Node Deployment
Full, archive, and validator nodes across Ethereum, L2s, and other major chains. Provisioned on your cloud or ours, tuned for sync speed and stability.
What we run
Managed blockchain infrastructure, built for production
Everything between your application and the chain itself, engineered by a team that has run this stack in production rather than resold someone else's dashboard.
RPC and API Layer
Load-balanced RPC endpoints with failover, rate limiting, and caching so your application does not go down when a single node or provider does.Indexing and Data
Custom indexers and subgraph-style pipelines that turn raw chain data into queryable APIs shaped around your product's actual reads.Monitoring and Alerting
Block lag, peer count, disk, and endpoint latency monitored around the clock, with alerting and runbooks so incidents are handled, not discovered by users.Security and Key Ops
Hardened hosts, network isolation, and disciplined key management for validators and signing services. Infrastructure treated as an attack surface from day one.Upgrades and Forks
Client updates, hard forks, and protocol upgrades tested and rolled out on schedule so a network upgrade never becomes your outage.
How we work
From requirements to infrastructure you do not think about
(4)- 1
Requirements and chain audit
We map which chains, throughput, data access patterns, and compliance constraints your product actually has, and review any existing infrastructure. - 2
Architecture and cost model
You get a concrete architecture with node topology, providers, redundancy plan, and a transparent monthly cost model before anything is deployed. - 3
Deployment and migration
We stand up the environment with infrastructure as code, migrate traffic from your current providers gradually, and verify parity before cutover. - 4
Operate and scale
Ongoing management with monitoring, upgrades, and capacity planning. As your traffic grows, the infrastructure scales ahead of it rather than behind it.
Why Webisoft
Infrastructure run by blockchain engineers, not a ticket queue
Most infrastructure providers sell endpoints. We are an engineering studio that has built blockchain products, so we run infrastructure the way the application above it needs.
Engineering-led operations
The people operating your nodes are senior engineers who understand consensus clients, mempools, and reorgs, so diagnosis happens at the protocol level.Your cloud, your keys
We can deploy into your own AWS, GCP, or bare-metal accounts with infrastructure as code, so you keep ownership and are never locked into us.Product-aware design
Because we also build dApps and protocols, we shape the RPC and indexing layer around your query patterns instead of selling generic endpoints.Security discipline
Hardened configurations, least-privilege access, and audited change processes. Validator keys and signing services get the paranoia they deserve.
FAQ
Questions teams ask before handing over their infrastructure
(4)- Pricing depends on the chains involved, node types, redundancy requirements, and traffic volume. Archive nodes and validators cost significantly more to run than light RPC infrastructure because of their storage and compute footprints. Managed providers typically run a requirements audit first and then quote a fixed monthly cost with the underlying compute itemized, which avoids the surprise overage bills common with usage-based public APIs.
- Public providers are a fine start, but shared endpoints bring rate limits, inconsistent latency, and no control during incidents. Dedicated infrastructure makes sense once a product has real users, needs custom indexing, or cannot afford to inherit another company's outage. The tradeoff is operational responsibility, which is why many teams move to dedicated nodes through a managed service rather than running them in-house.
- Ethereum and its major L2s such as Arbitrum, Optimism, and Base are the most commonly supported, along with other production networks like Polygon, Solana, and Cosmos-based chains. As a general rule, any chain with a maintained node client can be operated as dedicated infrastructure. The practical questions are hardware requirements, sync behavior, and how actively the client software is maintained, which a requirements audit should evaluate per chain.
- A typical migration starts with a requirements audit of the product and current setup, usually one to two weeks. Standing up new infrastructure takes a few additional weeks, with chain sync times often the long pole, since archive nodes on large chains can take days or weeks to sync. Traffic is then shifted gradually from the old endpoints to the new ones so there is no hard cutover risk.
Managed Blockchain Infrastructure
Where We Add Value in Blockchain Infrastructure
Running blockchain infrastructure well is an operations discipline: nodes fall out of sync, RPC providers rate-limit you at the worst moment, and upgrades land on their schedule, not yours. We take that burden so your engineers stay on product work.
Managed Full and Archive Nodes
We deploy and operate full and archive nodes for Ethereum, major L2s, and other networks your product depends on, sized for your query patterns. Client diversity, disk growth planning, and sync monitoring are handled as routine operations. Archive nodes in particular are expensive to run casually, so we tune storage and pruning to what your application actually reads.Dedicated RPC Endpoints
Shared public RPC providers rate-limit, drop requests under load, and change behavior without notice. We provide dedicated endpoints with authentication, per-key rate policies you control, and latency and error dashboards. For read-heavy applications we add caching layers and load balancing across multiple nodes so a single failure never takes your product down.Validator and Staking Operations
We run validators with the details that protect principal: redundant infrastructure without double-signing risk, slashing protection databases, key management with hardware or HSM backing, and monitored attestation performance. Failover procedures are written and rehearsed, because on proof-of-stake networks an operational mistake has a direct financial cost.Indexing and Data Pipelines
Raw nodes answer single queries, but products need indexed data: balances over time, event histories, decoded contract state. We build and operate indexers, subgraphs, and ETL pipelines that turn chain data into queryable APIs and warehouse tables. Reorg handling and backfill correctness are engineered explicitly, since silently wrong data is worse than slow data.Monitoring and Incident Response
Every node, endpoint, and pipeline is covered by metrics, log aggregation, and alerting with defined severity levels and response procedures. We watch chain-level events too: client vulnerabilities, hard fork schedules, and upgrade deadlines that would otherwise surprise your team. You get status visibility and a named escalation path instead of discovering outages from user reports.Deployment Flexibility and Exit Path
Infrastructure runs on cloud, bare metal, or your own accounts depending on your cost, latency, and sovereignty requirements, with everything defined in Terraform and Ansible rather than manual configuration. Because it is infrastructure as code in accounts you can own, you keep a real exit path: take the configuration and run it yourself whenever you choose.
Our Approach
How a Managed Infrastructure Engagement Runs
(4)- 1
Requirements and Architecture Assessment
We start by profiling your workload: which chains, what query volume and patterns, latency targets, and uptime requirements, plus any constraints on jurisdiction or data handling. The output is an architecture proposal with node topology, redundancy level, and monthly cost estimate, including a comparison against your current provider spend where relevant. - 2
Provisioning and Migration
Infrastructure is provisioned entirely through code, then validated with sync verification, load testing against your real query mix, and failover drills. If you are migrating from a public RPC provider or in-house nodes, we run both in parallel and cut traffic over gradually so the change is invisible to your users. - 3
Operational Handover to Steady State
We establish the operating rhythm: dashboards shared with your team, alert routing and severity definitions, an escalation path with response time commitments, and runbooks for the failure modes we planned for. You know exactly who is paged when a node stops attesting at 3 a.m., and it is not your product engineers. - 4
Ongoing Operations and Review
Day to day we handle client upgrades, hard forks, disk and capacity management, security patching, and incident response. On a regular cadence we review performance, cost, and upcoming network changes with you, and adjust the architecture as your traffic grows or new chains enter your roadmap.
FAQ
Questions Buyers Ask About Blockchain Infrastructure
(6)- For prototypes and low-volume products, you should, and we will say so. The case for dedicated infrastructure appears when rate limits start shaping your architecture, when latency or archive-data costs climb, when you need guarantees a shared service will not sign, or when decentralization and provider independence matter to your protocol's credibility. Many clients run a hybrid: dedicated nodes for core traffic with a public provider as overflow and fallback, which we design and operate as one system.
- The drivers are node type and count, since archive nodes cost several times a full node in storage, the chains involved, redundancy level, and how much indexing and custom tooling sits on top. A single-chain setup with redundant full nodes and monitoring is a modest monthly commitment, while multi-chain archive infrastructure with indexing pipelines is a bigger one. We quote a fixed monthly fee after the assessment, and for high-volume workloads it is frequently cheaper than the equivalent usage-based provider bill.
- We design for redundancy appropriate to your tier: multiple nodes behind load balancing, geographic separation where warranted, and automated failover, then we back it with monitoring and a defined response commitment rather than a marketing number. During incidents you get a named escalation contact, status updates, and afterwards a written post-incident review with corrective actions. Chain-level outages, which do happen, are handled by fallback routing where another provider or region can serve the traffic.
- That is negotiable by design, and the answer matters most for validators. Withdrawal keys always stay with you. Signing keys can be held in your HSMs with our operational access, or fully on your side with us operating around them. Cloud accounts can be yours with our team granted scoped access, which keeps billing transparency and gives you unilateral revocation. Everything is infrastructure as code, so ownership is a permissions question, not a rebuild.
- Yes. The operational patterns, meaning provisioning, monitoring, upgrades, and incident response, transfer across networks, and we evaluate a new chain by its client software maturity, hardware demands, and upgrade cadence before committing to service levels. For very new networks we are candid that stability depends partly on the client teams, and we structure monitoring and expectations accordingly. Multi-chain setups run under one dashboard and one escalation path rather than per-chain silos.
- We begin with an assessment of your current setup and traffic, usually completed within a couple of weeks, which produces an architecture and a fixed quote. Migration is designed to be boring: new infrastructure runs in parallel with your existing provider, we mirror traffic to validate behavior, then shift over gradually with instant rollback available. Your application code typically changes by one endpoint URL, and there is no big-bang cutover unless you want one.
