Skip to main content
Magnus MageMagnus Mage
ServicesXyress ProductIndustriesWorkAboutCareersBook a call
Logistics & Supply Chain

AI & blockchain for logistics & supply chain

We engineer real-time visibility across the supply chain — track-and-trace, provenance, IoT and AI, tokenized documents and cross-border flows — where data spans many parties and has to stay accurate at scale.

For carriers and 3PLs modernizing operations, supply-chain startups launching new platforms, and logistics teams extending internal engineering capability.

What we engineer here
Track & trace
End-to-end visibility
Provenance
Shared ledger
IoT + AI
Sensor & forecasting
Tokenized BoL
Digital documents
The sector, in engineering terms

Supply chains are distributed systems made of companies

Logistics software is hard because the data doesn’t belong to one party. A shipment’s truth is spread across shippers, carriers, ports, customs and 3PLs — each with their own systems, formats and incentives. Building real-time visibility means reconciling all of that into one trustworthy view, which is why shared ledgers, provenance and event-driven architecture matter so much here.

The data is messy and high-volume. It streams from IoT sensors, EDI feeds, scans and telematics — late, duplicated, sometimes wrong. Platforms have to ingest it at scale, clean and correlate it, and turn it into accurate ETAs, exceptions and forecasts. That’s a real-time data-engineering and AI problem before it’s an app.

And logistics is cross-border by nature. Customs documentation, trade compliance, and bills-of-lading carry legal weight and vary by jurisdiction. Getting document flows, provenance and tokenized instruments right — while integrating with carrier, WMS and ERP systems already in place — is where the engineering risk concentrates.

What we build

Systems we ship for logistics & supply chain

Track-and-trace & provenance

Shared, tamper-evident ledgers that give every party one accurate view of where goods are and where they’ve been.

Real-time visibility platforms

Event-driven platforms that turn scattered shipment data into live status, ETAs and exception alerts.

IoT + AI ingestion

Pipelines that ingest sensor, EDI and telematics data at scale and correlate it into clean, usable signals.

Tokenized bills-of-lading

Digital, transferable trade documents and instruments backed by smart contracts.

Cross-border document flows

Customs and trade-compliance document workflows built for multiple jurisdictions.

Fleet & warehouse platforms

TMS/WMS-class platforms and AI forecasting for demand, capacity and routing.

For carriers and 3PLs modernizing operations, supply-chain startups launching new platforms, and logistics teams extending internal engineering capability.

Outcomes we deliver

What working with us changes

Lower execution risk

Provenance, reconciliation and integration designed in, so multi-party rollouts don’t stall on data disputes.

Faster time to launch

Proven visibility, ingestion and provenance patterns mean you’re integrating, not inventing, the plumbing.

Long-term ownership

Documented, tested platforms your own team can operate at scale — you own all code and IP.

One accountable partner

A single team from architecture through operations, accountable across the whole platform.

Selected work in this sector

Supply-chain & provenance builds

Engagement models

How logistics teams work with us

Discovery & architecture sprint

Common first step — map the parties, data sources and integration surface before building.

Proof of concept

Prove a provenance model or visibility pipeline with real partner data before scaling.

Full product build

Typical for startups launching a new supply-chain platform end to end.

Dedicated engineering team

Extend an in-house team with data, IoT and blockchain specialists under your direction.

Architecture audit

Common for carriers and 3PLs — an independent review before a modernization program.

Rescue & modernization

Take over a stalled build or modernize legacy TMS/WMS systems incrementally.

Long-term support

Operate, monitor and harden production visibility platforms under SLA after launch.

FAQ

Logistics & supply-chain questions

Yes. We build against carrier APIs, EDI feeds, telematics and ERP/WMS systems, and we design event-driven integration so a new platform reconciles data from many parties into one accurate view without ripping out what you already run.

We build ingestion pipelines that take high-volume sensor, scan and telematics data, clean and correlate it, and turn it into live status, ETAs and exception alerts — with the infrastructure and observability to keep it reliable at scale.

Yes. We build document and provenance workflows for cross-border trade — including customs documentation and tokenized bills-of-lading — designed to handle multiple jurisdictions and the legal weight these instruments carry.

It depends on scope and how many parties are involved, but most engagements start with a discovery and architecture sprint, prove the risky pieces with a proof of concept, then build in tested increments. We give you a concrete, phased plan after scoping.

You do. Every engagement delivers documented, tested code and full IP ownership to your organization, with knowledge transfer so your own engineers can operate and extend the platform.

Yes. We embed dedicated engineers with data, IoT and blockchain expertise into your team, working under your direction and process.

Talk to our team about your logistics build.

Tell us what you’re building. We’ll come back within 2–3 business days with a scoping call — no sales runaround, straight to our team.

From-scratch builds, existing-project pickup, or advisory
You own all code and IP
2–3 business day response
Thanks — we’ll be in touch within 2–3 business days.
XXyress ↗