Your stack,
working as one.
Stable builds the integration layer between your TMS, ERP, broker portals, and carrier APIs: event-driven, observable, and built to handle the edge cases your current batch jobs miss.
Connected systems
Live event feed
Delivery metrics
Six integration capabilities,
deployed in your stack.
Each capability ships as a production system: observable, documented, and tested against real data. Not a prototype. Not a pilot.
EDI Integration
We build and maintain EDI integrations for the carriers, brokers, and 3PLs in your network. Inbound parsing, outbound generation, acknowledgment tracking, and error handling, with a monitoring layer that surfaces failures before your ops team finds out the hard way.
API Connectors
We build production-grade connectors for the systems in your stack: CargoWise, NetSuite, SAP, Project44, FedEx, UPS, MAERSK, and custom internal APIs. Event subscriptions, webhooks, polling where webhooks aren't available, and retry logic that handles the inevitable failures.
Event Streaming
We design event-driven architectures that decouple your systems, so a shipment status update in CargoWise automatically flows to ACE, your ERP, your customer portal, and your alerting system without custom point-to-point integrations.
Dead Letter Handling
Every message queue has a dead letter queue, alerting on failures, and a replay mechanism. When an integration fails (and they all fail eventually), we surface the error, preserve the event, and give you a path to reprocess without data loss.
Observability
We instrument every integration with structured logs, metrics, and alerting. Delivery rates, latency distributions, error rates by connector, visible in a dashboard your ops team can use, not buried in CloudWatch.
Infrastructure as Code
Every integration is defined in code, deployed with Terraform, and version-controlled. Disaster recovery means spinning up a new environment in under an hour. Not a week of reverse-engineering what some contractor set up in 2019.
From patchwork integrations
to a single event layer.
Every engagement starts with mapping what you have. Not assuming what you should have. We design the architecture before we write the first line of connector code.
Document every integration before touching anything.
We spend two weeks mapping your current integration landscape: what talks to what, how (EDI / API / SFTP / email), how often, and what breaks when it fails. We find the undocumented dependencies and the integrations that nobody owns.
Event-driven architecture designed before the first connector ships.
We design the event topology (which systems are sources, which are consumers, how events are structured, how retries and dead letters are handled) before we start building. The design phase prevents the point-to-point integration sprawl that created your current problem.
Connectors ship in priority order, production from week four.
We start with the highest-value integrations and ship them in production with full monitoring. Each connector is observable, tested against real data, and documented before the next one starts.
Your team inherits an observable, documented integration layer.
Architecture docs, runbooks for every integration, monitoring dashboards, and alerting thresholds configured. We stay on-call for 30 days and run a knowledge transfer session before handover. Every integration is defined in code. No black boxes.
Integration infrastructure
with numbers to show for it.
Metrics are measured in the first quarter after deployment. Not projections. Anonymized where requested.
Built a production EDI integration layer for a high-volume customs broker.
A US customs broker was processing EDI 315 and 856 messages via email forwarding to a shared inbox that ops staff manually keyed into CargoWise. We built a full EDI parsing and routing layer that handles 10,000+ messages per day, automatically routes to the right entries, and surfaces parse failures in a review queue, eliminating a 40-hour-per-week manual process.
Real-time carrier visibility across 12 carriers with a single event stream.
A freight forwarder was giving clients status updates from email scraping and manual carrier portal checks, often 12–24 hours late. We built a unified carrier visibility layer connecting 12 carrier APIs into a single event stream, with sub-minute status propagation and a customer-facing portal that shows live shipment status.
Event-driven ACE-to-ERP integration eliminating nightly batch reconciliation.
A Fortune 500 importer was running nightly batch jobs to reconcile ACE entry data with SAP, meaning the ERP was always 24 hours behind the compliance system. We replaced the batch process with an event-driven integration that propagates ACE entry status changes to SAP in real time, with full audit trail and dead-letter handling.