Into the Mind of an IoT Hacker | How to Protect IoT Networks & Devices
summary
Typical enterprise of 5,000 employees contains about 20,000 IoT devices and a 500‑bed hospital about 10,000 devices; public scans (Shodan) show ~25,000 printers and ~300,000 cameras reachable. Attack demos include PRET printer exploits that force prints, ZigBee gateway spoofing that can turn off building lights, an ultrasound running Windows 2000 hacked in minutes exposing DICOM records, and 1,800 internet‑connected pump controllers with default password 00000007. Recommended stack: automated discovery → tag‑driven policy → enforcement gateways, virtual patching and tiny firmware nano agents for runtime protection.
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chapters (18)
- 0:00Intro
- 1:44IOT SECURITY CUSTOMER TYPES
- 2:58HOW MANY IOT DEVICES ARE DEPLOYED INSIDE THE NETWORK?
- 6:14SCANNING THE INTERNET FOR IOT DEVICES
- 6:56IOT DEVICES ARE EASY TO HACK INTO
- 8:09EXPLOIT IOT VULNERABILITIES
- 10:32THE DARK SIDE OF SMART LIGHTING
- 12:55TAKE CONTROL OVER SMART BUILDING
- 14:32HACKING INTO AN ULTRASOUND MACHINE
- 17:28IOT DEVICES POSE A HUGE SECURITY RISK
- 20:32FROM DISCOVERY TO POLICY ENFORCEMNET
- 22:02IDENTIFY EVERY IOT DEVICE ON THE ENTIRE NETWORK
- 24:46GRANULAR IDENTITY DETAILS FOR EVERY IOT DEVICE
- 26:18SEAMLESSLY TURN THE IOT INTELLIGENCE MAP INTO A NETWORK SECURITY POLICY
- 28:44SAVE TIME AND EFFORT WITH AUTOMATED IOT POLICY BUILDER
- 30:01ENFORCE THE IOT NETWORK POLICY
- 31:13VIRTUAL PATCHING PROTECT DEVICES FROM KNOWN EXPLOITS
- 33:37PREVENT ATTACKS WITH ON DEVICE RUNTIME PROTECTION
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