Hardware Design and Engineering Services
Leveraging our extensive proficiency in providing both software and embedded hardware design services, our emphasis encompasses every phase of product creation, spanning from initial conception to market introduction. With Cogniteq's comprehensive understanding, specialized skills, and in-house capabilities, our clients gain the advantage of accelerating business growth seamlessly and all within a single hub.
Hardware design services
We specialize in providing comprehensive hardware engineering services that cover the entire product development lifecycle. With Cogniteq's abundant resources and expert in-house facilities, our clients can accelerate the growth and expansion of their businesses with confidence.
- Rapid prototyping & PoC
- End-to-end product development
- Engineering and R&D
Rapid prototyping & PoC
Rapid prototyping
Manufacturing support & sourcing
Proof-of-Concept prototyping
jigs and fixture design services
Low volume manufacturing
Mold manufacturing and tooling
End-to-end product development
Concept development
Hardware development
Enclosure design
Product strategy
Computer simulations (FEA & CFD)
Industrial design
Engineering and R&D
Product R&D
Firmware development
Mechanical engineering
Electrical engineering
Custom electronics development
Design for manufacturing (DFM)
Why choose Cogniteq?
Cogniteq stands out as the top-rated hardware design company in the industry. With our expertise and innovative solutions, we deliver unparalleled results that exceed expectations
Innovation and accelerationCrafting unique solutions for swift market entry.
End-to-End partnershipSupporting clients from inception to deployment.
Proven track recordSuccessful projects across varied industries.
Harnessing expertiseSeasoned hardware design engineers with vast experience.
Collaborative approachClient-centric collaborations for optimal solutions.
Optimal value propositionProviding high-quality services at affordable rates.
Industries in Focus
Consumer ElectronicsThrough our product design engineering services, we specialize in crafting IoT solutions and innovative electronic devices. This encompasses the development of sensor-rich performance tracking devices, comprehensive pet activity tracking solutions, etc.
SportsIn the sports arena, we stand prepared to develop athlete performance trackers, design smart sportswear and sports equipment, and create devices for tracking player performance and facilitating rehabilitation.
Medical devicesEntrust the design of your medical equipment and IoMT devices to Cogniteq's team, ensuring meticulous attention to every stage of R&D, hardware and embedded software development, prototyping, and batch manufacturing.
Industrial automationOur assistance extends to electronics manufacturers, enabling them to remotely control technical processes, monitor equipment, and automate production lines. This is achieved through the utilization of HMI units, motion control systems, M2M technology, and service process automation solutions.
TransportationUtilizing hardware design and engineering expertise, our transportation solutions encompass embedded systems and IoT technologies. These solutions facilitate the tracking of vehicle maintenance and downtime, enhance driver security, monitor cargo within logistic centers and warehouses, and improve overall customer experience.
Smart Manufacturing & RoboticsEnhance your business efficiency and reduce overhead costs by harnessing our hardware design and development expertise in automation. Our comprehensive solutions cover warehouses, industrial plants, production lines, and asset management, incorporating industrial IoT and big data technologies.
Case Studies
Warehouse robot
An autonomous robot for the warehouses
Technologies
- Vacuum forming
- Laser cutting
- Lathe processing
- CNC milling
- Welding
Solution
Cogniteq was enlisted by a startup with a TRL-3 prototype, seeking assistance in transitioning toward production. The objective was to advance the development of autonomous robots tailored for e-commerce fulfillment. These robots, driven by goods-to-man technology and capable of handling up to 50 kg payloads, feature IP-45 ingress protection, enabling them to operate effectively indoors and temporarily outdoors. Leveraging our expertise, the industrial design of the robot was honed, and the groundwork for small-scale production was laid out.
Smart plant pod
Smart flower pot with sensors for scheduled watering
Technologies
- Multilayers
- PCB
- Water filtering
- STM Light Sensors
- Wi-Fi
- 3D printing
Solution
Cogniteq created a smart flower pot for scheduled watering as well as monitoring air quality parameters, soil moisture, and water storage levels. We designed circuit boards that collect data from sensors and transmit it to the cloud. Six different sensors are connected to the board - air temperature, humidity, light, water level, and soil moisture sensors. Also, we designed from scratch two custom ones - the water level and soil moisture sensors to the customer's requirements since off-the-shelf solutions didn't fit the product.
Medical smartwatch
Hardware-software complex development
Technologies
- PCB design
- GPS
- SMD
- Wi-Fi
- Firmware
- 3D printing
Solution
The hardware-software complex monitors a person's vital signs and will call for an ambulance if the person's condition deteriorates. This can save the life of someone who is recovering from a heart attack or stroke when there is a high risk of a recurrence. The bracelet will also provide timely aid to an elderly person, notifying doctors and relatives of their falling health. The hardware-software complex consists of a wearable module, service, and application software.
Smart lock
Development of a smart locking mechanism
Technologies
- 2D drawings
- LoRa
- 3D Modeling
- NFC
- Industrial design
- Waves and Signals
Solution
The smart locking mechanism represents an electronic solution for remotely managing access to various premises. Specifically crafted for utilization in office spaces, hotels, and commercial rental properties, this system comprises both server and hardware components. Users can exercise control over the lock through the web interface or a mobile application hosted on the server segment, as well as via RF (Radio Frequency) and NFC (Near Field Communication) technologies.
Motion capture system
Magnetic-inertial motion capture system
Technologies
- Wi-Fi
- Optical sensors
- Signals
- PCB Prototypes
- Conceptual version
- Multilayers PCB
Solution
The Cogniteq team developed a magnetic-inertial motion capture system designed for developers of VR solutions and training systems. The tracker is a modular system that includes a multifunctional hub, a measuring tracking module, a magnetic inductor, and gloves. It enhances the user experience with a more authentic feel, boosting learning efficiency and adding an element of fun to the game.
“Cogniteq was a great asset towards the execution of several projects we needed to take care of quickly. We were pleased with the services of the team – from the initial stage of analysis to the product delivery. It is delightful to have such a professional, knowledgeable and proactive business partner, and we highly recommend their service to you.”
“Bauwow and Cogniteq have been working together for a number of years developing pet social network applications. We found Cogniteq to be responsive, collaborative, and willing to think alternatively on challenging tasks. We are keeping the innovative spirit developing our native applications, so we need a technology supplier to be agile and flexible”
“I can warmly recommend Cogniteq - they made an Android app for me. They did a really good job being fast and easy to work with. The people at Cogniteq were also quick to take and act on instructions and feedback. It was also an easy and straightforward process of communication.”
“I had a chance to ensure in Cogniteq's professionalism and competence during a number of successfully delivered projects. I am happy that I found solid and reliable partner for our apps development who clearly understands our needs. We liked Cogniteq proactive and transparent approach conducted with high level quality of services.”
“I appreciated working together with Cogniteq. They have done a great job porting our iPhone Application to the Android world. Cogniteq worked fast, was always helpful and professional. We will choose them for our next Android project.”
FAQ
What is hardware design?
This term is used to describe the entire process of developing and producing physical components of electronic devices, from outlining specifications to testing and their further implementation. The range of these devices is rather wide. It includes but is not limited to IoT sensors, processors, circuit boards, and others.
What is embedded hardware?
Embedded hardware is also known as an embedded system. It is a small computer that can be a part of a bigger device or a broader system. It includes such important elements as a built-in microcontroller or microprocessor and dedicated software. They allow the device to perform a particular function that it was intended for.
What are the hardware design processes?
Different engineering teams may have different approaches to flow organization but as a rule, hardware design always includes several steps. They are ideation and requirement specification, prototyping, design, manufacturing, and testing. The next stages are mass production (if it is required), distribution, use, maintenance, and further disposal.
What are the benefits of using Cogniteq's hardware design services?
Cogniteq started its business journey in 2005 and since then our team has been accumulating expertise in various spheres, including IoT and hardware design. Today, we can deliver highly innovative solutions powered by the latest technologies and time-proven approaches. We offer flexible terms of cooperation and the most reasonable price-quality ratio.
