Run Network
Infrastructure
Orchestrators coordinate transfers and manage worker pools. Stake-based participation with emission rewards.
Requires: 100+ TAO stake
The Role
Orchestrators are the coordination layer. You receive transfer assignments, distribute work to your pool, and submit proofs to validators.
Responsibilities
- 1.Receive transfer assignments from the network
- 2.Route chunks to workers in your pool
- 3.Collect and submit proofs
- 4.Get emissions proportional to verified throughput
How You Earn
Emissions flow to orchestrators based on verified throughput. You keep emissions minus what you pay your workers.
What You Need
Stake
100+ TAO
More stake = higher slot priority
Infrastructure
- 4+ CPU cores
- 8+ GB memory
- 100+ Mbps network
Operations
- 24/7 availability
- SLA score affects weight assignment
256 Slots
Orchestrator slots are competitive. Higher stake gets priority. If someone stakes more than you, they can take your slot at epoch boundary.
How Weight Works
Weight = SLA Score × Stake Factor
SLA Score (0.0 - 1.0)
- - Uptime
- - Task completion rate
- - Proof submission reliability
Stake Factor
- - min((stake/100)^0.5, 3.0)
- - Logarithmic scaling
- - 10,000 TAO = 3× vs 100 TAO baseline
Performance matters. A well-run 100 TAO orchestrator can outweigh a poorly-run 1,000 TAO one.
Setup
- 1
Deploy infrastructure
4+ cores, 8+ GB RAM, 100+ Mbps
- 2
Stake 100+ TAO
- 3
Register via protocol endpoint
- 4
Build your worker pool
- 5
Monitor via dashboard
Management Interface
Workers
47
Capacity
2.4 Tbps
SLA
0.87
Stake
142 TAO