Our advanced R&D laboratory is currently being built to become the innovation engine of OBJEX LABS, where next-generation IoT solutions will be designed, prototyped, and perfected.
We're currently assembling a state-of-the-art facility dedicated to hardware innovation and embedded systems research. As equipment arrives and workstations take shape, this space is evolving into a comprehensive R&D environment where our team will push the boundaries of IoT technology.
Our proven development process ensures every project moves smoothly from initial design to production-ready hardware.
Before any design work begins, we thoroughly analyze project requirements and technical feasibility. We create detailed development roadmaps, block diagrams, Gantt charts, and resource planning to ensure clear milestones and realistic timelines. This phase identifies potential challenges early and establishes a solid foundation for successful execution.
Every project begins with careful planning. We design circuits, select components, and create detailed schematics using industry-standard CAD tools. Our engineers consider power efficiency, signal integrity, and manufacturability from day one.
Transforming schematics into physical boards requires expertise in PCB layout, routing, and manufacturing constraints. We optimize for RF performance, thermal management, and compact designs while ensuring reliable production.
We design custom enclosures and mechanical components tailored to your device requirements. From compact sensor housings to rugged industrial enclosures, our mechanical engineering ensures optimal protection, thermal management, and ease of manufacturing while maintaining aesthetic appeal.
Our lab is equipped for precision assembly and initial testing. We carefully populate boards, perform visual inspection, and run initial power-up tests. Each prototype undergoes thorough bring-up procedures to validate the hardware design.
Hardware comes alive through firmware. We develop robust, efficient embedded software using modern toolchains like ESP-IDF, Zephyr, ELPM-Platform and custom RTOS implementations. Our code emphasizes reliability, power efficiency, and maintainability.
Rigorous testing ensures reliability in real-world conditions. We measure power consumption, validate wireless performance, stress-test communications, and verify functionality across temperature ranges. Only thoroughly validated designs move to production.
We guide clients through the complex certification process for global market access. With established relationships with specialized testing laboratories, we assist with CE, RED, FCC, RoHS, UKCA, IC, and other regulatory certifications. Our support includes pre-compliance testing, documentation preparation, and coordination with certification bodies to ensure smooth approval.
Whether you need a custom IoT solution, hardware consultation, or partnership on your next innovation, our lab and team are ready to help bring your ideas to life.