Build Networks That Think Different
We're building something that doesn't follow the usual path. Mesh networks aren't just about connecting devices—they're about creating resilient systems that adapt when things break down. If you're tired of cookie-cutter curriculum, this might actually interest you.
Explore What We Teach
Why Mesh Networks Matter Now
Traditional networks have a single point of failure. You know the drill—one router goes down, everything stops. But mesh architecture? Each node can route traffic independently. Bangkok experienced major flooding in 2024, and centralized systems went dark for days. Communities with mesh setups kept communicating.
This isn't theoretical. Remote areas across Northern Thailand already use mesh protocols where cell towers can't reach. We teach the protocols that make it work—not just the theory, but the deployment challenges nobody talks about in textbooks.
Our students have set up functional networks in Chiang Mai highlands and coastal communities around Phuket. Real installations, real problems, real learning.
Three Layers You'll Actually Understand
Protocol Architecture
Start with how nodes discover each other and negotiate paths. We cover OLSR, Batman-adv, and newer protocols gaining traction in Southeast Asia. You'll understand routing decisions before writing a line of code.
Interface Development
Most mesh systems fail because the interface confuses users. We focus on React-based control panels that non-technical people can navigate. Your front-end skills matter here more than you'd think.
Real-World Testing
Theory breaks down fast when signal interference hits or hardware fails. Our capstone involves deploying a working node network. You'll troubleshoot physical installations, not just debug code on localhost.
How We Teach This Stuff
No lectures where someone reads slides for three hours. This is hands-on from week one.
What Your Week Looks Like
Monday: Problem First
We give you a broken network scenario. Rural clinic needs connectivity during monsoon season when cables flood. Figure out what needs fixing before learning how to fix it.
Wednesday: Build Solutions
Now you learn the tools. Configure routing protocols, set up repeater nodes, design the dashboard interface. Work alone or team up—your call.
Friday: Break It Again
We simulate failures. Hardware dies, interference spikes, power cuts. Your network needs to handle it. If it doesn't, you learn why before the weekend.
From Zero to Deployment
Most people starting this program know basic HTML and CSS. Some have JavaScript experience. What you don't need: networking certifications or electrical engineering background. Just willingness to figure things out when documentation is sparse.
February 2026: Foundation Phase
Three months learning how networks think. You'll understand packet routing, address resolution, and why mesh topology solves problems that traditional architectures can't. We build simple two-node systems first.
May 2026: Interface Development
Now you're creating the control systems. Dashboard design, real-time monitoring, configuration interfaces that field technicians can use without calling support every hour. Front-end skills meet network management.
August 2026: Field Deployment
Final project involves actual installation. Partner organizations provide deployment sites—community centers, rural schools, emergency response locations. You configure hardware, optimize signal paths, and train users.