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Congrats to NodeOps on joining Polygon as a validator! Excited for the new staking options and the boost to decentralized compute across chains. Looking forward to what’s next!
NodeOps is now a validator on the Polygon Network.
This marks a major step toward the mission: coordinating decentralized Compute across the most critical infrastructure in Web3. We’re proud to secure the network and support its long-term scalability.
Polygon has delegated stake to NodeOps, a recognition of our infrastructure track record across 60+ chains.
Why Polygon?
Polygon is entering a new era:
→ Launch of Agglayer
→ ZK-powered infrastructure to unify liquidity, security & UX across chains
Their vision aligns perfectly with ours: modular, composable, and verifiable Compute at scale.
POL staking on Staking Hub
Stakers will soon be able to delegate $POL directly to NodeOps via the Staking Hub.
→ Secure, non-custodial staking
→ Dual rewards: earn both $NODE and $POL
→ Designed to reward early participants
→ Aligns economic value with protocol coordination
Infrastructure support:
Beyond staking, we’re contributing technical muscle to the Polygon ecosystem:
→ Validator tooling for easier onboarding
→ Open-source contributions for Network resilience and transparency
→ Developer infrastructure to help dApps launch faster and scale securely
NodeOps Network → cross-chain coordination
We’re building the coordination layer for decentralized Compute across ecosystems.
Performant, secure Compute everywhere.
This marks a major step toward the mission: coordinating decentralized Compute across the most critical infrastructure in Web3. We’re proud to secure the network and support its long-term scalability.
Polygon has delegated stake to NodeOps, a recognition of our infrastructure track record across 60+ chains.
Why Polygon?
Polygon is entering a new era:
→ Launch of Agglayer
→ ZK-powered infrastructure to unify liquidity, security & UX across chains
Their vision aligns perfectly with ours: modular, composable, and verifiable Compute at scale.
POL staking on Staking Hub
Stakers will soon be able to delegate $POL directly to NodeOps via the Staking Hub.
→ Secure, non-custodial staking
→ Dual rewards: earn both $NODE and $POL
→ Designed to reward early participants
→ Aligns economic value with protocol coordination
Infrastructure support:
Beyond staking, we’re contributing technical muscle to the Polygon ecosystem:
→ Validator tooling for easier onboarding
→ Open-source contributions for Network resilience and transparency
→ Developer infrastructure to help dApps launch faster and scale securely
NodeOps Network → cross-chain coordination
We’re building the coordination layer for decentralized Compute across ecosystems.
Performant, secure Compute everywhere.
UNO on Arbitrum Orbit keeps NodeOps secure and reliable by using independent nodes to monitor and enforce rules on-chain, ensuring trust and uptime without a single point of failure. With strong operator incentives, it’s a win-win for decentralized computing!
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
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
UNO on Arbitrum Orbit keeps NodeOps secure and reliable by using independent nodes to monitor and enforce rules on-chain, ensuring trust and uptime without a single point of failure. With strong operator incentives, it’s a win-win for decentralized computing!
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
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
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