About Me
Born in the wild, pixel-perfect landscapes of Lofoten, Norway, under the shimmering glow of the Northern Lights (nature’s original RGB setup), I’ve been hardwired for technology since childhood. I was tinkering with computers, networks, and systems back when cloud just meant bad skiing weather. My Linux journey began in 1995, back when kernel compilation was a weekend hobby and apt-get install was practically a magic spell. That early curiosity snowballed into a lifelong obsession with IT, programming, and cybersecurity.
Fast-forward to today, and I’m a Lead Security Architect with over a decade of experience wearing more hats than a sysadmin at a LAN party, including:
- Incident Manager & Major Incident Process Owner
- Department Manager
- Event Manager & Process Owner
- Problem Manager & Process Owner
- Senior System Consultant
- ITSM System Manager
- Operations Technician
My primary quest: designing secure, resilient systems that can withstand both zero-day exploits and Monday mornings. I lead enterprise-wide cyber defense efforts, coordinate major incident responses like a digital firefighter, and approach IT service management with the precision of a bash script that never throws an error.
Outside the office, I’m a homelabber running enough self-hosted services to make my ISP slightly nervous, an educated programmer fluent in multiple languages (both human and machine), and a competitive Capture the Flag player. I’ve clawed my way to a Top 100 global ranking on Hack The Box, which basically means I can find vulnerabilities faster than most people can find the TV remote.
As for development, my toolkit spans C, C++, C#, Swift, Go, Rust, Python, PHP, and Perl. Because why settle for one hammer when you can have an entire armory?
Whether I’m blueprinting enterprise architecture or testing out questionable ideas in my home lab, my mission remains the same: build smarter, safer systems and have fun doing it.
In short: I’m a tech-loving, nerdy, security-obsessed Norseman on a perpetual side quest for innovation, continuous learning, and better ways to make the machines work for us… before they become self-aware.
