What industrial customers actually need from embedded systems
Most industrial applications share a set of requirements that standard computing platforms and consumer-grade embedded hardware cannot reliably satisfy: long product lifecycles measured in years or decades, not product generations; robustness against vibration, temperature extremes, dust, and moisture; real-time determinism where process or safety logic is involved; and the ability to integrate with a heterogeneous landscape of legacy systems, protocols, and data sources.
Add to this the growing demand for IIoT connectivity — linking field devices to edge gateways, plant-level systems, and cloud services — and the result is an engineering challenge that requires specialists who understand both the embedded domain and the industrial application context.
Incap’s embedded systems teams bring both. Customised, specific solutions that can be integrated into new or existing IIoT landscapes; robust designs for extreme environmental conditions; and long-term availability backed by AI-supported supply chain management — these are the foundations of Incap’s embedded systems offer.
Embedded systems development
Custom hardware and software for industrial applications
Incap develops embedded systems from the ground up — custom hardware platforms, firmware, embedded operating systems, and application software — designed to the specific requirements of the application rather than adapted from a generic reference design.
Development begins with a detailed requirements and feasibility review: which processing architecture is appropriate, what connectivity the application demands, what environmental conditions the hardware must survive, what regulatory standards apply, and what the lifecycle and supply chain implications of major component choices will be. These decisions, made correctly at the outset, determine not just whether the product works in the lab but whether it can be manufactured, supported, and sustained in volume production over its intended service life.
From that foundation, Incap’s engineers develop:
Industrial IoT — connecting intelligence to operations
The six components of a robust IIoT ecosystem
A well-designed IIoT solution is not a single device or a single software platform. It is an integrated ecosystem of hardware, connectivity, data processing, and application layers — each of which must be designed with the others in mind. Incap structures IIoT development around six core components:
The SBC platform approach — preconfigured and ready for adaptation
Incap has developed a specialised capability around Single-Board Computer (SBC) based embedded platforms for exactly this application. Preconfigured SBC development platforms provide a proven, cost-effective foundation for fast, flexible adaptation to specific industrial environments — enabling IIoT connectivity to be added to existing systems with minimum effort and without the need for lengthy regulatory re-approval in most cases.
The key principle is edge computing: by shifting data processing to the endpoints of the IIoT network — sensors, actuators, gateways — intelligence is placed where the data originates. This avoids the bandwidth, latency, and security risks of routing all data through a central system, and enables real-time local processing alongside selective transmission of relevant data to cloud or plant-level systems.
IoT workshops — Building a shared foundation
For customers at earlier stages of their IIoT journey, Incap offers structured IoT workshops — a practical introduction to IIoT concepts, architecture decisions, and implementation pathways designed for management, project managers, and development teams alike.
Workshops are built around the 4OR principle (Storming, Forming, Norming, Producing) and cover the full range of topics relevant to a production changeover, from hardware and sensor technology through connectivity, edge computing, and cloud platforms, to application development and digital twin visualisation. All participants receive a training certificate and all workshop materials for internal use.
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