Hardware Podcasts

Ep094: Fake Sun, Hacked Super Mario, Minimum Viable Smart Glasses, and 3D Printers Can't Do That

Hackaday Podcast · 20 Nov 2020 · 57m · Episode 94

What this episode covers

Hackaday editors Mike Szczys and Elliot Williams discuss a variety of hardware hacks, including a fake sun built from a satellite dish, the reverse engineering of a hacked Super Mario Game & Watch, and minimalist smart glasses by Samson March. They also cover a drill bit sorting system using Bluetooth calipers, a 6502 computer with wire-wrap construction, and a teardown of the Signet Technology Recon Sentinel network security device.

Most relevant to

makers and hobbyists

Topics

Mentioned

Companies
GitHub, Signet Technology, Pine64
Products
Recon Sentinel, Rock 64
Chips
STM32F7, DA14531, 6502, Xilinx Zynq
Tools
Binwalk, FreeCAD
Also
YouTube-Download, Voya and Tonis, DIY Perks, Stack Smashing, Samson March, Austin Addy, Mitsura Yamada, Donald Nardi

Related episodes from other shows

Other shows on the same ground, closest first.

  • Unnamed Reverse Engineering Podcast · 45m

    033 - All Over the Place

    Hosts Jen Castillo and Alvaro Prieto discuss their pandemic-era projects, including Alvaro's recreation of his father's 7400-series digital clock, a USB-C power adapter using a Cypress chip, and a t-shirt quilt. Jen details her reverse engineering of a greeting card chip, her exploration of Chinese manufacturing via Alibaba, and her choreography of a remote dance piece. They also cover the cancellation of hardware conferences like Hackaday Supercon and HackRF, and recommend movies such as 'Mood Indigo' and '3 Idiots'.

    Prototyping & iterationDebugging & failure analysis
    9 chapters

  • Unnamed Reverse Engineering Podcast · 44m

    016 - Supercon 2018 Part 1

    Jen and Alvaro interview Chris Svec of SEGGER, Josh Lifton of Crowd Supply, Richard Whitney of the Happy Robot Company, Alex Glow of Hackster, and Chris Gammell of Contextual Electronics at the 2018 Hackaday Superconference. They discuss reverse engineering tools like the SEGGER J-Link and Analog Discovery 2, and projects including the Open Steno Project, Charmware, and the Happy Robot's cuddly robots. The guests share personal anecdotes about electronics mishaps, such as shorting high-voltage rails and dealing with thermal printer integration issues at Crowd Supply.

    Debugging & failure analysisPCB design & layout
    5 chapters

  • Unnamed Reverse Engineering Podcast · 1h 09m

    004 - 0x0FF the Rails

    Micah Scott (scanlime) discusses her career in hardware reverse engineering, detailing her work at Sifteo on resource-constrained graphics engines and her recent 'Winchbot' project for her cat Tuco. She explains the mechanical design of the winch system and the complex process of reverse engineering a FeiyuTech gimbal's encrypted firmware using Sigrok and community assistance. Scott also reflects on her past projects like CoasterMelt and her preference for tools like IPython for interactive debugging.

    Debugging & failure analysisMicrocontrollers & dev platforms
    7 chapters

  • Unnamed Reverse Engineering Podcast · 55m

    002 - Cheap And Easy

    Dmitry Grinberg, a hardware hacker and reverse engineer, discusses his journey from writing PalmOS utilities as a teenager to his recent projects involving the Sega Dreamcast VMU and Cypress PSoC 4 microcontrollers. He details the technical challenges of reverse engineering the VMU's Maple bus protocol, creating an IDA Pro plugin for its custom Sanyo 68K CPU, and writing an ARM emulator to run C code on the device. Grinberg also explains how he exploited the PSoC 4's supervisory ROM to dump its firmware and uncripple lower-end chips by removing market segmentation restrictions.

    Debugging & failure analysisMicrocontrollers & dev platforms
    6 chapters

  • Unnamed Reverse Engineering Podcast · 44m

    031 - The Title Isn't DibbleDabble

    Hosts Minja, Costillo, and Alvaro review their year, highlighting conferences like Supercon and DEFcon, and discussing the rise of edge machine learning on microcontrollers like the Arduino Nano 33 BLE Sense. They detail hands-on reverse engineering experiences, including using an X-ray van from True View to inspect PCBs and learning chip decapping with John McMaster and Nanographs. The conversation also covers the implications of deep fakes, the repeal of net neutrality, and future goals involving KiCad PCB design and open-source robotics.

    Embedded firmwareDebugging & failure analysis
    9 chapters

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by Hackaday Podcast. The episode itself belongs to its publisher.