🔗 Hardware Interfacing

Practical guides to connecting software with the physical world, covering protocols, sensors, and the craft of making computers talk to real-world devices.

Exploring Arduino

by Jeremy Blum • 2013

From a blinking LED to a web-connected robot: master Arduino's full range through hands-on projects.

4.28

281

💻 Embedded Programming 🔌 Physical Computing ⚡ Electronics Projects 🔧 Open Source Hardware 🛠️ Maker Movement

Exploring Arduino 91%

From a blinking LED to a web-connected robot: master Arduino's full range through hands-on projects.

by Jeremy Blum 2013

4.28

281 ratings

💻 Embedded Programming 🔌 Physical Computing ⚡ Electronics Projects 🔧 Open Source Hardware 🛠️ Maker Movement

Arduino For Dummies

by John Nussey • 2013

Make electronics that sense, move, and react, starting with a single blinking LED.

3.94

162

🧠 Microcontrollers 🔌 Physical Computing 🔧 Maker Movement 💡 Beginner Electronics 🎮 Interactive Projects

Arduino For Dummies 91%

Make electronics that sense, move, and react, starting with a single blinking LED.

by John Nussey 2013

3.94

162 ratings

🧠 Microcontrollers 🔌 Physical Computing 🔧 Maker Movement 💡 Beginner Electronics 🎮 Interactive Projects

Getting Started With Raspberry Pi

by Matt Richardson • 2012

A credit-card-sized Linux board: learn to build gadgets that detect, respond, and serve web pages.

3.85

322

🖥️ Single Board Computers 🔌 Physical Computing 💻 Linux Command Line 🐍 Python For Hardware 🔗 Arduino Integration

Getting Started With Raspberry Pi Summary

Getting Started With Raspberry Pi 90%

A credit-card-sized Linux board: learn to build gadgets that detect, respond, and serve web pages.

by Matt Richardson 2012

3.85

322 ratings

🖥️ Single Board Computers 🔌 Physical Computing 💻 Linux Command Line 🐍 Python For Hardware 🔗 Arduino Integration

Programming the Raspberry Pi

by Simon Monk • 2012

From blinking LED to autonomous rover: a hands-on guide to the Raspberry Pi and Python.

3.82

420

🖥️ Single-Board Computers 🐍 Python For Hardware 🐧 Linux Basics 🛠️ Project-Based Learning 🤖 Robotics Fundamentals

Programming the Raspberry Pi 90%

From blinking LED to autonomous rover: a hands-on guide to the Raspberry Pi and Python.

by Simon Monk 2012

3.82

420 ratings

🖥️ Single-Board Computers 🐍 Python For Hardware 🐧 Linux Basics 🛠️ Project-Based Learning 🤖 Robotics Fundamentals

Building Wireless Sensor Networks

by Robert Faludi • 2010

Turn Arduino and XBee radios into a self-healing sensor mesh: from two nodes to thousands.

3.82

192

📶 Wireless Networking 💻 Embedded Systems 📡 Sensor Networks 🔧 Iot Prototyping 🕸️ Mesh Networking

Building Wireless Sensor Networks Summary

Building Wireless Sensor Networks 90%

Turn Arduino and XBee radios into a self-healing sensor mesh: from two nodes to thousands.

by Robert Faludi 2010

3.82

192 ratings

📶 Wireless Networking 💻 Embedded Systems 📡 Sensor Networks 🔧 Iot Prototyping 🕸️ Mesh Networking

Intelligent IoT Projects in 7 Days

by Agus Kurniawan • 2017

Build a firefighting robot, a talking speaker, and five more connected devices in one week.

🖥️ Internet Of Things 🔌 Embedded Systems 📚 Project-Based Learning ⚡ Microcontrollers 📡 Sensor Networks

Intelligent IoT Projects in 7 Days Summary

Intelligent IoT Projects in 7 Days 90%

Build a firefighting robot, a talking speaker, and five more connected devices in one week.

by Agus Kurniawan 2017

🖥️ Internet Of Things 🔌 Embedded Systems 📚 Project-Based Learning ⚡ Microcontrollers 📡 Sensor Networks

Raspberry Pi User Guide

by Eben Upton • 2012

Blank SD card to blinking LED: the official guide to the tiny computer built for hacking.

3.83

535

🖥️ Single-Board Computers 🐧 Linux For Beginners 💻 Introductory Programming 🔧 Hardware Hacking ⚡ Diy Electronics

Raspberry Pi User Guide 89%

Blank SD card to blinking LED: the official guide to the tiny computer built for hacking.

by Eben Upton 2012

3.83

535 ratings

🖥️ Single-Board Computers 🐧 Linux For Beginners 💻 Introductory Programming 🔧 Hardware Hacking ⚡ Diy Electronics

Make

by Charles Platt • 2008

From Ohm's Law to Arduino: learn electronics by building, breaking, and fixing circuits.

4.27

1k+

⚡ Electronic Fundamentals 🔌 Circuit Building 🛠️ Hobbyist Electronics 📟 Component Guides 🔧 Maker Movement

Make 89%

From Ohm's Law to Arduino: learn electronics by building, breaking, and fixing circuits.

by Charles Platt 2008

4.27

1k+ ratings

⚡ Electronic Fundamentals 🔌 Circuit Building 🛠️ Hobbyist Electronics 📟 Component Guides 🔧 Maker Movement

Encyclopedia of Electronic Components Volume 1

by Charles Platt • 2012

What every capacitor, relay, and resistor actually does, and how to choose the right one.

4.34

186

🧱 Electronic Components 📐 Circuit Design 📋 Hardware Reference 🛠️ Maker Guides ⚡ Practical Electronics

Encyclopedia of Electronic Components Volume 1 Summary

Encyclopedia of Electronic Components Volume 1 89%

What every capacitor, relay, and resistor actually does, and how to choose the right one.

by Charles Platt 2012

4.34

186 ratings

🧱 Electronic Components 📐 Circuit Design 📋 Hardware Reference 🛠️ Maker Guides ⚡ Practical Electronics

Operating Systems

by William Stallings • 1991

How UNIX, Linux, and Solaris kernels work inside: from fork() to page faults.

3.72

421

🖥️ Operating Systems 🐧 Unix Internals ⚙️ Kernel Design 💻 Systems Programming 💾 Computer Systems

Operating Systems 89%

How UNIX, Linux, and Solaris kernels work inside: from fork() to page faults.

by William Stallings 1991

3.72

421 ratings

🖥️ Operating Systems 🐧 Unix Internals ⚙️ Kernel Design 💻 Systems Programming 💾 Computer Systems

The 8088 and 8086 Microprocessors

by Walter A. Triebel • 1991

Master the 8088 and 8086 from the metal up: assembly, debugging, and interfacing.

4.17

195

🧱 Microprocessor Architecture 🔢 Assembly Language 💻 Intel X86 🖥️ Computer Hardware 🧩 Embedded Systems

The 8088 and 8086 Microprocessors Summary

The 8088 and 8086 Microprocessors 89%

Master the 8088 and 8086 from the metal up: assembly, debugging, and interfacing.

by Walter A. Triebel 1991

4.17

195 ratings

🧱 Microprocessor Architecture 🔢 Assembly Language 💻 Intel X86 🖥️ Computer Hardware 🧩 Embedded Systems

Structured Computer Organization

by Andrew S. Tanenbaum • 1976

From logic gates to assembly code: the layered architecture every computer hides in plain sight.

4.04

591

🏗️ Computer Architecture 🧅 Layered Abstraction 🔌 Digital Logic 🧩 Parallel Computing 🖥️ Operating Systems

Structured Computer Organization Summary

Structured Computer Organization 88%

From logic gates to assembly code: the layered architecture every computer hides in plain sight.

by Andrew S. Tanenbaum 1976

4.04

591 ratings

🏗️ Computer Architecture 🧅 Layered Abstraction 🔌 Digital Logic 🧩 Parallel Computing 🖥️ Operating Systems

Linux Kernel Development

by Robert Love • 2003

Linux has no threads, only tasks, and a red-black tree keeps the CPU fair.

4.34

877

🖥️ Operating Systems ⚙️ Kernel Internals 💻 Systems Programming 🧠 Memory Management 🔌 Device Drivers

Linux Kernel Development 88%

Linux has no threads, only tasks, and a red-black tree keeps the CPU fair.

by Robert Love 2003

4.34

877 ratings

🖥️ Operating Systems ⚙️ Kernel Internals 💻 Systems Programming 🧠 Memory Management 🔌 Device Drivers

Operating System Concepts

by Abraham Silberschatz • 1985

There is exactly one program that never stops on your computer; everything else negotiates with it.

3.90

2k+

🖥️ Operating Systems ⚙️ Kernel Design 💻 Virtualization 🔧 Systems Programming 📚 Cs Fundamentals

Operating System Concepts 88%

There is exactly one program that never stops on your computer; everything else negotiates with it.

by Abraham Silberschatz 1985

3.90

2k+ ratings

🖥️ Operating Systems ⚙️ Kernel Design 💻 Virtualization 🔧 Systems Programming 📚 Cs Fundamentals

The Design of the UNIX Operating System

by Maurice J. Bach • 1986

What actually happens between the shell prompt and the hardware: the Unix kernel explained.

4.25

605

🖥️ Operating Systems ⚙️ Kernel Design 🔧 Systems Programming 📜 Unix Philosophy 📁 File Systems

The Design of the UNIX Operating System Summary

The Design of the UNIX Operating System 88%

What actually happens between the shell prompt and the hardware: the Unix kernel explained.

by Maurice J. Bach 1986

4.25

605 ratings

🖥️ Operating Systems ⚙️ Kernel Design 🔧 Systems Programming 📜 Unix Philosophy 📁 File Systems

How Computers Really Work

by Matthew Justice • 2020

From transistor to web: the computing stack explained layer by layer, no prerequisites required.

4.35

160

🏗️ Computer Architecture ⚡ Digital Electronics 🧱 Abstraction Layers 💻 Computing Fundamentals 🔧 How Things Work

How Computers Really Work 88%

From transistor to web: the computing stack explained layer by layer, no prerequisites required.

by Matthew Justice 2020

4.35

160 ratings

🏗️ Computer Architecture ⚡ Digital Electronics 🧱 Abstraction Layers 💻 Computing Fundamentals 🔧 How Things Work

Game Development Patterns and Best Practices

by John P. Doran • 2017

Design patterns that ship games: when to use each and how they prevent late-stage collapse.

3.90

🎮 Game Development 🧩 Design Patterns 🧹 Clean Code 🏗️ Software Architecture ⚡ Performance Optimization

Game Development Patterns and Best Practices Summary

Game Development Patterns and Best Practices 88%

Design patterns that ship games: when to use each and how they prevent late-stage collapse.

by John P. Doran 2017

3.90

20 ratings

🎮 Game Development 🧩 Design Patterns 🧹 Clean Code 🏗️ Software Architecture ⚡ Performance Optimization

The Art of Electronics

by Paul Horowitz • 1980

Learn the craft electronics textbooks leave out: from biasing transistors to taming noise.

4.40

2k+

🔌 Circuit Design ⚡ Analog Electronics 🔧 Practical Electronics 🔋 Electronic Components 📘 Engineering Reference

The Art of Electronics 88%

Learn the craft electronics textbooks leave out: from biasing transistors to taming noise.

by Paul Horowitz 1980

4.40

2k+ ratings

🔌 Circuit Design ⚡ Analog Electronics 🔧 Practical Electronics 🔋 Electronic Components 📘 Engineering Reference

Geek Sublime

by Vikram Chandra • 2013

Why great code feels elegant: the answer may lie in ancient Indian aesthetics, not algorithms.

3.28

1k+

💻 Code Aesthetics 🌐 Computing Culture 🪷 Indian Aesthetics 📜 Sanskrit Grammar 👩‍💻 Gender And Tech

Geek Sublime 88%

Why great code feels elegant: the answer may lie in ancient Indian aesthetics, not algorithms.

by Vikram Chandra 2013

3.28

1k+ ratings

💻 Code Aesthetics 🌐 Computing Culture 🪷 Indian Aesthetics 📜 Sanskrit Grammar 👩‍💻 Gender And Tech

Modern Operating Systems

by Andrew S. Tanenbaum • 1992

From process scheduling to virtual memory, the abstractions that keep your computer from crashing.

4.14

2k+

🖥️ Operating Systems ⚙️ Systems Programming 🧠 Kernel Design 💾 Memory Management 🔀 Concurrency

Modern Operating Systems 88%

From process scheduling to virtual memory, the abstractions that keep your computer from crashing.

by Andrew S. Tanenbaum 1992

4.14

2k+ ratings

🖥️ Operating Systems ⚙️ Systems Programming 🧠 Kernel Design 💾 Memory Management 🔀 Concurrency

Coding Freedom

by Gabriella Coleman • 2012

They built a free software revolution while insisting they were not political at all.

3.82

280

💻 Hacker Culture 🐧 Free Software Movement 🌐 Digital Ethnography 📜 Intellectual Property 👥 Online Communities

Coding Freedom 88%

They built a free software revolution while insisting they were not political at all.

by Gabriella Coleman 2012

3.82

280 ratings

💻 Hacker Culture 🐧 Free Software Movement 🌐 Digital Ethnography 📜 Intellectual Property 👥 Online Communities

Computer Systems

by Randal E. Bryant • 2002

Hardware and OS abstractions beneath your code: caching, concurrency, and the full systems stack.

4.46

1k+

🏛️ Computer Architecture ⚙️ Systems Programming 🖥️ Operating Systems 🔢 Data Representation 🏎️ Performance Tuning

Computer Systems 88%

Hardware and OS abstractions beneath your code: caching, concurrency, and the full systems stack.

by Randal E. Bryant 2002

4.46

1k+ ratings

🏛️ Computer Architecture ⚙️ Systems Programming 🖥️ Operating Systems 🔢 Data Representation 🏎️ Performance Tuning

How Linux Works

by Brian Ward • 2004

Linux hides nothing. Its internals are legible, learnable, and waiting for you to take control.

4.18

1k+

🐧 Linux Internals 💻 Operating Systems 🖥️ Command Line 📜 Shell Scripting 🔧 System Administration

How Linux Works 88%

Linux hides nothing. Its internals are legible, learnable, and waiting for you to take control.

by Brian Ward 2004

4.18

1k+ ratings

🐧 Linux Internals 💻 Operating Systems 🖥️ Command Line 📜 Shell Scripting 🔧 System Administration

Mechatronics

by W. Bolton • 1996

A design philosophy where mechanics, electronics, and software are concurrent, not sequential.

4.10

550

🤖 Mechatronics Textbooks 🎛️ Control Systems Engineering 🖥️ Embedded Systems Design 📡 Sensor Integration 📶 Signal Processing

Mechatronics 88%

A design philosophy where mechanics, electronics, and software are concurrent, not sequential.

by W. Bolton 1996

4.10

550 ratings

🤖 Mechatronics Textbooks 🎛️ Control Systems Engineering 🖥️ Embedded Systems Design 📡 Sensor Integration 📶 Signal Processing

Mastering Linux Security and Hardening

by Donald A. Tevault • 2018

A sysadmin's guide to hardening Linux: firewalls, encryption, and kernel-enforced access controls.

4.32

🐧 Linux Administration 🔒 Cybersecurity 🛡️ Server Hardening 🧅 Defense In Depth 💻 System Administration

Mastering Linux Security and Hardening Summary

Mastering Linux Security and Hardening 88%

A sysadmin's guide to hardening Linux: firewalls, encryption, and kernel-enforced access controls.

by Donald A. Tevault 2018

4.32

19 ratings

🐧 Linux Administration 🔒 Cybersecurity 🛡️ Server Hardening 🧅 Defense In Depth 💻 System Administration

HTML5

by Mark Pilgrim • 2010

Plugins are dying: video, graphics, and storage now live in the browser itself. Here is how.

3.97

653

🌐 Web Development 💻 Frontend Development 🏷️ Semantic Markup 📐 Web Standards 🔌 Browser Apis

HTML5 88%

Plugins are dying: video, graphics, and storage now live in the browser itself. Here is how.

by Mark Pilgrim 2010

3.97

653 ratings

🌐 Web Development 💻 Frontend Development 🏷️ Semantic Markup 📐 Web Standards 🔌 Browser Apis

Game Programming Patterns

by Robert Nystrom • 2011

The programming patterns that make game code resilient to change, and the ones that don't.

4.49

2k+

🎮 Game Programming 🧩 Design Patterns 🏗️ Software Architecture ⚡ Performance Optimization 🔗 Decoupling

Game Programming Patterns 87%

The programming patterns that make game code resilient to change, and the ones that don't.

by Robert Nystrom 2011

4.49

2k+ ratings

🎮 Game Programming 🧩 Design Patterns 🏗️ Software Architecture ⚡ Performance Optimization 🔗 Decoupling

Blood, Sweat, and Pixels

by Jason Schreier • 2017

Behind the scenes of Destiny, Diablo, and Stardew Valley: chaos, crunch, and last-minute saves.

4.20

25k+

🎮 Video Game Development 🎬 Behind The Scenes 📰 Tech Journalism 🎨 Creative Process 🛠️ Labor Practices

Blood, Sweat, and Pixels 87%

Behind the scenes of Destiny, Diablo, and Stardew Valley: chaos, crunch, and last-minute saves.

by Jason Schreier 2017

4.20

25k+ ratings

🎮 Video Game Development 🎬 Behind The Scenes 📰 Tech Journalism 🎨 Creative Process 🛠️ Labor Practices

Effective Programming

by Jeff Atwood • 2012

Syntax lands the job. Everything else—teams, users, security—is what actually keeps it.

3.91

931

🧱 Software Craftsmanship 🖥️ User Experience Design 🔒 Security-First Design 🧭 Tech Leadership 🌍 Remote Teams

Effective Programming 87%

Syntax lands the job. Everything else—teams, users, security—is what actually keeps it.

by Jeff Atwood 2012

3.91

931 ratings

🧱 Software Craftsmanship 🖥️ User Experience Design 🔒 Security-First Design 🧭 Tech Leadership 🌍 Remote Teams

Linux Service Management Made Easy with systemd

by Donald A. Tevault • 2022

Parallel startup, unified configs, binary logs: the systemd skills every Linux admin now needs.

3.81

🐧 Linux Administration 🖥️ System Administration 🗄️ Server Management 🔧 It Infrastructure 💻 Command Line

Linux Service Management Made Easy with systemd Summary

Linux Service Management Made Easy with systemd 87%

Parallel startup, unified configs, binary logs: the systemd skills every Linux admin now needs.

by Donald A. Tevault 2022

3.81

21 ratings

🐧 Linux Administration 🖥️ System Administration 🗄️ Server Management 🔧 It Infrastructure 💻 Command Line

Learning OpenCV

by Gary Bradski • 2008

From smoothing to machine learning: the complete OpenCV toolkit for building computer vision apps.

4.01

171

🖥️ Computer Vision 🌄 Image Processing 📚 Open Source Libraries ⚙️ Algorithm Guides 📖 Code Reference

Learning OpenCV 87%

From smoothing to machine learning: the complete OpenCV toolkit for building computer vision apps.

by Gary Bradski 2008

4.01

171 ratings

🖥️ Computer Vision 🌄 Image Processing 📚 Open Source Libraries ⚙️ Algorithm Guides 📖 Code Reference

Practical Malware Analysis

by Michael Sikorski • 2011

IT security to malware analyst: a hands-on lab manual bridging the gap with real tools and code.

4.47

609

🦠 Malware Analysis ⚙️ Reverse Engineering 🪟 Windows Internals 📜 Assembly Language 🐛 Debugging

Practical Malware Analysis 87%

IT security to malware analyst: a hands-on lab manual bridging the gap with real tools and code.

by Michael Sikorski 2011

4.47

609 ratings

🦠 Malware Analysis ⚙️ Reverse Engineering 🪟 Windows Internals 📜 Assembly Language 🐛 Debugging

Masters of Doom

by David Kushner • 2003

Two coders, one lake house, and the game that turned office workers into after-hours warriors.

4.30

20k+

🎮 Video Game History 🕹️ Game Development 🚀 Tech Startups 🤝 Creative Partnerships 💻 Hacker Ethos

Masters of Doom 87%

Two coders, one lake house, and the game that turned office workers into after-hours warriors.

by David Kushner 2003

4.30

20k+ ratings

🎮 Video Game History 🕹️ Game Development 🚀 Tech Startups 🤝 Creative Partnerships 💻 Hacker Ethos

Beautiful Architecture

by Diomidis Spinellis • 2008

Software guards its internals. Emacs shipped a Lisp interpreter and let users rewrite everything.

3.42

171

🏗️ Software Architecture 🖥️ Emacs 📐 Software Design 📜 Lisp 🔧 Unix Philosophy

Beautiful Architecture 87%

Software guards its internals. Emacs shipped a Lisp interpreter and let users rewrite everything.

by Diomidis Spinellis 2008

3.42

171 ratings

🏗️ Software Architecture 🖥️ Emacs 📐 Software Design 📜 Lisp 🔧 Unix Philosophy

Cult of the Dead Cow

by Joseph Menn • 2019

From BBS pranks to Pentagon briefings: how a hacker collective wrote the playbook for cyberdefense.

3.75

2k+

💻 Hacker Culture ✊ Hacktivism 🛡️ Ethical Hacking ⚖️ Tech Ethics 🔐 Digital Rights

Cult of the Dead Cow 87%

From BBS pranks to Pentagon briefings: how a hacker collective wrote the playbook for cyberdefense.

by Joseph Menn 2019

3.75

2k+ ratings

💻 Hacker Culture ✊ Hacktivism 🛡️ Ethical Hacking ⚖️ Tech Ethics 🔐 Digital Rights

The Cathedral & the Bazaar

by Eric S. Raymond • 1999

Software theory said complexity needs one architect. Linux proved an open bazaar could do it better.

3.83

4k+

🐧 Open Source Movement 🏗️ Software Methodology 💻 Hacker Culture 🌐 Decentralized Innovation 🔄 Rapid Iteration

The Cathedral & the Bazaar 87%

Software theory said complexity needs one architect. Linux proved an open bazaar could do it better.

by Eric S. Raymond 1999

3.83

4k+ ratings

🐧 Open Source Movement 🏗️ Software Methodology 💻 Hacker Culture 🌐 Decentralized Innovation 🔄 Rapid Iteration

Designing the User Experience of Game Development Tools

by David Lightbown • 2015

Game tools are an unmeasured productivity drain. A UX method for fixing what studios overlook.

4.13

🛠️ Game Development Tools 🖼️ User Interface Design 👥 User-Centered Design 🔍 Usability Testing 🧠 Cognitive Design

Designing the User Experience of Game Development Tools Summary

Designing the User Experience of Game Development Tools 87%

Game tools are an unmeasured productivity drain. A UX method for fixing what studios overlook.

by David Lightbown 2015

4.13

16 ratings

🛠️ Game Development Tools 🖼️ User Interface Design 👥 User-Centered Design 🔍 Usability Testing 🧠 Cognitive Design

How to Diagnose and Fix Everything Electronic

by Michael Jay Geier • 2010

Diagnose the silent failure, read the schematic, fix it yourself. No engineering degree required.

3.93

367

🔌 Electronics Repair 🔍 Troubleshooting Methods 📐 Schematic Reading 🛠️ Soldering Techniques 📚 Repair Manuals

How to Diagnose and Fix Everything Electronic Summary

How to Diagnose and Fix Everything Electronic 87%

Diagnose the silent failure, read the schematic, fix it yourself. No engineering degree required.

by Michael Jay Geier 2010

3.93

367 ratings

🔌 Electronics Repair 🔍 Troubleshooting Methods 📐 Schematic Reading 🛠️ Soldering Techniques 📚 Repair Manuals

Black Hat Python

by Justin Seitz • 2014

Turn the Python already on every server into a hacking platform that evades modern defenses.

4.11

618

🤝 Ethical Hacking 🧪 Penetration Testing 🐍 Cybersecurity Programming 🕸️ Network Exploitation 🛡️ Shellcoding

Black Hat Python 87%

Turn the Python already on every server into a hacking platform that evades modern defenses.

by Justin Seitz 2014

4.11

618 ratings

🤝 Ethical Hacking 🧪 Penetration Testing 🐍 Cybersecurity Programming 🕸️ Network Exploitation 🛡️ Shellcoding

Linux Basics for Hackers, 2nd Edition

by OccupyTheWeb • 2025

Kali Linux, hacker-style: command the terminal, spoof networks, write attack scripts, stay hidden.

4.50

🛡️ Ethical Hacking 🐧 Linux Administration ⌨️ Command Line Basics 📜 Shell Scripting 🕵️ Privacy And Anonymity

Linux Basics for Hackers, 2nd Edition Summary

Linux Basics for Hackers, 2nd Edition 87%

Kali Linux, hacker-style: command the terminal, spoof networks, write attack scripts, stay hidden.

by OccupyTheWeb 2025

4.50

24 ratings

🛡️ Ethical Hacking 🐧 Linux Administration ⌨️ Command Line Basics 📜 Shell Scripting 🕵️ Privacy And Anonymity

Linux Basics for Hackers

by OccupyTheWeb • 2018

Learn Linux the hacker's way: terminal-first networking, scripting, and vanishing without a trace.

4.12

595

🎯 Penetration Testing 🐧 Linux Fundamentals ⌨️ Command Line Mastery 🕵️ Network Reconnaissance 💻 Bash Scripting

Linux Basics for Hackers 87%

Learn Linux the hacker's way: terminal-first networking, scripting, and vanishing without a trace.

by OccupyTheWeb 2018

4.12

595 ratings

🎯 Penetration Testing 🐧 Linux Fundamentals ⌨️ Command Line Mastery 🕵️ Network Reconnaissance 💻 Bash Scripting

Designing Interface Animation

by Val Head • 2016

Make your UI feel fast, smart, and alive. The motion rules for cognitive ease and 60fps performance.

4.16

🧩 Interface Animation 🎬 Motion Design 🎞️ Classical Animation 🧠 Cognitive Load ⚡ Performance Optimization

Designing Interface Animation 87%

Make your UI feel fast, smart, and alive. The motion rules for cognitive ease and 60fps performance.

by Val Head 2016

4.16

82 ratings

🧩 Interface Animation 🎬 Motion Design 🎞️ Classical Animation 🧠 Cognitive Load ⚡ Performance Optimization

Kali Linux Revealed

by Raphaël Hertzog • 2017

Deploy Kali Linux like a pro: from verified download to custom, attack-ready distro.

3.79

155

🎯 Penetration Testing ⚖️ Ethical Hacking 🐧 Linux Administration 📋 Security Assessments 💻 Command Line Basics

Kali Linux Revealed 87%

Deploy Kali Linux like a pro: from verified download to custom, attack-ready distro.

by Raphaël Hertzog 2017

3.79

155 ratings

🎯 Penetration Testing ⚖️ Ethical Hacking 🐧 Linux Administration 📋 Security Assessments 💻 Command Line Basics

Digital Design

by M. Morris Mano • 1984

The canonical toolkit for turning binary logic into processors, from gates to state machines.

3.98

877

📐 Logic Design 🔢 Boolean Algebra ✂️ Logic Minimization 📝 Hardware Description Languages 🏗️ Register Transfer Level

Digital Design 87%

The canonical toolkit for turning binary logic into processors, from gates to state machines.

by M. Morris Mano 1984

3.98

877 ratings

📐 Logic Design 🔢 Boolean Algebra ✂️ Logic Minimization 📝 Hardware Description Languages 🏗️ Register Transfer Level

Hacking

by Jon Erickson • 2003

What your code actually says, not what you meant: the gap is where exploitation lives.

4.17

3k+

🛡️ Ethical Hacking 🔧 Reverse Engineering 🎯 Penetration Testing 💥 Memory Corruption 🏴 Hacker Culture

Hacking 87%

What your code actually says, not what you meant: the gap is where exploitation lives.

by Jon Erickson 2003

4.17

3k+ ratings

🛡️ Ethical Hacking 🔧 Reverse Engineering 🎯 Penetration Testing 💥 Memory Corruption 🏴 Hacker Culture

Understanding Software

by Max Kanat-Alexander • 2017

Code that's easy to write is hard to maintain. Here's how to flip that equation.

3.58

179

🛠️ Software Craftsmanship 🧹 Code Quality 🔍 Debugging Methods 🏚️ Technical Debt ⏱️ Developer Productivity

Understanding Software 87%

Code that's easy to write is hard to maintain. Here's how to flip that equation.

by Max Kanat-Alexander 2017

3.58

179 ratings

🛠️ Software Craftsmanship 🧹 Code Quality 🔍 Debugging Methods 🏚️ Technical Debt ⏱️ Developer Productivity

Hackers

by Steven Levy • 1984

Before the garage, a creed of open access and hands-on tinkering drove the computer revolution.

4.16

9k+

🖥️ Computer History 💻 Personal Computing ☮️ Tech Counterculture 📖 Open Source Philosophy ⌨️ Software History

Hackers 87%

Before the garage, a creed of open access and hands-on tinkering drove the computer revolution.

by Steven Levy 1984

4.16

9k+ ratings

🖥️ Computer History 💻 Personal Computing ☮️ Tech Counterculture 📖 Open Source Philosophy ⌨️ Software History

Code

by Charles Petzold • 1999

How a simple switch, a telegraph relay, and Boolean logic became the modern computer.

4.40

11k+

💻 How Computers Work 🏗️ Computer Architecture 🔢 Digital Logic 📜 Computing History 🧱 From First Principles

Code 87%

How a simple switch, a telegraph relay, and Boolean logic became the modern computer.

by Charles Petzold 1999

4.40

11k+ ratings

💻 How Computers Work 🏗️ Computer Architecture 🔢 Digital Logic 📜 Computing History 🧱 From First Principles

Software Requirements

by Karl Wiegers • 1999

Nearly half of all software defects trace back to bad requirements. The fix starts here.

4.14

859

🏗️ Requirements Engineering 👤 User-Centered Design ✅ Software Quality 📋 Project Management 📊 Business Analysis

Software Requirements 87%

Nearly half of all software defects trace back to bad requirements. The fix starts here.

by Karl Wiegers 1999

4.14

859 ratings

🏗️ Requirements Engineering 👤 User-Centered Design ✅ Software Quality 📋 Project Management 📊 Business Analysis

Ansible

by Lorin Hochstein • 2014

No agents required. Automate configuration and deployment with playbooks you can actually read.

3.88

270

🔧 Configuration Management 📋 Infrastructure As Code 🛠️ Devops Tooling 🚀 Deployment Automation 💻 Sysadmins

Ansible 87%

No agents required. Automate configuration and deployment with playbooks you can actually read.

by Lorin Hochstein 2014

3.88

270 ratings

🔧 Configuration Management 📋 Infrastructure As Code 🛠️ Devops Tooling 🚀 Deployment Automation 💻 Sysadmins

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