This project demonstrates how a MikroTik ROSE Data Server (RDS) can run Zabbix directly on RouterOS to monitor a production network with more than 500 devices. Using six 1TB NVMe drives in RAID5, the system is processing approximately 355 monitoring values per second while using only 2GB of RAM and 1.2–2% CPU, showing just how capable the RDS can be as an all-in-one network monitoring and storage platform.
TowerCoverage.com is a finely engineered, web-based RF propagation and mapping platform that empowers service providers to model and predict wireless and fiber coverage with high precision and confidence, eliminating guesswork and costly field surveys. Built on a robust, redundant MikroTik-powered infrastructure with active/active storage, dual routing cores, and extensive monitoring, the platform delivers accurate coverage maps, integrated lead generation, and real-world planning tools that save time and improve deployment decisions. Click Details below for the full article.
Navigating the FCC Broadband Data Collection (BDC) process starts with obtaining access to the Broadband Serviceable Location Fabric—the foundation of the FCC's broadband mapping initiative. In this guide, we explain who can access the Fabric, how the licensing and approval process works, and what ISPs and WISPs need to know to streamline BDC submissions, Fabric challenges, and broadband planning. Learn how TowerCoverage.com and Link Technologies can simplify the entire FCC reporting process with integrated mapping, engineering, and File On Behalf Of (FOBO) services.
Dennis Burgess, CTO of Link Technologies, emphasizes that effective network monitoring is foundational to ISP reliability and customer experience. He recommends deploying at least three core systems—a high-level overview tool (like The Dude), a deep monitoring platform (such as Zabbix), and external internet monitoring—to ensure visibility, rapid troubleshooting, and proactive alerting. A fourth system, BGP monitoring, becomes critical for networks with multiple upstreams to detect routing issues that may not trigger session failures. Together, these layered monitoring approaches improve uptime, reduce support load, and ensure a resilient, well-managed network.
