OPSEC Specialist • Privacy Advocate • Intelligence Analyst
Self-taught security specialist with a passion for RPG games, space, and sci-fi. At 18, began learning Python, encryption, facial recognition, and electronics after experiencing the consequences of reporting nightclub safety violations. Discovered systemic issues in Brighton's nightlife and law enforcement. Built expertise in operational security and digital privacy out of necessity. Later became a trusted resource for privacy consulting before having identity deliberately compromised during police accountability work. Gaming remains an essential outlet for stress relief.
From self-taught teenager to sought-after privacy specialist. How learning security to protect myself led to an unexpected reputation.
Gained entry to a Brighton nightclub at age 14—a venue that routinely admitted minors. While some establishments maintained responsible practices like one-time entry or active supervision, this venue operated differently. The environment facilitated exploitation, where young people could be introduced to drugs, manipulated by older individuals, and ultimately discarded when no longer deemed useful.
Filed formal complaints about the venue's practices allowing minors entry. Faced significant backlash for the report. This experience became the catalyst for developing technical security skills—Python programming, encryption protocols, facial recognition systems, and networked security architecture. Brighton, known as the UK's Gay Capital, presented unique vulnerabilities for young LGBTQ+ individuals who could easily encounter predatory situations without proper protection.
Direct experience revealed corruption within Brighton's law enforcement. When the systems designed to protect vulnerable populations fail, individuals must develop their own security measures. This firsthand exposure to institutional dysfunction shaped understanding of how accountability failures occur at systemic levels.
Advanced operational security knowledge through self-education. Developed proficiency in Python, encryption technologies, facial recognition implementations, and integrated security communications infrastructure. Each skill represented an additional layer of personal protection. Learning occurred through documentation, online resources, practical application, and iterative improvement from mistakes.
Reputation grew within Brighton for understanding privacy and security architecture. Began assisting others requiring protection—individuals facing stalking, domestic abuse, or various security threats. Privacy work serves legitimate protection needs. However, public perception often distorts reality: "encryption consultant" morphed into "criminal vigilante" through rumor propagation. Media portrayals of privacy professionals as suspicious characters contributed to this mischaracterization.
Initiated police accountability documentation projects—creating evidence repositories, building cases, and developing accountability platforms. Contacted individuals within the police accountability community for technical consultation. During this work, identity was deliberately compromised through calculated exposure. Years of operational security measures were systematically dismantled—not through accident or security failure, but through intentional disclosure by someone with access to protected information.
Expertise expanded from integrated security architectures to open-source intelligence (OSINT) specialization. Progression included advanced encryption methodologies, complex digital forensics, and comprehensive analysis of institutional privacy and security failures. Developed API-connected security platforms for real-time threat monitoring and analysis. The trajectory from self-taught teenager to intelligence analyst developed organically rather than through planned career progression. Throughout this journey, RPG gaming, space exploration themes, and science fiction provided essential stress management and creative outlet.
Security skill development began at 18 following the consequences of reporting venue safety violations. The nightclub in question admitted minors from age 14 onward, creating dangerous conditions where young people faced exploitation by older individuals, drug exposure, and abandonment once deemed no longer valuable to predators.
Direct experience revealed corruption within Brighton's law enforcement systems. As the UK's recognized Gay Capital, Brighton presented specific vulnerabilities for young LGBTQ+ individuals navigating social spaces. When institutional protection fails, self-protection becomes necessary. Privacy consulting work that followed aimed to help others facing similar security challenges.
Public perception distorted legitimate privacy work through rumor propagation. "Privacy consultant" became "criminal vigilante" through successive mischaracterization—a phenomenon amplified by media portrayals equating privacy professionals with criminal activity. The reality remains straightforward: security skills developed for self-protection, extended to helping others, then mischaracterized through public misunderstanding.
Self-taught expertise in operational security, privacy protection, and intelligence analysis.
Started with Python as a teenager to automate security tasks. Built facial recognition systems, encryption tools, and security automation scripts. Developed API-connected platforms for real-time threat analysis and system integration. Self-taught through documentation and practical application.
Deep understanding of encryption protocols, secure communications, and privacy-preserving technologies. From basic file encryption to complex communication security architectures.
Built and deployed facial recognition systems within networked security architectures. Understanding of both implementation and countermeasures. Developed API-integrated platforms for real-time identification and threat assessment. Practical experience with computer vision, machine learning models, and multi-system security coordination.
Hands-on experience with advanced security hardware integration, from circuit-level design to enterprise-grade networked systems. Built interconnected physical security solutions combining electronics, software, and API-driven communication protocols for seamless multi-device coordination and real-time analysis.
Operational security isn't theory—it's practice. Pattern recognition, threat assessment, security architecture, and risk mitigation. Learned through real-world application and continuous improvement.
Open source intelligence gathering and digital forensics. Understanding information flow, tracking digital footprints, and uncovering hidden patterns in publicly available data.
Always been a geek loving RPG games, space, and sci-fi. Thinking outside the box in games translates to OPSEC work. When the security work gets too stressful, RPG games are the perfect escape—a way to relax and decompress.
Documentation, analysis, and investigations. Privacy, security, and institutional accountability.
Multiple channels for collaboration and inquiries. Privacy respected.
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Working on security projects? Building privacy tools? Researching OPSEC? Open to collaboration with legitimate researchers and developers.
When your identity gets compromised, you face a choice: fight back or pack up and move on. Privacy isn't paranoia—it's intelligence. Celebrities use stage names. YouTubers operate under aliases. Twitter personalities keep their real identities and home addresses private for obvious reasons. This is normal, accepted practice.
Even Facebook allows profile locking in countries with significant safety concerns. The platform recognizes that in corrupt or dangerous environments, public visibility equals vulnerability. Having all your information accessible to everyone isn't security—it's a liability.
Only people who genuinely need to reach you should have that access: emergency services, close friends, trusted contacts. That's it. We've had caller ID and anonymous calling since before the internet existed. Some people use P.O. boxes instead of home addresses. These aren't suspicious behaviors—they're reasonable security measures.
Be truthful with those who matter. Everyone else gets operational boundaries. That's not deception—that's operational security. Privacy is a right, not a red flag.