System software / Devices

System software and hardware integration

We build the software layer between applications and the physical world: devices, local networks, controllers, vendor SDKs and protocols that need reliable integration.

What we can build

Where system software is needed

The first layer is intentionally jargon-free. Below are concrete examples of tasks you can bring to us.

01

Device communication

Local network, serial interfaces, vendor SDKs and documented device protocols.

02

Gateway components

A service or application can translate hardware-specific behavior into a stable API for the rest of the product.

03

Diagnostic tools

Utilities and interfaces for configuration, monitoring, troubleshooting and field support.

04

Existing low-level code

We can extend or isolate legacy components instead of spreading their constraints across the whole system.

How we start

You describe the task. We turn it into a technical system.

You do not need to choose a framework, protocol or architecture pattern in advance. First we define the useful outcome, existing constraints and what must not break.

01Context

Who uses it, what already exists and what outcome is needed.

02Scope

What belongs in the first stage and what needs to be integrated.

03Estimate

Timeline and effort after analysis — not a fictional price per screen.

For technical teams

Architecture and operational details

If you only need the outcome, you can skip this section. If you own the technical side, this is how we approach complexity inside the system.

C/C++ProtocolsLANDevicesSDKAdaptersDiagnostics
01Engineering around unstable boundaries

Protocol adapter

Hardware-specific behavior stays behind a clear interface so application logic remains understandable.

Connection state

Timeouts, reconnect, retries and stale state are treated explicitly rather than as rare exceptions.

Diagnostics

Logs, protocol traces and state information make field failures diagnosable.

Low-level optimization

We optimize measured bottlenecks where the SDK, protocol or performance requirement truly justifies it.

02Connected to the application layer

Mobile

An app can control the device locally or through a server-mediated path.

Windows

Desktop software or a service can act as an operator station, gateway or diagnostic tool.

Backend

Server components can manage remote access, events, permissions and shared state.

Integration layer

The rest of the product works with a normalized contract rather than raw device protocol details.

Process

Clear stages and verifiable results

A substantial software project should not become a black box for several months.

  1. 01

    Discovery

    Task, users, constraints and existing systems.

  2. 02

    System outline

    Components, data, integrations and critical risks.

  3. 03

    Implementation

    Iterations with intermediate results and validation of key scenarios.

  4. 04

    Release

    Launch, diagnostics, updates and further development.

Project estimate

What affects the cost of system integration

The decisive factors are documentation quality, SDK maturity, protocol complexity, access to test hardware and the reliability required when the connection is imperfect.

Documentation, SDK and test hardware
Protocol and connection method
Real-time and recovery requirements
Number of platforms around the device
Why we do not publish a fake fixed price

For non-standard software, an exact price before requirements usually means either a large safety margin or extra charges later. We define the system and risks first, then estimate the work that is actually needed.

Before we start

Practical questions, answered briefly

No marketing promises — only what can be established before a project begins.

Can you integrate software with a custom device protocol?+

Yes, when the protocol is documented or can be investigated lawfully and reproducibly. We normally isolate it behind an adapter so protocol complexity does not spread through the product.

Do you handle unstable local networks?+

Yes. The design must cover timeouts, reconnect, state freshness and diagnostics, not just successful message exchange.

When is C/C++ appropriate?+

When required by an SDK, system API, performance constraint, existing codebase or low-level protocol. We do not introduce low-level complexity without a technical reason.

Discuss a project

One paragraph is enough to start.

Describe what needs to work, what already exists and what result you need.