Cybersecurity Expert | Ethical Hacker | Game Enthusiast | Retro & Modern Systems Specialist
As a cybersecurity expert with over a decade of experience, I specialize in cyber auditing, game server security, ethical hacking, and reverse engineering. My unique perspective as Domo the Autistic IT allows me to approach complex problems with innovative solutions that enhance digital security. Beyond my professional interests, I'm deeply passionate about retro computers, particularly the Commodore 64 and Commodore Amiga systems, as well as the Mac ecosystem and modern gaming consoles like the Xbox 360.
Extensive research into the security practices of major technology and gaming companies, focusing on responsible disclosure and improved security measures.
I have a particular interest in the security of online gaming platforms. I've studied the infrastructure of various game companies, including major titles like DayZ and WarZ, to better understand and improve their security posture.
Beyond my professional interests, I'm passionate about zombie apocalypse games. This genre fascinates me not just as a player, but also from a technical and security perspective. I enjoy analyzing game mechanics, server architectures, and potential security implications in these complex online environments.
I have a deep love for retro computers, especially the Commodore 64 and Commodore Amiga series. These iconic machines hold a special place in computing history, and I'm fascinated by their architecture, capabilities, and the vibrant community that still surrounds them.
I have a strong interest in the Mac ecosystem, particularly the Power Macintosh series including the G3, G4, and G5 models. These machines, powered by PowerPC processors, represent a fascinating era in Apple's history and computing evolution.
I have a deep passion for PowerPC assembly language. The elegance and power of programming at this low level, especially on machines like the Power Macintosh series, is something I find incredibly fascinating and rewarding.
My interest in assembly language extends to the Xbox 360, where I've done extensive research into its internals. I've delved deep into the console's architecture, reverse-engineering its systems and developing custom solutions.
I've developed several proof-of-concept projects demonstrating common vulnerabilities in web applications and game servers. These projects aim to educate developers and companies about potential security risks.
I've conducted in-depth security analyses of various online games, with a focus on zombie apocalypse titles. This research has helped identify potential vulnerabilities and contributed to improved security measures.
This project explores the development of stealth servers for the Xbox 360, demonstrating advanced techniques in console security research and network manipulation.
This project presents an anti-cheating proof of concept for Palworld, built on Unreal Engine 5. I successfully prevented cheating on my server by implementing hooks on process events and disabling specific actions when detected. This approach demonstrates the potential for creating robust anti-cheat systems in modern game engines.
100F0 is a critical component of the Xbox hypervisor used for calculating online data in the challenge-response system. This research project delves into the inner workings of this system, providing insights into console security mechanisms.
DomoCrypto is an open-source research project aimed at deepening the understanding of cryptography and memory execution in 64-bit systems. This project explores various cryptographic concepts and their implementation, providing valuable insights into secure coding practices and memory management.
The Commodore 64, released in 1982, was a revolutionary home computer that dominated the market in the 1980s. It featured the MOS Technology 6510 microprocessor, a variant of the 6502, running at 1.023 MHz. With 64 KB of RAM, it was incredibly powerful for its time. I'm particularly impressed by its SID (Sound Interface Device) chip, which gave the C64 its distinctive sound capabilities.
The Commodore Amiga series, first introduced in 1985 with the Amiga 1000, was ahead of its time in many ways. The Amiga 500, my personal favorite, used the Motorola 68000 CPU running at 7.14 MHz, with a custom chipset that provided advanced graphics and sound capabilities. The Amiga's ability to multitask and its user-friendly GUI were revolutionary for home computers of that era.
One of my favorite aspects of retro computing is the demoscene, particularly on the Amiga. I love raster bars, those colorful horizontal bars that smoothly transition across the screen. Creating these effects pushed the hardware to its limits and showcased the incredible talent of programmers. The technical skill required to manipulate the Copper (Co-processor) to create these effects fascinates me.
The Power Macintosh series, featuring the G3, G4, and G5 processors, marked a significant era in Apple's history. These machines, based on the PowerPC architecture, offered impressive performance and unique features. I'm particularly fascinated by the G5's innovative liquid cooling system and its 64-bit processing capabilities.
My love for PowerPC assembly stems from its elegant instruction set and the low-level control it offers. Programming in PowerPC assembly allows for highly optimized code, crucial for squeezing every bit of performance out of these machines. This knowledge has been invaluable in my reverse engineering projects.
I've conducted extensive research into the Xbox 360's architecture, focusing on its PowerPC-based Xenon processor and the intricacies of its hypervisor. By reverse engineering the system, I gained deep insights into its security mechanisms and internal workings. This research culminated in the development of a "stealth server" - a custom solution that allows connection to Xbox Live without triggering ban mechanisms, demonstrating the potential for both security research and system manipulation.
My passion for retro computers extends to gaming on these classic systems. The Amiga, in particular, holds a special place in my heart for its extensive game library. From classic point-and-click adventures to innovative platformers and strategy games, the Amiga's game scene was incredibly diverse and creative. I enjoy revisiting these games, not just for nostalgia, but also to appreciate the ingenuity of developers who created rich experiences within the hardware limitations of the time.
As Domo the Autistic IT, I bring a unique perspective to my work in cybersecurity. My neurodivergent thinking allows me to approach problems from unconventional angles, often leading to innovative solutions. My ability to focus intensely on complex issues and notice subtle patterns has been invaluable in identifying security vulnerabilities and developing robust security strategies.
Are you looking for a skilled security auditor or programmer to strengthen your digital assets? With over a decade of experience in the IT industry, I bring a deep understanding of cybersecurity and programming to the table. Whether you need a thorough security audit or custom software development, I have the expertise to deliver top-quality results.
My proficiency spans multiple programming languages and architectures, including:
Having honed my skills in these languages for over 10 years, I am well-equipped to tackle complex challenges and provide robust, reliable solutions tailored to your needs. From developing secure applications to conducting in-depth security audits, my services are designed to meet the highest standards of quality and effectiveness.
If you're serious about securing your digital environment or developing software that stands out, let's work together. I'm committed to delivering excellence in every project, ensuring that your goals are met with precision and professionalism.
Contact me today to discuss how I can help you achieve your cybersecurity and programming objectives:
Interested in discussing cybersecurity, ethical hacking, retro computers, Mac systems, PowerPC assembly, Xbox 360 internals, or any other technical topics? Feel free to reach out: