Bittensor’s Decentralized AI Studio, Yuma, Comes to University of Connecticut
Bittensor builder Yuma has partnered with University of Connecticut to create ‘BittBridge,’ a learning program focused on blockchain-based AI.

What to know:
- The Bittensor network makes AI a collective, decentralized process by rewarding contributors for solving specific problems using machine learning.
- UConn is among the first academic institutions to start building subnets on Bittensor.
Yuma, a development studio and accelerator for decentralized AI (deAI) network Bittensor, has partnered with the University of Connecticut (UConn) to create a building program focused on pooling together specialized machine learning called “BittBridge.”
The partnership with Yuma will give a student-led team the opportunity to work toward operating and developing a project on Bittensor called a subnet, making UConn among the first academic institutions to build on the network, according to a press release.
While AI is everywhere today, it remains reliant on a handful of large corporations, centralized infrastructure and locked in a computing power arms race.
Bittensor, by contrast, makes AI a collective, decentralized process by rewarding contributors for using AI – activities ranging from text translation and data storage to predicting the structure of complex protein chains – focused into problem-solving clusters called subnets.
"The launch of BittBridge underscores UConn’s role as an academic pioneer, providing students with cutting-edge experiences in decentralized AI and blockchain technology,” said Professor Greg Reilly, interim dean of the University of Connecticut School of Business in a statement.
"In a rapidly evolving technological field, the best way to prepare our students is to immerse them in real-world innovation," Reily said.
Yuma is the latest company launched by crypto entrepreneur Barry Silbert, the founder of Digital Currency Group (DCG).
"The transformative power of AI shouldn’t be limited to a few tech giants or well-funded companies with massive compute access," Silbert said in a statement.
"Our partnership with UConn represents a significant step in building pathways so the next wave of talent – including students and builders across disciplines – can enter deAI and help shape the outcomes of this extraordinary technology,” Silbert said.
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Lo que debes saber:
- Quantum computers powerful enough to break Bitcoin's cryptography could expose roughly 7 million coins, including about 1 million attributed to Satoshi Nakamoto, worth an estimated $440 billion at current prices.
- The Bitcoin community is split between preserving strict neutrality and immutability—letting quantum attackers claim vulnerable coins—and intervening through protocol changes such as burning or migrating at-risk coins to quantum-resistant addresses.
- While some experts warn that recent research may accelerate the timeline for breaking current encryption, others argue the threat remains distant and can be addressed through engineering upgrades rather than drastic governance changes.











