Router software development
for modern networks
Build, customize, and validate router systems using open-source technologies and production-ready approaches.
We help teams develop and test router software across WiFi, embedded systems, and network infrastructure - from low-level components to full system behavior.
Developing a WiFi router
Developing router software requires deep integration between networking protocols, embedded systems, and hardware platforms. We support the full development lifecycle - from system architecture to production-ready solutions - helping teams build reliable and scalable networking devices.
Management systems
We design and implement router management systems that provide full control over configuration, monitoring, and updates. Our experience includes:
Web-based management interfaces
OpenWrt UCI and custom UI solutions for full device control from the browser
TR-069 / TR-369 device management protocols
Industry-standard protocols for large-scale remote provisioning and monitoring
Remote configuration and provisioning
Automated deployment and configuration of device fleets at scale
Cloud and backend integration
Connecting devices to backend services and cloud platforms for centralized management
This allows operators and users to manage devices efficiently at scale.
WiFi and mesh networking
WiFi 5 / WiFi 6 / WiFi 7 integration
Support for the latest wireless standards across modern hardware platforms
Mesh networking for extended coverage
Seamless multi-node solutions with intelligent roaming and backhaul management
Optimization for performance and stability
Tuning radio parameters, channel selection, and driver-level configuration for reliability
Adaptation to specific hardware vendors
Custom integration for Qualcomm, MediaTek, Broadcom and other leading chipsets
We ensure reliable connectivity and predictable behavior across real-world environments.
Security is built into the system
Security is not an additional layer - it is part of the system architecture. We implement and validate:
Secure communication protocols
Encrypted channels and authenticated data exchange between devices and management systems
System hardening and vulnerability reduction
Attack surface minimization, privilege separation, and safe default configurations
Secure firmware and update mechanisms
Signed images, verified boot chains, and safe OTA update pipelines
Protection against common network threats
Defense against DDoS, spoofing, man-in-the-middle, and other network-layer attacks
We also use our internal testing tools to validate system behavior and detect security issues early.
System-on-chip integration
We work with a wide range of SoC platforms used in networking devices. Our capabilities include:
Porting and adapting software to new hardware
Full migration support from existing platforms to new SoC targets
Kernel and driver customization
Low-level system modifications to support new hardware capabilities
Performance tuning and optimization
System-level profiling and targeted improvements for throughput and latency
Integration with vendor SDKs
Qualified experience with Qualcomm, MediaTek, and Broadcom ecosystems
Testing and validation
Reliable router systems require thorough testing and validation across networking, performance, and system behavior. We use our internal platform to:
Validate network behavior under load
Stress tests, throughput benchmarks, and protocol conformance checks under realistic traffic conditions
Simulate real traffic scenarios
Emulate multi-client environments and edge cases that arise in production deployments
Test communication protocols and system interactions
Verify correct behavior across DHCP, DNS, routing protocols, and management interfaces
Detect issues early in development
Automated regression testing and CI integration to catch regressions before they reach production
This ensures that systems are stable and ready for production environments.
Open-source technologies we use
We build solutions on top of proven open-source technologies, allowing flexibility, transparency, and long-term maintainability.
OpenWrt
Industry standard open-source router OS - UCI, packages, custom builds
Linux-based networking systems
Kernel networking stack, netfilter, tc, and system-level tooling
Standard networking protocols and tools
DHCP, DNS, PPPoE, VLANs, VPN, and standard management interfaces
Custom extensions and integrations
Bespoke modules and daemons built on top of open-source foundations
This approach enables full control over the system and avoids vendor lock-in.
Our approach
We work closely with clients to solve real engineering challenges, not just deliver isolated components. Our approach focuses on:
Understanding system-level requirements
We start from architecture and constraints, not just individual tasks
Solving complex integration issues
Bridging gaps between hardware, OS, and application layers
Supporting development through to production
We stay involved from prototype to real-world deployment
Providing long-term technical expertise
A stable team with deep embedded networking knowledge you can rely on
We take responsibility for the final result and help ensure the system works in real conditions.
Develop and maintain with us
We support both new product development and existing systems.
Whether you need to build a router from scratch or improve an existing solution, we can help design, implement, test, and maintain your system.
Our team works with international clients and delivers solutions ready for real-world deployment.
Build reliable router systems with confidence
Develop, test, and scale your networking solutions with a team experienced in complex embedded and communication systems.
Start your pilot
Tell us about your project and we will propose a development approach tailored to your system's requirements.
We typically respond within 1-2 business days.