Electronic Hardware and Software Development Company
We have created several electronic hardware products for world-renowned companies within the energy sector, mobility sector, smart home climate control systems, IoT devices and IIoT devices.
Andivi R&D team capabilities:
- Hardware development,
- Software development,
- Enclosure development,
- Testing Device development.
- Product design – industrial,
- User interface design.
While every hardware and software development company is different, Andivi’s dedicated dev team will consist of hardware and software architects or developers, industrial designers and/or digital designers, a product owner (in charge of testing and working with the product to make sure it works correctly), and a project manager.
A coherent R&D team makes it easier than ever to build connected products that accelerate growth, optimize operations, and change entire industries for the better.
We prioritize hardware and software co-design and co-development – AN electronic hardware development company with a vision
Hardware and software co-design means meeting system-level objectives by exploiting the synergism of hardware and software through their concurrent design. It means understanding the application domain, implementation technology and design methodology from both perspectives – hardware and software. At the same time.
Thus the design process of these systems requires designers to be knowledgeable in both hardware and software domains to make good design tradeoffs.
Value-added tradeoffs at the intersection of optimums of HW and SW design and development.
Agility & empathy in electronic hardware development
A user-focused company will take the time to deeply understand the problem you are solving, your product objectives, value-adds, your users pain points, your budget and your desired outcomes.
This is a joint path to success. Ideally, both parties will understand exactly what success looks like. How the final product – works, performs and feels like – to be sure this partnership is a win for everyone.
If you need standard products like Temperature Sensors, Humidity Sensors, Pressure Sensors, CO2 and Air Quality Sensors or Differential Pressure Sensors (not custom-made), we have them available.







From idea to prototype. From prorotype to fabrication-ready!
1. Client idea
Understand the problem you are solving with the product, your goals, users, your budget and your desired outcomes.
2. Understanding product requirements
What does the ideal product for the user look like? What is must have? What is nice to have?
3. Suitable optimal product solution
To find the intersection between quality, performance, usability, cost and desirability.
4. Hardware and software development
Agile hardware and software co-design and co-development.
5. Mechanical design
Design parts, components, products, or systems of mechanical nature …
6. Casing / housing design
Construction, 3D design, CAD design, visual ideation, modelling, feasibility assessment, prototyping.
7. Technical documentation
Technical documentation, distributed version control, data sheets
8. Certification
Certification & Regulatory Testing
9. Developing Testing Equipment
Full development of testing Devices & testing Equipment
10. Product Quality Assurance
Quality is the best business plan.
R&D Services - speeding up time-to-market of novel products
Do you a have a project where we could collaborate?
Plan
Requirements
Design
user-centered
Development
Hardware & Software
Testing
360°× Usability
Deployment
Release
Review
Feedback
Examples of products
Alledio smart Modbus thermostat for commercial buildings.
Modbus Sensors – temeprature, humidity, CO2, VOC, differential pressure
How does a typical software and hardware sprint look like?
Typical Dev Sprints at an electronic hardware development company that is also doing software.
Sprint (4 weeks)
S1
S2
S3
S4
S5
S6
S7
Software development
Embedded Software Development
Embedded Software Development
Embedded Software Development
Embedded Software Development
Embedded Software Development
Embedded Software Development
Final Integration Testing
Hardware development
Design Interfaces
Low Functionality Emulator
Medium Functionality Emulator
High F. EmU / Limited F. Prototype
Full Functionality Prototype
Full Functionality Prototype
Final Integration Testing