Wireless security education with a stack-first view

Wireless attacks do not stay in one layer.

I built this learning platform to show how wireless security events ripple across the TCP/IP model. Instead of treating jamming, sniffing, rogue access points, and LTE or 5G exposure as isolated topics, this site maps each one to the layers, data, security properties, and defenses that actually matter.

5 guided modules Source-backed technical depth Browser-based simulation
How to use it

Three ways to move through the material

I designed the platform so you can move from overview to analysis to self-check without needing outside context.

01

Read the stack

Use the layer map to anchor each scenario in the TCP/IP model before diving into the details.

02

Compare modules

See how jamming, sniffing, rogue access points, and cellular exposure differ in impact and defender leverage.

03

Simulate and teach

Use the Simulation Lab to adjust scenario severity, toggle defenses, and walk through facilitator prompts.

04

Test yourself

Use the Study Lab for quick checks, defense comparisons, and glossary review with answer explanations.

Stack map

Where wireless issues touch the TCP/IP model

The same event can start low in the stack and still change what users see much higher up.

Modules

Explore the five core learning modules

Each module combines a stack impact view, a case study, and a defense-oriented explanation.

Scope and intent

This is a defensive teaching platform.

I built this site to explain network security concepts, not to provide exploit instructions. The emphasis is on understanding how systems behave, where risk appears, and how layered mitigations reduce exposure.

References

Sources cited directly in the learning content

I use these sources throughout the module explanations, simulation guide, and self-check material.