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EnCata can help your project to pass the stage of Proof-of-Concept. It is feasible due to the presence of world-class in-house industrial prototyping facilities, which can be used at the stage of proof of concept definition.
We define proof of concept as a demonstration of the practical implementation of any method, idea, technology or feasibility in order to prove the fact that the method, idea or technology works. The demonstration involves building a small prototype, a test sample and a mathematical or a computer model, which are not necessarily full-fledged products.
This is exactly what distinguishes a proof of concept from a minimum viable product. Proof of concept confirms and shows that the idea can be done and has the potential to keep on going in this direction.
We act as your extended R&D team which is faster than hiring engineers locally. The breadth of our technical expertise is unique.
Our dedicated team is ready to scale up quickly. We utilize AGILE lean development process that leads to 30-50% faster delivery.
Our development location enables us to be cost-effective and deliver premium R&D and engineering services at 1/3 of the price compared to that of in N-W Europe and USA.
A PoC project begins when you start to prove to yourself and your stakeholders that ideas can, indeed, be turned into a reality. We help change a basic understanding of how those potentially could be brought into reality. A PoC development process can last from weeks to months.
When testing your proof of concept in technology, or generally in the hardware development process, the PoC can be used as a tangible way to help identify any unforeseen risks in the production. At this point, the proof of concept model shows the feasibility of the most innovative part of your idea.
If you need to save time on developing the basic functionality of a device, reverse engineering can help. Due to its relatively simple implementation, it helps to focus on a new functionality or improvement of the user characteristics of an existing product.
Reverse-engineering still involves a proof-of-concept stage, to show its potential and feasibility in real-world settings.The moment you understand how your competitor's product works, or at least get a basic assumption, you need to assemble a model of your device and test the approach.
Proof of concept prototyping is based on the roadmap that was developed during the Feasibility Study. It helps us structure our approach to testing the feasibility of developed ideas. By assessing the technical level of the product beforehand, and making the concept of a device, we will not create an "idea vs concept features" situation, but we will include both aspects. We are always observant and meticulous to how, and why, all proof of concept prototype tests are carried out. We clearly understand what and why is being tested at the proof of concept stage at a certain period of time. This gives us an insight into the definition of a proof of concept in this project.
Soon after a proven concept, you will realize that your product needs to have an attractive design. The design should not only be attractive in physical form, but the developed product should also be user-friendly with the expected feature set. It means that you will need an industrial design for your product, which can, for instance, be a 3d model. It will help you wrap your previously tested ideas and solutions into a rudimentary product, and create the physical shape and size for it. You can, then, test the developed product by adding different features and developing design solutions in the model.
The initial stage of product development is to come up with the idea itself, but coming up with an idea can go in parallel with doing a proof of concept of it. In other words, you come up with an idea - you test it out. If it does not work, you come up with a new one and test it out as well, etc. The proof of concept model is done before the extensive design and engineering work begins, but nevertheless has some visual representation of how the concept works, since it consists of a relatively simple and undeveloped version of the desired final product. The PoC stage helps to validate assumptions about different product ideas and illustrate that a new product or idea can be successful.
Although your product has long since passed the proof of concept model stage, it should now be tested by real users. It will ensure that the product will indeed function properly upon a full rollout. Batch prototypes are usually tested on a small segment of the company's customer base.
Low volume Manufacturing is a more advanced phase of testing than both proof of concept and prototyping. It is, in fact, the final testing phase before beginning a full production of a new product.
We help develop products that already exist on the market and have a physical form. It is impossible to produce a mass-produced product without testing it beforehand and validating the concept.
To improve the viability of the prototype it is necessary to spend time and effort on designing different small details, improving the layout of the main assemblies, and using non-standard solutions. At the mechanical engineering stage it is shown how a prototype was made.
We're sure you don't want to stop your project just at the idea stage. You may have a vision for the functionality and design of a new product, based on conceptual solutions and product requirements. But we should always remember that there is a difference between "can be done" vs. "how it's done". Proof of concept development is used to check if something can be technically created.
To move the project forward you need a working idea, so the main task at this stage is to refute or uphold some theses. EnCata engineers can help your development team with this. In this case, you focus on new ideas, technologies and methods for the product, and we in turn verify technical possibilities and solutions.
We focus on the entire product/service lifecycle, from concept to implementation to market launch. EnCata’s knowledge, resources and innovation development expertise allow our Clients to develop and expand their businesses faster and leaner.
EnCata can provide your startup with the end-to-end product development service in both hardware and software domains coupled with the outstanding inhouse prototyping facilities.
Turn to EnCata if you need our premimum consultancy services (concept review, design / CAD review or advice on software architecture code you produced) only when our advice is needed.
Come to EnCata with your CAD to produce parts for your prototype in EnCata. Assemble and test your prototype at our MakeIT Center fablab - we don't charge for the access!
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Our hardware engineers are focus on the entire product/service lifecycle, from concept to implementation to market launch. EnCata’s knowledge, resources and innovation development expertise allow our Clients to develop and expand their businesses faster and leaner.
Warehouse and fulfilment robots, Plant and Process Automation, Lean Manufacturing, Digial Twins Development, Connected Equipment, Predictive Maintanance, Industrial Computer platform
Medical devices & equipment, IoMT, Diagnostic Tools, Robotics and Precision Placement, Optical System, Medical Instruments & Consumables, Micro and Macro Fluidic Systems, Custom Rehabilitation Equipment
Smart Farming, Food Delivery Robots, Smart Agriculture and Crop Management, Sustainable Farming, Food Ribitics, Farm Apparatus Design, Farm & Irigation Automation, Agricultural Mechanization, Greeenhouse Automation, Climate Monitoring
Cut your development speed and costs by half with our in-house design, engineering, and manufacturing capabilities for breakthrough new products from just an idea phase.
Laboratory Instruments, Test Benches, Biological Storage, Microfluidics, Biological Laboratory, Spectrometers, Automated Clinical Instruments, Custom Scientific Apparatus, Pilot Plants, Chemistry Laboratory, Centrifuge, Sample Preparation
Industrial IoT gateway, Compact Industrial Box PC, SCADA automation, Performance Trackers and Sensors, Logistics, Real-time Monitoring, Retail Systems, Inventory Tracking, Production Flow monitoring, Fleet Management