, enabling control of computers and devices through subtle hand and finger movements. The AI-powered wristband can interpret gestures such as tapping, swiping or even drawing letters in the air or on a surface, allowing users to type, open apps or navigate menus without physical input tools.

Apple Inc. (NASDAQ: AAPL) is perhaps best known in the wearable device space for its Apple Watch. Just this month the company introduced Apple Watch Ultra 3, the most advanced Apple Watch, delivering expanded health, fitness, safety and connectivity features, and seamlessly shifting between a powerful sports watch, an elegant smartwatch and a comprehensive health companion. This new device is designed to keep users more connected and safer wherever they are. With built-in satellite communications, Apple Watch Ultra 3 allows users to text emergency services, message friends and family, and share their location, all while they’re off the grid.

Microsoft Corp. (NASDAQ: MSFT) is exploring mixed reality, a blend of the physical world and digital world. In mixed reality, digital information is represented by holograms, or objects made of light and sound, that appear in the space around people. Through AI, these holograms respond to commands and interact with real-world surfaces in real time for a more natural and intuitive experience. “Start building secure, collaborative mixed reality solutions today using intelligent services, best-in-class hardware and cross-platform tools,” the company states.

Alphabet Inc. Class A (NASDAQ: GOOGL), through its subsidiary Google, has unveiled the new Pixel Watch 4, which delivers the company’s most comprehensive and accurate health and fitness tracking to date, including smarter sleep tracking, enhanced skin temperature sending, accurate route tracking, real-time bike stats, and new exercise options and personalized, automatic tracking. The company also announced Android XR, the first Android platform built for the Gemini era. Developed in collaboration with Samsung and Qualcomm, Android XR is designed to power an ecosystem of next-generation extended reality devices, such as headsets and glasses.

These strategic initiatives illustrate the growing importance of wearable technology in both consumer and professional markets. The race to innovate in this space shows that wearables are evolving from niche gadgets into essential tools for daily life.

For more information, visit Wearable Devices Ltd.

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News WSC to boost cargo safety with AI screening technology – The Loadstar

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News WSC to boost cargo safety with AI screening technology  The Loadstar



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Implementing Next-Generation AI for Impact

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AI in Finance 2025, will take place at the iconic Kimpton Fitzroy London on Wednesday 26th November, and will provide a roadmap for 150+ senior technology leaders from financial services to move beyond the well-established use cases and implement next-generation AI at scale.

Organised by the team behind London Tech Week, the event features an impressive lineup of speakers who are directly responsible for driving their organisation’s AI strategy.

Headline speakers include:

  • Dara Sosulski, Managing Director & Head of Artificial Intelligence and Model Management, HSBC
  • Christoph Rabenseifner, Chief Strategy Officer for Technology, Data and Innovation, Deutsche Bank
  • Kirsten Mycroft, Chief Privacy & Responsible AI Officer, BNY
  • Morgane Peng, Managing Director, Head of Product Design & AI Lead, Societe Generale
  • Nitin Kulkarni, CIO for Data Platforms, Data Engineering, and AI Centre of Excellence, Nationwide Building Society
  • Elena Strbac, Managing Director, Global Head of Data Science & Innovation, Standard Chartered
  • Neil Boston, Co-Group Head of Emerging Technology, UBS

These speakers (and others) will be discussing only the most business-critical AI topics including implementing and scaling impactful agentic AI, creating hyper-personalised customer experiences and driving enterprise-wide adoption.

Attendees can expect to meet senior AI, Technology, Data & Analytics leaders from leading financial services institutions across the UK and Europe – including HSBC, J.P. Morgan, Citi, Starling Bank, Barclays, and others.

Key Highlights:

  • Hear from tech leaders driving their company’s most advanced AI projects; specifically, the success stories and key lessons learned from their AI journey to date.   
  • Discover the latest cutting-edge AI solutions that can help address your unique business needs
  • Build connections with fellow AI leaders in financial services via our interactive-first set up (multiple focused breakouts, an app to facilitate onsite meetings & onstage Q+A and live polling)
  • Be exposed to fresh ideas from foreign banks and leaders in other highly regulated industries on how to tackle common AI challenges

AI in Finance 2025 promises to be a pivotal gathering for professionals across banking, fintech, and investment sectors, offering actionable strategies to harness AI for competitive advantage.

Registration: Discover the full speaker line up, agenda & range of registration options via our brochure today!



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