In development

CorridorOS

A journey-centered interoperability and operations layer for digital trade corridors.

CorridorOS is being developed to connect authorized customs, border, logistics, tracking, document, and payment events into one accountable view of a cargo journey.

The fragmented-system problem

No system holds the complete journey.

Customs administrations, Single Windows, ports, border systems, logistics platforms, tracking services, and payment providers each hold part of the operational record. Their local state can be correct while the corridor view remains incomplete.

CorridorOS is being designed to preserve what each authorized source reported, derive a journey view from that evidence, and expose gaps or stale information instead of presenting certainty the data cannot support.

Central object

The journey connects the evidence.

A journey can reference shipments, consignments, declarations, vehicles, documents, seals, border crossings, and payment obligations while preserving the identifiers owned by source systems. It must also represent vehicle changes, consolidated loads, split consignments, and repeated border crossings.

Authorized sources
Customs + Single Windows
Ports + borders + tracking
Logistics + documents
Payment providers
Interoperability Validate Map Match Acknowledge
Evidence history Journey state Every status links to its source, time, and owner
Operations
Exceptions
Assigned actions
Corridor measures

State model

One journey contains several independent states.

Movement, customs clearance, document readiness, payment status, and operational action can change separately. A payment confirmation never grants customs release, and an arrival event does not prove that the required documents are valid.

MovementPlanned, in transit, arrived, departed, completedTracking or checkpoint evidence
CustomsDeclaration, inspection, releaseRelevant customs administration
DocumentsRequired, received, validated, expiredIssuing or validating agency
PaymentsRequested, pending, confirmed, reversed, reconciledProvider and collecting institution
OperationsEvidence missing, action assigned, resolvedConfigured workflow and authorized operator

Evidence ownership

Show what is known and why.

  • Preserve source references, occurrence time, receipt time, and schema version
  • Authenticate each sender and authorize the event types it can publish
  • Handle duplicate and late events without rewriting history
  • Route unmatched identifiers to review instead of attaching them silently
  • Show evidence coverage and freshness beside each derived status or measure

Proposed modules

Build only what the operation can support.

01 / Interoperability

Connect authorized systems

Adapters, versioned mappings, validation, reference matching, acknowledgements, retries, and failed-message recovery.

02 / Control

Operate the journey

Journey search, state and evidence, dwell measures, exceptions, assigned actions, and recorded resolution.

03 / Pay

Link payment to the journey

Obligations, requests, confirmations, reversals, and reconciliation records with provider and collecting entity kept explicit.

04 / Intelligence

Support defined decisions

ETA, congestion, document, and risk support only when the available history can be evaluated against measured outcomes.

Development sequence

Evidence first. Intelligence last.

CorridorOS is in development. The sequence is intended to prove each operating layer before adding the next.

  1. 0.1
    Journey engine

    Journey API, event ingestion, evidence history, state projections, and a small operations interface using synthetic journeys.

  2. 0.2
    Interoperability gateway

    Simulated endpoints, validation, mappings, matching, acknowledgements, retries, and a conformance lab.

  3. 0.3
    Corridor operations

    Search, dwell measures, exceptions, assigned actions, and an operations dashboard.

  4. 0.4
    Payments

    Journey-linked obligations, provider status, reversals, and reconciliation.

  5. 0.5
    Intelligence

    Evaluated forecasts, document support, and operational explanations where sufficient data exists.

In development

Explicit boundaries

CorridorOS connects systems that retain authority.

  • It is not a customs management system.
  • It is not a Single Window.
  • It is not a payment rail, custodian, or settlement network.
  • It does not assume that every authority exposes an API or uses the same customs platform.
In development

Partnerships

Define one journey and one operating decision.

We are interested in pilot and design conversations with corridor authorities, public institutions, systems integrators, development programs, and consulting primes.