IoT Hardware designing & Prototyping
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Leverage our design and development expertise for IoT Hardware Development
As an IoT hardware development company, our capabilities and experience include an end-to-end innovative IoT hardware development process from an idea to a prototype, manufacturing design, firmware development, order fulfillment and quality control. We offer full-fledged IoT hardware development services to our clients. Our experts can handle all challenges related to integration into the existing technology stack for seamless performance and your complete custom IoT Product.
We build embedded systems with our experience and understanding in embedded processing, sensors, wireless and wired communication.
Leverage our design and development expertise for IoT Hardware Development
As an IoT hardware development company, our capabilities and experience include an end-to-end innovative IoT hardware development process from an idea to a prototype, manufacturing design, firmware development, order fulfillment and quality control. We offer full-fledged IoT hardware development services to our clients. Our experts can handle all challenges related to integration into the existing technology stack for seamless performance and your complete custom IoT Product.
Our Product Design Capabilities
With our full-service hardware lab in Bozeman, MT & a team of mechanical, electrical, & firmware engineers who are experts at remote IoT development, you can trust Very to build, test, and deliver custom hardware that performs in real-world conditions.
Our Product Design Capabilities
With our full-service hardware lab in Bozeman, MT & a team of mechanical, electrical, & firmware engineers who are experts at remote IoT development, you can trust Very to build, test, and deliver custom hardware that performs in real-world conditions.
Research & discovery
We kick off each client project with a short engagement where we work to deeply understand your project, identify risks, and create a plan to mitigate them.
Our services include:
- Empathy mapping
- Story mapping
- Information architecture
- Competitive analysis
UI/UX Design
Each of our designers is also a front-end engineer, which means the same person who designs your experience will write the code, ensuring that nothing gets lost in translation.
We’ll handle:
- Responsive web design
- Mobile app design
- Tablet app design
- Design systems
- Animation
- Front-end implementation
- User flows
Interaction design
The way your users interface with your product through subtle interactions is a key driver to make your product feel complete.
Our interaction design capabilities include:
- Motion prototyping
- Micro-interactions
- User testing and validation
- Connected device design
Rapid prototyping & 3D printing
Developing a market-ready solution requires significant money and time. Therefore, it is essential to ensure whether your product design and features are aligned with the exact market needs. Whether you are proving a business case or testing if a new idea works, a rapid prototype can help you understand what works and what does not. Rapid prototype built by our team of IoT hardware experts facilitates market testing for the project idea.
FormLabs SLA
When dimensional accuracy & finish are a priority, Very uses the FormLabs SLA printer to generate in-house 3D-printed prototypes for our clients.
FDM
When speed & cost-effectiveness are important for your project, our hardware team will use FDM printing to get a prototype in your hands fast.
Advanced hardware debugging tools
- Oscilloscopes, logic analyzers, & digital microscopes
Every hardware engineer has a miniature lab stocked with tools for quick hardware debugging in a collaborative remote environment.
Crafting functional designs with cutting-edge CAD tools
Onshape
Onshape enables easy integrated cloud sharing with clients so that engineers can quickly and easily generate links to share the latest hardware designs with clients.
KiCad
KiCad is open-source, configurable, and cross-platform-compatible, making the PCB design process simpler and the designs created more impactful.
Custom Firmware Development
We have a team of embedded software engineers with experience in firmware development in LUA, Python, C and C++. Our team has hands-on experience in implementing different network protocols, including Bluetooth, WiFi, RFID, TCP/IP, GPS, BLE and architectures, including ARM, STM, ATMEL, PIC and 8051.
- Linux Kernel Development
- Middleware Development
- Migration of firmware/legacy applications to new platforms
Design for Manufacturing
We use Design for Manufacturing (DFM) design practice to design components, products or parts to build an excellent product at a lower cost. By implementing DFM early in the design process, we ensure that we follow the right manufacturing process, best design principles for manufacturing and correct material for the device. Our team also makes sure that the product is designed to withstand the environment and must comply with quality and safety standards.
- Manufacturing Process
- Design
- Selection of the material
- Compliance/Testing
Assistance with Fab Selection
We help customers deliver competitive IoT products with higher output and yield. Our team serves customers in three specialized practices, including tool output, fab productivity & cycle time and yield and predictability. With our expertise in connected fabs, we help you uncover hidden productivity in your fab and select the right fab for your IoT product.
- Process Optimization
- Cost Containment
- Identify hidden productivity
Research & discovery
We kick off each client project with a short engagement where we work to deeply understand your project, identify risks, and create a plan to mitigate them.
Our services include:
- Empathy mapping
- Story mapping
- Information architecture
- Competitive analysis
UI/UX Design
Each of our designers is also a front-end engineer, which means the same person who designs your experience will write the code, ensuring that nothing gets lost in translation.
We’ll handle:
- Responsive web design
- Mobile app design
- Tablet app design
- Design systems
- Animation
- Front-end implementation
- User flows
Interaction design
The way your users interface with your product through subtle interactions is a key driver to make your product feel complete.
Our interaction design capabilities include:
- Motion prototyping
- Micro-interactions
- User testing and validation
- Connected device design
Rapid prototyping & 3D printing
Developing a market-ready solution requires significant money and time. Therefore, it is essential to ensure whether your product design and features are aligned with the exact market needs. Whether you are proving a business case or testing if a new idea works, a rapid prototype can help you understand what works and what does not. Rapid prototype built by our team of IoT hardware experts facilitates market testing for the project idea.
FormLabs SLA
When dimensional accuracy & finish are a priority, Very uses the FormLabs SLA printer to generate in-house 3D-printed prototypes for our clients.
FDM
When speed & cost-effectiveness are important for your project, our hardware team will use FDM printing to get a prototype in your hands fast.
Advanced hardware debugging tools
- Oscilloscopes, logic analyzers, & digital microscopes
Every hardware engineer has a miniature lab stocked with tools for quick hardware debugging in a collaborative remote environment.
Crafting functional designs with cutting-edge CAD tools
Onshape
Onshape enables easy integrated cloud sharing with clients so that engineers can quickly and easily generate links to share the latest hardware designs with clients.
KiCad
KiCad is open-source, configurable, and cross-platform-compatible, making the PCB design process simpler and the designs created more impactful.
Custom Firmware Development
We have a team of embedded software engineers with experience in firmware development in LUA, Python, C and C++. Our team has hands-on experience in implementing different network protocols, including Bluetooth, WiFi, RFID, TCP/IP, GPS, BLE and architectures, including ARM, STM, ATMEL, PIC and 8051.
- Linux Kernel Development
- Middleware Development
- Migration of firmware/legacy applications to new platforms
Design for Manufacturing
We use Design for Manufacturing (DFM) design practice to design components, products or parts to build an excellent product at a lower cost. By implementing DFM early in the design process, we ensure that we follow the right manufacturing process, best design principles for manufacturing and correct material for the device. Our team also makes sure that the product is designed to withstand the environment and must comply with quality and safety standards.
- Manufacturing Process
- Design
- Selection of the material
- Compliance/Testing
Assistance with Fab Selection
We help customers deliver competitive IoT products with higher output and yield. Our team serves customers in three specialized practices, including tool output, fab productivity & cycle time and yield and predictability. With our expertise in connected fabs, we help you uncover hidden productivity in your fab and select the right fab for your IoT product.
- Process Optimization
- Cost Containment
- Identify hidden productivity