Industrial Design
Research & Concept Design / Product Design / Prototyping / Trendwatching / Product Modernization / New Product Development / Market Analysis & Strategy
Design as a Strategic Advantage
Know Your User
Every successful product starts with understanding users' needs.
We begin our design process by deeply understanding your users, their real needs, pain points, and the context in which the product will exist. By placing people at the center, we ensure the end result is not only functional but intuitive and meaningful — ultimately improving product adoption and satisfaction.
Competitive Edge
Great design gives you a competitive edge — it’s about timing, trends, and making the right moves.
With market research, competitor analysis, and trend scouting, we provide the insights you need to act confidently and at the right moment. By blending market intelligence with design expertise, we help your product stand out, resonate with users and investors, and stay relevant for the future.
Designed to Deliver
While aesthetics matter, true value comes when form supports usability, durability, and clarity.
Industrial design bridges creativity with manufacturing know-how. Optimized shapes, materials, and assembly methods reduce production costs and minimize errors. This ensures a smoother transition from prototype to market-ready product.
Discover the Industrial Design Process
While aesthetics matter, true value comes when form supports usability, durability, and clarity.
Industrial design bridges creativity with manufacturing know-how. Optimized shapes, materials, and assembly methods reduce production costs and minimize errors. This ensures a smoother transition from prototype to market-ready product.
01
Research & Market Analysis
We start by understanding your vision, target users, and key goals. Through market research, competitor analysis, and trend scouting, we provide the insights you need to make smart, timely decisions. Finally, we transform these insights into clear, actionable concepts or wireframes that bring your ideas to life.
02
Concept Development
Understanding the context, we focus on what matters most: the needs of users and the technical constraints that shape viable solutions. Using tools like Design Thinking, we generate early concepts that explore different directions toward the same goals. Through rapid prototyping and testing low‑fidelity models, we quickly identify the most promising ideas, ensuring each concept delivers a unique, ergonomic, and meaningful user experience.
03
Testing & Prototyping
We turn ideas into tangible, testable proposals — blending form, function, materials, and usability. Using sketches, 3D models, and visualizations, we define structure, assembly, and key performance factors. Together with the client, we refine concepts into high-fidelity prototypes to validate fit, function, and aesthetics. The final result is a near-production model, ready for testing, investor pitches, and early market feedback.
04
Design for Manufacturing
In the final stage, we ensure your design is truly ready for production. We fine‑tune every detail to balance quality, cost efficiency, and manufacturability, making adjustments based on selected materials and processes. With optimized design, comprehensive documentation, and supplier support, you gain a smooth path from concept to market launch.
Tools that we use
Our toolset varies by project, and we’re ready to adjust to match your workflow.
78%
Our clients come from USA
Over 10 years of experience serving the American market with reliable electronics solutions.
22%
The rest is located in EU
Our clients and trusted producers are based in the European Union.
80%
Company growth
With our solutions, many clients have accelerated their growth and expanded their market reach.
Industries we cooperate with
Food Tech
We support companies in industrial gastronomy and refrigeration by designing reliable, durable electronics. From temperature sensors to control systems, our solutions help optimize food safety, storage, and kitchen automation.
IoT
We design and develop connected devices that collect, process, and share data seamlessly. From smart home systems to industrial IoT applications, our solutions prioritize low power consumption, reliability, and secure cloud integration.
Critical Infrastructure
We create specialized devices designed to operate in demanding critical infrastructure environments. Our work requires meeting the highest quality standards—including developing systems that test and verify the performance of other safety and security devices.
Med Tech
We design precise, reliable electronics for medical monitoring and transport. Our experience includes developing temperature and humidity sensors, low-power solutions, and compact, standards-compliant hardware.
Thoughtful by Design
Ready to bring your ideas to life?
Read for more insights
.do philosophy
Rooted in the ethos of continuous improvement and excellence, our company embodies the principles of the ".do philosophy," inspired by Japan's concept of 'do'—meaning path or way—and the action-oriented English verb 'do.' This philosophy propels us forward as we envision and realize pioneering electronics solutions that enrich and streamline daily life. Join us as we embark on this path, translating ideas into tangible realities and unlocking boundless possibilities.
FAQ
What does the industrial design process involve, and can I join at any stage?
Our process includes research, ideation, concept generation, prototyping, refinement, and preparation for manufacturing. That said, you don’t need to go through the entire pipeline to work with us — we can support your team at any stage, from early idea validation to final DFM (Design for Manufacturing) adjustments. The process is modular and scalable depending on your needs and internal resources.
What technologies do we work with?
We start with rapid, low-fidelity methods like sketches, 3D prints, and off-the-shelf mockups to explore form, fit, and usability. As the design matures, we build high-fidelity visual and functional prototypes for testing ergonomics, aesthetics, thermal performance, and assembly logic. Each step helps reduce risk, speed up validation, and support smoother handoff to engineering or manufacturing teams.
What billing model do we use with clients, and how do we ensure transparency?
When we receive a project inquiry, we aim to estimate it and provide a fixed price offer, detailing the scope, estimated number of days, and total engineer hours.
We do not charge for managerial hours. Clients pay only for engineering hours worked on the project.
There are two key factors: the total project cost and the timeline. We adjust these depending on the client’s needs—whether they prefer faster delivery or a lower monthly budget. We estimate how many engineers and how many hours will be needed.
We work on a time and materials basis, but we commit to the originally estimated cost (unless the client changes the scope). If issues arise on our side, we take full responsibility.
We bill monthly based on actual hours worked. Our engineers log hours in YouTrack, and at the end of each month, we generate a report and invoice.
Typically, clients end up paying less than the initial quote (in 80% of cases), assuming the scope doesn’t change.
What happens after a client submits an inquiry?
We analyze the project scope and evaluate whether it aligns with our meaningful project approach—whether it brings real value. We assess the scope and potential challenges. If there are uncertainties, we clarify them with the client. Then we prepare a proposal that includes a timeline and cost estimate.
How quickly can we start a client’s project?
After we deliver the offer (within 1 to 2 weeks), we can usually start within 2 to 4 weeks, depending on team availability and the project’s urgency.
What makes us stand out?
Transparency and a true partnership—both on the business and technological level. Everything we develop is shared with the client as editable files, and they always have full visibility into our work.
We’re proud of our team—young, dynamic, and far more capable than their age might suggest. Of course, every company says their team is great, but we believe ours genuinely delivers beyond expectations.
What also sets us apart is our experience in the U.S. market. In many ways, it’s easier for us to implement projects in the United States or abroad than in Poland. The U.S. is our native market, and when it comes to international expansion, we often find ourselves figuring out how to enter the Polish market, not the other way around.
By default, we operate with a global mindset. We’re working to keep our international footprint balanced—with growing interest not just in the U.S., but also in Europe and Scandinavia.
What industry standards we meet?
We aim to set our own standards through practices like full transparency, time reporting, sharing and consistently delivering documentation and conceptual designs—whether it’s for software, electronics or design.
While some of these may not be formal industry standards, they are best practices we’ve developed through working with large, global companies and have tailored to fit our processes. Beyond ISO certifications, quality management frameworks, and electronics manufacturing standards, there are no widely codified norms specific to our service area. Our priority is to ensure that the intellectual value we create for our clients remains useful to them—even if they decide to continue working with a different partner in the future.
Why is industrial design important in electronics and embedded systems?
Industrial design ensures that your product is not only technically sound but also usable, understandable, and physically appropriate for its environment. It bridges engineering and user experience by translating functional requirements into a well-considered, manufacturable form. This is especially important when a product will be handled, mounted, or interacted with regularly.