ABOUT CITADEL LAB / EST. 2006

Research with real-world consequence.

CITADEL LAB brings researchers, industry and institutions together around work that matters—across cybersecurity, artificial intelligence and quantum computing.

Close-up photograph of electronic circuitry and integrated chips
THE PHYSICAL SIDE OF DIGITAL RESEARCH
RESEARCH-LEDCOLLABORATIVE BY DESIGNBUILT FOR IMPACT

A bridge between knowledge and deployment.

The organization’s documented journey begins in 2006 at the HONET annual conference at UNC Charlotte—an academic–industry setting where ambitious ideas met practical needs.

That connection remains central to CITADEL LAB’s approach: bring different disciplines into the same conversation, test ideas against real challenges, and carry strong research toward useful outcomes.

RESEARCH LEADERSHIPDr. Muhammad Manshad SattiChartered Engineer PhD. MIEEE, MIEAust.
01

Research first

Start with the question, the evidence and the people best equipped to investigate it.

02

Work across boundaries

Connect academic expertise with industry experience and institutional context.

03

Design for use

Move beyond theory toward secure, resilient systems with practical value.

Two decades of applied research.

Selected milestones trace a path from an academic–industry beginning to national-scale cyber strategy.

2006 2026
  1. 2006

    An academic–industry beginning

    The CITADEL LAB journey began at the HONET annual conference at the University of North Carolina at Charlotte, connecting research with industry practice.

  2. 2011–12

    Location technology

    Development of a Serving Mobile Location Centre (SMLC) solution marked an early applied research milestone.

  3. 2016–22

    National SOC infrastructure

    Security operations centre work extended from architecture and design through operational delivery and capacity building.

  4. 2020–

    Cyber defense at scale

    Consulting work on STC’s Cyber Defense Center brought a continuing focus on maturing operational cyber capability.

  5. 2024

    Cryptographic hardware

    Security architecture and design for a hardware wallet explored trusted digital asset and secure-messaging systems.

  6. 2025

    NCERT capability

    Technical architecture and operational support contributed to national computer emergency response capabilities.

  7. 2026

    Sovereign cyber strategy

    An AI-enabled Master SOC concept advanced the long-term direction for national-scale cyber defense.

Three fields. One research network.

These areas are not separate silos. Their overlap creates new questions—and new opportunities to solve them together.

01

Cybersecurity & Web3

Secure infrastructure, digital trust and resilient decentralized systems.

SECURITY / DECENTRALIZATION / TRUST
02

Artificial Intelligence

Responsible, human-centred approaches to intelligence and defense.

SAFE AI / APPLIED RESEARCH / RESPONSIBILITY
03

Quantum Computing

Preparing algorithms and security models for a new computing era.

ALGORITHMS / QUANTUM SECURITY / NEW PARADIGMS

The next chapter is collaborative.

Whether you represent a research institution, an industry team or a specialist discipline, we would like to hear what you are working on.

Get in touch