Beam - Subnet 105
@b1m_ai
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Powering the open internet. Running on #Bittensor
Bittensor
Joined January 2026
Beam - Subnet 105 "BEAM transforms bandwidth into a programmable, performance-driven resource." Just as Hippius supplies low-cost high-quality storage, Beam supplies low-cost bandwidth for moving 'big data' around. Very important for AI.
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Programmable, verifiable infrastructure for seamless data transfer powered by #Bittensor | SN105 https://t.co/Tekb5nfUiG
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Status update: Validator onboarding into BEAM SN105 is underway. Over the next few days, we will continue coordinating with validators and preparing the subnet for the miner onboarding phase. More updates soon.
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Status update: Validator onboarding into BEAM SN105 is underway. Over the next few days, we will continue coordinating with validators and preparing the subnet for the miner onboarding phase. More updates soon.
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Introducing the BEAM whitepaper. A new approach to coordinating bandwidth across distributed operators through Proof-of-Bandwidth. The paper covers the architecture, routing model, and verification mechanisms behind BEAM’s decentralized data transfer network.
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Welcome Yuma’s newest accelerated subnet: Beam (SN105) Enterprise file transfer powered by Bittensor $TAO. @b1m_ai is building a platform that connects unused global bandwidth into a network for moving large datasets, with encrypted transfers to ensure privacy. 🔗
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Instead of relying on AWS, GCP, or Azure to move massive datasets, Beam (SN105) will leverage Bittensor $TAO to tap unused bandwidth from homes, offices, and datacenters worldwide. Lower cost, no single point of failure, and more sustainable infrastructure for AI.
The BEAM subnet identity is live today on Bittensor SN105. BEAM is the bandwidth coordination layer for the open internet, enabling verifiable data transfer for cloud infrastructure, distributed systems, and the next generation of AI agents. Powered by Beam's own
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A lot of bandwidth around the world sits unused – from individuals to data centers Beam @b1m_ai is building a way to turn it into useful infrastructure.
NEW from the Yuma Accelerator: Beam (SN105) AI development relies on large datasets, and centralized providers charge high fees to move that data. @b1m_ai is launching on Bittensor $TAO to put the massive amount of unused global bandwidth to work, creating a new way to move
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Thank you to @YumaGroup for the opportunity to join the accelerator program. We’re excited to build BEAM and bring a new layer of real utility to the Bittensor network through verifiable bandwidth and data transfer. Looking forward to the work ahead.
NEW from the Yuma Accelerator: Beam (SN105) AI development relies on large datasets, and centralized providers charge high fees to move that data. @b1m_ai is launching on Bittensor $TAO to put the massive amount of unused global bandwidth to work, creating a new way to move
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NEW from the Yuma Accelerator: Beam (SN105) AI development relies on large datasets, and centralized providers charge high fees to move that data. @b1m_ai is launching on Bittensor $TAO to put the massive amount of unused global bandwidth to work, creating a new way to move
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AI training has an insatiable need for large datasets and with that comes huge demand for bandwidth. @b1m_ai just launched on Bittensor $TAO to provide distributed bandwidth and verifiable delivery to address this ever-growing problem.
NEW from the Yuma Accelerator: Beam (SN105) AI development relies on large datasets, and centralized providers charge high fees to move that data. @b1m_ai is launching on Bittensor $TAO to put the massive amount of unused global bandwidth to work, creating a new way to move
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The BEAM subnet identity is live today on Bittensor SN105. BEAM is the bandwidth coordination layer for the open internet, enabling verifiable data transfer for cloud infrastructure, distributed systems, and the next generation of AI agents. Powered by Beam's own
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