In a focused 100-hour scope, we turn your product idea into a clear engineering brief, structuring user scenarios, prioritizing and quantifying functions, listing constraints, creating mockups when needed, benchmarking solutions, and defining the next validations for the Feasibility phase.
We approach Discovery with the next validation stage in mind. Before checking whether the product can be built, we help define what exactly should be checked: user scenarios, key functions, business constraints, technical assumptions, and open questions.
AI tools and internal brainstorming can produce convincing concepts that hide excessive cost, complexity, or unrealistic technical logic. We help shape product directions that make sense not only visually, but also technically and economically.
Not every concept should move straight into Feasibility, PoC, or Prototype. If the idea is overbuilt, technically weak, or misaligned with your business goal, we say it early and help simplify, redirect, or stop before more budget is spent.
EnCata supports products from Feasibility Study through Low Volume Manufacturing.
A structured research phase that turns an initial idea into a clear product direction. We define the problem, target users, business goals, key requirements, risks, constraints, and development priorities before moving into technical validation.
A technical and business validation phase that determines whether the proposed product can be realistically built, scaled, and produced within target cost, performance, and manufacturing constraints. We compare possible architectures, identify risks, estimate key costs, and recommend the most viable development path.
A focused physical setup that tests whether the core technical principle can work in practice. At this stage, we isolate the critical assumption, use only the components and engineering effort needed for validation, and collect measurable evidence before moving to prototype development.
A functional product version used to test how all key units, components, and systems work together in conditions close to real use. At this stage, the product includes core features, a more detailed design and components than a PoC, while the enclosure and final production setup may still be refined.
A functional engineering device that integrates the core electronics, firmware, enclosure, and mechanical elements into a demonstrable product. At this stage, the team moves beyond isolated prototypes and prepares the solution for investor presentations, early user validation, field or laboratory testing, and pilot discussions.
A limited production run that checks whether the MVP can be manufactured consistently across multiple units. At this stage, we validate the assembly process, tooling, testing, quality control, yield, packaging, and readiness for the next manufacturing stage.
EnCata supports products from Feasibility Study through Low Volume Manufacturing.
A structured investigation into whether the proposed solution is technically and commercially viable. We identify critical risks early and define the right technical approach before committing significant resources.
A technical and business validation phase that determines whether the proposed product can be realistically built, scaled, and produced within target cost, performance, and manufacturing constraints. We compare possible architectures, identify risks, estimate key costs, and recommend the most viable development path.
A focused physical setup that tests whether the core technical principle can work in practice. At this stage, we isolate the critical assumption, use only the components and engineering effort needed for validation, and collect measurable evidence before moving to prototype development.
A functional product version used to test how all key units, components, and systems work together in conditions close to real use. At this stage, the product includes core features, a more detailed design and components than a PoC, while the enclosure and final production setup may still be refined.
A functional engineering device that integrates the core electronics, firmware, enclosure, and mechanical elements into a demonstrable product. At this stage, the team moves beyond isolated prototypes and prepares the solution for investor presentations, early user validation, field or laboratory testing, and pilot discussions.
A limited production run that checks whether the MVP can be manufactured consistently across multiple units. At this stage, we validate the assembly process, tooling, testing, quality control, yield, packaging, and readiness for the next manufacturing stage.
Schedule a call with us to discuss your product idea. We’ll review your current inputs, and explain how our team can turn them into a clear Feasibility or PoC scope.
Through hundreds of projects, we’ve learned that Discovery should not be limited to writing down what the customer says. A good Discovery shows what the idea requires, what the inputs may trigger, and what should be checked next.
If you don’t want engineers designing around assumptions that miss the business goal, we’ll start by defining the problem, target users, product value, and success criteria your business aims to achieve.
Instead of a marketing-level competitor overview, you get benchmarking that supports engineering decisions: functions, performance, cost logic, components, size, materials, and limitations.
Small omissions often become expensive later. We map supporting functions, interfaces, operating environment, standards, component logic, and constraints that may not be obvious from the initial idea.
We approach Discovery with Feasibility in mind. While reviewing the concept, we already look at what seems realistic, what may create technical or economic risks, what should be simplified, and what requires deeper validation at the next stage.
01
You do not enter an open-ended consulting process. In about 100 hours, we structure your product idea, clarify key assumptions, involve engineering expertise, and define what should happen next.
02
We don’t take every initial requirement as fixed. Some inputs may quietly create technical limits, cost growth, or development complexity. We review them with you early, explain the trade-offs, and help separate what is essential from what can be adjusted.
03
Unlike an AI-generated render or a brainstorm summary, you do not receive a pile of untested ideas. When needed, we create quick mockups to visualize the concept, discuss it with you, and spot weak points before the project moves to Feasibility or prototyping.
04
You get an early, directional check of patent-related risk before the concept moves into Feasibility or development. We flag potentially sensitive technical directions, so you can adjust the concept before investing in a solution that may conflict with existing IP.
Software discovery can start with screens, flows, and user stories. Hardware discovery also has to deal with physical reality.
A physical product cannot be changed every day after release, so early assumptions matter more.
Most teams begin with what is visible. But hardware also depends on what is not obvious yet.
A feature may look simple until it meets heat, dust, moisture, vibration, sunlight, cleaning, transportation, or outdoor use.
Hardware requirements cannot stay vague. “Compact”, “quiet”, “fast”, or “accurate” must become target size, runtime, noise level, speed, capacity, force, or precision.
Every visible function needs hidden systems behind it: power, sensors, firmware, storage, connectivity, cooling, mounting, safety, or assembly logic.
Work that highlights the incredible technologies, solutions, and products EnCata developed
EnCata supported a startup as an engineering contractor, developing a smart beverage pourer for bars that meters each pour in real time, connects to POS and mobile apps, and enables NFC payments — from PoC to MVP. All IP belongs to the customer.
increase in bar revenue
via credit cards and NFC-enabled transactions
EnCata developed a smart kitchen appliance for a European company entering the smart home market. We delivered feasibility studies, electronics, firmware, and a working prototype for a device that brews coffee, tea, and prepares baby formula.
to cool water from 100 °C to 38 °C
filed during development
EnCata engineered a smart hydroponics IoT plant pot that automates plant care through nutrient dosing, using sensors and cloud control. We delivered industrial design, CAD models, BOM, and specs to help the client move from lab research to a market-ready device.
concepts developed as part of this project
major modules to enable functionality
EnCata engineered an AI-powered tool tracking system which combines 5S boards with machine vision to monitor tool usage in real time. Integrated with ERP/CRM software, it improves accountability and reduces losses. Our team took the project from concept through to a working IIoT solution.
project duration
max width of the 5S board
EnCata delivered a sludge recycling feasibility study in Oman, assessing six treatment technologies and CAPEX. The study shaped the plan for a waste disposal plant with 100 tons/day sludge capacity, providing the client with clear technical and business guidance.
technologies considered in this feasibility study
annual energy savings at 100-ton/day sludge capacity
Leave your contact details. We’ll explain how Discovery with EnCata works, what deliverables you receive, which cooperation model fits your stage, and how we identify hidden concept constraints before they turn into costly engineering work.
We organize early product input into a PRD-like Discovery package for the next technical stages: structured enough to estimate, validate, and turn into Feasibility, PoC, or Prototype tasks.
User scenarios are translated into must-have and optional functions, including supporting systems that are required behind the visible product features.
The output includes assumptions, open questions, benchmarking notes, early standards/IP flags, and validation tasks for Feasibility, PoC, or Prototype – not a confirmed feasibility conclusion.
You receive possible product directions with form-factor logic, interfaces, subsystem assumptions, operating conditions, and simple mockups or visuals when needed.
Your idea, sketches, AI outputs, competitor references, business goals, and existing materials are structured into one starting brief, with unclear inputs marked for discussion.
Hardware Product Discovery may involve several engineering services to prepare a PRD-like package for the next technical stage.
Preliminary mechanism logic; approximate dimensions; moving parts; enclosure constraints; material assumptions; operating environment limits.
Preliminary electronics and firmware architecture; sensor and actuator assumptions; power source logic; connectivity options; interfaces; supporting subsystems.
Form-factor directions; user interaction points; handling logic; concept visuals; ergonomic assumptions; appearance constraints.
Quick mockups used to visualize the concept, compare options, and reveal weak points before Feasibility.
Product Discovery at EnCata is handled by a cross-functional hardware team that works in sync as a single organism and provides a second opinion to make sure your concept is solid.
Deep domain understanding increases the success rate of your product.
Each Discovery project depends on the quality of initial inputs, product complexity, and the number of unknowns. The goal is to structure your idea before bigger engineering commitments begin.
