Linux-based software is at the heart of modern broadband Customer Premises Equipment (CPE), including routers and gateways. These devices require reliable software, robust networking capabilities, and seamless integration with broadband services and remote device management platforms.
At SYSWAY, we specialize in Linux-based CPE engineering, combining expertise in OpenWrt, Embedded Linux, C/C++, Python, and networking technologies. We help telecom operators and CPE manufacturers customize broadband gateway firmware, develop ISP-specific networking features, adapt software to specific hardware platforms, and extend existing system capabilities to meet product requirements.
Our engineering work covers Linux networking services, routing, connectivity, firewalling, and system-level integration, as well as troubleshooting complex issues across software components and network interfaces. Beyond the device itself, we develop the backend services, APIs, and web interfaces that surround broadband CPEs, and integrate TR-069 / TR-369 device management components, helping customers add new capabilities while maintaining compatibility with their existing platforms and network environments.
SYSWAY delivers Linux-based software engineering for broadband gateways, routers, and networking devices. Our experience spans OpenWrt firmware customization, Embedded Linux development, networking feature integration, and troubleshooting across different hardware platforms. We have contributed to projects for customers in Europe and India, helping adapt and extend software to meet specific product and connectivity requirements.
OpenWrt firmware customization and SDK adaptation for broadband gateways and routers.
Embedded Linux development, software integration, and platform adaptation across different hardware architectures.
Linux networking engineering, including TCP/IP, Ethernet, DHCP, NAT, firewalling, routing, and connectivity services.
Multipath TCP (MPTCP) integration and customization for multi-interface networking solutions.
Integration of device management components and protocols, including TR-069 (CWMP), TR-369 (USP), and associated data models.
Backend services, REST APIs, and web interfaces for ISP-specific network-management features.
Integration, customization, and troubleshooting of open-source software components and communication protocols for Linux-based networking devices.
