Product Design & Development
Complete Product Development, All Under One Roof
From product concept, industrial design and mechanical structure to PCB, embedded firmware, mobile app, cloud platform, tooling and mass production — delivered as one project by one team.
Services
Ten development services
Each service is a standalone discipline with its own scope and deliverables. In a full product project they are sequenced, not purchased separately.
Product Concept & Design
We turn an idea into an engineering brief that a hardware team can actually build from.
Industrial Design
Form, proportion and finish for electronic products — designed so that they can actually be molded and assembled.
Mechanical & Structural Design
The internal architecture that makes a product assemble reliably, seal properly and survive its environment.
PCB Hardware Design
Schematic, layout and RF design for wireless products — including the parts that datasheets do not cover.
Embedded Firmware Development
Bare-metal and RTOS firmware for MCUs — drivers, protocols, power management and OTA.
Wireless Connectivity Integration
Getting several radios to work together inside one enclosure — and pass certification afterwards.
Mobile App Development
Apps that provision, control and update the device — and stay maintainable after launch.
IoT Cloud Platform
Device management, telemetry, dashboards and alerts — built for the volumes the product will actually reach.
API & Backend Development
The services behind the app and dashboard — including the integrations that make the product fit an existing business.
Prototyping & Testing
Build the thing, break it on purpose, and fix it before the mold is cut.
Process
Nine stages from concept to mass production
A product moves through these stages in order. Each stage has a defined output, so the next stage starts from a decision rather than an assumption.
Product Concept & Requirements
Use cases, functional requirements, architecture options and cost targets agreed in writing.
Industrial & Mechanical Design
External form, internal architecture, materials and finish specified around the real constraints.
PCB & Hardware Engineering
Schematic, layout, RF and antenna design with manufacturing review before release.
Embedded Firmware
Board bring-up, drivers, protocols, power management and fail-safe update paths.
Mobile App & Cloud Platform
Provisioning, control, telemetry, dashboards and one API shared by app and web.
Prototype & Testing
Functional samples, measurement against targets and a documented decision to proceed.
Mold Design & Manufacturing
Tooling designed from production CAD, with DFM review before steel is cut.
PCBA & Product Assembly
Board assembly, programming, functional test and finished-product assembly.
Mass Production
Batch production, quality control and shipment with documented inspection records.
Working method
Four decisions that protect the schedule
These are the practices that most often separate a product that reaches production from one that stalls at prototype.
Specifications before layout
Pin maps, power sequencing, debug access and timing budgets are agreed in writing before the board is routed. It is the cheapest way to avoid a respin.
Measure, do not estimate
Sleep current, RF range, thermal rise and timing are measured on the prototype against the requirement, not inferred from a datasheet.
One team across the stack
Hardware, firmware, app and cloud are developed by the same team, so an interface problem has one owner rather than two suppliers pointing at each other.
Design frozen before tooling
Mechanical fit, antenna performance and production test are confirmed before mold design begins, when changes are still inexpensive.
Have a product requirement or an existing design?
Send the requirement, the current design files or the problem you are trying to solve. We will respond with a technical approach, the missing information and an indicative schedule.