OFFCHAIN TECHNOLOGY

Data & Infrastructure

Give every application state a traceable source.

For engineering and operations teams whose applications depend on chain data and network services. OffchainTech scopes how information is collected, reconciled and served, and how transaction operations recover when providers, networks or downstream components stop responding.

WORKFLOW / ENGINEERINGIllustrative

CHAIN DATA TO APPLICATION STATE

  1. 01Observe network state
  2. 02Validate and checkpoint
  3. 03Index and reconcile
  4. 04Serve data and alerts

Illustrative engineering workflow. Interfaces, environments and responsibilities are assessed for the agreed scope.

01 / SCOPE

Make on-chain data usable and explainable.

Define what each result represents before building a dashboard.

On-chain Data & Analytics

Build indexers for contract events, account activity and transaction tracking, with scoped dashboards, alerts and APIs. Preserve network identifiers, block references and processing checkpoints. Define freshness indicators so users can distinguish current information from delayed or partially indexed results.

Reorganisation and replay handling

Agree confirmation assumptions, event ordering and deduplication keys. Plan how reverted blocks are removed and replacement events are processed. Backfills and replay should be repeatable without duplicating records or silently overwriting information that downstream consumers already used.

Data contracts and access

Specify schemas, pagination, query limits and error responses for internal or customer-facing consumers. Define retention, access roles and attribution to upstream sources. Reconcile aggregate values with underlying records and document gaps in available history.

02 / SCOPE

Connect networks without hiding their boundaries.

A message sent on one chain is not automatically complete elsewhere.

Multichain & Interoperability

Scope selected network connections, messaging and bridge integrations, including state synchronisation. Specify source confirmation, destination execution and timeout states. Identify third-party trust assumptions, unsupported routes and recovery ownership; adding a connector does not eliminate bridge or network risk.

Cross-network observability

Track each leg of a multichain operation with correlated identifiers and timestamps. Surface pending messages, failed execution and inconsistent state. Define which retries are permitted, who handles an unresolved transfer and what evidence the operator needs before acting.

Provider and environment assessment

Review documented interfaces, historical-data access, quotas and authentication requirements for each dependency. Test response differences and degraded service where practical. Compatibility is confirmed for the selected environment, rather than claimed for every chain or provider.

03 / SCOPE

Scope the services that keep workflows moving.

Infrastructure delivery includes operational decisions and recovery notes.

Blockchain Infrastructure

Assess nodes, RPC services, relayers, oracles and transaction automation. Define ownership, deployment configuration, health signals and resource assumptions. Relayers require explicit signing authority and transaction policies; oracle integrations require clear input provenance, update cadence and stale-data behaviour.

Custom chains and operational boundaries

Evaluate narrowly scoped custom chains only against concrete requirements for execution, governance and operations. Document dependencies, upgrade responsibilities and recovery constraints. Custody, legal and commercial decisions remain separate. Security review or audit preparation is not independent certification or an uptime guarantee.

FROM BRIEF TO HANDOVER

Define, build and verify the whole workflow.

  1. 01

    Define

    Agree networks, data consumers, required history, freshness expectations and operating owners. Document acceptance cases, external dependencies and excluded service commitments.

  2. 02

    Build

    Implement collectors, processing checkpoints, selected infrastructure and consumer interfaces. Review event provenance and restart behaviour alongside the main data path.

  3. 03

    Verify

    Exercise backfills, repeated events, interrupted processing and provider failures. Check reconciled outputs and recovery evidence in environments appropriate to the selected networks.

  4. 04

    Hand over

    Deliver agreed deployment assets, schema documentation, configuration and runbooks. Confirm monitoring ownership, access transfer and separately scoped support arrangements.

BEFORE WE BEGIN

Useful answers.

Can you index every historical transaction?

Coverage depends on network history, provider access, data retention and the selected scope. We assess these constraints before agreeing the backfill and acceptance criteria.

Does a second RPC provider guarantee availability?

No. Fallback can be scoped, but providers may share dependencies or disagree on state. Selection rules, failure behaviour and ongoing operations require explicit testing.

Will you operate the infrastructure after delivery?

Only under an agreed support scope. Handover identifies who monitors services, approves upgrades, manages access and responds to operational incidents.

CONNECTED CAPABILITIES

Explore the next part.

YOUR NEXT STEP

Start with the workflow you need.

Tell us about your users, existing tools and the outcome you want. Please do not send passwords, private keys or account secrets.

Discuss your requirements
LET’S MAKE IT WORK

Bring the idea.
We’ll connect the pieces.

Tell us what you need