2nd-3rd JUNE 2026 – LONDON, UK

Klaus Olsen

Klaus Olsen

  • CEO
  • EFB Admin Services Int., Norway

With over 17 years of experience as an EFB Administrator, Klaus Olsen is the driving force behind EFB Admin Services Int. AS, where he delivers comprehensive EFB administration and support services to airlines and suppliers worldwide under the oro.gen.205 regulations. Klaus’s background includes nearly two decades as an IT operations manager, and he holds cybersecurity certifications, which have positioned him as a key contributor in the evolving fields of EFB software, hardware, and connectivity solutions.
His extensive work with major airlines, as well as various global carriers, has made him a well-respected expert in the industry. Known for his relentless work ethic and hands-on problem-solving abilities, Klaus is a forward-thinking leader who embraces new technologies that enhance operational efficiency and safety in aviation.
A dedicated professional, Klaus combines creativity, openness, and a no-nonsense approach to driving innovation in the EFB space. His passion for finding practical, effective solutions is matched by his commitment to improving cockpit safety through the strategic implementation of cutting-edge technology.

Sessions

  • Digitalisation and New Tools for Testing and Certification

    EFB testing requirements for EASA/FAA/ANAC EFB approval

    The evolving landscape and digitalisation of avionics hardware and software testing and certification brings opportunities, but also challenges. Staff shortages and the need for skilled engineers with digital capabilities are significant concerns, as well as there is a growing interest in model-based approaches and alternative languages, such as Cheri and Rust. Addressing these challenges requires effective training programs and strategies to attract new talent. The digital transformation of avionics testing necessitates a proactive approach to workforce development and the adoption of advanced testing methodologies, such as testing for data leaks and exploring the potential of virtual health monitoring or formalising Human Machine Interface (HMI) certification in the context of avionics systems. It is essential to invest in innovative testing tools, methodologies and digitisation to ensure the safety and reliability of software systems.