VisionAI and blockchain for the complete container lifecycle.Explore the platform →
Platform
Connected intelligence. Verifiable transactions.
An interoperable coordination and transaction-verification platform for intermodal container transportation, combining a permissioned ledger, AI-assisted decisions and governed integrations.
Technical definition
One architecture, six cooperating layers
The blockchain layer keeps a shared, tamper-evident history of selected business events and agreements. Operational systems run shipment execution, document processing, communications, analytics and live equipment information around it.
Permissioned ledger
A shared, tamper-evident history of selected business events and agreements.
Operational databases
Shipment execution, communications, analytics and live equipment information.
Secure document storage
Complete documents held in access-controlled repositories.
Event-driven integrations
Connections to the systems partners already run.
Identity & authorization
Authenticated participants with scoped, role-based permissions.
AI-assisted decisions
Models that organize data, surface issues and recommend actions.
Anatomy of a transaction record
Each recorded event links a container, chassis, shipment, organization or user to a defined action and its supporting evidence: accepting a transportation order, acknowledging equipment condition, confirming an interchange, submitting proof of delivery or approving an invoice adjustment.
Together, these fields show who submitted a record, what was recorded, and how it relates to the rest of the transportation workflow.
- event_id
- evt_01J9Z4…K2
- business_ref
- BOL-55120 · MSCU1234567
- submitted_by
- Harbor Logistics (carrier)
- timestamp
- 2026-10-14T15:40:12Z
- signature
- ed25519:9f2c…a71d
- document_hash
- sha256:7af3…c918
- linked_events
- evt_…pickup, evt_…interchange
The ledger provides
Integrity of the digital record
Once a record is accepted, it is difficult to alter without detection.
It also requires
Accuracy of the physical event
Verifying a pickup, delivery, inspection or return still depends on trustworthy source systems, authenticated participants and supporting evidence.
Accountable transportation needs both dependable records and dependable ways of creating them.
Artificial intelligence
An operational intelligence layer
Drayage produces structured shipment records, terminal status messages, GPS updates, interchange receipts, photographs, invoices, delivery documents, emails and driver communications. AI helps organize these inputs, find the relationships between them and surface the issues that need attention.
Document intelligence
Extract fields from transportation orders, equipment receipts, inspection reports, invoices and PODs, then compare them with shipment records to find missing references, inconsistent dates, duplicates or mismatched container and chassis IDs.
Arrival & delay prediction
Estimate arrival times and delay risk from location data, historical movement patterns and appointment information, with the uncertainty shown alongside the estimate.
Dispatch optimization
Help dispatchers weigh driver assignments, appointment windows, equipment availability and operating constraints, and reduce unnecessary travel.
Anomaly detection
Flag unusual charges, unexpected equipment activity or conflicting milestones for review. A flag starts an investigation; it does not establish fault or liability.
AI assistants
Help authorized users find shipment information, summarize an exception, prepare a document request or explain why a workflow is still incomplete.
People stay in authority
AI improves the speed and quality of human decisions. Payments, contractual commitments, compliance determinations and disputed charges require defined authority, validation rules and review.
Smart contracts
Controlled workflow automation
Smart contracts run predefined rules inside the ledger. They help govern shared workflow transitions and record the outcome of agreed business conditions.
Transportation agreement
Defines the evidence required before a shipment becomes eligible for invoice review.
Equipment rental
Identifies the events used to calculate a proposed chassis rental period.
Document workflow
Requires submissions from specified parties before a transaction advances.
How an automated step runs
- 01
Authenticated input
From an approved system or participant, with its source attributed.
- 02
Validation
Inputs checked before they can change a shared workflow state.
- 03
Rule executes
The agreed condition is evaluated and its outcome recorded.
- 04
Exception review
Disputed timestamps, unavailable integrations or conflicting evidence go to defined review.
- 05
Linked correction
Corrections are added as new events linked to the original, preserving history.
External inputs, often called oracles, need clear source attribution, validation and failure handling. Smart contracts support the administration of commercial agreements; legal obligations, dispute resolution and the authority to release funds are set by the applicable agreements and operating framework.
Equipment accountability
A shared record of identity, possession and condition
Equipment can pass through several facilities and organizations in a single shipment. Pickup and return locations differ, condition changes, and rental periods depend on provider rules, interchange events and accepted termination records.
Chassis
- Provider and equipment identifiers
- Inspection submissions and photographs
- Interchange receipts
- Out-gate and in-gate events
- Split activity and repair reports
- Proposed rental calculations
Containers
- Seal references
- Pickup and delivery evidence
- Reported damage
- Empty-return instructions
- Return acknowledgments
Linked records help participants reconstruct equipment history and evaluate discrepancies. Responsibility and charge allocation remain subject to the evidence, the applicable terms and authorized review.
Digital documents
Verifiable evidence, connected to the event it supports
Transportation orders, interchange receipts, inspection reports, delivery confirmations and invoices are linked to the shipment or equipment they describe. Complete documents stay in access-controlled storage; the ledger records verification data.
A hash is a file's fingerprint
Change the file and its hash changes. Recording the fingerprint lets anyone check whether a later copy matches the version originally submitted.
A hash shows
- The file is unchanged since it was recorded
- Which version was submitted, and when
It does not show
- · That the contents are true
- · That the signer had authority
- · That the underlying event occurred
Combining integrity checks with authenticated submissions and recorded review decisions builds a stronger evidentiary trail than any of them alone.
Interoperability
Practical, governed integration
A common event model translates incoming information into consistent records while preserving its source, timestamps and business references, so existing platforms can take part in a connected network.
Connects to
Through
Every event keeps three times
Occurred
When the event reportedly happened.
Recorded
When the source system recorded it.
Received
When Drayage Blockchain received it.
Transportation data often arrives late, out of order or corrected. Duplicate detection, retries, reconciliation and conflict handling are built into the design rather than left to chance.
Security, privacy & governance
A permissioned network with clear boundaries
Participation, transaction submission and data access follow defined roles and agreements. Carriers, drivers, brokers, shippers and equipment providers each get access suited to their responsibilities, and joining the network does not entitle anyone to see every transaction.
Security controls
- Authenticated identities
- Scoped permissions
- Encryption
- Protected signing keys
- Access logging
- Credential revocation
- Incident response
Controlled disclosure
Negotiated rates, customer details, personal records and complete shipment documents are shared only with the parties who need them.
Network governance defines
- Who operates ledger infrastructure
- Who approves participants
- How shared rules change
- How conflicts are resolved
- How software upgrades are managed
Distributed technology alone does not make a trustworthy business network. Trust also depends on accountable participants, enforceable rules and transparent operating procedures.
Financial coordination
Every charge traceable to the work behind it
One container move can create obligations for transportation, equipment, terminal services, tolls, permits, storage and accessorials. Linking each charge to its operational evidence helps organizations check that a billed service matches an authorized activity.
- Shipment
- Agreed rate
- Triggering event
- Supporting document
- Recorded approval
- Charge
Where supported, digital balances or service credits can be used to purchase eligible platform services under defined terms. Freight payments, provider settlements and refunds require suitable payment infrastructure, accounting treatment and controls.
The future of AI-connected drayage
A live model of every shipment
A container's location is only part of its operational state. The goal is a continuously updated representation of everything that decides whether it can move next.
Shipment state
- Release status
- Assigned carrier
- Equipment availability
- Appointment requirements
- Document readiness
- Delivery progress
- Remaining obligations
Potential applications
- Spot a likely appointment conflict before dispatch
- Detect missing documentation before delivery
- Evaluate suitable empty-container reuse opportunities
- Highlight equipment records that may cause billing discrepancies
Measured by outcomes
- Fewer avoidable trips
- Faster exception resolution
- More complete documentation
- More efficient reconciliation
These capabilities grow through verified integrations, measurable performance and operational feedback.
AI interprets. Blockchain preserves. Connected systems supply the evidence.
Together they support a network where organizations coordinate more effectively, drivers get clearer instructions, equipment records are easier to verify, and transactions are backed by accessible evidence.