Embedded Engineering 

Architecting and developing resource-optimized, low-latency, secure embedded software for intelligent devices across OS(RTOS/Linux) or bare metal platforms with custom hardware integration.

Services

Embedded OS, BSP & Drivers 

Engineering production-grade Linux, Android, and RTOS (FreeRTOS, Zephyr, QNX etc.,) based products with expertise in BSP bring-up, kernel/HAL customization, device drivers, bootloaders, and peripheral enablement. Delivering secure and perfor-mant firmware with hardware-aware optimizations on custom boards with MCUs, MPUs, complex SoCs and physical sensors (Camera, Radar, LiDAR, IMU etc.,).

Middleware, SDKs & Platform Abstractions 

Development and/or customizing modular middleware, SDKs, firmware libraries, and platform abstraction layers—including connectivity stacks, sensor frameworks, communication buses, control interfaces, and hardware-accelerated modules. Expertise covering various multi-media frameworks (GStreamer, ALSA, RTSP, V4L2), communication (Bluetooth, WiFi, EtherCAT, PCIe, CAN etc.), Security (PKI, mbedTLS, OP-TEE, Secure Bootloaders) and cloud (MQTT, CoAP, RestAPIs).

We deliver end-to-end embedded engineering across OS bring-up, board support packages, drivers, middleware, applications, and system-level optimization. Our capabilities span hardware enable-ment, connectivity stacks, runtime components, performance tuning, security hardening, and platform abstractions ensuring reliable, resource efficient, and production-grade software for intelligent devices.

Core

Capabilities.

Embedded Applications & Runtime Components 

Building feature-rich embedded applications with portable frameworks, device logic, UI flows, protocol handlers, OTA workflows, and runtime components ensuring responsive, deterministic behaviour for intelligent devices with tightly integrated platform capabilities and robust execution under diverse operat-ing conditions. Application software development for various use cases of IoT (Wearables, Smart Home), Industrial IoT (Predictive Maintenance, Machine Vision) and Physical AI (Robotics, Drones etc).

System Engineering & Optimization 

Designing end-to-end embedded system architectures with performance profiling, memory and power tuning, IPC frame-works, reliability engineering, and real-time constraints. Incorporates secure boot, encryption, TEE/TPM integration, and system hardening—ensuring resilient platforms that meet strict timing, safety, and quality requirements.

Solutions

Smart IoT Device Platform 

Embedded platform for IoT devices including wearables, smart home products, connected appliances and IoT gateways, supporting sensor integration, low power operation, secure device onboarding, OTA firmware updates, device management, diagnostics and reliable cloud connectivity for scalable enterprise deployments. 

Industrial Edge & Machine Vision Controller 

Real-time software for industrial edge and machine vision controllers integrating deterministic I/O, fieldbus protocols, high-speed camera inter-faces such as MIPI CSI-2 and GigE Vision, FPGA and GPU acceleration, and optimized vision pipelines enabling low-latency data acquisition, analytics and industrial control. 

Robotics Platform Software & Control Stack 

Embedded software stacks for robots, drones, and autonomous systems leveraging ROS 2 middleware to integrate real-time motor control, deterministic sensor synchronization, and heterogeneous compute with perception pipelines using camera, radar, LiDAR, and IMU sensors enabling low-latency perception, precise motion control, and reliable operation in dynamic environments.

Intelligent Cameras 

End-to-end software stack for intelligent cameras combining ISP pipelines, camera drivers, edge AI accelerators, hardware video encoders, secure boot and network streaming, supporting real-time video analytics, secure video delivery and scalable deployment for surveillance, safety monitoring and physical AI applications. 

Accelerators 

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VeRNOX 

VERNOX is an end-to-end toolkit for building cobots, robots and humanoids, providing developers with integrated perception, navigation and control modules to accelerate autonomy development. It offers environment mapping, 3D understanding and intelligent decision making, enabling rapid creation of reliable, real world capable robotic systems. 

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