July 1st, 2025 – Dubai, United Arab Emirates

Decentralized AI Framework Gains Recognition for Expanding Access to Compute Power.

The digital economy has witnessed transformative platforms that fundamentally changed resource sharing: Grab revolutionized transportation, Airbnb transformed hospitality, and Shein disrupted supply chains. Now, a Vietnamese technology company is redefining the next frontier-computational power sharing itself.

Hyra Network has been officially named “Technology Startup of the Year” at the prestigious 2025 Globee Awards for Technology, marking a watershed moment for decentralized artificial intelligence infrastructure. This recognition validates an ambitious vision that could reshape how the world builds, owns, and benefits from AI technology. (Official winner list available at: globeeawards.com/2025-winners-technology)

The Vision Behind Innovation

This breakthrough platform is researched and developed by Hyra Tek JCS (Vietnam) and operated by Hyra Tek Smart Solution L.L.C (UAE). Hyra Network’s mission is to democratize computational power by activating billions of idle devices and transforming everyday users into AI infrastructure providers.

Hyra Network serves as the flagship platform alongside Hyra AI, creating an unprecedented model where computational resources are shared across distributed networks rather than concentrated in centralized data centers. If ride-sharing optimizes vehicle utilization and home-sharing maximizes property efficiency, then computational sharing unlocks vast processing power lying dormant in smartphones, computers, and IoT devices globally.

Global Recognition for Excellence

The Globee Awards represent the technology sector’s highest honor, with winners selected by over 100 seasoned professionals, including C-suite executives, venture capitalists, and industry analysts.

“This honor transcends our company – it validates the entire movement toward democratized AI infrastructure,” said Mr. Jonh Tran, Founder of Hyra Network. “We’re witnessing global acknowledgment that the future of AI belongs not to centralized monopolies, but to communities that collectively own and benefit from these powerful technologies.”

The decentralized AI infrastructure and compute resource-sharing model of Hyra Network

Pioneering Community-Powered AI

At its core, Hyra Tek’s innovation centers on Hyra AI, one of the world’s first Train-to-Earn platforms. This system allows users to convert personal devices into active AI training nodes, earning rewards while contributing to advanced model development. The Layer-3 blockchain architecture supports high-throughput, low-latency workloads, enabling scalable AI training and inference at the network’s edge.

The economic model creates a virtuous cycle: participants provide computational resources, earn tangible rewards, and simultaneously advance AI capabilities that benefit the broader ecosystem.

Global Impact

Today, the Hyra ecosystem spans more than 205 countries, powering a global network of approximately 2.5 million connected devices, including 700,000 active online nodes and over 1 million KYC-verified users. With strong community engagement across Southeast Asia, Latin America, and Africa, Hyra delivers more than 360,000 teraflops of distributed computing power and supports a growing base of enterprise clients, now serving over 10 paying customers. This real-world adoption reaffirms Hyra’s core belief: that distributed, permissionless infrastructure can drive meaningful innovation while remaining truly open and accessible to all.

As artificial intelligence and DePIN technologies gain momentum, Hyra positions itself at the technological vanguard, architecting the foundation for a more equitable, intelligent, and inclusive AI future.

About Hyra Network

Hyra Network is a decentralized artificial intelligence infrastructure platform developed by Hyra Tek JCS (Vietnam) and operated by Hyra Tek Smart Solution L.L.C (UAE). The platform enables individuals and enterprises to contribute unused computational resources from personal devices to support AI training and inference at scale. Leveraging a Layer-3 blockchain architecture, Hyra Network supports high-throughput, low-latency workloads across a global network of connected devices. Its ecosystem includes Hyra AI, one of the first Train-to-Earn platforms, and currently spans over 205 countries with 2.5 million connected devices. Hyra Network aims to increase accessibility to AI infrastructure through a community-powered, distributed model.

Contact

PR Representative
Jess Dao – Brand Manager
Hyra Tek Smart Solution L.L.C (UAE)
pr@hyra.network

Boldly going: The US Space Force has awarded $13.7 billion in contracts to SpaceX, United Launch Alliance, and Blue Origin under the National Security Space Launch Phase 3 program. The contracts run through 2029 and mark the first time three companies will simultaneously handle top-priority military satellite missions – signaling a new era of competition in defense space launches.

SpaceX secured the largest share of the contracts, landing $5.9 billion for 28 launches. Meanwhile, ULA snatched $5.4 billion for 19 missions, and Blue Origin received $2.4 billion for seven. These launches will carry sensitive payloads – such as National Reconnaissance Office spy satellites – into orbits that require advanced technical precision. As its first attempt at an NSSL award, Blue Origin’s inclusion alongside veteran contractors underscores the shifting dynamics of the military launch industry.

A closer look at the financials reveals notable cost differences between providers. SpaceX’s average price per launch is around $212 million – well below ULA’s $282 million and Blue Origin’s $341 million. These figures include not just the launches themselves but also added services like fleet surveillance and mission-specific studies.

SpaceX will deploy its Falcon 9 and Falcon Heavy rockets for these missions.

The NSSL Phase 3 program splits launches into two tracks: Lane 1 for commercial-style missions and Lane 2 for high-stakes national security payloads. The recent awards fall under Lane 2, demanding rigorous performance and security standards to minimize risks. This structure opens the door for newer providers in Lane 1 while reserving Lane 2 for systems that can meet the program’s most complex requirements.

Phase 3 represents a significant expansion over its predecessor, with an anticipated 84 missions scheduled between fiscal years 2025 and 2029 – nearly double the number conducted during Phase 2. Of these, 54 missions are allocated to Lane 2, underscoring the importance of this segment in maintaining national security.

ULA is using its newly certified Vulcan Centaur rocket.

Each provider will use its flagship rockets for these missions. SpaceX will deploy Falcon 9 and Falcon Heavy, while United Launch Alliance will rely on the newly certified Vulcan Centaur, phasing out its older Delta IV and Atlas V rockets. Blue Origin will use its New Glenn, which completed its maiden flight earlier this year but still needs additional certification before handling Lane 2 missions.

The competitive dynamics of military space launches have shifted significantly over the past decade. While ULA once dominated this sector, it now faces fierce competition from SpaceX’s reusable Falcon boosters, which offer a more cost-effective alternative. Since gaining eligibility to bid on military contracts in 2015, SpaceX has captured over 40 percent of NSSL missions, solidifying its role as a key partner for the Pentagon.

Blue Origin’s New Glenn rocket completed its maiden flight earlier this year.

Blue Origin is making strides in this domain but faces hurdles. The company needs at least one more successful flight of its New Glenn rocket to achieve full certification for Lane 2 missions, with that milestone expected by late 2026. Meanwhile, ULA certified its Vulcan rocket after two successful test flights. Designed for complex orbital maneuvers and long-duration missions, ULA hopes the rocket will differentiate it from competitors.

Winning 60% of the missions may sound generous, but the reality is that all SpaceX competitors combined cannot currently deliver the other 40%!

I hope they succeed, but they aren’t there yet.

– Elon Musk (@elonmusk) April 4, 2025

In addition to Lane 2 missions, Lane 1 provides opportunities for newer players like Rocket Lab and Stoke Space to enter the military launch market with lower-risk payloads destined for low-Earth orbit. These less demanding missions have fewer certification requirements, fostering broader participation while maintaining cost efficiency.

Again, Kraken has been recognized as the best lesson in the Australian crypto industry and has received two prestigious awards. Finder’s 2025 Crypto Trading Platform Awards. I won both The best crypto trading platform and The best advanced crypto trading platform, While taking it home It is highly regarded on the beginner crypto trading platform.

I won Best Advanced Crypto Trading Platform for the second year in a rowstrengthen our commitment to providing a Safe, innovative, user-centric A cryptographic platform for professional traders across Australia and around the world.

Finder is one of Australia’s most reliable financial comparison sites, spanning a variety of product categories, including investment, savings, insurance and more. They conducted a comprehensive analysis of exchanges serving Australian clients. Evaluate over 1,000 data points in key areasplatform security, trading capabilities, user experience, pricing structure, and more.

What sets Kraken apart?

“To receive these awards from Finder is a testament to the hard work and dedication of the entire Kraken team,” said Jonathon Miller, general manager of Kraken Australia and other worlds.

“Whether you’re a crypto beginner or a full-time trader, our goal is to provide a simple, seamless and secure trading experience that meets your needs. This recognition motivates us to continue our mission and push the boundaries of what modern crypto trading platforms can offer.”

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