UNO: the orchestration layer of NodeOps built on Arbitrum Orbit.
Meet Universal Node Orchestrators (UNO)
UNO Nodes are independent orchestrator nodes securing the health and trust of NodeOps infrastructure.
They:
→ Monitor compute providers
→ Verify workloads
→ Track system behavior
→ Enforce SLAs
→ Participate in governance
Orbit L3 primer
The orchestration layer is built using Arbitrum Orbit.
Here’s why that matters:
→ High throughput and low latency
→ Onchain logic for custom enforcement
→ Real-time observability
UNO Nodes are embedded into the chain itself, enabling verifiable coordination across the Compute network.
How UNO Nodes work
Core functions:
→ Monitor provider uptime & job completion
→ Collect telemetry & detecting anomalies
→ Build historical trust scores
→ Enforce penalties: slashing, suspension, or demotion
→ Vote & enforce protocol rules
UNO Nodes in action
They’re embedded across all NodeOps Protocol products:
• Cloud → job verification
• Console → SLA enforcement
• Staking Hub → uptime validation
• Agent Terminal → audit AI outputs
• RPC / Security Hub → latency + threat monitoring
• Governance Engine → policy execution
Decentralized enforcement, system-wide.
Why UNO Nodes matter
→ Decentralized Enforcement: no single point of failure
→ Reliability: detect failures readily to maintain uptime and trust
→ Accountability: bad actors get flagged and penalized
→ Autonomy: power AI, inference, and agents under verified conditions
What’s in it for UNO Node operators?
→ Protocol and bonus rewards
→ Quarterly revenue share
→ Priority access to launches and new features
→ Discounts on deployments, migration and & staking
→ Protocol-level voting power
→ $NODE incentives: vesting boosts and auto-bonding
Use cases
→ Protocol Monitoring: system health + coordination
→ Compute Auditing: workload validation
→ Security Logging: threats, anomalies, exploits
→ Slashing: penalize misbehavior
→ Governance: propose and vote on upgrades
