Hardware Design & Prototyping
Turn a product requirement into hardware that can be built, tested, and maintained. Our Hardware-Software Co-Design practice develops electronics alongside the firmware, interfaces, and mechanical constraints that shape the finished device. From embedded controllers to industrial gateways and on-device machine-vision units, we connect design decisions to practical prototype evidence.
Talk to Our TeamCapabilities inside this offering
Product architecture and requirements
Translate device functions into a hardware architecture, interface map, and acceptance criteria. Processing, memory, power, connectivity, enclosure constraints, and expected operating conditions are considered together before component selection.
Circuit design and component selection
Develop schematics and a bill of materials around the application requirements. Review component availability, electrical margins, interface compatibility, and replacement options so prototype choices can support later product revisions.
PCB design and design review
Plan board layout around signal paths, power distribution, thermal constraints, connectors, and mechanical fit. Review test access and assembly requirements early, giving the team clear ways to measure and diagnose the prototype.
Prototype assembly and bring-up
Coordinate prototype builds and establish a staged bring-up plan. Check power rails, clocks, programming interfaces, and peripherals before moving to complete device behavior, with observations recorded against each hardware revision.
Hardware and firmware validation
Exercise the board with its device software and representative peripherals. Investigate behavior across agreed operating conditions, including startup, load changes, communication failures, and recovery, to separate design issues from configuration or software defects.
Engineering handover and revision control
Prepare the agreed schematic, board, component, and test documentation for handover. Track design changes and known limitations so the next build, firmware release, or service investigation starts from a reliable engineering record.
How we run this engagement
Define the device
Agree functions, interfaces, physical constraints, and validation criteria. Identify the highest-risk design assumptions before committing to a board.
Design and review
Develop schematics, component selections, and layout with firmware and mechanical input. Review testability and the planned prototype sequence.
Build and validate
Bring up prototypes in stages and evaluate the device against agreed requirements. Use the findings to prioritize revisions.
Prepare the next build
Deliver versioned design files, build records, and validation findings, with an explicit plan for remaining issues and future revisions.
What we work with
This offering fits best when...
- Teams developing a new embedded controller, gateway, or machine-vision product
- Organizations replacing an aging board or adapting a device to new requirements
- Product teams that need hardware and firmware developed together
Pairs well with
Firmware & Low-Level Software
Boot software, device drivers, real-time application logic, diagnostics, and maintainable firmware for embedded products.
Wireless & Secure Systems
Connected-device architecture, wireless integration, device identity, protected communication, and security operations integration.
Hardware-Software Co-Design
Hardware-Software Co-Design for embedded controllers, industrial gateways, and on-device machine-vision units, integrating device engineering, software, AI, and security.
Common questions
Can you start from an existing board?
Yes. The first step is to review the available design files, component records, firmware, and known issues. This determines whether a focused revision or a broader redesign fits the product needs.
Is firmware included in the hardware engagement?
Hardware and firmware can be scoped together. Interface responsibilities, bring-up support, and validation ownership are defined upfront so neither team relies on untested assumptions.
Does a prototype mean the design is ready for production?
A prototype provides engineering evidence. Production readiness depends on the agreed validation, assembly checks, documentation, and any application-specific qualification work still required.
What will we receive at handover?
Deliverables are agreed in scope and may include schematics, board design files, a bill of materials, build notes, test records, and revision history. Ownership and third-party dependencies are documented with the engagement.
What working with us actually looks like
Hardware-Software Co-Design
Embedded controllers, industrial gateways, and on-device machine-vision units alongside AI, cloud, digital product engineering, and cybersecurity operations.
Security by default
Secure-by-design practices and risk management run through our delivery process from day one, not as a final audit.
India-based, globally engaged
Two India delivery centers with round-the-clock operational coverage for clients across time zones.
Lifecycle engineering responsibility
Approximately eleven thousand hardware units are presently in service, and we retain lifecycle engineering responsibility for the majority of them.
Ready to build what's next?
Let's discuss how ANT Frameworks Private Limited can support your Hardware-Software Co-Design and technology engineering needs - from embedded systems to AI, cloud, digital products, and cybersecurity.
hello@antframeworks.com