hardwear.io Netherlands 2019
2019-09-26..2019-09-27
The Hague, Netherlands
[hardwear.io Netherlands 2019, Hardwear.io Netherlands 2024]
as the organisers put it
Dive into Hardwear.io Netherlands 2019 featuring top speakers, hands-on trainings, CTF contests, and hardware hacking workshops focused on the latest in hardware security.
| title | author | length |
|---|---|---|
| RIDLed with CPU bugs | Alyssa Milburn, Stephan van Schaik | 46m |
RIDL demonstrates that speculative execution leaks occur from internal CPU buffers (not caches) — notably line fill buffers — and can expose kernel memory, VM… | ||
| Exposing device features on 4G & 5G networks | Altaf Shaik, Ravishankar Borgaonkar | 54m |
Uses cheap SDRs and srsLTE to build a man‑in‑the‑middle 4G/5G setup that passively collects and actively modifies device capabilities; creates an “Nmap”… | ||
| It's easier to break than to patch: a stealthy DoS attack on CAN | Stefano Zanero, Stefano Longari | 41m |
A selective DoS manipulates CAN error handling by flipping bits during another ECU’s transmission so the victim increments its transmitter error counter by +8… | ||
| IC Surgery: getting to the heart of the problem with the smallest scalpel | John Mark Walker | 44m |
Describes using a focused ion beam (gallium) plus electron and infrared microscopy to map chips at ~5 nm resolution, mill dielectric, deposit tungsten/platinum… | ||
| Hacking pre-obd car for fun and horsepower | Gyver Ferrand | 27m |
1987 Honda Civic with no OBD uses an early PGM-FI read-only ROM, so the plan is ECU chipping and swapping in a programmable dump to run E85 conversion maps… | ||
| Hardware security evaluation of Intel MAX 10 FPGAs | Sergei Skorobogatov | 57m |
Evaluation targets Intel MAX 10 FPGAs and shows concrete weaknesses: backside polishing plus optical inspection reveals unusually large flash cells (≈0.25×0.5… | ||
| Tamper Proofing Commodity Hardware & other Applications | Christian Zenger, Lars Steinschulte | 44m |
Introduces Enclosure-PUF, a physical unclonable-function technology that measures electromagnetic wave propagation inside whole devices to verify authenticity… | ||
| Roots of Trust and Attestation | Trammell Hudson | 36m |
Explains why verified boot halts CPU as a blunt policy and how that creates indistinguishable failures and costly recovery, shows concrete hardware problems… | ||
| Poking the S in SD cards | Nicolas Oberli | 45m |
Demonstrates a practical break of the SD card lock by abusing CMD42 lock/password via SPI, using a HydraBus + logic analyzer + oscilloscope to measure… | ||
| Day-1 with a TTIG-868 | Brian Butterly | 40m |
Teardown and 10-hour audit of a €70–85 TTIG-868 finds an ESP8266 main board with disabled USB but recoverable UART after reworking resistors, an SX1308 LoRa… | ||
| Sniffle: A low-cost sniffer for Bluetooth 5 | Sultan Qasim Khan | 41m |
Open source firmware and Python host tools turn a $40 TI development board into a Bluetooth 5 LE sniffer that supports 2 Mbps and long‑range PHYs, extended… | ||
| When hardware attacks scale | Marc Witteman | 40m |
Shows that physical modification and chip forensic work turns offline hardware weaknesses into internet-scale fraud: attackers extract private key from a… | ||
| Electric vehicle CAN man-in-the-middling | Emile Nijssenv | 43m |
The vehicle CAN bus uses no encryption so snipping two wires behind the glovebox lets a small device sit between drivetrain and telematics and intercept and… | ||
| CXO PANEL: Security Certifications for IoT Devices | Cory Scott, Roberto Avanzi, Rob Wood, Stefano Zanero, Cristofaro Mune | 48m |
Panelists argue that OEMs carry commercial accountability while security must flow down the supply chain via contracts and verifiable specs, using component… | ||
| nothing matches | ||