Make the right engineering and business decisions before you build. Our hardware feasibility study validates your product architecture, estimates costs, and identifies manufacturing constraints, with hands-on testing to verify critical assumptions in real conditions.
You already understand what the product should do, but not how to build it within cost, size, or performance constraints.
Edge vs cloud, custom electronics vs off-the-shelf, battery-powered vs wired, injection molding vs CNC.
We compare options and quantify their impact on cost, performance, and scalability.
Target price, margin, certification, production volume are key. We translate these constraints into engineering requirements and validate whether the product can meet them.
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.
Our team is eager to discuss how we can assist you and answer any questions you may have. Don't hesitate to reach out!
Through dozens of projects, we’ve learned what a feasibility study must include to ensure a fast and predictable transition into development.
The list below is not exhaustive, but highlights what matters most.
We don’t start with components, we start with system-level decisions
Different architectures can lead to completely different cost, performance, and risks
We estimate component cost, tooling investments, and production constraints. This allows you to adjust the product before expensive mistakes are made
You receive a feasibility report and technical specification ready for the next stage: architecture comparison and selected solution, BOM and P&L, identified constraints and key assumptions, scope of work with development plan and cost estimate.
We link technical decisions to unit economics
Target price, margins, and production volume directly influence component selection and system design
We help companies design, engineer, and prototype physical systems under one roof. No need to coordinate with multiple teams. From research to working prototypes ready for validation and further development, we provide a smooth path to a market‑ready solution.
Fixed price
The price for the service will not change during the project. It’s fixed.
Your IP stays yours
NDA by default. Full IP transfer.
We'll get a device to you regardless of where you are.
Feasibility starts with the right questions.
Most teams evaluate products at a visible level:
This aligns with standard product thinking:
But in hardware, this is only part of the picture. The real constraints are not visible at first.
A working concept that doesn’t scale
Product works, but unit economics break
Design cannot be efficiently produced
Work that highlights the incredible technologies, solutions, and products EnCata developed
This custom-built system extracts up to 50 liters of water per day from air in hot, dry regions. Developed to meet a specific customer's needs, it showcases EnCata’s full-cycle expertise in thermal design, electronics, firmware, and prototyping. All IP belongs to the customer.
The energy consumption of the system per liter of water
Instead of 6 - it took for us to develop and manufacture the TRL-7 prototypes
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 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
Our team is eager to discuss how we can assist you and answer any questions you may have. Don't hesitate to reach out!
We evaluate your product from engineering, economic, and production perspectives to define a solution that can be realistically built and scaled.
We assess manufacturing methods, supply chain, and scalability to understand whether the product can move beyond prototype.
We develop a structured feasibility report and technical specification covering architecture comparison, selected solution, and constraints. Includes P&L and SoW for the next development stage.
We estimate BOM, tooling investments, and production costs. Translate technical decisions into target price and margins. Identify key cost drivers and risks that affect scalability and business viability.
We define and compare possible product architectures.The goal is to select a solution that meets performance, cost, and constraint requirements
We combine multiple engineering disciplines to validate your product both analytically and practically.
In some cases, we build quick bench-level setups using real components to verify key assumptions.
Structural concepts and load analysis; kinematics and motion feasibility; simple setups to validate key mechanisms
Form factor and ergonomics evaluation; size, layout, and user interaction constraints; quick mockups for early usability validation
System architecture and component selection; sensors, connectivity, and data flow; bench-level prototypes using off-the-shelf components
Manufacturing methods and material selection; production constraints; supplier options and cost drivers
We serve as your all-in-one team, eliminating the need to coordinate with various freelancers or companies.
Deep domain understanding increases the success rate of your product.
Each project has its own goals and nuances; however, our experience shows that the average number of required hours for Feasibility Study is around this amount
