Daniel Achio @AchioDaniel

Bittensor $TAO staking is now live for all MEXC users. We've partnered with @MEXC to expand access to the Bittensor ecosystem. MEXC's 40 million users across 170+ countries can now access TAO staking through the exchange, powered by Yuma's Bittensor-native validator infrastructure. MEXC brings global distribution and reach; Yuma brings deep Bittensor expertise and infrastructure. As one of the largest validators in the ecosystem, we're proud to help create another pathway for users around the world to participate in Bittensor.

AI consumes massive Storage and Bandwidth. These are the 'shovels' of the intelligence gold rush. Subnets Beam (bandwidth) and Hippius (storage) provide the lowest cost 'shovels' by FAR. Now they're integrated. Bittensor is stitching all of the pieces together.

Beam - Subnet 105 @b1m_ai

4 days ago

Subnet Integration Update: This week, Beam Transfer Studio begins testing its native Hippius connector. Transfers running on Beam will support data movement between R2 <-> Hippius <-> R2, bringing decentralized storage directly into Beam's programmable bandwidth network.

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Subnet Integration Update: This week, Beam Transfer Studio begins testing its native Hippius connector. Transfers running on Beam will support data movement between R2 <-> Hippius <-> R2, bringing decentralized storage directly into Beam's programmable bandwidth network. Another step toward making Beam the interoperability layer for AI and enterprise data. #Bittensor #AI #DePIN #Storage SN105 b1m.ai @hippius_subnet

1.12 TERABYTE in 3 MINUTES & 40 SECONDS. Beam successfully orchestrated 1TB of data across its decentralized bandwidth network. This milestone represents hundreds of concurrent data streams coordinated across independent operators, moving enterprise-scale workloads over decentralized infrastructure. Every milestone like this brings us closer to a future where AI and enterprises can move massive datasets without relying on traditional centralized networks. This is what programmable bandwidth looks like. We're just getting started. #Bittensor #AI #Infrastructure #SN105 b1m.ai

The most impactful infrastructure is often the most difficult to build. Building a decentralized bandwidth network is one of those challenges. Every transfer requires coordinating independent operators, verifying the work, handling failures in real time, maintaining security, and delivering enterprise-grade reliability while keeping the protocol transparent and open. We believe the future of AI infrastructure needs a decentralized bandwidth layer that's open, resilient, and owned by the network. Difficult problems. Long-term vision. #Bittensor #AI #Infrastructure #SN105 b1m.ai

NEW: GM says its Bittensor Subnet 28 service is live on mainnet and open to everyone. Its API supports existing OpenAI, Anthropic and Gemini integrations, with prompts routed through a verifiable TEE. saygm.com

¿Te imaginas pasar 107 GB de un móvil a otro en solo 2 minutos y 16 segundos… sin depender de una sola empresa? Beam SN105 de $TAO acaba de hacerlo. Una transferencia real. Continua. Descentralizada. La IA no solo necesita cerebros. Necesita mover cantidades brutales de datos. Y Beam está construyendo esas autopistas sin dueño. Porque la infraestructura del futuro no debería depender de una empresa que pueda subir el peaje, cerrar el acceso o apagar la carretera.

Beam - Subnet 105 @b1m_ai

2 weeks ago

Another milestone for Beam. We successfully streamed a single 107GBs dataset across the Beam network in just 2:16 minutes. This wasn't a benchmark or synthetic test. It was 1 continuous 107GB transfer, orchestrated through Beam Transfer Studio and powered by the Beam Protocol

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Another milestone for Beam. We successfully streamed a single 107GBs dataset across the Beam network in just 2:16 minutes. This wasn't a benchmark or synthetic test. It was 1 continuous 107GB transfer, orchestrated through Beam Transfer Studio and powered by the Beam Protocol (SN105) on #Bittensor . Every milestone like this brings us closer to making decentralized bandwidth a practical foundation for enterprise AI, large-scale data movement, and the agentic era. #AI #Bittensor #DataInfrastructure #DataMovement

Beam - Subnet 105 @b1m_ai

4 weeks ago

Another milestone for Beam. We successfully orchestrated 5 concurrent 10GB transfers, each composed of multiple sources and multiple R2 destinations. 50GBs transferred in ~51 seconds. Beam Transfer Studio is moving beyond benchmarks and into real-world data orchestration.

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93,000 Beam Alpha tokens locked perpetually on Beam SN105. A perpetual lock | A long-term vision | A stronger ecosystem. Building Beam with conviction. tao.app/extrinsics/847… #Bittensor b1m.ai

How Beam (SN105) Is Building Decentralized Bandwidth on Bittensor x.com/i/broadcasts/1…

Beam is entering its next phase. 🚀 Our July focus is shipping the features that move us closer to production-scale adoption: - Real-time streaming for small, medium & large data workloads (Beam becoming both data layer & platform) - Updated worker architecture (expands Beam beyond simple data movement into a programmable network) - Selecting team for private beta of Beam Transfer Studio. - BeamCore performance, scalability & reliability improvements - Continued security enhancements across the network - Agentic actions. We will be busy in July ... Thank you for the support.🙏

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Kraken just put 7 Bittensor subnet alpha tokens on their official listings roadmap. Targon. Vanta. Score. Lium. Ridges AI. Chutes. Hippius. This is the first time a major CEX has moved beyond $TAO to offer direct access to individual subnet economies. Alpha tokens were built for on-chain participants. Kraken brings them to everyone else. The addressable market just got a lot bigger. Watch for the official announcement on @KrakenListings before moving. Roadmap inclusion is not a live listing yet. But the direction is clear. Save this post.

In addition to the $TAO listing, Bittensor subnet products will be integrated into OKX AI agents. Remember back when I was saying every subnet needs a 'How To Use Me' skill? This is that. 'How To Use Me' for subnets will be baked into OKX AI. Subnet products will be added to OKX's agentic marketplace.

This is a very big deal for Bittensor $TAO Kudos @krakenfx

𝗗𝗥𝗘𝗔𝗗 𝗕𝗢𝗡𝗚𝗢 @DreadBong0

4 weeks ago

🟣 @krakenfx are set to begin listing #Bittensor subnet alpha tokens First subnets to be listed are.. @chutes_ai @TargonCompute @webuildscore @lium_io @ridges_ai @hippius_subnet @VantaTrading 👉 kraken.com/listings#roadm… @krakenfx is the first major global exchange to

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Chips get the headlines; data does the work. As AI systems consume larger datasets, the infra that moves data becomes critical. Beam (SN105) is building decentralized bandwidth infrastructure for that future. Join us live with the Beam team July 7 x.com/i/broadcasts/1…

Another milestone for Beam. We successfully orchestrated 5 concurrent 10GB transfers, each composed of multiple sources and multiple R2 destinations. 50GBs transferred in ~51 seconds. Beam Transfer Studio is moving beyond benchmarks and into real-world data orchestration. (powered by the Beam Protocol on Bittensor) This is the foundation for scalable, decentralized, agentic enterprise data movement. #AI #Bittensor #Dataflow

Beam - Subnet 105 @b1m_ai

3 months ago

UPDATE: 5 GB transferred through BEAM in just 1.3 minutes. The network is still early, still rough around the edges, but every day the infrastructure becomes more stable, more coordinated, and more capable. We are proving that independent orchestrators and workers can move real

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@sobczak_mariusz @AngryDavee @heydittoai @theminos_ai 105?

They want $TAO and $dTAO exposure. That is exactly what Yuma Asset Management just built. Instead of asking investors to choose between individual subnets, Yuma launched the Yuma Total Market Fund, a single vehicle providing exposure to $TAO and the broader Bittensor economy. The timing is important. Most institutional AI capital is still concentrated in large public companies or illiquid venture funds. Yuma is offering a third path: direct exposure to a decentralized AI economy where 128 subnets compete across compute, data, identity, robotics, drug discovery, fraud detection, real-time video, DeAI infra, DeFi, and much more. Execution, risk management, reporting and allocator-friendly structures are exactly what large pools of capital require before they can allocate. Institutional investors can now buy exposure to the entire Bittensor economy without having to build, research and manage dozens of individual subnet positions. (If they research, even better). That lowers the friction to allocating capital. And lower friction usually leads to larger markets. Barry Silbert made the thesis explicit. Traditional AI is becoming increasingly centralized. Bittensor is the alternative. An open network where value is created by builders instead of captured by a handful of incumbents.

Every network needs a sustainable economic engine. Revenue generated through Beam Transfer Studio will be allocated with a long-term focus: Token Burns: reducing circulating supply. Operations: funding infrastructure, development, and growth. Conviction Lockups: aligning long-term incentives (more details soon). As a business, we also reserve the right to adjust this allocation over time as the network evolves and new priorities emerge. Any significant changes will be communicated transparently to the community. Our goal is simple: build an ecosystem where real product adoption strengthens the network itself. Transparent. Sustainable. Built for the long term. Beam Transfer Studio is more than a dashboard, it's how institutions will access programmable, decentralized bandwidth while creating value that flows back into the Beam ecosystem. #Bittensor #Beam #DePIN #OpenSource #Data

PRISM Clarity In the spirit of Bittensor's commitment to openness and transparency, we're introducing a new audit API that gives orchestrators and workers access to the raw transfer data used by PRISM. New Audit API: data.b1m.ai/guide/api-refe… Combined with the open-source PRISM implementation in Beam Core: github.com/Beam-Network/b… ...anyone can inspect the scoring logic and verify how their PRISM score is calculated from the underlying transfer data. Every orchestrator and worker also maintains their own local transfer records, allowing them to independently compare their local data against the audit API and validate the scores they receive. This is only the first step. We'll continue introducing additional transparency and auditability features as Beam evolves, giving participants more ways to understand, verify, and trust how the network operates. Open protocol. Verifiable scoring. Continuous improvement.