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Electronics that make it from schematic to shipping line.
We design the hardware, bring up the board, write the firmware and carry it through design-for-manufacture, test and qualification into high-volume production. Real electronics work, from a blank schematic to a line that yields, with the discipline a regulated product demands.
Good hardware is designed to be built, not just to work once.
A prototype on the bench is the easy part. The value is in a board that passes test, survives the field and yields on a real production line at volume.
First pass*
the bring-up and test outcome we design toward, not the third respin.
DFM*
design-for-manufacture baked in from the schematic, not bolted on later.
IPC-A-610*
the acceptance standard our boards are built and inspected to.
Reflecting how we approach hardware, firmware and tech-transfer to high-volume manufacturing.
What we engineer for electronics
From the first schematic to a qualified product on a production line, with the firmware and test coverage that make it real.
Schematic and PCB design
Circuit design, component selection and multilayer PCB layout with signal integrity, power and EMC considered from the first schematic, not after the first respin.
Board bring-up and debug
We power up new boards, characterize them on the bench and drive them to a stable, measured baseline, closing the loop between design intent and real silicon.
Firmware and embedded software
Bootloaders, drivers and application firmware on bare metal, RTOS or embedded Linux, with secure boot and signed updates where the product demands them.
Design-for-manufacture and test
DFM and DFT reviews, test-point strategy, boundary scan and functional test fixtures, so the design is built to yield and every unit is provably good.
Compliance and qualification
EMC, environmental and reliability testing planned early, with RoHS and REACH compliance and the evidence a regulated product needs to pass.
Tech-transfer to volume manufacturing
A clean handover to the factory: documented BOM, test procedures, first-article support and yield ramp, carrying the product from prototype to high-volume production.
How we work
A manufacturing-led path from a hardware requirement to a product that yields on a real line.
- 1
Define and architect
Turn the product need into an electrical architecture, a component strategy and a test plan, with cost, supply and manufacturability weighed from the start.
- 2
Design and prototype
Schematic capture, PCB layout and a working prototype, with firmware brought up in parallel so hardware and software prove each other out.
- 3
Bring up and qualify
Bench characterization, EMC and environmental testing and design-for-test refinement, driving toward first-pass bring-up and a qualified baseline.
- 4
Transfer and ramp
Release a documented BOM, test fixtures and procedures to the factory, support first-article builds and hold the design steady as volume ramps.
- 1
Define and architect
Turn the product need into an electrical architecture, a component strategy and a test plan, with cost, supply and manufacturability weighed from the start.
- 2
Design and prototype
Schematic capture, PCB layout and a working prototype, with firmware brought up in parallel so hardware and software prove each other out.
- 3
Bring up and qualify
Bench characterization, EMC and environmental testing and design-for-test refinement, driving toward first-pass bring-up and a qualified baseline.
- 4
Transfer and ramp
Release a documented BOM, test fixtures and procedures to the factory, support first-article builds and hold the design steady as volume ramps.
Selected work
Hardware, firmware and edge systems we have designed, brought up and shipped in demanding environments. Client names withheld under NDA.
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7,000+
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Secure Boot and Trusted Configuration for a Medical IoT Gateway
A hardened medical IoT gateway with secure boot, a custom Yocto Linux build, and Azure IoT integration, engineered for end-to-end security and compliance.
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Read the case studyStandards and experience
Built to the standard electronics manufacturing expects.
Hardware that ships is not a matter of taste. We design to recognized electronics and quality standards, and we back it with real board, firmware and tech-transfer delivery.
Our experience
Hardware design, board bring-up, secure-boot firmware and volume tech-transfer delivered across medical, industrial and safety-critical products.
designed to
Standards we design to
IPC-A-610
Assembly acceptance
Acceptability criteria for electronic assemblies, the standard boards are built and inspected to.
Standards we design to
ISO 9001
Quality management
Quality management system underpinning our design and manufacturing process.
Standards we design to
RoHS / REACH
Materials compliance
Restriction of hazardous substances and chemical safety for products placed on the market.
Standards we design to
JEDEC
Semiconductor standards
Component, packaging and reliability standards for semiconductor devices and assemblies.
The result is hardware that is manufacturable, compliant and reliable, and that yields on a real production line.
Capabilities
Product Engineering
AI, Data & Intelligent Systems
UX & Product Design
Experience Engineering
Cybersecurity
Compliance Engineering
US · Muscat · Bangalore · Puttur, ISO 13485:2016 · ISO 27001:2022 · ISO 9001:2015
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