Maersk and IBM to Discontinue TradeLens – Ending the Blockchain-Enabled Global Trade Platform

Begin with a 60-day data-mapping sprint that inventories data flows among participants and identifies critical records the market must retain as tradelens winds down. Establish a governance nucleus with representation from key organizations to ensure authorities and carriers stay aligned, and commit to an automated handover of shipment events to a successor platform so participants kan share data without gaps.

Catalog current offerings and determine which data models, schemas, and APIs must endure within the industry-wide network. Those within the network will gain from a standard, vendor-agnostic interface that enables automated share of core gegevens, such as bill of lading events, vessel schedules, and customs statuses, while keeping sensitive details under governance. This creates a great baseline for future interoperability.

Engage technology partners like gopinath and organizations across the ecosystem, and invite perspectives from orakel en cargox to propose durable offerings that can scale beyond tradelens. The goal is to keep a transparent data layer that supports ship status updates while reducing duplicate checks across organizations en authorities.

As part of the wind-down, we recommend a two-track plan: (1) preserve access to historical gegevens voor organizations and regulators for 12-18 months; (2) transition active shipments to a next-generation platform with open APIs, so participants kan share data without friction. This approach makes the process quite predictable for those within supply chains and preserves gegevens integrity.

For those seeking a practical foothold, establish a phased rollout with milestones: publish a cross-border data dictionary, deploy automated event streams, and align on identity and credentials managed by authorities. Those who wish to participate should adopt open standards that enable share of data across ship lanes and organizations to verify outcomes. The plan should describe success criteria, risk controls, and measurable outcomes that organizations and authorities can verify.

TradeLens Discontinuation: Shifting Toward Paperless Trade

Begin with a pilot across 12 port sites spanning 4 regions to prove a paperless workflow.

During the pilot, 3,000,000 records are created and reconciled automatically by a shared digital platform.

Set up a single, common document hub that accepts input from shippers, carriers, port authorities, and depot operators.

Adopt standard formats such as JSON or XML, with electronic approvals, to speed onboarding and reduce handovers.

Establish auditable trails, timestamped entries, and role-based access to ensure governance over data flows.

Roll out a phased plan: phase one covers 12 port sites; phase two extends to 6 more locations; measure cycle-time savings and accuracy improvements to inform next steps.

Outcomes become visible to all participants, with quicker decision cycles, lower rework risk, and a stronger baseline for interoperable exchanges.

Recommendation: Organizations should align with data standards and open interfaces to sustain progress post-discontinuation.

Immediate next steps for shippers and logistics providers

Audit data now and launch a beta with a blockchain-based pilot to test end-to-end workflows.

Identify the actors and map their roles across the network: shippers, members, forwarding partners, carriers, customs, brokers, and platform users. Clarify what each party provides and what they expect from the initiative.

Define the documentation flow, including which data points move at each event, where the records reside, and who can access them. Link documents to shipment location updates and to forwarding instructions.

Create a lightweight data-sharing plan that reduces friction and preserves privacy. Set SLAs for data exchange between stakeholders and avoid duplicative entries between them.

Integrate a trusted oracle or data source to verify key events (pickup, arrival, release, customs statuses). This improves liquidity and lowers disputes among them.

Launch a beta with some users to measure reliability, latency, and interoperability of the system. Track potential issues early and adjust accordingly.

Design a minimal API and event-stream schema that supports blockchain-based, whole end-to-end tracking. Focus on real-time notifications for forwarding steps and container status, and ensure the option to extend to other services and locations.

Coordinate a documentation package that each actor can access, including onboarding guides, data dictionaries, and compliant policies. This reduces friction and accelerates adoption.

Establish a simple governance model with clearly defined roles for members and a contact point for escalation. Align with existing services and the new initiative to speed adoption.

Data migration, API access, and system interoperability post-TradeLens

Recommendation: implement a phased data migration with robust mapping and an API-first strategy to ensure easy interaction across countries and customs, creating a harmonized bridge from TradeLens to new platforms. lets teams align on data ownership, fields to migrate, and how to validate results before go-live.

• Data migration plan
  • Inventory and map data domains: data, across countries and customs, and sensor feeds; creating a harmonized data dictionary and data lineage to support a clean trail from origin to destination.
  • Quality and cleansing: deduplicate, normalize identifiers, and harmonize shipment records; establish data quality gates every week during the migration window.
  • Migration steps and rollback: run a sandbox pilot, then a phased cutover across regions; keep both legacy and target systems in sync until verification; as hershko notes in a trail, early visibility into mismatches helps a smooth transition.
• API access and governance
  • Publish API specs (OpenAPI), provide a sandbox, and implement OAuth2 with scoped access; create simple, well-documented endpoints for trade, payment, and events.
  • Versioning, rate limits, and SLAs: ensure ongoing reliability for both platforms; provide API keys with revocation and audit trails; encourage interaction through event streams or REST endpoints; support easy integration for users and developers alike.
  • Developer experience: supply sample code and test data; offer onboarding for new users and customs authorities to join quickly.
• Interoperabiliteit en standaarden
  • Adopt common data models and semantics to enable cross-border exchange; align with customs data, risk scoring, and shipment status updates; require descriptive metadata to support analytics across the world.
  • Cross-platform integration: ensure easy syncing of databases, ERP, TMS, and WMS through shared interfaces; support both on-prem and cloud deployments; enable sensors and IoT data to flow into the platform.
  • Governance and compliance: maintain audit logs, data retention policies, and privacy controls; create shared taxonomies to promote consistency as users from multiple countries join.
• Security, privacy, and risk management
  • When issues arise, implement encryption at rest and in transit; enforce least-privilege access controls and regular pen tests; monitor anomalies across trade events and payment flows. Always prioritize security to prevent data leakage and ensure trust among consumers and businesses.
• Roadmap, metrics, and adoption
  • Define a year-long goal with milestones and success metrics: time-to-trade-event, data completeness, API adoption rate, and error rate; track both the number of dealing parties and the depth of their interaction.
  • Promote adoption by hosting workshops, offering incentives for early adopters, and sharing dashboards that show consumers and businesses the benefits of integrated data.

Standards and tech choices for moving to paperless trade (eDocs, digital signatures, and API-driven data exchange)

Adopt a standards-based stack: implement eDocs, digital signaturesen API-driven data exchange now, and run a sandbox pilot with core partners to validate the proces. Move quickly to test with those partners and measure the result across the whole transportation and shipping network.

Choose a global standards set that enables interoperability across shipping, logistics services, and customs. Rely on UN/CEFACT for documentation formats, ISO 20022 for messaging, and ebXML/open formats for data exchange. Align with an open consortium to keep formats open en relevant for numerous organizations en partners zo they can work samen without friction.

Define the required documentatie fields early: shipper, consignee, port of loading and discharge, container number, seal, itemized line items, kosten and rates, and transport milestones. Use a consistent, machine-readable schema such as Cross-Industry Invoice or UBL 2.1 so the whole proces kan automate over global trade–from verzending to customs clearance–without relying on paper.

Security and trust come next: implement digital signatures with PKI to ensure non-repudiation, apply encryption in transit and at rest, and maintain auditable logs in a central registry. Store validation artifacts in orakel cloud or a comparable vault, with strict RBAC and policy controls so only partners en organizations touching critical documentatie can access them.

API-driven data exchange should use RESTful APIs with clear OpenAPI specs, versioning, and contract testing in a dedicated sandbox. Expose events and data via API gateways, support webhooks for real-time updates, and enable data exchange across partners, servicesen verzending organizations.

Leverage sensor-enabled events to enrich documents: container temperature, door status, GPS position, and shipment milestones. Use these signals to automate exception handling and risk management, improving visibility for businesses en partners while reducing friction for dat in de global network.

Governance and data quality are essential: assign ownership of each data element, implement data-quality rules, and ensure full traceability from source to downstream systems. Build an open consortium met relevant partners so that businesses can stay abreast of changes, and keep the goal of universal data standards samen.

Migration should be long but pragmatic: start with a phased rollout for dat core organizations, then expand to numerous partners over time. Track kosten versus benefits, publish the documentatie of each sandbox sprint, and continuously adjust to deliver tangible benefits as they verplaatsen into paperless operations. The venture aims to automate global transport workflows and reduce friction over open ecosystems.

Regulatory and compliance considerations for cross-border paperless processes

Adopt a cross-border paperless framework now; to digitise key document flows end-to-end and to establish a robust data governance policy that aligns with regional data-transfer rules and e-signature standards, ensuring every document is verifiable and auditable. Define a core, machine-readable document set (invoices, packing lists, certificates of origin, and bills of lading) to simplify how parties interact between customs, banks, and carriers.

Embed privacy-by-design and cross-border data controls to comply with GDPR-like regimes and data-transfer restrictions. Map data categories, set retention annually for audit logs, and implement automated access controls and regular second-party assessments of vendor risk. Use an industry-wide sandbox to test end-to-end flows with regulators, which helps identify friction points without disrupting live shipments and accelerates certification of compliant practices. Target three key corridors first, before expanding to other routes within the year.

lars, head of compliance, should lead an end-to-end regulatory initiative that is multifunctional and can be shared with other partners. Build a single data layer that sits between customs, banks, freight forwarders, and terminal operators to ensure data integrity is guaranteed and real-time status. Industry teams helped define the core standard and identified special cases, ensuring momentum across the initiative and creating opportunities for business partners to digitise operations.

Maintain audit trails across systems by not discontinuing logs, and implement immutable, timestamped records retained for three years or longer where required. In some regimes, this requirement extends to a year. Guarantee that access to documents during investigations is fast, using role-based access controls and event-triggered alerts. Align retention policies with annually updated regulatory guidance, and require all partners to mirror these standards to reduce compliance risk across the value chain.

Cost, risk, and ROI assessment of transitioning to paperless trade

Begin with a 90-day pilot for one location and one partnership to quantify cost, risk, and ROI before scaling. Implement automated document creation, e-signatures, and electronic bills of lading for the core trade lane; track processing costs, cycle time, and error rates to show tangible gains. This approach already helps businesses validate the business case without overcommitting capital.

Cost considerations cover upfront investment and ongoing operating expenses. Upfront, expect licensing for a cloud-based document management and e-signature platform in the range of $40k-$60k, plus integration with ERP/transport systems at $15k-$25k, and hardware or scanning setup around $5k-$10k. Change-management and training add another $5k-$10k. In total, first-year costs typically sit in the $70k-$110k band, with annual recurring licenses of $15k-$25k thereafter.

Risk profile centers on data security, supplier readiness, and process disruption during cutover. Protect data with multi‑layer encryption, role-based access, and secure backups; run a parallel process for 4–8 weeks to minimize impact on shipments. Interoperability with legacy systems remains a concern for some players; plan a phased transition so that rotem and other partners can join without bottlenecks. Build a governance cadence to monitor exceptions and performance against targets.

ROI and value realization. In a conservative scenario for a mid-size location, annual benefits total around $100k-$120k (labor efficiency $60k, paper/courier savings $20k, error reduction $10k, faster cash flow and sales cycle improvement $10k-$20k). After ongoing costs ($15k-$25k per year) the net annual benefit is roughly $70k-$95k. With upfront costs near $70k-$110k, the payback ranges from 9-14 months and an annual ROI of roughly 65%–100% in year one. In an ambitious deployment, those figures improve by 20–30 percentage points.

To accelerate gains, standardize data formats, consolidate on a single platform for the share of digital transactions, automate exception handling, and train teams quickly. Focus on opportunities to automate invoices, shipping notices, and proof of delivery to increase sales velocity and the growth of digital processes across businesses. Leverage the momentum of a broad partnership network to shorten time-to-value and reduce risk. The ability to join a broader venture with other players helps manage competition and scale faster, letting you realize gains sooner and make the most of this transition. This growing focus supports location strategies and reinforces the case that the path to paperless trade is practical for today’s businesses.