Logistics software development that holds at peak.

Warehouse, transport and visibility systems built with the engineering discipline we apply to safety-critical traffic systems for Siemens Mobility and Yunex Traffic.

Trusted on systems that cannot fail

SiemensYunex TrafficAutobahn
Finastra
InfraSignal
Abidat
PTV Group
Körber
Westfalia
FrontFundr
GFA Group
Seneca ESG
Cygon
Dasan
Aimsun
eGo Digital
Maoneng
OnOffice
Reinstil
200+
Engineers
Hanoi / Aachen / Tokyo
93%
Client retention
Long-term partnerships
500+
Projects
Since 2014
12+
Years
With Siemens Mobility
The problem

Common challenges from logistics and supply chain teams.

Supply chain software fails at the seams. Each system is defensible on its own; the cost sits in the handovers between warehouse, carrier, customs and customer.

See our solution in action
  • A warehouse worker in a hi-vis vest checking a laptop at the dock door while trucks wait outside

    Visibility ends at the dock door

    Status is accurate inside the warehouse and approximate everywhere else on the journey.

  • Engineers at a whiteboard mapping a vendor release and its customisations to a tailored WMS and TMS

    Customisation blocks every upgrade

    Years of WMS and TMS modifications turn each vendor release into a project of its own.

  • A team reviewing a partner integration diagram that wires carriers to a platform one connection at a time

    Every partner is a one-off integration

    EDI and carrier APIs are wired case by case, so onboarding a new partner takes months instead of days.

Our capabilities

We engineer every layer of the grid software stack.

From field devices and substation protocols to the forecasting models the control room depends on.

WMS & TMS extension

Warehouse and transport platforms extended without blocking vendor upgrades.

Real-time track & trace

Event-driven shipment visibility across carriers, sites and borders.

Route & load optimization

Planning and optimization engines tuned to real network constraints.

EDI & partner API integration

Repeatable partner onboarding instead of one-off point-to-point wiring.

Warehouse automation interfaces

Software for AMRs, conveyors and sortation equipment on the floor.

Demand & inventory forecasting

Forecasting models on governed, reproducible data foundations.

Built to standard

The standards safety demands, met by default.

Five layers turn AI speed into governed, predictable delivery. The model is a commodity you can buy anywhere. The value is in the four layers we engineer above it.

IEC 61850

Substation interfaces to standard

IEC 62443

OT security levels built in

ISO 27001:2022

Certified

ISO 9001:2015

Certified

ISO 27001:2022 and ISO 9001:2015 are certifications we hold. IEC 61850 and IEC 62443 are standards we engineer and test against on your behalf.

The standard
behind our
mobility work

No logistics product yet: 12 years of safety-critical delivery discipline at Siemens Mobility.

A logistics control dashboard on a laptop in a warehouse, with order, cart, parcel, truck, ship and delivery icons linking the supply chain to an airport and a container port
Case study

The standard behind our mobility work, applied to grid systems.

We have not published a grid program yet. What we can show is the discipline it would run on: twelve years of safety-critical delivery for Siemens Mobility, with traceable requirements, spec-derived tests and governed interfaces on every release.

Placeholder, client reference pending

Add the client name, three outcome metrics and an approved quote once the reference is cleared.

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Testimonials

What clients say.

Certified, accredited and independently reviewed

Clutch Top App Modernization Service company, Vietnam 2026Clutch Top Cloud Consulting Company, Vietnam 2026Clutch Top Machine Learning Company, Vietnam 2026
  • Built to SOC 2 Type II criteria
  • GDPR-compliant processing, DPA available
  • NDA and IP assignment as standard
FAQ

Frequently asked questions.

Something not covered here? Ask an engineer directly, no SDRs, no funnel.

Will you tell us to throw it away?

Only if that is the honest answer, and we will show the reasoning. Most codebases we see are worth stabilizing. A rewrite restarts the risk clock.

How fast do we get an answer?

The audit takes one to two weeks and ends with a written risk register and a sequenced plan you can act on with or without us.

Can you work on a live product?

Yes. Stabilization happens behind tests and feature flags, with the product running.

Do you keep using AI on the rescue?

Yes, inside the harness: specs first, tests derived from them, human gates on every merge. The tooling is not the problem. Ungoverned use of it is.

What do we get if we stop after stabilization?

A product that stops breaking, a test suite that tells you when it does, CI running on every change, and documentation your team can work from.

Contact

Let's Work Together

German engineering discipline meets agentic delivery. Send a short note and we'll reply within one business day, straight to an engineer, no SDRs, no funnel.