IoT Penetration Testing Part 1
IoT testing starts with a screwdriver. Part one covers the hardware toolkit — SOIC clips, jumper wires, pin headers — needed before any device comes apart.
Read the post →Firmware extraction, radio interfaces, and device-to-cloud trust. Where embedded hardware, wireless protocols, and web services meet, and fail.
6 posts
IoT testing starts with a screwdriver. Part one covers the hardware toolkit — SOIC clips, jumper wires, pin headers — needed before any device comes apart.
Read the post →We compromised a network through a wireless mouse dongle using a Flipper Zero. An old attack vector, still unpatched, still sitting on plenty of desks.
Read the post →The same weaknesses turn up in connected device after connected device. Default credentials, exposed debug interfaces, unsigned firmware, and plaintext traffic.
Read the post →A connected device is a network host, a radio, a mobile app, and a cloud API at once. Why partial IoT testing misses the paths that actually get exploited.
Read the post →Connected devices ship fast and get tested rarely. The methodologies, the practical obstacles, and the best practices behind a real IoT penetration test.
Read the post →Testing a connected device means testing the hardware, the firmware, the radio, and the app behind it. A short introduction to what IoT testing involves.
Read the post →Tell us what you need tested. We’ll come back with scope, timeline, and a fixed price.