We operate validators and turn network activity into
useful intelligence for the ecosystems we support.
Trusted by leading projects
Direct routes to our validator profiles and network infrastructure. Current status, commission and delegation terms are available in each network’s explorer.
Data availability
Validator profile ↗
Network intelligence
Explore our work ↗
Staking network
Validator profile ↗
RollApp ecosystem
Validator profile ↗
Decentralized data access
Validator profile ↗
Shared security
Validator profile ↗
Canary network
Validator profile ↗
Decentralized collaboration
Validator profile ↗We build analytics that make validator performance understandable: what happened, who was affected and how behavior compares across the network.
Understand the network.
See the signal.
Execution reports, cohort comparisons and participation analysis that help protocol teams, validators and delegators spot abnormal patterns. A common analytical approach, adapted to each network’s consensus and available data.
Explore live deployment ↗Explore the source ↗Trace missed blocks back to the observed window.
Read execution in the context of assigned workload.
Each row is a validator. Each square is an observed block.
Validator D needs a closer look.
A run of missed blocks stands out from isolated misses.
Compare consistency, identify gaps and investigate outliers.
Compare the timing of missed blocks across validators.
Aligned gaps suggest a shared event; correlation alone does not establish its cause.
Track assigned, processed and missed blocks. Understand workload, signing consistency and exceptions within a clearly defined observation window.
Compare participation, voting power and cohort behavior. Separate individual outliers from patterns shared by the broader validator set.
Turn protocol changes into operator context: upgrade milestones, version alignment and actions that prepare infrastructure for the next network phase.
Three complementary views of validator behavior. Designed to help protocol teams assess execution, compare operators and understand participation across a network.
View example ↗See how reliably validators execute their assigned work. Processing rates, workload leaders and missed-block exceptions put performance in context.
View example ↗Compare groups of validators against their assigned workload. Identify execution differences and missed-block patterns across delegation cohorts or operator groups.
View example ↗Understand how participation is distributed across the validator set. Uptime bands and behavioral similarity reveal a strong core, outliers and areas for investigation.
Our operating model combines dedicated hardware, isolated signing, controlled network access and continuous observability. Each layer has a clear role, boundary and recovery procedure.
The validator requests a signature. TMKMS checks the signing state and returns the signature through a protected connection.
Sentries filter connections
before the validator.
Runs consensus.
Requests signing.
One active signerControlled handover verifies the latest signing state before a standby is activated.
Private key stays isolatedThe validator receives a signature, not the signing key.
Bare-metal infrastructure with high-performance CPUs, NVMe storage and capacity planned around consensus workloads. Performance checks inform upgrades and configuration changes.
Sentry and private-network patterns separate public peers from sensitive workloads where supported. VPN access, firewall allowlists and hardened SSH keep management access controlled.
Isolated remote signing with TMKMS where supported, restricted signer access and hardware wallets for administrative operations. Failover verifies signing state before a standby is activated.
Prometheus and Grafana track consensus, signing latency, peers and host resources. Automated alerts and on-call coverage turn deviations into investigation and response.
Ansible and Terraform support reproducible environments. Versioned configurations, isolated builds and staged upgrades make deployment and recovery easier to inspect.
Validated backups, restore exercises and documented runbooks support recovery. Synchronization and signing-state checks come before validation resumes.
We operate validators and build public infrastructure, analytics, documentation and tooling for blockchain ecosystems.
Validator execution, cohort comparisons, participation distributions and network-readiness context. The framework adapts to each network’s consensus and available data. The linked deployment shows actual reports, sources and observation periods.
Open a validator profile in the network directory, verify the complete address and current status, review commission and protocol rules, then complete delegation through the network’s wallet or staking interface.
Browse our GitHub repositories, operator documentation and Celestia access resources.
Talk to us about validator operations,
ecosystem tooling or technical collaboration.
