Devices & signals
Sensors, controllers, PLCs, and plant-floor interfaces
We begin with the real equipment, signals, timing, environmental constraints, and existing control boundaries.
Capabilities
The full stack, kept connected
We work across all five layers of the product stack — not just one slice. Same engineers, same accountability, from device signals to operator dashboards.
Firmware & RTOS
Deterministic device behavior and hardware integration
Bare-metal and RTOS development, drivers, hardware abstraction, board support, and embedded application logic.
Edge & connectivity
Gateways, protocols, middleware, and Linux services
Industrial protocol integration and edge software across Modbus, OPC UA, MQTT, CAN, Linux, Yocto, and Buildroot environments.
Applications & data
Operator interfaces, monitoring, reporting, and workflows
C#/.NET, ASP.NET, desktop, and web applications for industrial monitoring, configuration, data, and operational workflows.
AI & decision support
Scoped intelligence where it improves an engineering decision
Edge inference, anomaly detection, prediction, analytics, and LLM-assisted workflows applied to justified industrial use cases.
Technology matrix
Languages, platforms, methods
What we write code in, what we run it on, and how we work.
Languages
CC++PythonC#JavaScriptTypeScriptBash
Platforms
LinuxWindowsFreeRTOSITRONBare metalYoctoBuildroot
Applications & data
ASP.NET CoreBlazorDesktop appsWeb interfacesSQL databases
Engineering methods
GitArchitecture reviewsCI/CDIntegration testingValidation planning
Capability detail
Platforms and protocols are only useful inside a clear engineering boundary
This detail describes the work we can scope and evidence. It is not a certification list or a claim that every technology belongs in every system.
Device and firmware engineering
Capabilities are selected from the target hardware, timing needs, lifecycle constraints, and evidence required for acceptance.
MCU and SoC application development
Hardware-aware C and C++ development for device behavior, peripherals, communications, and local control.
Bare-metal and RTOS architectures
Task, service, timing, and ownership boundaries using bare-metal designs, FreeRTOS, or ITRON where appropriate.
Board support and hardware abstraction
Board bring-up, drivers, hardware abstraction, and application-facing interfaces shaped around the actual board.
Diagnostic behavior
Logging, fault visibility, communication evidence, and recovery paths designed into the device software.
Industrial connectivity
Protocol support is treated as an end-to-end data contract, including mapping, timing, failure behavior, and operational ownership.
Modbus RTU and TCP
Device integration, register mapping, polling behavior, bridging, diagnostics, and communication recording.
OPC UA, MQTT, and CAN
Integration boundaries for industrial interoperability, publish-and-subscribe workflows, and device networks.
Serial and network interfaces
Interface behavior across local buses, Ethernet, and connected edge systems, including disconnect and recovery paths.
Brownfield translation
Gateways and adapters that extend useful equipment without assuming the existing control system can be replaced.
Edge, application, and data layers
The edge and application layers turn device behavior into configurable, observable, and maintainable operator workflows.
Embedded and industrial Linux
C, C++, and Python services on Linux, including Yocto and Buildroot environments for productized edge systems.
.NET and browser applications
C#/.NET, ASP.NET Core, Blazor, desktop, and web interfaces for configuration, monitoring, and reporting.
Operational data workflows
Local data services, SQL-backed history, alarms, trends, reports, and workflow-specific information models.
Practical AI integration
Data preparation, inference, evaluation, monitoring, and operator feedback for a clearly defined decision.
Engineering tools and evidence
Tools matter when they leave the system easier to review, reproduce, integrate, validate, and sustain.
Source and build control
Git-based source control, documented build inputs, configuration ownership, and CI/CD where it fits the delivery path.
Architecture and interface reviews
Visible system boundaries, interface contracts, data flow, operating assumptions, and change decisions.
Integration and failure-path testing
Scenario-led testing across connected components, including invalid input, disconnects, recovery, and degraded operation.
Validation and handover planning
Acceptance evidence, traceable findings, deployment notes, and maintainable technical documentation scoped to the engagement.
Need a specific capability?
If your project needs a stack we haven't listed, ask. We've picked up new frameworks and platforms for specific engagements before.
Discuss your system