Blockchain Infrastructure & Node DevOps

We set up and maintain validator-node infrastructure so chains and stakers can outperform on the metrics that matter (TVL, MAU, liquidity, APR, uptime, and economical efficiency) without managing nodes in-house. Our engineers run validators, miners, indexers, witnesses, relayers, fishermen, sentinels, and more across the ecosystem, and have operated infrastructure for networks including Fuse, Meter, CrossFi, Stratos, DFK, Avalanche, Secret Network, Lava Network, and Fluence.

Deployments typically go live in a few weeks. (See the dedicated Validators page.) Benefits: higher APR and uptime · hardened validator-node security · decentralization without in-house ops · deploy in weeks, not quarters.

A network without a block explorer is a network developers cannot debug or trust. We deploy and customize Blockscout explorers so your chain ships with a production-grade, open-source explorer from day one: block, transaction, token, and contract views, source-code verification, and a public API builders can query directly.

Because Blockscout is open-source, there is no vendor lock-in and no per-seat licensing as the network grows. The work is rarely a stock install: high-throughput chains need custom ingestion and indexing tuning to keep the explorer in lockstep with the chain. For Somnia, an EVM L1 pushing bursts of up to one million TPS, we deployed and optimized a Blockscout explorer that indexed up to 103 million transactions in a single day during testnet, serving that data to users and developers within seconds of finality. Benefits: explorer live at mainnet · transparent, debuggable transactions · a credibility signal for builders and users · fully open-source, no vendor lock-in.

Applications need fast, queryable on-chain data. As a top-3 indexer in The Graph ecosystem, we run indexing infrastructure and build and operate subgraphs so dApps get the data layer they require without standing up their own indexing stack. Paired with our oracle integration work, such as the Chainlink-compatible stack we shipped for Somnia in 92 days, this rounds out the read and data side of a network. Benefits: low-latency on-chain queries · reliable subgraph operations · a complete data layer (indexing + oracles) for ecosystem dApps.

Reliability you cannot measure is luck. We instrument every deployment with monitoring, observability, and usage analytics from day one (request volumes, error rates, latency percentiles, and per-endpoint demand), so capacity and cost decisions are driven by data instead of guesswork.

We run our own internal tooling for this: Proteus Shield for usage analytics, billing, caching, and monitoring, and Genesis Ark for streamlined IPC/appchain network deployment. At scale the payoff is concrete: on Filecoin, a network now handling 4+ billion node requests a month, disciplined monitoring and node tuning pushed Glif-managed RPC uptime to 99.95%+, against the ~97-98% baseline typical of decentralized environments.

Because we run much of this on optimized and bare-metal hardware rather than blindly on managed cloud, run-cost stays predictable as usage grows, and scaling becomes a measured decision rather than a surprise invoice. Benefits: data-driven scaling, not guesswork · observability and incident response from day one · meaningful cost optimization vs naive cloud · usage analytics, not server hosting alone.