Anomander Rake

guidedhacking.com — In the realm of software engineering, one encounters a multitude of concepts, one of which is the intriguing notion of Metamorphic Code. These types of codes, at their core, are adept at reprogramming themselves. They have the exceptional ability to alter their own code each time they run, making them a captivating study for any software engineer. This article is dedicated to the exploration of Metamorphic Code Engines, their workings, benefits, challenges, and practical applications. Metamorphic code stands as a sophisticated category of self-altering software. It is characterized by its ability to rewrite its own instructions into logically equivalent code every time it propagates. This makes detection by static analysis methods exceedingly difficult, thereby offering an interesting line of defense against pattern-matching intrusion detection systems.

guidedhacking.com — In the ever-evolving world of electronics, the ability to reverse engineer a printed circuit board (PCB) is a valuable skill that can save time, money, and frustration. By understanding how to effectively reverse engineer a PCB, you can unlock the secrets behind a device's functionality, improve its design, or even create a more cost-effective alternative. In this comprehensive guide, we will explore the process of PCB reverse engineering, the tools required, and the techniques to ensure accuracy and quality. PCB reverse engineering is a process to identify, analyze and improve existing designs. Essential tools include cameras, multimeters, software and patience for successful design of multi-layer PCBs. Legal considerations such as copyright laws must be taken into account when engaging in the process. Understanding Printed Circuit Board Reverse Engineering​ PCB reverse engineering is the art of analyzing and enhancing existing designs, including identifying functional and structural characteristics, and recognizing issues and outdated components. This process can provide valuable insight into the function and design of PCBs, facilitating repairs, upgrades to older circuit boards, or the production of a more cost-effective alternative to a competitor. As technology advances, the ability to reverse engineer a PCB becomes increasingly important for various industries and applications.

dev.to — In today's scenario, everyone is getting dependent on mobile and laptops to get their work done. It provides us ease to complete our work, but threats are also there, which makes it a scary place it a hard place without proper understanding. Cyberattackers use various programs and codes to rob different users.

Youtube — This tutorial will teach you how to automate Cloudflare under attack mode. Cloudflare is a web infrastructure and web security company. Learning how to automate cloudflare will provide defense against DDos attacks. Acting as a reverse proxy for websites a script like cfautouam can can keep you safe in under attack mode. Cloudflare Under Attack Mode creates extra security to help defend against Layer 7 DDoS attacks. Learning how to automate cloudflare makes sure hackers and nefarious computer users can’t interrupt your web experience. Learning how to automate cloudflare is the next step in your web/server user experience. Guided Hacking will provide you with all the tools needed in learning how to automate cloudflare. We hope you enjoy this automatic under attack mode tutorial and gain new insights in how to automate cloudflare.

youtube.com — Mailcow is by far the best self hosted email server. It is incredibly easy to install Mailcow as it is distributed as a docker container. @0xDEC0DE introduced it to me so thank you to him. It only takes 15 minutes to install and get all setup. In 15 minutes you can hook your website up with it's own email server. You want to use a separate email server because you cannot proxy your mail server behind Cloudflare. In order to hide your origin IP address you cannot use your web server as your email server. There are also several things you need to do to keep your server from getting blacklisted by spam blacklists which I will teach you.

guidedhacking.com — This How to Hook Functions tutorial will teach you everything you need to know about hooking. We will cover every topic and give you many links to additional resources which encompass everything you could ever want to know about function hooking. If you plan to do game hacking long term, you...

guidedhacking.com — Reverse Engineering is taking bits and bytes and figuring out what they represent, how they are used and why. This is done by using the scientific method which is forming hypotheses and testing them. In the case of reverse engineering computer code we are typically talking about reversing functions from their assembly code and created a higher level picture of what the purpose of the code is. This article represents our main reverse engineering tutorial. Let's take a look at it from a lower perspective first and then a higher one...

guidedhacking.com — Pattern Scanning or Signature Scanning is the art of finding a sequence of bytes in memory which matches a sequence of bytes you already identified. You scan the good regions of memory byte by byte looking for the first byte. When the first byte is found, you compare each subsequent byte until the proper sequence is found. Pattern scanning is useful for finding important parts of a process's memory and is used frequently.

guidedhacking.com — Automating PKI Deployment - Unlocking the Benefits​ Public Key Infrastructure (PKI) is essential to many organizations' cybersecurity strategies. PKI is used to secure data transmissions, authenticate users and devices, and protect data integrity. As such, it's important to ensure that your organization's PKI deployment is done correctly and efficiently. That's why automating PKI deployment is becoming increasingly popular among IT professionals. This article examines the benefits of automating your organization's PKI deployment. What Is PKI?​ Public Key Infrastructure (PKI) is a system of digital certificates and keys that encrypt data transmissions, authenticate users and devices, and protect data integrity. It consists of two main components: public key cryptography and digital certificates. Public key cryptography allows for secure encryption by using two pieces of information -- a public key and a private key -- to encrypt and decrypt data. Digital certificates are used to authenticate users and devices and verify the authenticity of digital signatures and other documents. If you're new to public key cryptography, learn the basics of encryption here. Tools That Can Help With PKI Automation​ A variety of tools are available to help with automating PKI deployment. Examples include scripting or programming languages such as PowerShell, Python, and Java that can be used to automate the steps required for deployment. Additionally, certificate management systems such as Microsoft's Certificate Autoenrollment tool can be used to manage certificates across multiple nodes securely and reliably.