Software engineering for European logistics, built for operational reality.
Dedicated engineering teams for TMS, WMS, freight platforms, last-mile and supply-chain visibility. Real-time-aware, integration-heavy, with one European contract and one accountable delivery lead.
Engineering capacity that survives contact with operations.
Logistics software lives or dies on integration breadth and operational resilience. Carrier APIs, EDI, customs, sensors, warehouse hardware, every release touches a system someone is using in a truck or a distribution centre right now. Our teams are scoped for that.
Carrier APIs, EDI flows, customs interfaces, WMS hardware, telematics. Integration is the default expectation, not a phase-two surprise.
Tracking, ETAs, exception management, last-mile dispatch, built with event-driven patterns and the resilience to handle real network conditions.
Zero-downtime deployments, blue-green or canary patterns, rollback by default. Releases that do not stop a warehouse mid-shift.
Signed with our European entity, under European law, GDPR-aligned for driver and consignee data, with named DPO contacts.
When dedicated logistics engineering is the right call.
Multi-tenant platforms with deep integration surface and operational uptime requirements measured against shift cycles.
Real-time tracking, dispatch optimization, exception management, where engineering quality is felt by drivers and operators every day.
Replacing legacy TMS/WMS or splitting a monolith while the operation runs 24/7, with zero tolerance for downtime.
From first conversation to first sprint in four to eight weeks.
- 01Scope and shape
We work with your engineering, product and compliance leadership to define roadmap, seniority mix, stack and the regulatory perimeter the team will operate inside.
- 02Named team proposal
You receive a proposal with named engineers, sector references and a delivery lead. Every role is interviewed by your team before joining.
- 03Onboarding inside your perimeter
Engineers integrate into your tooling, security perimeter, audit logging and rituals. First sprint typically runs within four to eight weeks of signed engagement.
- 04Continuous operation
Monthly written reviews with the delivery lead, transparent reporting, named escalation path for incidents and regulatory questions.
Why logistics leaders pick this model.
No operational context, integration surface treated as out of scope, releases that do not survive a real shift.
Real-time, but expensive and rarely available with deep TMS/WMS or carrier-integration experience.
Named engineers, operational fluency, European contract. Integration depth and release discipline as a default.
About logistics software development with Luminedge.
Do your engineers have experience with TMS, WMS or carrier integrations?
Yes. Roles are scoped against your stack and integration surface, carrier APIs, EDI, customs, WMS hardware, telematics, and every named engineer is interviewed by your team before joining.
How do you handle 24/7 operational uptime?
Zero-downtime deployment patterns, blue-green or canary releases, rollback as a default and named on-call ownership are scoped into the engagement. Releases do not stop a warehouse mid-shift.
How do you handle driver, consignee and operator personal data?
Driver, consignee and operator data is scoped under GDPR with named DPO contacts. Data residency, retention and processor obligations are defined in the engagement contract.
How fast can a logistics engineering team be operational?
Typical lead time from signed engagement to the first sprint is four to eight weeks, including integration discovery and operational onboarding.
A long-running, named engineering unit accountable for delivery across your roadmap.
Time-zone-aligned delivery from Kigali, under European governance.
End-to-end product builds and modernization under European governance.
Explore a dedicated logistics engineering team.
A thirty-minute introduction to scope the roadmap, the integration surface and how the engagement would be governed.