PoC Development for a Physical Product

from an engineering concept to a working physical model in 4-6 weeks

Request a Quote

What We Build PoCs For

Before committing to design or prototyping, PoC shows whether your core idea can actually work. Test core functionality, verify product assumptions (battery life, sensors precision, kinematics, etc.), and confirm feasibility early.
A PoC helps you make smarter design decisions and get clear answers in weeks, not months, so you can pivot early without wasting resources. PoCs expose design flaws and hidden issues that CAD models or simulations can’t always reveal.
A tangible demo makes your pitch far more credible and persuasive than slides alone. A PoC shows stakeholders and investors that your concept isn’t just an idea, but a tested, proven solution.

Product development life cycle

1
Discovery

Initial research phase that defines the problem the product will solve and how it will create value. At this stage, the team assesses current conditions — whether building from scratch or improving an existing system — sets the scope of work, and identifies risks or bottlenecks. The outcome is a validated concept, with impractical ideas discarded and a plan for addressing issues before and after launch.

2
POC

Tangible demonstration that an idea or concept is technically feasible. At this stage, The team relies on components and materials that are simple, readily available, and often temporary, such as basic breadboards, hobby-grade motors. The goal is to test key hypotheses, using minimal resources, and keep attention on the core objective.

3
Prototype

Preliminary model of a future device that already performs its primary function. At this stage, the team employs more reliable and efficient components (e.g., advanced microcontrollers, high-quality motors, precision drive mechanisms). Unlike a PoC, a prototype typically has an enclosure, though it may not yet be finalized.

4
MVP

Functional prototype developed on the basis of engineering calculations, with an optimized BOM, custom-designed electronics, and uniquely engineered mechanical parts. It is intended for field or laboratory testing.

Learn more
5
Pilot

Limited-scale production and deployment of the finished product to validate it under real operating conditions. At this stage, the team gathers user feedback, monitors performance in the field, and identifies any issues that only appear in day-to-day use. Insights from the pilot phase guide final adjustments before mass production.

How EnCata Builds PoCs

Core function validation

We deliberately narrow down the scope to the riskiest or most innovative element of the concept. By proving this one mechanism or principle works, we remove the biggest uncertainty and set the foundation for the next steps.

Low-cost and fast iteration

We build PoCs with accessible, temporary components (Arduino boards, Raspberry Pi, 3D-printed details, even cardboard models). This allows us to quickly test hypotheses, iterate without hesitation, and keep resources focused on what truly matters.

Competitors benchmarking

We understand that business is a competition. We work with your team to analyze the competitive landscape and identify design choices that give your product a clear edge. The PoC will provides insights into product performance and cost.

How Fast Your PoC Can Be Built?

Your idea deserves a real test. Let’s calculate how fast your PoC can be built.

Leave a Request

From Concepts to Investor-Ready Pitches in 1 month

We use accessible components to move fast – we pick what’s most practical to prove your idea quickly and cost-effectively
We test and refine each PoC – we make sure it’s ready to pitch to investors or to guide your next steps
We both design and manufacture in-house – so you never need to search for or manage outside production partners

Value for Your Business

01.

Full-spectrum expertise

We act as your single partner and remove the need to work with multiple freelancers or companies. If needed, we form a small team of 2–3 engineers and manage every aspect of their work for you.

02.

Speed you can count on

With our in-house prototyping tools and agile mindset, PoCs are built in weeks, not months. That means your business keeps momentum and gets clear answers when they’re needed most.

03.

Stable project progress

We keep the work moving even when individual engineers take sick leave or vacations. Our 35+ engineers operate both in offices and on production sites, ensuring continuity at every stage.

04.

Fast-track validation

Our approach is simple: test the riskiest part first. This lets us confirm feasibility early and saves your business from spending time and money on dead ends.

05.

Lower upfront costs

PoCs are built with accessible components and quick setups that do the job. You get the technical insights without committing big budgets upfront.

06.

No handover hassle

When the proof is ready, you don’t need to look for new partners. We carry the project into prototyping and MVP inside the same team.

Electric skateboard for urban mobility

We helped an electric mobility startup turn a raw prototype into a smart, IoT-connected skateboard for city commuting. The device is a reliable, eco-friendly, convenient, and intelligent type of urban transport with the possibility of integration into urban infrastructure.
View more

IoT powered rodent detector

EnCata engineered an IoT rodent detection system with movement sensors and NB-IoT data transfer. The system detects rodent activity and sends data to the cloud. The project spanned from electronics design and 3D modeling to prototype development and a 10-unit pilot batch in 6 months.
View more

Wearable medical smartwatch

EnCata engineered a wearable medical smartwatch with HR, HRV, and SpO₂ monitoring plus GPS, Wi-Fi connectivity. The system tracks vital signs and alerts doctors if health declines. The project spanned electronics, mechanical design and firmware development, leading to 10 MVPs.
View more

Have a project to do?

Fill out the form and a member from our sales team will get back to you

Thank you!
Your request has been submitted! We shall contact you shortly

Oops! Something went wrong... Try to reload this page and resubmit

FAQ

At EnCata, what kinds of contracts do you use? Is it a fixed-term or an agile contract?
Can you provide me with a certification of competence?
What level of training do your specialists have?
Is it possible for us to cooperate with EnCata’s team?
Is it possible to discuss the project with your technical team?
Can EnCata facilitate mass production?
Do you sign NDAs?
Patent or Develop first?
Does EnCata outsource electronics services?
Do you write program code, either software or firmware?
Are there hardware engineers in your team?
What should I do now that I've approached you with my project idea?
Can EnCata help me with fundraising?