From idea to a product under your brand

Consumer electronics and end-user product development

Starting with the user's needs, we develop the electronic product you want to sell under your own brand, including its board, software, external design and mechanics. VOMRO provides engineering services to startups and companies exploring an original device idea, covering working prototypes, testing, manufacturable design and technical handover.

Describe your project Explore the technical scope
Electronics, enclosure, software and prototyping stages for a custom end-user device
Conceptual technical demonstration · From idea to your brand product
OwnershipCustomer-specific product project
DesignElectronics, software and mechanics
AimPrototype and production preparation

Your project, your product

Developed confidentially and delivered with source files.

We may work with a confidentiality agreement (NDA) before sharing technical details. At the end of the project, we deliver the source codes, design files and technical documents we have developed to you.

  • NDA before sharing technical information
  • Clear deliverables agreed at the outset
  • Source and technical files at the end of the project
Our confidentiality and delivery process

VOMRO engineering approach

We simultaneously design how the product will work and how it will be used.

Just because a device performs its electronic function does not mean it is ready for the end user. Initial setup, understanding the buttons, charging, connection loss, cleaning and service also make up the experience of the product. Technical decisions in projects such as smart home accessories, desktop controllers, portable sensors or remote controls specific to your brand should be associated with this usage scenario. The examples here describe customer project scopes that can be developed, not VOMRO products for sale.

We begin electronic product design by clarifying the boundaries of the problem, the user, and the first version. Appearance model, basic function prototype and production revision answer different questions. When it is clear what will be proven at which stage, unnecessary features can be postponed; size, battery, cost and production methods are evaluated more accurately. All parts of the design are based on the same product requirement.

01

We turn the product idea into a testable list of requirements

Where will the user use the device, which operation will take how many steps, which features will work without internet or phone? These questions determine the scope of electronic product development. The feature list is translated into concrete scenarios: first boot, normal use, low energy, incorrect operation, and reboot. It also defines what information will be displayed on the screen or application and how the user will know when a transaction is finished.

The initial assessment considers the target market, planned production quantity, expected product service life and maintenance approach. Rapid validation with an off-the-shelf module can be useful at some stages; a custom board becomes relevant when a smaller size or different interface is needed. An option's economics depend on more than component prices. Assembly, software maintenance, testing, spare parts and product changes all form part of the overall development decision.

  • Target user, core problem and initial release scope
  • Size, energy, connectivity and usage scenarios
  • Stage outcomes and measurable acceptance conditions
02

Industrial design and electronics layout go together

The external appearance is designed together with the product's functions. Mechanical CAD accounts for the space required by the display, antenna, battery, buttons, lights, speaker and connectors. Board edges, connection directions and mounting points affect the outer form, while grip, viewing angle and visual hierarchy guide the internal layout. This avoids proceeding with an attractive enclosure that cannot accommodate the board or battery.

The actual size, weight distribution and part combinations of the product are evaluated through the 3D prototype. Problems such as accidental button pressing, visibility of the indicator light or the cable tipping the product may be noticed at this stage. Opening for service, screw access and cable pinching are also checked. Material and surface decisions are considered together with the target production method and the environment in which the device will be used.

  • Ergonomics, external form and user interaction
  • Combined CAD review of the board, battery, antenna and connection points
  • Assembly and service trials on 3D model
03

Battery, charging and user interface determine the daily behavior of the product

A battery-powered product's energy budget includes more than the processor's sleep current. Sensors, display, wireless communication, indicators and time spent in standby are calculated together. We define whether the device operates while charging, which functions are limited at low battery and its behaviour during extended storage. Charging and protection suited to the chosen cell are evaluated alongside mechanical layout and thermal conditions.

In the embedded software, button duration, feedback, setting recording and error behavior are designed according to the use of the product. Adding a display can increase cost, power, and development scope; For some products, well-arranged lights and buttons may be sufficient. We make the decision based on what information the user needs and when, before choosing the appearance. Energy assumptions are reviewed by measuring normal usage and standby consumptions in the prototype.

  • Power budget based on usage profile
  • Charging, low energy and restart scenarios
  • Clear behavior of display, buttons and lights
04

Initial setup and service lifecycle on connected device

BLE, Wi-Fi or cellular connection is selected based on how the product is used. Short data transfer near the phone and constant internet connection are not the same requirement. Flows such as initial pairing, network information change, device transfer to another user and disconnection are defined within the scope. Wireless performance should be evaluated with the body of the product and its actual usage location, not the bare form of the board.

Projects requiring server software define device identity, APIs, the data model and user roles. The dashboard should make clear which device produced the information and when. Remote updates require decisions about memory layout, version tracking and recovery after failed updates that extend to hardware selection. VOMRO develops a customer-specific device and software project; the scope does not assume the sale of a ready-made cloud subscription.

  • Initial setup, pairing and connection loss flows
  • Device ID, API and user privileges
  • Update, release and maintenance requirements
05

Function prototype, product prototype, and pilot production are separate goals

An initial functional prototype can demonstrate that a sensor, algorithm or communication approach works. Building it with laboratory modules does not mean the final product will have the same dimensions. The product prototype combines the custom board, enclosure, software and power system for user and assembly trials. Pilot production then examines component variation, programming and repeated assembly steps that may not be apparent in a single sample.

The acceptance list for each stage is different. While the measurement or command result comes to the fore in basic function verification, ergonomics, connection and heating are also examined in the product prototype. Design changes are recorded with corresponding board and mechanical revisions. PCB sample production and electronic component assembly support is provided only for customer projects developed by VOMRO. Findings from the samples are processed back into the design before production files are completed.

  • Initial prototype addressing the critical technical uncertainty
  • Life-size integrated product prototype
  • Pilot assembly, programming and test feedback
06

Manufacturability, mold design and testing for each product

Design for manufacture (DFM) covers more than plastic mould preparation. Electronics considerations include component availability, layout, mounting orientation and test access; mechanical considerations include tolerances, joints and production methods. A shape easily 3D-printed may not be producible in the same form by injection moulding. Where a mould is needed, part construction, material and target production conditions are developed alongside the mechanical design.

Testing every feature of a prototype and checking each manufactured device within a practical time are different requirements. Production planning includes programming, assigning device identities, checking current consumption, testing sensors and buttons, and recording results. External testing and conformity work for the target market and intended use are defined separately. Preliminary design assessments are not presented as completed certification or market-entry approval.

  • BOM, production method and supply alternatives
  • Assembly, programming and function test plan
  • External testing schedule and responsibilities according to target market
07

Confidentiality of your product idea and delivery of editable sources

Before sharing your technical idea in detail, we will sign NDA upon your request. The developed project is for your product and brand. The scope, stages, acceptance criteria and technical files to be delivered are clarified in writing at the beginning. Thus, not only a working sample is aimed, but also a technical infrastructure on which subsequent developments can be carried out.

Project source codes, editable electronic and mechanical design files, production outputs and technical documents are delivered at the end of the project. Tool versions used, compilation/programming information, and third-party license terms are described in the delivery listing. In the first meeting, it is sufficient to share the problem the product solves, the usage example, target size and production expectations. When no technical drawing is available, we create the requirements and prototype scope together.

  • Confidentiality agreement before technical sharing upon request.
  • Initially defined file formats and delivery list
  • Source files, designs and technical documents delivered at project completion

How it works

A clear process from start to delivery.

Not every project looks the same; however, the measurable requirement, controlled revision, and field verification steps remain unchanged.

  1. 01

    We define the product

    We clarify the user, the core problem, the boundaries of the initial release, and the acceptance criteria.

  2. 02

    We design it together

    We develop electronics, embedded software, industrial design and mechanical layout in parallel.

  3. 03

    We validate the prototype

    We test the function, usage, power and installation requirements on the physical sample.

  4. 04

    We deliver the technical infrastructure

    We deliver the sources, production files and test documents of the approved revision.

Frequently asked questions

Before starting the project

The technical scope, deliverables and test plan are clarified together according to the requirements of your project.

I only have one product idea; Can I start without technical drawing?

Yes. We can create technical requirements based on the target user, the problem to be solved and the basic usage scenario. In the first stage, critical uncertainties, prototype target and expected outputs are determined.

Do you develop completely custom electronic products for our own brand?

Yes. The scope of electronics, software, industrial design and mechanics is determined specifically for the customer. We do not offer the customer product as a catalog product for sale branded VOMRO.

What work is required for mass production after the prototype?

Depending on the status of the design, procurement, manufacturability, mould, assembly, programming, testing and external conformity studies may be required. These steps are planned together with the prototype results and target production conditions.

Do the software and design files come to us when the project is completed?

Project source codes, editable design files and technical documents are delivered at the end of the project. File formats and list are determined initially; The license terms of third-party tools and libraries are displayed separately.

Can we work with NDA before sharing technical details?

Yes. We can complete the NDA arrangements together before you share your project's technical details.

Related content

Project preparation guide · Electronic product

From an electronics product idea to a prototype: where should you start?

 From idea to working product

End-to-end product development

 Technical decision guide · Connected products

How to plan device management and OTA updates for connected products

 Design that makes the function visible

Industrial design for electronic products

All product development services

Let's start with your idea

Let's talk about the product you dream of and the need you want to solve.

Submit a project request +90 534 487 98 02