Networking & communications
Engineering the connections between devices, systems and infrastructure.
Connectivity sits at the intersection of hardware, embedded software and system behaviour. A communication path has to make sense electrically, functionally and operationally. Orelink’s networking and communications focus connects these disciplines with the wider infrastructure in which a device will operate.
Connections as a system
Networking requirements begin with the relationship between endpoints. The role of each device, the information it exchanges and the conditions under which communication takes place guide the engineering decisions. The aim is a clear architecture with understandable interfaces.
Throughput, latency, availability and deployment constraints shape the communication architecture. These requirements are defined around the intended operating environment and the equipment involved.
Hardware and software boundaries
A network-connected product combines physical interfaces with control and data-handling software. The design needs to account for how these layers interact, including the transitions between device-level behaviour and system-level communication.
This perspective helps keep hardware decisions aligned with firmware and application needs. It also creates a useful basis for integration conversations between equipment makers and the teams responsible for deployment.
Integration into infrastructure
Connected equipment rarely operates in isolation. Existing infrastructure, operational practices and other devices influence how a new design is integrated. System boundaries and responsibilities need to be visible to all involved teams.
The relevant protocols, interfaces and compatibility requirements are selected and confirmed against the project scope. Specific technology choices belong in the technical requirements and design documentation for that engagement.
Understanding behaviour
Testing communication behaviour means examining more than a successful connection. Configuration, recovery, changing operating conditions and interactions with other parts of the system may all matter. The test plan should reflect the intended use.
Orelink combines hardware design, firmware, software development and testing expertise. The scope of work is shaped around the technical problem, with clear distinctions between device engineering and infrastructure integration.