ABOUT US
Engineering Excellence at Every Layer
We are an embedded AI engineering company based in Rajshahi, Bangladesh - building production systems that run on constrained hardware in demanding real-world environments.
We are an embedded AI engineering company based in Rajshahi, Bangladesh - building production systems that run on constrained hardware in demanding real-world environments.
Worksprout is an engineering-first technology company based in Rajshahi, Bangladesh. We specialise in embedded systems, machine learning, and robotics - building production-grade systems that run on constrained hardware in demanding real-world environments.
Our team brings together expertise in Linux kernel development, RDK-B gateway firmware, machine learning deployment, and robotic system integration. We have shipped firmware to commercial hardware, deployed AI models to edge devices with milliwatt power budgets, and built robotics systems operating in real medical and industrial environments.
Six core domains - each requiring deep specialisation and serving a different layer of the embedded intelligence stack.
Custom Yocto Linux images, board support packages, device drivers, and production firmware for commercial hardware.
RDK-B gateway development, TR-069/TR-181 integration, Wi-Fi management, and smart home middleware.
Domain-specific AI systems - from RAG chatbots and agentic workflows to edge inference and MLOps pipelines.
ROS 2 perception stacks, autonomous navigation, computer vision, and biomedical robotics integration.
CAD-to-simulation workflows, parametric design for enclosures, and Gazebo-based software-in-the-loop testing.
Custom MQTT dashboards, TinyML on microcontrollers, and end-to-end IoT data pipeline development.
Secure APIs, device telemetry pipelines, dashboards, and cloud integrations that connect reliably to edge hardware.
Test strategy, automation, and validation checklists for stability, performance, and release readiness.
A disciplined four-phase process that takes projects from ambiguity to production without surprises.
We begin by deeply understanding your hardware platform, domain requirements, regulatory constraints, and production environment. No code is written until the problem is fully understood.
We design layered, modular architectures - from BSP and kernel configuration to middleware, application, and AI inference pipeline - that can evolve with your requirements.
We build each component to production quality standards: code review, CI/CD, automated testing, and documentation written alongside the code, not after it.
We deploy to real hardware and iterate: profiling performance, optimising power consumption, hardening security, and ensuring all production SLAs are met.
Technical depth, production experience, and honest communication.
We have shipped embedded Linux firmware to commercial ISP gateway hardware. Our code runs in production, not just in the lab.
From U-Boot bootloader to ML inference API - one team owns the entire stack. No integration handoff gaps.
Jetson Nano, Raspberry Pi 5, Banana Pi M5, STM32, ESP32 - we know which hardware to choose and how to make it perform within budget.
Clear milestones, honest risk assessment, and regular technical updates. We tell you what is hard before it becomes a problem.
Secure boot, hardening, OTA safety, and fault-tolerant design. We optimize for uptime and predictable behavior in the field.
Clean documentation, reproducible builds, and knowledge transfer so your team can maintain, ship, and extend the system confidently.
Numbers that reflect real engineering work, not marketing slides.
Projects Delivered
Engineers
Countries Served
Core Domains
Gateway firmware shipped to ISP networks running TR-069 management and Wi-Fi 6 configuration at scale.
Machine learning inference deployed to Jetson Nano and Raspberry Pi hardware within commercial power budgets.
Active contributions to Yocto, RDK-B, ROS 2, and the wider embedded Linux ecosystem.
Great engineering is not about writing clever code - it is about understanding constraints, designing for reliability, and communicating clearly.
We believe the best software is boring software: predictable, maintainable, and correct. Clever solutions that only the author understands have no place in production embedded systems.
Software is always in service of the hardware it runs on. We start every project by understanding the silicon constraints.
A production embedded system that is 95% functional and 100% reliable is worth more than a 100% functional system that crashes under load.
Documentation written alongside code is accurate. Documentation written after the fact is a story someone told themselves.