Software integration
Werkon connects business systems by treating every handoff as product behavior. Record meaning, identity, timing, delivery, side effects, exceptions, reconciliation, change, and support are defined before a connector replaces the manual work around it.
Integration contract
The contract starts with the operational handoff people are completing today. It then joins system and record ownership, identity, meaning, timing, delivery, side effects, exceptions, controls, change, recovery, and the teams responsible across the boundary. See custom application development when the workflow also needs an interface, or AI integration when uncertain model output enters the handoff.
Integration path
The first slice keeps the existing continuity path available while the connected path proves meaning, authority, delivery, side effects, failure handling, reconciliation, and ownership with representative records.
Follow normal and exceptional work across people and systems, quantify re-entry and delay, identify source records and consumers, capture correction behavior, and distinguish necessary judgment from avoidable coordination.
Assign one owner to each committed fact and state, map identity and permission, define identifiers and transformations, specify interface and timing semantics, and record what must happen after every known failure class.
Exchange the minimum required data under scoped identity, validate contracts and denied access, preserve provenance and correlation, expose freshness, test supported limits, and route incompatible records without guessing.
Recheck current state and authority before change, use stable operation identifiers, make retries safe, record receipts, exercise duplicates and uncertain completion, and reconcile intended results with authoritative records.
Run representative, parallel, or cohort exposure where appropriate, compare the connected and manual paths, measure hidden exception work, test outages and contract changes, then transfer support, recovery, and change responsibility before retiring the old handoff.
Exchange pattern
One operation may need more than one exchange pattern. The useful choice is made per handoff by examining response timing, source capability, delivery guarantees, failure isolation, replay, data volume, change ownership, and support burden.
Use a supported API directly when the operation is narrow, the caller can wait, the dependency is acceptable, and one team can own authentication, version compatibility, limits, timeouts, retries, and user-visible failure.
Evidence: Published contract, identity and scope, test environment, semantic and error model, rate and timeout behavior, safe retry rule, dependency test, owner, and outage path.
Use an event or queue when the producer should not wait, several consumers need the change, traffic is uneven, or downstream failure must be isolated while delivery and processing status remain observable.
Evidence: Event meaning and version, producer and consumer owners, identity, correlation, ordering need, deduplication key, retention, acknowledgement, retry, dead-letter, replay, and reconciliation tests.
Use a governed batch when the source only supports export, work follows a period close, large sets move efficiently together, or a controlled file contract is simpler and safer than pretending the exchange is real time.
Evidence: Schedule and cutoff, complete and incremental rules, schema and encoding, manifest and checksum, secure transfer, rerun policy, partial-file rejection, late arrival, correction, retention, and close reconciliation.
Use a separate service when orchestration, canonical mapping, policy, observability, vendor isolation, or reuse would otherwise be duplicated, while avoiding a central layer that becomes an unowned bottleneck.
Evidence: Owned responsibility, canonical model, transformation and routing rules, access boundary, trace path, capacity evidence, compatibility suite, independent release, recovery, cost, and exit path.
Boundary controls
Distributed work can appear successful while records disagree. The connection must expose what was requested, accepted, committed, rejected, delayed, repeated, corrected, and reconciled without leaking sensitive payloads.
Engagement fit
Source basis
OpenAPI Initiative
OpenAPI Specification Version 3.2.0The current published specification defines a language-agnostic description for HTTP APIs so people and software can understand service capabilities and interaction semantics without inspecting implementation code.
RFC Editor
RFC 9110: HTTP SemanticsThe IETF standard defines HTTP request and response semantics and explains why automatic retry depends on whether an operation is idempotent or the client can otherwise determine that repeating it is safe.
Cloud Native Computing Foundation
CloudEvents SpecificationThe CloudEvents project defines a common way to describe event data across services and platforms. Its current site identifies the compatible 1.0.2 specification release and supporting SDKs.
A Systems Audit is the usual starting point. If the opportunity is already clear, we can move directly into a focused build.
Show Us the WorkflowStart with the free automation readiness checklistOBSERVEQUANTIFYDECIDEBUILD
Continue with the work
Stay with the operating question. The technology can wait until the work is clear.
Check whether ledger-specific expertise is needed for the records and integrations involved.
Open path02Place integration inside the wider product, application, web, mobile, design, modernization, quality, and support responsibility map.
Open path03Map the wider operation, records, systems, friction, risks, and keep, connect, replace, or build decision before choosing an integration boundary.
Open path04Use explicit seams, coexistence, comparison, reconciliation, recovery, and evidence-based retirement when integration is part of a broader system change.
Open path05Define roles, records, rules, states, interfaces, release, and recovery when the connected workflow needs an owned application surface.
Open path