Latest Theta News

The cryptocurrency market is witnessing a significant transformation as artificial intelligence (AI) emerges as a pivotal force in innovation. Numerous projects are now integrating AI with blockchain technology, aiming to enhance their services and structures. Notable examples include VIRTUAL and THETA, which are adapting their platforms to leverage AI capabilities. This convergence is creating unique investment opportunities, particularly for projects that demonstrate strong utility. Among these, DeepSnitch AI stands out, currently in its presale phase, offering tokens at an attractive price of $0.01841, with potential for substantial returns as the market evolves. The blockchain AI sector is anticipated to grow exponentially, with projections indicating a 25-fold increase over the next decade. By 2034, the crypto AI market is expected to reach $46.9 billion. Projects like THETA are already utilizing AI to optimize video streaming, while VIRTUAL provides a user-friendly protocol for creating AI agents. Even Bitcoin miners are capitalizing on AI to diversify their revenue streams. This synergy between AI and cryptocurrency underscores the increasing significance of AI technologies within the crypto ecosystem, validating the notion that AI tokens represent the future of the market. As demand for AI solutions continues to reshape the landscape, projects that effectively integrate AI are gaining prominence. DeepSnitch AI, with its unique presale offering, is well-positioned to capitalize on this trend, attracting significant investments from whales who recognize its potential for high returns. The project's innovative approach to democratizing market insights through real-time alerts and risk identification makes it an appealing opportunity for investors seeking the next big breakthrough in the crypto space. With a low entry price and a promising future, DeepSnitch AI could very well be the hidden gem that investors are looking for.

The Theta ecosystem is witnessing significant advancements as it gains traction across various sectors, including sports, media, academia, and AI startups. The September Roundup highlights a series of exciting developments, showcasing the platform's versatility and growing adoption. Notably, Major League Soccer's Philadelphia Union has launched a new app that features an EdgeCloud-powered RAG chatbot, enhancing fan engagement through innovative technology. Additionally, academic institutions such as SeoulTech and Emory University have signed on to utilize Theta EdgeCloud, further expanding its reach in educational settings. The Theta community recently gathered in Berlin for the annual ThetaEuroCon and BlockJam hackathon, fostering collaboration and innovation among developers and enthusiasts. The platform was also prominently featured at Korea Blockchain Week, where events like Aethir deAI Day and the IoTeX DePin + Real-World AI event showcased its capabilities in integrating blockchain with real-world applications. Furthermore, the development of EdgeCloud continues to progress, with new integrations of advanced AI technologies such as Google Gemini 2.5 Pro and xAI Grok4, indicating a commitment to staying at the forefront of technological advancements. In addition to these developments, the Theta team has released Version 1.2 of the Theta Edge Node for Android and upgraded the Theta Android Wallet to v5.3.0. A notable partnership has been initiated with Olympique de Marseille at the Orange Velodrome stadium, signaling the platform's entry into the sports arena. As Q4 approaches, the Theta Network is poised for more exciting announcements and developments, making it a key player in the blockchain space.

Theta Network continues to set the standard in decentralized streaming with its innovative dual-token model. THETA serves as the governance and staking token, while TFUEL is utilized for content delivery. This system enables users to contribute their bandwidth and computing resources through Edge Nodes, earning rewards in return. By decentralizing infrastructure demands, Theta not only reduces costs for platforms but also enhances efficiency compared to traditional centralized Content Delivery Networks (CDNs). The project has garnered significant partnerships with major companies like Samsung and Sony, further solidifying its position as a leader in blockchain-based media infrastructure. By 2025, Theta's technology is expected to extend beyond video streaming, incorporating gaming, virtual reality, and artificial intelligence workloads. In contrast, XRP Tundra has introduced a presale model that emphasizes clarity and utility for investors. Buyers can purchase TUNDRA-S tokens on the Solana blockchain at a price of $0.01, receiving a complimentary allocation of TUNDRA-X tokens on the XRP Ledger, which serve as governance and reserve tokens. This presale is notable for its transparency, with fixed launch prices set at $2.50 for TUNDRA-S and $1.25 for TUNDRA-X. By dedicating 40% of the TUNDRA-S supply to presale buyers, participants can secure a substantial share of the ecosystem prior to secondary market listings, a rarity in the current presale landscape. Both Theta and XRP Tundra utilize dual-token systems, albeit for different purposes. Theta focuses on decentralized video delivery and partnerships with major media companies, while XRP Tundra is centered around presale economics and yield generation for XRP holders. Each project highlights the versatility of dual-token models, showcasing their application in distinct sectors—entertainment infrastructure versus financial utility. For investors, the choice between these two projects reflects a broader decision about sector engagement, illustrating how blockchain innovation can create new value in diverse markets.

Seoul National University of Science and Technology (SeoulTech) has recently joined Theta's academic partner network, adopting the Theta EdgeCloud Hybrid platform to enhance its research capabilities. The BrAIn Lab, led by Assistant Professor Seong-Eun Kim, focuses on pioneering research at the intersection of neuroscience, biomedical engineering, and artificial intelligence. Their work includes advanced signal processing, biometrics, and neural engineering, with applications in medical device development and AI techniques for detecting health anomalies. The lab's innovative approach has garnered international recognition, with recent publications accepted at prestigious conferences and awards for their contributions to the field. The Theta EdgeCloud Hybrid platform is described as the world's first decentralized hybrid GPU solution, integrating thousands of community-run NVIDIA GPUs alongside enterprise-grade A100 and H100 GPUs, as well as AWS's advanced AI chips. This unique combination allows researchers at SeoulTech to conduct a wide range of experiments, from lightweight anomaly detection to extensive deep learning models. Prof. Seong-Eun Kim emphasized that this flexibility accelerates their research in brain-inspired AI and medical diagnostics, while eliminating infrastructure bottlenecks that often hinder innovation. Mitch Liu, CEO and Co-Founder of Theta Labs, expressed excitement about the collaboration, highlighting that the hybrid GPU platform is the largest of its kind, capable of supporting both community and enterprise-level computing needs. This partnership not only enhances SeoulTech's research capabilities but also positions the institution as a leader in brain-inspired AI, neural signal processing, and biomedical innovation. Founded in 1910, SeoulTech has established itself as a premier institution in Korea, focusing on engineering and technology-driven research, with a strong emphasis on practical education and impactful scientific advancements.

Ewha Womans University in South Korea has recently joined Theta's expanding academic partner network by adopting the Theta EdgeCloud Hybrid and its mobile edge network. The PAI Lab, led by Assistant Professor Junhyug Noh from the Department of Artificial Intelligence, is dedicated to developing practical AI technologies that can adapt to various real-world applications. Their research encompasses object recognition, weakly and semi-supervised learning, domain adaptation, and robust learning methods, aiming to enhance model performance while minimizing the need for labeled data. The lab is also exploring multi-modal learning and AI applications in fields such as medicine and process automation. The Theta EdgeCloud Hybrid stands out as the world's first decentralized hybrid GPU platform, integrating thousands of community-run NVIDIA GPUs alongside high-end models like A100s and H100s. This innovative infrastructure allows academic teams like the PAI Lab to conduct experiments with increased flexibility and reduced costs compared to traditional cloud services. The platform supports a range of AI research activities, including training large language models and deploying generative AI workloads, making it an attractive option for researchers seeking to push the boundaries of AI technology. Mitch Liu, CEO and Co-Founder of Theta Labs, expressed excitement about the partnership with Ewha Womans University, emphasizing the lab's commitment to advancing practical AI solutions. He highlighted that Theta EdgeCloud Hybrid and the mobile Android edge network are specifically designed to facilitate high-impact research that traditional cloud providers struggle to support effectively. As Ewha Womans University continues to build its reputation as a leading institution for AI research, this collaboration is expected to yield significant advancements in the field of artificial intelligence.

Hivello, a decentralized physical infrastructure network (DePIN) aggregator, has announced the integration of its 11th DePIN network, Theta Network. This collaboration aims to enhance user earnings by allowing individuals to monetize their idle computing resources across multiple DePINs. Theta Network is recognized for its decentralized infrastructure supporting video, AI, and entertainment, making it a strategic addition to Hivello's platform. By connecting to Theta, users can efficiently utilize their idle GPU and CPU resources, thereby expanding their earning potential within the Hivello ecosystem. The integration of Theta Network reflects Hivello's commitment to simplifying access to decentralized technology and promoting broader adoption of DePINs. Domenic Carosa, Co-founder and Chairman of Hivello, emphasized that this partnership not only opens up new earning opportunities for users but also strengthens the stability and growth of key players in the decentralized space. Hivello aims to create a user-friendly experience, enabling anyone to contribute to decentralized infrastructure networks without requiring technical expertise. This approach is designed to democratize access to DePINs and empower users to earn passive income from their existing resources. Hivello's mission is to eliminate technical barriers that often deter users from participating in DePIN networks. By providing a straightforward app that allows users to mobilize their idle computers, Hivello is making complex technologies accessible and beneficial for all. The integration with Theta Network is a significant milestone in Hivello's journey to become the most comprehensive aggregator of DePIN projects, reinforcing its role as a central hub for decentralized infrastructure initiatives. As the DePIN ecosystem continues to evolve, Hivello remains dedicated to fostering user engagement and maximizing earning potential through innovative partnerships.

Yonsei University has embarked on a groundbreaking initiative by integrating AWS Trainium with Theta EdgeCloud to enhance its AI agent research. This collaboration signifies a pivotal moment as Theta Network becomes the first blockchain to deploy Amazon's advanced AI chips. The Data & Language Intelligence Lab, led by Professor Dongha Lee, aims to scale AI research while optimizing performance and reducing costs. The use of AWS Trainium allows the lab to leverage a decentralized infrastructure for high-performance deep learning, providing specialized hardware that enables training AI models at significantly lower costs, thus enhancing efficiency and reproducibility in large-scale experiments. The innovative research at Yonsei focuses on developing conversational recommendation agents that simulate human-like interactions. Instead of traditional human evaluators, the lab employs AI-simulated users with distinct memory and personality traits to assess models in real-time. This approach utilizes Direct Preference Optimization (DPO) for model training, which allows agents to refine their responses without manual labeling. Consequently, the research team can simulate millions of user interactions daily, expediting the evaluation and improvement of their AI models, leading to faster iterations and increased accuracy. The partnership between Theta Network and AWS not only provides a cost-effective solution for AI research but also enhances scalability. With AWS Trainium instances designed specifically for deep learning tasks, institutions like Yonsei can experiment with large models and extensive datasets without incurring significant financial burdens. The integration of Trainium with Theta EdgeCloud's extensive network of over 30,000 NVIDIA GPUs offers researchers the flexibility to select optimal computing resources for their workloads. This collaboration marks a new era in AI research, showcasing how decentralized infrastructure and advanced AI hardware can revolutionize academic research and development in the field of artificial intelligence.

The Theta ecosystem is witnessing significant growth and adoption across various sectors, including sports, media, academia, and AI startups. In the latest July roundup, it was announced that AWS has approved EdgeCloud as the first decentralized platform to integrate its advanced AI silicon, AWS Trainium and Inferentia. This marks a pivotal moment for Theta, as it positions itself at the forefront of AI and decentralized technology integration. In the sports domain, the NHL's San Jose Earthquakes have launched a Theta-powered Quakebot, showcasing the practical applications of Theta's technology in enhancing fan engagement and experience. Additionally, Theta has been added to Crypto.com's institutional custody platform, further solidifying its presence in the cryptocurrency space. The academic sector continues to embrace Theta, with institutions like Syracuse University, George Mason University, and Hongik University becoming the latest customers of EdgeCloud, indicating a growing interest in decentralized solutions for research and development. The private sector is also taking notice, as AI startup Hypernology begins utilizing EdgeCloud for its operations. Furthermore, esports organizations Gen.G and Dignitas have launched their own agentic AI bots built on EdgeCloud, highlighting the versatility of Theta's technology in various industries. As preparations for the ThetaEuroCon conference in September ramp up, Simon Piazolo will be hosting a Theta developer workshop in Berlin, aiming to foster community engagement and innovation within the Theta ecosystem. Overall, these developments reflect a robust trajectory for Theta as it continues to expand its influence across multiple domains.

Theta Network is making significant strides in expanding its presence in the U.S. by partnering with Syracuse University, which has adopted the Theta EdgeCloud Hybrid platform for AI research. This collaboration is spearheaded by Assistant Professor Junzhe Zhang, who specializes in causal inference theory and its applications in artificial intelligence, reinforcement learning, and machine learning. The partnership comes shortly after Theta's strategic alliance with Crypto.com, which has staked 15 million THETA tokens to Theta's Enterprise Validator Node, enhancing secure asset management and institutional access to THETA and TFUEL tokens. Professor Zhang, a Tenure-Track Assistant Professor at Syracuse University, has a distinguished background, having previously worked at Columbia University's Causal AI Lab. His research focuses on developing robust decision-making systems that can handle biased or incomplete data. The Theta EdgeCloud Hybrid platform, which combines community-run GPUs with high-performance options, provides the necessary infrastructure for his lab to conduct large-scale experiments efficiently. Professor Zhang emphasized that Theta's unique decentralized hybrid GPU infrastructure allows for flexibility and scalability in their AI research, which is crucial for advancing their work in causal reinforcement learning. With Syracuse University becoming the 24th academic institution to integrate Theta EdgeCloud Hybrid, Theta Network is solidifying its position in the U.S. AI research ecosystem. Other notable institutions include Stanford University and the University of Oregon. The hybrid GPU platform enables researchers to perform various AI tasks, including training large language models and conducting simulations, all while reducing costs and setup times compared to traditional cloud providers. Mitch Liu, CEO of Theta Labs, expressed enthusiasm about the partnership with Syracuse University and Crypto.com, highlighting the importance of these collaborations in expanding Theta's footprint in both AI research and institutional infrastructure across the United States.

Theta Network and AWS Join Forces to Launch Custom Amazon AI Chips Trainium & Inferentia on EdgeCloud Powered by Amazon. Decentralized by Theta. The first blockchain network to harness custom AI silicon from the world’s largest cloud service provider. Now seamlessly integrated into EdgeCloud Hybrid. Theta and AWS have spent the past several years collaborating on multiple technical fronts and over the last six months, the two teams have worked in close collaboration to seamlessly integrate their platforms. Recognizing Theta EdgeCloud Hybrid as the de facto leader in decentralized cloud infrastructure, trusted by dozens of global academic institutions, professional sports franchises, and top-tier esports organizations, AWS has taken a major step forward. For the first time, AWS has approved a decentralized platform to integrate its cutting-edge AI silicon: AWS Trainium and Inferentia EC2 instances. This milestone makes Theta the first blockchain network to deploy Amazon’s next-generation chipsets, delivering unmatched performance for AI, video and media workloads. Combined with over 30,000 NVIDIA GPUs contributed by the Theta community, EdgeCloud Hybrid now offers a globally distributed compute layer with unprecedented performance-to-cost efficiency — marking a breakthrough moment in the evolution of cloud services. Secured by THETA blockchain and powered by TFUEL payments, global customers can now access the best of AWS compute and Theta’s decentralized GPU marketplace, all through a single integrated EdgeCloud user interface.