Embedded hardware, built to leave the lab.

We offer comprehensive embedded hardware development including custom PCB design (2-layer to 24-layer boards), System-on-Chip (SoC) integration, firmware development, IoT solutions, edge AI implementation, sensor fusion, and rapid prototyping. Our services cover the entire product lifecycle from concept to mass production, with a strong first-pass focus driven by rigorous design reviews, DFM, and signal-integrity analysis.

For planning, engineering from concept to a production-ready design typically takes 3-6 months for a simple sensor node and 6-12 months for a connected consumer product or an industrial-grade device; a regulated medical device takes 12-24 months to a 510(k) submission-ready package. Idea to mass production for a typical connected product is 9-18 months. Prototype boards are quicker: 48–72 hour turnaround for standard prototype boards up to 8 layers, fabricated and assembled through partner PCB fabs; complex multilayer, HDI or RF boards typically take 5–7 business days. That is not a complete product-development timeline. Component lead times, redesigns, external laboratory testing, certification and production preparation must be scheduled separately. We confirm milestones after reviewing the project brief.

We work in Medical Devices (designed to ISO 13485, IEC 60601-1 and IEC 62304 requirements), Industrial IoT & Automation (designed to IEC 61508 requirements where applicable), Automotive Electronics (designed to ISO 26262 requirements; the ASIL is assessed per project), Consumer Electronics (CE/FCC pre-compliance), Aerospace & Defense (DO-254, MIL-STD-810 and MIL-STD-461), Drones & UAVs, and Energy & Utilities (IEC 61850 substation communication; devices designed to support utilities' NERC CIP obligations). We prepare products for assessment; certificates are issued by accredited labs and notified bodies.

We offer both options. Our end-to-end product development covers everything from initial concept, schematic design, PCB layout, firmware development, prototyping, compliance testing, to manufacturing support. Alternatively, you can engage us for specific services like PCB design only, firmware development, or compliance testing based on your needs.

Quality is built into every stage of our process. We use automated CI/CD testing pipelines, comprehensive design verification, EMC/EMI pre-compliance testing, environmental testing through partner labs, and Design for Manufacturing (DFM) optimization. Our processes are aligned with ISO 9001:2015 quality-management practices, and we specify the IPC-A-610 workmanship class (up to Class 3) for assembly at our partner EMS/assembly houses. Rapid Circuitry itself holds no ISO or other third-party certificates.

We support EMC/EMI pre-compliance testing, design reviews and documentation for applicable CE, FCC, UL/CSA, medical-device and automotive requirements. Pre-compliance work helps identify design risks before formal assessment; it does not itself grant certification or regulatory approval. The required standards, external laboratory work, manufacturer responsibilities and approval pathway depend on the product and target markets and must be agreed in the project scope.

Rapid Circuitry was founded in 2020 and has a team of 25+ engineers who have delivered 500+ projects. Differentiators include quick-turn prototypes (48–72 hour turnaround for standard prototype boards up to 8 layers, fabricated and assembled through partner PCB fabs; complex multilayer, HDI or RF boards typically take 5–7 business days), edge AI and sensor fusion capability, design-for-compliance and EMC/EMI pre-compliance testing across industries, and case studies that label how every figure was obtained (measured, bench-tested, simulated or design target). We're based in Hyderabad, India, and work at India-band engineering rates.

Rapid Circuitry holds no ISO or other third-party certificates. We design products to the applicable standards (for example ISO 13485, IEC 60601-1 and IEC 62304 requirements for medical devices) and prepare them for certification testing at accredited labs; certificates and regulatory clearances are issued by those labs, notified bodies and regulators, not by us.

Rapid Circuitry was founded in 2020 (as Onivart Labs) and is based in Hyderabad, India. It has a team of 25+ engineers and has delivered 500+ projects. The legal entity is Caropet Technologies Private Limited, and the founder and CEO is Aditya Chilka.

Yes. We provide ongoing production support including manufacturing optimization, yield improvement, supply chain management, firmware updates, hardware revisions, and technical support, under a support retainer or per-change scope.