Architecture and interface definition
Agree system boundaries, operating requirements and the interfaces between subsystems.
Markets
System Integration
Connecting electronics, software, equipment and operations into complete working systems.
Bryantech approach
Integrated thinking. Practical delivery.
We bring the relevant engineering disciplines together around the application, measurable requirements and a realistic path to production.
Hardware and software integration
Connect electronics, embedded software and application functions into a working system.
System verification and deployment support
Evaluate integrated behaviour and prepare the configuration and handover information.
Engineering in practice
Turn equipment into an integrated operating system.
We coordinate mechanical interfaces, electrical systems, controls and monitoring around the intended process. Existing equipment and mature subsystems can be integrated where they meet the application requirements.
Applications
Production equipment, material handling, automated warehouses and building systems.
What the work covers
Technical scope tailored to your system and development stage.
Equipment integration
Define physical interfaces, sensing, actuation and material or product flow. Review maintenance access and installation constraints.
Electrical & control
Coordinate power distribution, control logic, communication interfaces and equipment status signals.
Monitoring & alarms
Build HMI and monitoring functions around operator tasks, process visibility and exception handling.
Commissioning
Check interfaces and operating sequences, record functional tests and prepare handover documentation.
How we develop it
A structured sequence with review points and recorded decisions.
- 01
Requirements
Map equipment, workflows and constraints.
- 02
System design
Define power, controls and interfaces.
- 03
Integration
Coordinate installation and commissioning.
- 04
Handover
Verify functions and document operation.
What you receive
The agreed package supports design review, integration and the next project stage.
System documents
Architecture, interface schedules and control/monitoring documentation.
Commissioning package
Functional test records, operating instructions and resolved issue lists.
Engineering in practice
Turn equipment into an integrated operating system.
We coordinate mechanical interfaces, electrical systems, controls and monitoring around the intended process. Existing equipment and mature subsystems can be integrated where they meet the application requirements.
Applications
Production equipment, material handling, automated warehouses and building systems.
What the work covers
Technical scope tailored to your system and development stage.
Equipment integration
Define physical interfaces, sensing, actuation and material or product flow. Review maintenance access and installation constraints.
Electrical & control
Coordinate power distribution, control logic, communication interfaces and equipment status signals.
Monitoring & alarms
Build HMI and monitoring functions around operator tasks, process visibility and exception handling.
Commissioning
Check interfaces and operating sequences, record functional tests and prepare handover documentation.
How we develop it
A structured sequence with review points and recorded decisions.
- 01
Requirements
Map equipment, workflows and constraints.
- 02
System design
Define power, controls and interfaces.
- 03
Integration
Coordinate installation and commissioning.
- 04
Handover
Verify functions and document operation.
What you receive
The agreed package supports design review, integration and the next project stage.
System documents
Architecture, interface schedules and control/monitoring documentation.
Commissioning package
Functional test records, operating instructions and resolved issue lists.
Engineering in practice
Coordinate satellite, payload and mission interfaces.
Satellite programmes connect payload objectives with platform, integration and launch requirements. Bryantech provides engineering support and technical coordination with the specialist partners needed for the agreed programme.
Applications
Satellite payload programmes and custom space-system engineering work packages.
What the work covers
Technical scope tailored to your system and development stage.
Requirements definition
Capture mission objectives and payload needs, then organize the key system constraints and interfaces.
Satellite & payload design
Support electronics, control, data handling and relevant design interfaces within the contracted work package.
Integration & verification
Coordinate payload integration planning, functional checks and engineering documentation.
Launch coordination
Support technical communication with launch-service partners and the exchange of agreed interface information.
How we develop it
A structured sequence with review points and recorded decisions.
- 01
Define
Establish mission and payload requirements.
- 02
Coordinate
Resolve platform and subsystem interfaces.
- 03
Integrate
Plan assembly and functional verification.
- 04
Prepare
Consolidate programme documentation.
What you receive
The agreed package supports design review, integration and the next project stage.
Interface package
Requirements, subsystem interfaces and integration plans.
Engineering records
Review actions, functional verification documentation and coordination records.
Engineering in practice
Connect field devices to useful information.
An IoT system includes more than wireless connectivity. Device identity, data handling, user interfaces and ongoing operation must be designed together so the platform fits its application and support model.
Applications
Smart buildings, energy monitoring, parking, industrial equipment and connected devices.
What the work covers
Technical scope tailored to your system and development stage.
Devices & gateways
Integrate sensors, processing, local interfaces and gateways. Select BLE, Wi-Fi, cellular, NB-IoT or UWB according to the deployment requirements.
Data platform
Define device messages, APIs, storage and telemetry processing. Organize data for monitoring, analysis and application workflows.
User applications
Develop web, iOS and Android interfaces for device visibility, configuration, control and alerts.
Operations & access
Plan device management, access control, remote support and deployment on the agreed cloud environment, including AWS or Microsoft Azure.
How we develop it
A structured sequence with review points and recorded decisions.
- 01
Map the use case
Identify users, devices and data flows.
- 02
Build interfaces
Develop device, gateway and API integration.
- 03
Connect workflows
Implement applications and monitoring.
- 04
Commission
Verify connectivity, access and operations.
What you receive
The agreed package supports design review, integration and the next project stage.
Connected solution
Device integration, application code and API documentation.
Deployment package
Environment configuration, operating guidance and integration results.
Build what comes next