Software That Unlocks the Full Capability of FPGA-Based Systems
Brightelligence delivers embedded software services for FPGA, SoC, and heterogeneous computing platforms – from low-level board support and device drivers to complete embedded applications.
What we develop
Embedded Software That Drives Real Systems
Modern FPGA platforms rarely operate in isolation. Many designs combine programmable logic with embedded processors, high-speed interfaces, custom peripherals, external memories, operating systems, and application software.
The quality of the embedded software layer often determines whether the complete system is reliable, maintainable, and ready for deployment.
We develop the software required to configure, control, monitor, test, and integrate FPGA-based systems – from low-level board support and device drivers to complete embedded applications.
Focus
We align software with the timing and reliability requirements of your complete system.
Our approach combines deep hardware understanding with clean, maintainable software architecture.
Our Embedded Software Services
Bare-Metal & Real-Time Software
For systems requiring deterministic response, short startup time, or minimal software overhead.
- Health monitoring & fault recovery
- Processor & peripheral initialisation
- Interrupt handling
- Hardware control
- Deterministic processing flows
- Watchdog & timer integration
- Communication protocols
- State-machine development
Embedded Linux Integration
For more complex platforms needing networking, storage, user interfaces, remote management, and application deployment.
- Bootloader & kernel configuration
- Device-tree development
- Driver integration
- Userspace application development
- System services
- Remote diagnostics
- Deployment preparation
Device Drivers & Hardware Abstraction
Custom FPGA logic requires a well-defined software interface.
- Register access
- Interrupt processing
- Buffer management
- DMA control
- Cache coherency handling
- Timeout & error management
- Diagnostic counters
- API design
High-Performance Data Movement
In many FPGA systems, the main challenge is not control – it is moving data efficiently.
- DMA-based transfers
- Descriptor management
- Zero-copy data paths
- Ring buffers
- Interrupt moderation
- Cache-aware memory handling
- Continuous streaming
- Low-latency control
Board Bring-Up & System Initialisation
A new board is not operational when the FPGA bitstream is generated.
- Boot-flow validation
- Processor startup
- Memory testing
- Peripheral initialisation
- Clock & reset verification
- Communication-interface testing
- FPGA configuration
- Power-management integration
Control, Monitoring & Diagnostics
Production systems require visibility into their internal state.
- Real-time monitoring
- Logging & metrics
- Built-in self-test mechanisms
- Fault detection & reporting
- Remote diagnostics
- System health overview
Let’s build reliable and efficient embedded software for your system
Brightelligence combines FPGA design, embedded software, hardware bring-up, communication, verification, and system-level architecture. This integrated approach reduces interface risk, accelerates development, and ensures hardware and software operate as a coherent whole.