Engineering Complete Technology Solutions. From Silicon to Software.
F9 Networks provides integrated hardware and software engineering for organizations developing specialized technology, connected devices, intelligent systems, and custom enterprise solutions.
Hardware, firmware, and software under one roof.
We bring hardware, firmware, embedded computing, networking, and software development together to create complete working systems.
Hardware Engineering
- Hardware architecture and system design
- Electronic system integration
- Custom computing platforms
- Hardware prototyping
- Component selection and integration
- Sensor and peripheral integration
Embedded Systems
- Microcontroller programming
- Embedded Linux
- Firmware development
- IoT device development
- Arduino and industrial controller integration
- Real-time system integration
Software Engineering
- Device management software
- Hardware communication protocols
- Custom APIs and middleware
- Real-time monitoring applications
- Control systems
- Data collection and analytics platforms
Support across the product development lifecycle.
Engage us for a single stage, such as a prototype or firmware, or for the full path from concept to maintained product.
Concept and feasibility assessment
Evaluate requirements, constraints, and technical risk before committing to a design.
Hardware and software architecture
Define components, interfaces, firmware, and software responsibilities.
Prototype engineering
Build working prototypes to prove the design and surface issues early.
Firmware and application development
Develop device firmware alongside the applications that manage and use it.
Hardware-software integration
Bring hardware, firmware, networking, and software together as one system.
Testing and validation
Functional, environmental, and integration testing against your requirements.
Production deployment
Prepare for rollout, installation, and the transition to production use.
Ongoing maintenance
Firmware updates, software maintenance, and support for deployed systems.
Fewer handoffs between the board and the dashboard.
Hardware projects often slow down at the boundaries: between electronics and firmware, firmware and the network, the network and the software people use.
- Shared design decisions
Protocols, data formats, and update mechanisms are defined once and used across the system.
- Security considered at the device level
Device identity, secure communication, and update integrity are part of the design. See Cybersecurity Engineering.
- A path to production systems
Device data can feed applications, analytics, and AI infrastructure built by the same organization.
Most projects span more than one discipline.
Building a device or connected system?
Tell us where you are, from an early concept to a prototype that needs to become a product, and we will outline the engineering path.