Vertical depth
The same team designs both the register-level timing and the database schema. Nothing is lost in translation between layers.
Industrial software and embedded systems
We develop reliable software that brings devices, data and people together.
Get in touchReferences
Capabilities
We work on software that demands depth, is expected to last, and has to be verifiable.
Device software running under constrained memory, limited power and real-time deadlines.
02A chain of trust in which a field device can prove its identity and runs only verified software.
03Services that collect, validate and make sense of data arriving from thousands of devices.
End to end
An industrial product only works when all four layers are built correctly. Instead of splitting these layers across separate teams, we take them on as a whole — which removes the time and accountability lost at the seams.
Embedded software on the microcontroller, the measurement chain, low-power management and secure boot.
Data transport over standard protocols: DLMS/COSEM, M-Bus, optical port, cellular connectivity.
Services that collect, validate and store the data; authorisation and audit trail.
The dashboards operators use, reports, the command centre and tools for field teams.
How we work
In industrial projects the most expensive mistake is the one found late. We structure the work so that risk surfaces first.
Mapping the existing hardware, protocol and regulatory constraints; defining measurable acceptance criteria.
Writing down layer boundaries, the data model and security boundaries. Early prototypes for risky assumptions.
Small, demonstrable increments. Every increment is delivered running on real hardware.
Automated tests, end-to-end validation on silicon and scenarios that mimic field conditions.
Pilot installation, production provisioning, operator training and staged deployment.
Security patching, release management and backward compatibility for products expected to last.
Why Sedes
When a business application fails, the page reloads. When a measurement device in the field fails, bills go out wrong, certification slips and a crew gets in a van. We work with that difference in mind.
The same team designs both the register-level timing and the database schema. Nothing is lost in translation between layers.
Device identity, signed updates and key management are placed at the start of the architecture; private keys are never held in microcontroller memory.
Measurement and communication standards are a precondition for certification. Protocol conformance rests on documentation, not assumption.
A device in the field runs for a decade. Code, documentation and build systems are set up for that lifetime, so the work can be handed over.
Let’s work together
If you have a piece of hardware, a regulatory requirement or an integration that will not work, a short technical conversation usually clarifies the path.