Cyber Security Books
There are huge amounts of Cyber Security Books ,Some of them are in print for quite a long time, however it’s never past the point where it is possible to peruse them now. On the off chance that you believe that we have missed something.
Modern web applications are based on an amalgam of technologies that have evolved over time and then assembled arbitrarily. Each part of the Web application stack, from HTTP requests to browser-side scripts, has important but subtle security implications. To ensure the safety of users, it is essential that developers navigate safely in this landscape.
Modern cars are more computerized than ever. Infotainment and navigation systems, WLAN, automatic software updates and other innovations are designed to make driving more comfortable. However, vehicle technologies have not kept up with today’s hostile security environment, leaving millions of people vulnerable to attack.
The Car Hacker manual gives you a deeper understanding of computer systems and software built into modern vehicles. First, the weak points are examined and the communication via the CAN bus as well as between the devices and the systems is explained in detail.
Once you’re familiar with a vehicle’s communications network, you’ll learn to intercept data, perform specific hackers, locate vehicles, unlock doors, shut down engines, communicate with floods, and more. By focusing on cost-effective open source hacking tools such as Metasploit, Wireshark, Kayak, Can-Utils and ChipWhisperer, The Car Hacker Handbook explains how:
-Create a specific threat model for your vehicle
– Redo the CAN bus to simulate the motor signals
– Exploit the vulnerabilities of diagnostic and data logging systems
-Hack the ECU and other firmware and integrated systems
Feed exploits via infotainment and vehicle-to-vehicle communication systems
– Overwrite factory settings with performance tuning techniques
Build physical and virtual test benches to test exploits safely
Currently, more than one billion Android devices are in use, each representing a potential target. Unfortunately, many basic Android security features are just a black box for everyone except the best security experts.
In Android Security Internals, Nikolay Elenkov, Android security expert, takes us under the hood of the Android security system. Elenkov describes the Android security architecture from the beginning and discusses the implementation of key components and subsystems related to security, such as Binder IPC, permissions, cryptographic providers and device management.
You will learn:
-When Android permissions are declared, used, and enforced
– How Android manages application packages and uses code signatures to verify their authenticity
How Android implements the Java Cryptography Architecture (JCA) and Java Secure Socket Extension (JSSE) frameworks
-About the system for storing credentials and Android APIs, which allow applications to securely store cryptographic keys
– About the online account management framework and how to integrate Google Accounts with Android
-About implementation of verified boot, disk encryption, screen lock, and other device security features
– How the boot loader and Android recovery operating system are used to perform full system upgrades and get root access
With its depth and unparalleled details, Android Security Internals is an indispensable tool for any Android developer concerned about security.
Eliminating security vulnerabilities in iOS apps is essential for any developer who wants to protect their users from the bad guys. In iOS Application Security, David Thiel, an expert in mobile security, reveals frequent iOS coding errors that pose serious security problems and also explains how to find and fix them.
After a crash course on iOS application structure and Objective-C design patterns, you’ll learn how to spot corrupt code and fill in gaps. You will learn more about:
– The iOS security model and the limitations of integrated protection
– The innumerable ways in which confidential data can reach places where this is not possible, for example
– Encryption implementation with Keychain, Privacy API and CommonCrypto
C-inherited errors, which still cause problems in modern iOS applications
Privacy issues associated with user data collection and mitigation of potential pitfalls
Do not let the vulnerability of your application become another title. Whether you’re strengthening your app’s defense or looking for bugs in someone else’s code, iOS Application Security can help you get the job done.
This practical guide on modern encryption details the basic mathematical concepts of cryptography without shying away from heated discussions about how they work. Learn more about authenticated encryption, secure randomness, hash functions, block ciphers, and public key techniques such as RSA cryptography and the elliptic curve.
You will also learn:
Key concepts of cryptography such as computer security, attacker models and the secret of transfers
– The strengths and limitations of TLS behind secure HTTPS Web sites
– Quantum computation and post-quantum cryptography
– Information about various security vulnerabilities based on many code examples and use cases
– How to choose the best algorithm or protocol and ask the right questions to the providers
Each chapter discusses common implementation errors using real-world examples. This also explains what can go wrong and how to avoid these pitfalls.
Whether you are a seasoned practitioner or a beginner seeking to immerse yourself in the field, Serious Cryptography gives you a complete overview of modern encryption and its applications.