HW / FW01
Hardware meets firmware
Electrical behaviour, timing, drivers, and device constraints must agree before the rest of the stack has a stable foundation.
01 Connected systems engineering
Systems succeed when every layer connects.
Arminux leads the path from hardware integration through edge software, connectivity, data infrastructure, and operation.
- 01SENSE
- 02EDGE
- 03CONNECT
- 04PIPELINE
- 05OPERATE
LIVE PATH Physical input → operational insight
02 The integration gap
The hardest failures happen between disciplines.
A sensor can work. A network can work. A database can work. The whole system still fails when nobody owns what happens between them.
EDGE / NET02
Devices meet networks
Intermittent links, protocols, identity, and field conditions turn a working bench prototype into a different engineering problem.
NET / DATA03
Traffic becomes information
Transport is only the beginning. Data needs context, validation, storage, and a shape the operation can actually use.
BUILD / RUN04
Projects become operations
Deployment, security, observability, and maintainability determine whether a system remains dependable after launch.
03 One connected path
Engineering the complete path—not just a layer.
We work directly across integration, software, data, and infrastructure. When the system needs capabilities beyond that bench, we coordinate the specialists and keep the interfaces accountable.
- 01Direct
Hardware integration
Bench validation, interfaces, device behaviour, and the real constraints of the physical system.
- 02Direct
Firmware & edge
Reliable device logic, local control, protocol handling, and decisions close to the source.
- 03Direct
Connectivity
Secure, resilient movement of data across constrained and sometimes unreliable networks.
- 04Direct
Pipelines & storage
Data validation, transformation, databases, and flows designed for operational use.
- 05Direct
Cloud & operations
Linux infrastructure, deployment, observability, and web interfaces that make the system usable.
- 06Coordinated
Specialist delivery
PCB engineering, certification, industrial design, and manufacturing coordinated when the project requires them.
Arminux does not present itself as a manufacturing facility. We own the integration and coordinate custom electronics, certification, industrial design, and manufacturing when required.
04 How we work
One accountable lead. The right expertise around the problem.
Engage us for the full connected system or bring us into an existing team where a critical boundary needs deeper ownership.
- 01
Lead
Define the actual system problem, its constraints, and what success must look like across every layer.
- 02
Assemble
Bring the right expertise around the engagement—including trusted specialists where the work crosses our direct bench.
- 03
Engineer
Implement the integrations, edge software, connectivity, pipelines, infrastructure, and operational surfaces.
- 04
Deliver
Prove the complete path, document the decisions, and leave a system that can be operated and extended.
05 Where it matters
Systems that have to understand the real world.
Our initial focus is where sensing, field conditions, and dependable data matter most. The same connected-system discipline applies wherever physical operations meet software.
AG / 01
Agriculture
Field sensing, equipment integration, environmental context, and data paths designed around uneven connectivity and real operations.
ENV / 02
Environmental monitoring
Reliable collection and movement of measurements from remote or constrained environments into systems people can trust and use.
SYS / ∞
Beyond the field
If your problem crosses devices, networks, infrastructure, and operations, the sector label matters less than the system boundaries.
06 Built for operation
Security and reliability belong across the system.
A connected system is only useful when it remains understandable, maintainable, and appropriately protected in the conditions where it operates.
Secure by architecture
Threats and trust boundaries are considered across devices, networks, services, and data—not added at the end.
Observable in operation
Useful telemetry and failure signals make field behaviour understandable before a small issue becomes an outage.
Built to be maintained
Clear interfaces, documented decisions, and practical deployment paths keep the system workable after handoff.
Resilient at boundaries
Recovery, degraded connectivity, unexpected inputs, and upstream failures are treated as normal engineering conditions.
07 Start with the problem
Bring us the whole problem.
You do not need to know which discipline owns it yet. Tell us what needs to work, where it breaks down, and what success would change.