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AutoSec Innovation

Qatar R&D initiative

Advancing Automotive Cybersecurity Research in Qatar

AutoSec Innovation is developing applied automotive cybersecurity research and product capability in Qatar, focused on intelligent security assessment, threat detection, security automation, and mobility resilience.
Applied automotive cybersecurity research in Qatar

Incubation

Incubated by Qatar Science & Technology Park for automotive cybersecurity R&D in Qatar

The incubation supports applied research and product development carried out by our Qatar team. Programme identity and logo usage follow QSTP brand approval.

Programme objectives

  • Advance intelligent vehicle security assessment methods
  • Improve detection of genuine security events in connected fleets
  • Reduce manual effort in automotive security validation
  • Build regional automotive cybersecurity capability
  • Validate research output against realistic automotive targets
Regional mobility cybersecurity research context
Applied research into vehicle threat detection and monitoring signals

Why Qatar

Qatar is investing heavily in mobility infrastructure, connected transport, and technology research. That combination creates an environment where applied automotive cybersecurity research can be validated against real conditions rather than modelled assumptions, and where regional engineering capability can be built alongside it.

Working in the region also keeps our research close to mobility, climate, and infrastructure conditions that differ from those assumed by most published automotive security work.

Research focus

Areas under active work

  • 01

    Intelligent vehicle threat detection

    Detection approaches that separate genuine security events from normal vehicle behaviour across diverse fleets.

  • 02

    Automated automotive security validation

    Reducing the manual effort in security testing so validation can run repeatedly across ECU variants.

  • 03

    Connected fleet resilience

    How connected fleets absorb, detect, and recover from security events without disrupting operation.

  • 04

    AI-assisted cybersecurity engineering

    Applying machine learning to analysis and prioritisation tasks where engineering judgement remains in control.

  • 05

    Regional mobility cybersecurity research

    Security research shaped by the mobility, climate, and infrastructure conditions of the region.

Collaboration

Who we work with

  • Institutional research partners

    Joint work with research organisations on assessment, detection, and resilience problems.

  • Industry validation partners

    Automotive organisations that provide realistic targets and evaluate research output in practice.

  • Regional capability programmes

    Training and mentoring that builds automotive cybersecurity skills alongside the research itself.