Hack

Canadian source for Raspberry Pi, Arduino, Micro:bit, DIY electronics, robotics, and educational products. Raspberry Pi approved distributor for schools, commercial and personal projects. Microbit accessories and educational kits. Huge collection of Adafruit and SparkFun products in stock.

Explore the possibilities of p5.js with short examples.

tinySSB is "Secure Scuttlebutt over LoRa and BLE"

Arduino has released a new 32-bit ARM based version of their popular microcontroller they call the Arduino Due. It actually has TWO Controller Area Network (CAN) controllers built into it - but no transceivers. In a stunning second omission, Arduino Due provides NO EEPROM for persistent memory. You can't save variables

platform QT based C++ program. It is a CAN bus reverse engineering and capture tool. It was originally written to utilize EVTV hardware such as the EVTVDue and CANDue hardware. It has since expanded to be able to use any socketCAN compatible device as well as the Macchina M2 and Teensy 3.x boards. SavvyCAN can use any CAN interface supported by QT's SerialBus system (PeakCAN, Vector, SocketCAN, J2534, etc) It can capture and send to multiple buses and CAN capture devices at once. It has many functions specifically meant for reverse engineering data found on the CAN bus: - Ability to capture even very highly loaded buses - Ability to connect to many dongles simultaneously - Scan captured traffic for data that looks coherent - Show ASCII of captured data to find things like VIN numbers and traffic to and from the radio - Graph data found on the bus - Load and Save many different file formats common to CAN capture tools (Vector captures, Microchip, CANDo, PCAN, and many more) - Load and Save DBC files. DBC files are used to store definitions for how data are formatted on the bus. You can turn the raw data into things like a RPM, odometer readings, and more. - UDS scanning and decoding - Scripting interface to be able to expand the scope of the software - Best of all, it's free and open source. Don't like something about it? Change it!

An innocent-looking portable speaker can hide a hacking device that launches CAN injection attacks, which have been used to steal cars.

New version with Pico WH on socketed board. CAN bus is a protocol used in hundreds of millions of devices including cars, trucks, buses, construction machines, ships, tractors, and spacecraft (there is even a CAN bus orbiting Mars). The Canis Labs CANPico a carrier board in a ‘sock’ format for a Rapsberry Pi Pico: simp

Dr. Ken Tindell is the CTO of Canis Automotive Labs and this is his blog site, focusing on CAN bus and CAN security.

Smarter Shopping, Better Living! Aliexpress.com

We do not recommend replacing the case, there is a high risk of damaging the unit and affecting the IR function. Built-in Sub-GHz module based on a CC1101 transceiver and a radio antenna (the maximum range is 50 meters). RFID: 13.56MHz (HF) Both the CC1101 chip and the antenna are designed to operate at frequencies in

Description Cardputer v1.1 is a high-performance card computer designed for engineers, offering a comprehensive upgrade over the original Cardputer. The new version features the brand new StampS3A main controller, with optimized antenna and button design for the core module, significantly enhancing system stability and user experience. In terms of control interaction, the product is equipped with a 56-key keyboard and a 1.14-inch TFT screen for efficient display and operation; it includes an onboard SPM1423 digital MEMS microphone supporting recording and wake-up functions, and outputs audio through a cavity speaker. Additionally, an infrared emitter provides external infrared control interaction capabilities. For expansion, the built-in Grove interface facilitates custom sensor expansion; for storage, a Micro SD card slot is available for easy storage expansion. The power system uses an internal 120mAh and a base 1400mAh lithium battery power solution, integrating lithium battery charging and boost-buck circuits, greatly enhancing battery life. Structurally, the base includes magnets for metal attachment and is compatible with LEGO hole expansion. This product is widely applicable in various scenarios such as rapid function verification for engineers, industrial control, and home control systems. Features StampS3A Microcontroller 56-key keyboard 1.14-inch TFT screen Cavity speaker and SPM1423 digital MEMS microphone Infrared emitter for infrared control interaction HY2.0-4P interface Micro SD card slot Built-in 120mAh and 1400mAh lithium battery in the base Base with magnets Compatible with LEGO hole expansion Development Platform UiFlow2 Arduino IDE ESP-IDF PlatformIO Includes 1 x Cardputer V1.1 1 x L-shaped hex wrench 1.5mm (for M2 screws) Applications Rapid function verification and prototyping Industrial control and automation Home control systems Data collection and sensor monitoring Embedded system development and learning Wireless communication and IoT projects Specifications Specification Parameter StampS3A ESP32-S3 (Xtensa LX7), 8MB Flash, Wi-Fi, OTG, CDC Flash 8MB Storage SD Card Keyboard 56 keys (4 x 14) Buttons 1 x Reset button + 1 x User button Grove 1 x HY2.0-4P Battery Capacity 120mAh + 1400mAh (in base) Screen ST7789V2@1.14 Inch, 240 x 135px Cavity Speaker 8Ω@1WI2S@NS4168 Microphone MEMS Microphone@SPM1423 Infrared Distance ∠0° Infrared emission distance (straight line): 410cm ∠90° Infrared emission distance: 66cm∠45° Infrared emission distance: 170cm Sleep Current DC 4.2V@0.15uA Working Current IR emission mode: DC 4.2V/148.07mA Keyboard mode: DC 4.2V/138.93mA Operating Temperature 0 ~ 40°C Product Dimensions 84.0 x 54.0 x 19.7mm Product Weight 90.0g Package Dimensions 145.7 x 95.0 x 20.7mm Gross Weight 106.8g Product Comparison Comparison Item Cardputer v1.1 Cardputer Core Module StampS3A StampS3 RGB LED Control Logic RGB LED shares power with screen backlight, optimized control logic Power supplied when powered on Antenna Design Optimized antenna design for better signal reception Standard antenna design StampS3 module Boot button Optimized button feel, buttons are 4.0 x 3.0 x 2.0mm Button specifications 2.6 x 1.6 x 0.55mm Power Consumption Optimized for lower power consumption Standard design LEARN AND DOCUMENTS DOCUMENTS

The HackStarter Kit is a collection of tools, guides, and insights to help beginners explore cybersecurity. It covers WiFi deauthentication, BLE manipulation, RF analysis, and more, while helping a...

The HackStarter Kit is a collection of tools, guides, and insights to help beginners explore cybersecurity. It covers WiFi deauthentication, BLE manipulation, RF analysis, and more, while helping a...

This video training series will dive into what is Trace Labs, how to be a successful contestant, and how to contribute to our mission as a volunteer judge.

Kismet Packages # You can get packages for the latest Kismet code for many distributions from the Kismet package repositories. Kismet 2023-07-R2 # The latest stable Kismet release is 2023-07-R2 Very small fix to address html/js injection via device name. The main device list was missing the HTML sanitization pass; this fix addresses that but is otherwise identical to 2023-07-R1. Major work continues in the git/nightly tree, with a huge new release on the horizon.

Bluetooth Low Energy HackMe is is a free, open source tool: hands-on practical introduction to BLE security - without the need of any special hardware. Application simulates various BLE devices using your laptop's built-in Bluetooth adapter. You can actively learn by solving practical hacking challenges using nothing more than just a phone.

Amplify network visibility from multiple POV of other hosts - zeronetworks/cornershot

BlueHound - pinpoint the security issues that actually matter - zeronetworks/BlueHound

Chrome-extension implant that turns victim Chrome browsers into fully-functional HTTP proxies, allowing you to browse sites as your victims. - mandatoryprogrammer/CursedChrome

A script that monitors and extracts requested URLs and clients connected to the service by exploiting publicly accessible Apache server-status instances. - mazen160/server-status_PWN

Secrets Patterns DB: The largest open-source Database for detecting secrets, API keys, passwords, tokens, and more. - mazen160/secrets-patterns-db

Practical guide to RFID hacking for penetration testers. Investigates the latest attack tools and techniques available for stealing and using RFID proximity badge information to gain unauthorized a…

Introduction The RFID Range Extender is a unique passive antenna system built for a variety of use-cases. Boosting the range of unstable / under-performing antennas (up to 7cm) Physically displacing the reading zone of a device (up to 50cm) No wiring or soldering required, and compatible with all RFID systems - simple place the host antenna next to the host device, and its RFID field is amplified and transferred to the client antenna. Each antenna comes with 3M double-sided tape for easy permanent attachment.Available with a 30cm or 50cm cable.Compatible with all 13.56MHz RFID systems. Functionality in a glance Below is a non-exhaustive list of the RFID Range Extender Features Boost weak antennas Boost weak / unstable RFID fields.Boost reading range up to 7cm. Displace reading zones Physically displace reading zones.Available in 30cm or 50cm varieties. No power, no solder Completely passive. Place antennas next to host and target tag. Detailed functionality Featuring a pair of tuned antennas coupled with a premium low-loss coax cable, the RFID Range Extender has applications across multiple industries: Pen Testing: The slim-profile (0.8mm) antennas can be easily hidden, allowing for discrete reading / sniffing of target tags. The antennas can be placed behind / on top of existing readers to sniff legitimate badge scans Industrial: Boost the reading range of devices with underpowered embedded readers / antennas Protect devices by keeping them in a more practical / safe / clean environment, and only exposing the reading element. Practical: Social-distance aware reading: allow clients to scan badges without approaching or touching the host device Create a physically separated "reading zone" for devices with sensitive antennas, such as mobile phones Technical Specifications Size Host Antenna: 35 x 35mm Reader Antenna: 40 x 50mm Reading Range 30cm version: Up to 7cm (tested with ISO card + mobile phone reader) 50cm version: Up to 5cm (tested with ISO card + mobile phone reader) Power Supply: No external supply required. What's included 1x RFID Range Extender RFID Range Extender: Product Demonstration

How To Mechatronics is an education website where you can find alot of Mechatronics Tutorials, Tips and Tricks , Download Files, Source Codes and much more.

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Repository for the KEYVILBOARD modules

Clipper enables your Raspberry Pi computer to receive and transmit data over 4G LTE cellular networks - perfect for remote or mobile projects.

The Cluster HAT interfaces a (Controller) Raspberry Pi A+/B+/2/3/4 with 4 Raspberry Pi Zeroes (NOT included). Configured to use USB gadget mode, it is an ideal tool for teaching, testing or simulating small scale clusters.