Powering
the
Open
Internet.
Bittensor Subnet 105
Decentralized
Bandwidth for Every
Device, Every Network,
Everywhere.
Proof-of-Bandwidth
Verified
Every transfer generates verifiable performance data.
Emission-Aligned
Incentives
Rewards based on measurable bandwidth contribution.
Built on the
Bittensor Protocol
Aligned with decentralized AI infrastructure.
Connectors
- • 01. AWS S3
- • 02. CLOUDFLARE R2
- • 03. GOOGLE CLOUD
- • 04. SNOWFLAKE
- • 05. SALESFORCE
- • 06. REST APIS
- • 07. WEBHOOKS
- • 08. MCP SERVERS
- • 09. CUSTOM ENDPOINTS
- • 10. AND MORE...
Verifiable Bandwidth Coordination Layer
BEAM is a decentralized bandwidth coordination network that enables data transfer across distributed infrastructure. Through Proof-of-Bandwidth, the network verifies real delivery and aligns incentives with measurable performance.
BEAM supports today's internet workloads while enabling the growing demand for data exchange between autonomous systems and AI agents.
BEAM brings measurable coordination to the internet's most under-coordinated resource: bandwidth.
Single → Single
One source file transferred to one destination.
Orchestrator
• Route Selection
Find optimal paths by latency
• Chunk Assignment
Split data for parallel transfer
• Load Balancing
Distribute by bandwidth capacity
• Health Monitoring
Track worker availability
Worker
• Data Transfer
Stream chunks to destination
• Progress Report
Real-time status updates
• Integrity Verify
Merkle proof validation
• Retry Logic
Handle failed chunks
Performance-weighted routing • Verifiable transfer orchestration
Live competitive benchmarks
BEAM is a proving ground for real-world benchmarking of diverse bandwidth systems. Miners compete through performance-based incentives to optimize transfer efficiency.
Protocol agnostic
BEAM's modular architecture handles multiple bandwidth workloads at scale, dynamically routing transfers to the most efficient paths available.
Load distribution
BEAM produces optimized verifiable circuits for complex transfers through open, incentivized participation.
Future-proof scaling
BEAM empowers the network to exercise the full potential of distributed bandwidth, delivering the first truly unified network for massively parallel, ultra-efficient data transfer.
Transfer Lifecycle
Coordination and verification across the network.
Universal Connectivity
Integrates with existing storage, APIs, and private endpoints. No migration required.
Intelligent Routing
Orchestrators dynamically select optimal workers based on performance and availability.
Verified Delivery
Each transfer generates Proof-of-Bandwidth used for validator verification and emission weighting.
Client submits request to BeamCore.
Orchestrators assign optimal workers.
Workers execute parallel transfer.
Performance metrics recorded on-chain.
Validators verify proofs and adjust rewards.
Cross-Cloud Sync
Move data between AWS, GCP, Azure, and private infrastructure automatically and reliably.
AI Pipeline Transfers
Coordinate high-volume dataset movement for model training and inference pipelines.
Event-Driven Systems
Trigger and route machine-to-machine transfers across diverse network environments.
MCP Infrastructure
Support distributed AI agents requiring verifiable communication and bandwidth pathways.
Decentralized Training
Distribute massive datasets across global compute clusters without bandwidth bottlenecks.
Global Edge Delivery
Route content and data to the edge with verifiable performance and latency guarantees.
Wherever data moves across networks
Performance Determines Reward
Global Distribution
Global bandwidth capacity already exists across data centers, ISPs, and independent operators, but it remains economically fragmented and difficult to coordinate. BEAM aggregates this distributed capacity into a unified transfer network.
Proof-of-Bandwidth
BEAM introduces Proof-of-Bandwidth, a mechanism that measures real transfer performance across the network. Independent operators are rewarded based on verified throughput, latency, and reliability — aligning incentives with measurable network contribution rather than self-reported capacity.
Cryptographic Performance Records
Each transfer generates cryptographically verifiable performance records. These records are reviewed by validators and used to determine network weights and emission distribution, ensuring rewards reflect proven data delivery.
Network Influence
Over time, nodes that consistently deliver reliable bandwidth gain greater influence within the network. This performance-weighted participation strengthens routing reliability and allows the network to continuously optimize around real-world performance.
Frequently Asked Questions
BEAM is a decentralized data transfer network built on Bittensor.
It coordinates secure, high-performance data transfers across cloud storage systems, APIs, event-driven services, and distributed infrastructure using a global network of orchestrators and workers.
BEAM enables bandwidth to be measured, verified, and routed through open network participation.
Help shape the future
of the Open Internet
BEAM Network is open-source and community-driven. Whether you're a researcher, builder, or curious user — you can be part of it.