Hardware Hacking

Dec 1, 20140 likes402 views

The document provides an overview of the Arduino microcontroller, including its specifications such as a 16MHz clock speed, 2KB SRAM, 32KB flash memory, and 13 digital input/outputs. It notes that the Arduino runs on all operating systems, has a basic IDE for compiling, uploading and debugging code, and is perfect for beginners interested in hardware hacking. However, more advanced users may find the IDE limited.

H4rdw4re H4cking
Short Introduction to Arduino & Co.

Microcontroller ATmega328
Clock Speed 16 MHZ
SRAM 2 KB
Flash Memory 32 KB
EEPROM 1 KB
Price ca. 25 EUR

Serial
I2C
13 Input/Outputs
5 Analog
Interrupts

- Perfect for Starters
- Runs on all OSs
- Basic IDE features
- Inline:
? compiling
? upload
? console
- For Pros: limited :-(

The document provides information about an Arduino starter kit called "WE MAKE IT". It includes an ATmega328 microcontroller, breadboard, LEDs, buttons, sensors and other basic electronic components. The kit costs 35 Euros and includes instructions for 25 introductory electronics experiments. It is designed to teach basic concepts of microcontrollers, programming, and interfacing with inputs and outputs through a hands-on approach.

Comparando ArduinosVolkan Rivera

This document compares several Arduino boards. It provides specifications for the Arduino Uno, Leonardo, Mega 2560, Micro, and Due. The specifications included are the microcontroller used, operating voltage, input voltage range, digital and analog I/O pins, memory, and clock speed. The document also briefly mentions several other Arduino boards including the Yun, Tre, Robot, Esplora, Mega ADK, Ethernet, Mini, LilyPad, Nano and Pro Mini.

Arduino IDEcreatjet3d labs

The document discusses the Arduino integrated development environment and essential functions. It explains that the void setup() function is used to declare pin modes and that void loop() is used for repetitive tasks. It also describes functions for configuring pin modes as inputs or outputs with pinMode(), reading digital and analog pin values with digitalRead(), analogRead(), and writing values to pins with digitalWrite() and analogWrite().

Arduino Microcontroller creatjet3d labs

Atmeag328 bootloadingRakesh Sawan

2009 11-17-arduino-basicsJhonny Wladimir Pe?aloza Cabello

This document provides an overview of microcontrollers and introduces the Arduino microcontroller development platform. It discusses how microcontrollers can receive sensory input from the environment using sensors like light sensors. It also covers digital and analog input/output, serial communication, pulse width modulation (PWM) to control motors, and includes examples of coding with the Arduino.

How To Build A Better ArduinoAlastairDSilva

The document discusses ways to improve upon the Arduino platform by developing a new hardware abstraction library called MHVlib. It highlights some of the limitations of the Arduino libraries in terms of memory efficiency and performance. MHVlib aims to address these issues by taking a more minimal and optimized approach without sacrificing functionality. Examples are given showing how digital I/O and servo control can be implemented using fewer clock cycles and memory with MHVlib compared to the Arduino libraries.

Controlling the internet of things using wearable tech - Design+Code Day; Ara...ArabNet ME

Speaker: Simon Tadros, Backend Architect @conversionpoint The workshop is an introduction to javascript and robotics. jhonny5 and cylonjs where the highlighted libraries. The result was controlling the arduino via twitter and the wearable pebble watch. NAP: mix and mingle Node-Arduino-Pebble Hardware Stack: Arduino UNO, pebble watch, mobile phone, breadboard, wires, RGB led Workshop outlines: Introduction to arduino uno Installing johnny-five library for node.js to program our nodebot and control the arduino Introduction to pebble sdk and pebble.js Installing cyclonjs node module to control pebble watch via javascript Connecting to Twitter Stream API and push notifications to arduino rgb led Control the notifications using the watch Q & A

Robotics and Arduino (Arduino UNO)Dragos Ionita

This document discusses robotics, Arduino, and microcontrollers. It defines robotics and explains that Arduino is an open-source hardware and software company that designs kits for building interactive devices. A microcontroller is described as a small computer on a single integrated circuit that contains memory, input/output peripherals, and a processor. The Atmel ATmega328P microcontroller on the Arduino Uno board is then outlined, noting its pins, memory, and functions. Finally, instructions for a basic "Blink" code example using an LED on pin 10 are provided.

Arduino Hands-on WorkshopSuraj Kumar Jana

- Arduino was initiated in 2005 as a low-cost microcontroller platform for interactive design projects. It was named after Arduin of Ivrea and produced in a small factory in Ivrea, Italy. - An Arduino board is a single-board microcontroller intended to make electronics and interactive object projects more accessible. It is open source hardware that anyone can modify or build themselves. - Arduino boards can sense the environment using sensors and affect surroundings by controlling devices like LEDs, motors, and speakers. The Arduino UNO is a popular prototyping board that can be programmed using the Arduino IDE language, based on C/C++.

Capabilities of Arduino (including Due)Sudar Muthu

This document summarizes the capabilities and specifications of various Arduino boards. It describes the different types of Arduino boards including the Uno, Leonardo, Due, Mega, Arduino BT, LilyPad, Arduino Pro, and ADK. It provides details on the microcontrollers, operating voltages, memory, and input/output pins of the Uno/Leonardo and Due. It also outlines the pin mappings, external interfaces, ways to interface with external boards, and examples of projects the author has implemented with Arduino boards.

Introduction to programming AVR microcontrollersTristan Roddis

Arduino unocreatjet3d labs

The Arduino Uno is a microcontroller board based on the ATmega328P chip. It has 32KB of flash memory, 2KB of SRAM, and 1KB of EEPROM. The board has 14 digital input/output pins (of which 6 can be used as PWM outputs), 6 analog inputs, a 16 MHz crystal oscillator, a USB connection, a power jack, an ICSP header, and a reset button. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with a AC-to-DC adapter to get started.

Cheap, good, hackable tools from China: AVR component testerDobrica Pavlinu?i?

This document discusses building an AVR-based component tester using cheap parts from China to test transistors, resistors, capacitors, and other components salvaged from electronic junk. It provides instructions and source code for a DIY component tester that can be built for less than buying a pre-made tester. The document shares the motivation and learning opportunity of this project, outlines the hardware and software used, and discusses modifications made and additional features included. It also provides examples of other hackable cheap tools from China that can be modified through accessing and modifying their source code.

Arduino & NodeMcuGuhan Ganesan

The document discusses hardware programming concepts for Arduino and NodeMCU boards. It covers: - The structure of Arduino programs with setup and loop functions. Setup runs once and loop runs continuously. - Examples of blinking an LED on Arduino and reading light sensor input to display values. - Pin configurations on NodeMCU and setting it up in Arduino IDE. - Examples of blinking an LED and reading a sensor with NodeMCU and storing the sensor data in a MySQL database. - Creating a Flask application to interface with the database and view the sensor data through templates.

Interfacing with ArduinoOmer Kilic

This document summarizes various computer interfaces including wired interfaces like USB, serial ports, and parallel ports as well as wireless interfaces like WiFi and Bluetooth. It also discusses 'embedded' interfaces like SPI, I2C, and 1-Wire. The document then focuses on the RS232 serial port protocol and issues like voltage levels. It provides an example project of an Arduino thermometer and includes the Arduino and PC code used. It concludes with mentioning an example OrangeMessenger project.

Building the Minima - Pacificon 2014Thomas Sarlandie

Robotics with arduinoSwapnil Palande

The document provides an overview of the Arduino open-source electronics platform, including what Arduino is, its components, types of Arduino boards, and examples of uses. Arduino is an inexpensive, multi-platform system for creating interactive electronic projects with an easy-to-use hardware and software design. It has a large library of code support and comes in different versions that vary in input/output channels, form factor, and processor depending on the intended use. Common types include Arduino Uno, Leonardo, Due, Micro, LilyPad, Esplora, and Nano.

Introduction to Arduino and CircuitsJason Griffey

Arduino Robotics workshop Day1Sudar Muthu

This document summarizes Day 1 of an Arduino robotics workshop. It introduces the instructor and provides an overview of the workshop objectives, which are to introduce Arduino, teach robotics fundamentals, have participants build and program a small autonomous robot. The workshop covers basics like breadboards, Arduino components, circuits, coding blink programs. It also demonstrates using sensors, motors, an H-bridge motor controller to build a crawling robot that can move and turn in different directions.

uRock @ Jserv Course Final �ڷ� ��

The document summarizes a project to build a guitar effect pedal using a microcontroller. It outlines the circuit design, which focuses on digital processing for effects like distortion, overdrive, equalizer, compressor, delay, and reverb. Open source software and libraries were used, including STM32 Cube, FATFS, uGFX, and ARM DSP libraries, to help implement the digital signal processing and user interface. Python and MATLAB were also used to simulate effects algorithms before implementation. Challenges included ensuring compatibility with new HAL firmware and efficiently processing audio signals while maintaining accuracy.

Getting started with arduino workshopSudar Muthu

Aurdino presentationC.Vamsi Krishna

This document provides an introduction to Arduino and Arduino programming language. It defines Arduino as an open-source prototyping platform based on microcontrollers and an easy-to-use IDE. Key aspects covered include how to set up the Arduino environment, select a board and port, and understand the basic structure of an Arduino program using setup() and loop() functions. Examples demonstrated include blinking an LED, reading serial data, and creating infinite loops. The document aims to explain the basics of Arduino for beginners.

Capabilities of ArduinoSudar Muthu

The Arduino is a microcontroller board that comes in several models including the Uno, Mega, BT, and LilyPad. It has an ATmega328 microcontroller, operates at 5V, and has 14 digital I/O pins, 6 analog input pins, 32KB of flash memory, 2KB of SRAM, and 1KB of EEPROM. It can communicate via UART serial, I2C, SPI, and USB and can interface with external boards and devices using these protocols as well as pins for interrupts, PWM, and serial communication. The document provides examples of how the author has interfaced the Arduino with mobile phones, displays, USB devices, watches, sensors, modules, and

Introduction to ArduinoRichard Rixham

Richard Rixham introduces Arduino, an open source hardware and software platform that allows users to build physical computing devices ranging from flashing lights to robots. Arduino uses an inexpensive microcontroller board and IDE to make programming in C/C++ accessible. It has digital and analog pins that can interact with sensors and actuators. Common Arduino models include the Uno, Mini, and Mega. Shield add-on boards provide extra functions like wireless connectivity. Example projects and resources for learning more are provided.

Physical prototyping lab3-serious_serialTony Olsson.

Arduino Robotics workshop day2Sudar Muthu

This document summarizes Day 2 of an Arduino robotics workshop. It discusses varying the speed of motors using PWM, playing tones on a buzzer, using infrared (IR) sensors to detect obstacles and teach the robot to avoid strangers, and introducing more advanced concepts like using interrupts and timer libraries to make the robot autonomous. Code examples are provided to demonstrate different techniques like reading sensor values without delays, controlling motors with interrupts, and implementing software interrupts on any pin. The document concludes by suggesting additional robotics projects and listing relevant links.

Introduction to ArduinoRichard Rixham

Richard Rixham introduces Arduino, an open-source hardware and software platform for building interactive physical computing devices more easily. Arduino allows users to control physical devices by reading input and controlling output through an Arduino board. The Arduino board contains a microcontroller, inputs and outputs that can interact with electronic components. It is programmed using a simple language based on C/C++. Example projects and further resources are provided to help users get started with building their own Arduino devices.

IOT Exploitation Cysinfo Cyber Security Community

This document provides an overview of exploiting insecure IoT firmware. It begins with an introduction to IoT protocols like CoAP, MQTT, XMPP, and AMQP. It then discusses the OWASP top 10 security risks for IoT, focusing on insecure software/firmware. Common debugging interfaces for firmware like UART, JTAG, SPI, and I2C are explained. Operating systems and compilers used for IoT development are listed. Finally, the document outlines a methodology for exploiting insecure firmware, including getting the firmware, performing reconnaissance, unpacking, localizing points of interest, and then decompiling, compiling, tweaking, fuzzing, or pentesting the firmware. Tools mentioned include binwalk, firmwalk

Hardware Hacking and ArduinosHoward Mao

This document provides an overview of using Arduinos for hardware hacking and includes instructions for four example projects: 1. An LED sweep circuit that uses digital output pins to light up LEDs in sequence. 2. An analog LED sweep that dims the brightness of trailing LEDs using PWM. 3. A variable speed circuit that uses a potentiometer as a voltage divider to control delay time based on input voltage. 4. A pause button circuit that uses an interrupt pin to pause and resume the LED sweeping pattern when a button is pressed. Safety tips are also provided around using appropriate voltages and ensuring components are oriented correctly.

More Related Content

What's hot (20)

Robotics and Arduino (Arduino UNO)Dragos Ionita

Arduino Hands-on WorkshopSuraj Kumar Jana

Capabilities of Arduino (including Due)Sudar Muthu

Introduction to programming AVR microcontrollersTristan Roddis

Arduino unocreatjet3d labs

Cheap, good, hackable tools from China: AVR component testerDobrica Pavlinu?i?

Arduino & NodeMcuGuhan Ganesan

Interfacing with ArduinoOmer Kilic

Building the Minima - Pacificon 2014Thomas Sarlandie

Robotics with arduinoSwapnil Palande

Introduction to Arduino and CircuitsJason Griffey

Arduino Robotics workshop Day1Sudar Muthu

uRock @ Jserv Course Final �ڷ� ��

Getting started with arduino workshopSudar Muthu

Aurdino presentationC.Vamsi Krishna

Capabilities of ArduinoSudar Muthu

Introduction to ArduinoRichard Rixham

Physical prototyping lab3-serious_serialTony Olsson.

Arduino Robotics workshop day2Sudar Muthu

Introduction to ArduinoRichard Rixham

Robotics and Arduino (Arduino UNO)Dragos Ionita

Arduino Hands-on WorkshopSuraj Kumar Jana

Capabilities of Arduino (including Due)Sudar Muthu

Introduction to programming AVR microcontrollersTristan Roddis

Arduino unocreatjet3d labs

Cheap, good, hackable tools from China: AVR component testerDobrica Pavlinu?i?

Arduino & NodeMcuGuhan Ganesan

Interfacing with ArduinoOmer Kilic

Building the Minima - Pacificon 2014Thomas Sarlandie

Robotics with arduinoSwapnil Palande

Introduction to Arduino and CircuitsJason Griffey

Arduino Robotics workshop Day1Sudar Muthu

uRock @ Jserv Course Final �ڷ� ��

Getting started with arduino workshopSudar Muthu

Aurdino presentationC.Vamsi Krishna

Capabilities of ArduinoSudar Muthu

Introduction to ArduinoRichard Rixham

Physical prototyping lab3-serious_serialTony Olsson.

Arduino Robotics workshop day2Sudar Muthu

Introduction to ArduinoRichard Rixham

Viewers also liked (20)

IOT Exploitation Cysinfo Cyber Security Community

Hardware Hacking and ArduinosHoward Mao

Alur attacking web (sisi client)Chandra Zeattacker

Pentesting with linuxHammad Ahmed Khawaja

This document discusses penetration testing and the Metasploit framework. It defines penetration testing as evaluating a system's security using malicious techniques to identify vulnerabilities. Metasploit is an open-source framework for penetration testing that contains exploits, payloads, and modules. It can be used to test applications, operating systems, and web applications for vulnerabilities. The document provides examples of commands in msfconsole like 'use exploit' and 'set payload' to launch attacks using Metasploit.

Tutorial server ubuntuJisim Kuring

Uji performa kontroler on Semnasteknomedia Amikom 2015STKIP PGRI Tulungagung, Jawa Timur

Komponen utama dari Software- Defined Network adalah kontroler yang secara langsung melakukan kontrol terhadap datapath dari perangkat. Kontroler bertanggungjawab untuk memelihara semua aturan jaringan dan mendistribusikan petunjuk yang sesuai untuk perangkat jaringan. Sepuluh hal yang penting dalam pemilihan kontroler menurut Asthon,M. (2013) salah satunya adalah performa dari kontroler. Karena begitu vitalnya fungsi dari kontroler dalam arsitektur jaringan, performa dari kontroler ini perlu diuji, pengujian dilakukan untuk mengetahui tingkat throughput dan latency dari kontroler. Sehingga diperoleh informasi yang tepat kemampuan dari kontroler yang akan digunakan. Hasil percobaan yang dilakukan, kontroler Floodlight dan OpenDayLight memberikan nilai yang nilai latency yang baik pada jumlah switch dibawah 60 switch. Sedangkan untuk nilai throughput, Floodlight memberikan nilai sebesar 1500,38 flow/detik pada jumlah host 450, dan OpenDayLight memberikan nilai yang lebih rendah yaitu 354,05 flow/detik pada jumlah host 450. Nilai tertinggi latency yang diberikan oleh Floodlight adalah 2780.04 respon/detik pada jumlah 20 switch sedangkan OpenDayLight memberikan nilai latency tertinggi adalah 2160.06 respon/detik pada jumlah 20 switch.

Course lecture - An introduction to the Return Oriented ProgrammingJonathan Salwan

This document provides an introduction and overview of Return Oriented Programming (ROP). It discusses classical stack overflow attacks and the mitigations put in place like Address Space Layout Randomization (ASLR) and No eXecute (NX) bit. It then introduces ROP as a technique to bypass these mitigations by chaining small snippets of existing code, called gadgets, to perform malicious tasks without injecting code. Several tools for finding gadgets are presented, and an example exploitation of the CVE-2011-1938 vulnerability is discussed to demonstrate ROP in practice. The document concludes with discussing mitigations against ROP and some related research topics.

password seriesAmmar WK

Had sec mikrotik administratormuhammad pailus

Dokumen tersebut merupakan daftar bab dan objektif pelatihan HadSec Mikrotik Administrator yang meliputi pengenalan Mikrotik, konfigurasi dasar Mikrotik melalui Winbox, telnet, webfig, konfigurasi interface, firewall, web proxy, dan jaringan nirkabel beserta konfigurasinya. Pelatihan ini bertujuan membekali peserta dengan pengetahuan dan keterampilan dasar mengkonfigurasi dan memonitor jaringan Mikrotik skala kecil hingga menengah.

Penetrasi JaringanDigital Echidna

Ethical hackingKhairi Aiman

This document discusses ethical hacking and penetration testing. It provides an overview of the benefits of controlled penetration tests, the process involved, and some real-life case studies. It explains how penetration tests can identify vulnerabilities before they are exploited, help understand an organization's security environment, and serve as a preventative measure when vulnerabilities are remediated. The document outlines the general methodology for internal and external penetration tests, including reconnaissance, scanning, vulnerability analysis, and attempts to gain unauthorized access. Various tools used in the process are also described.

Debian Packaging tutorialnussbauml

backdooring workshopAmmar WK

Advanced Exploit Development (Updated on 28 January, 2016)Dan H

Ringkasan dokumen tersebut adalah: 1. Dokumen tersebut merupakan modul pelatihan exploit development yang mencakup berbagai topik seperti stack overflow, bypassing structured exception handling, bypassing data exception prevention, dan lainnya. 2. Pelatihan akan membahas cara mencari celah keamanan, membuat, dan mengembangkan exploit. 3. Contoh kasus yang digunakan adalah celah stack overflow pada Free Float FTP server dan cara mengeksploitasi celah tersebut."

Linux Exploit ResearchDan H

[SHARE] Courses Linux Exploit Research 2012 - Purpose of the Course - Introducing Vulnerability Software - Register Processor - Intruksi Assembly - Buffer Overflows - Shellcode - Exploit - Stack & Heap - Basic Buffer Overflow - Basic Stack Overflows with Linux - Smashing stack for fun and profit - Basic shellcode development - DTORS Exploitation - Heap corruption and exploitation Register new courses of "Advanced Exploit Development" @hatsecure http://hatsecure.com/exploit

Mastering Network HackingFU - idsecconf2008Ammar WK

Workshop 101 - Penetration testing & Vulnerability assessment systemDan H

Backtrack 5 - web pentestDan H

Dokumen tersebut membahas tentang pelatihan penetrasi tes (penetration testing) menggunakan Backtrack 5. Pelatihan ini mencakup pengenalan Backtrack, instalasi dan konfigurasi Backtrack, teknik gathering informasi, penilaian kerentanan, eksploitasi web, serangan kata sandi, mempertahankan akses, dan eskalasi hak akses. Peserta diajak melakukan berbagai uji coba secara langsung di server target virtual dan membuat laporan hasil penetrasi mereka.

Backtrack 5 - network pentestDan H

Practical IoT Exploitation (DEFCON23 IoTVillage) - Lyon YangLyon Yang

This is a light training/presentation talk. My name is Lyon Yang and I am an IoT hacker. I live in sunny Singapore where IoT is rapidly being deployed �C in production. This walkthrough will aim to shed light on the subject of IoT, from finding vulnerabilities in IoT devices to getting shiny hash prompts. Our journey starts with a holistic view of IoT security, the issues faced by IoT devices and the common mistakes made by IoT developers. Things will then get technical as we progress into a both ARM and MIPS exploitation, followed by a ��hack-along-with-us�� workshop where you will be exploiting a commonly found IoT daemon. If you are new to IoT or a seasoned professional you will likely learn something new in this workshop. https://www.iotvillage.org/#schedule

IOT Exploitation Cysinfo Cyber Security Community

Hardware Hacking and ArduinosHoward Mao

Alur attacking web (sisi client)Chandra Zeattacker

Pentesting with linuxHammad Ahmed Khawaja

Tutorial server ubuntuJisim Kuring

Uji performa kontroler on Semnasteknomedia Amikom 2015STKIP PGRI Tulungagung, Jawa Timur

Course lecture - An introduction to the Return Oriented ProgrammingJonathan Salwan

password seriesAmmar WK

Had sec mikrotik administratormuhammad pailus

Penetrasi JaringanDigital Echidna

Ethical hackingKhairi Aiman

Debian Packaging tutorialnussbauml

backdooring workshopAmmar WK

Advanced Exploit Development (Updated on 28 January, 2016)Dan H

Linux Exploit ResearchDan H

Mastering Network HackingFU - idsecconf2008Ammar WK

Workshop 101 - Penetration testing & Vulnerability assessment systemDan H

Backtrack 5 - web pentestDan H

Backtrack 5 - network pentestDan H

Practical IoT Exploitation (DEFCON23 IoTVillage) - Lyon YangLyon Yang

More from rngtng (8)

RngTng - Three Example Projectsrngtng

All that Swingrngtng

This document discusses the history and styles of swing dancing. It provides examples of classic swing band leaders and songs from the 1930s-40s era like Benny Goodman, Duke Ellington, and Glen Miller. It also mentions more modern neo-swing and electro-swing artists. The document outlines the origins and moves of lindy hop dancing which evolved in Harlem in the 1920s-30s. It notes how swing dancing saw a revival in the 1990s and is now popular around Europe with workshops and parties, especially in Sweden.

21 New York City Facts - You probably don't knowrngtng

How to win a dance battlerngtng

The document provides tips on how to win a dance battle. It discusses recognizing when a dance battle occurs through an impressive intro, fancy moves to hold attention, and an exciting ending. It also emphasizes having a fun attitude, dancing for yourself and your audience, enjoying the music, respecting your opponent, watching them, and improvising. The document includes several YouTube video links showing dance battle examples to get inspired from.

Testing with Rspecrngtng

Processing presentationrngtng

Processing is an open-source programming language and environment for creating images, animations, and interactions. It was created in 2001 at the MIT Media Lab by Ben Fry and Casey Reas. The language aims to be easy to learn and use for beginners while also capable of producing impressive early results. It has low dependencies on operating systems and focuses on visual beauty with less code. Processing is intended for uses like education, data visualization, sound, interaction design, and small abstract applications. It features a Java-based programming language, a runtime environment called Sketchbook, and support for third-party libraries including video, audio, graphics generation, image processing, and hardware interfacing.