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Workshop · IWQoS 2026

QSP-AI
MetaTwin

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QoS-Aware Security and Privacy
for AI-Driven Systems

Workshop on QoS-Aware Security and Privacy for AI-Driven Digital Twin and Metaverse Systems (QSP-AI-MetaTwin). Co-located with IWQoS 2026.

DateJune 30, 2026
VenueIWQoS 2026
ProceedingsIEEE Xplore
Submissionvia HotCRP
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A Brief Statement of Interest

Converging QoS, AI,
and Trust

AI-driven Digital Twin and Metaverse systems are changing how physical and virtual environments interact. These ecosystems depend on large-scale data exchange and edge-cloud infrastructures with strict QoS guarantees.

01
Intelligent Twins
Enabling real-time monitoring and immersive collaboration in smart cities, healthcare, and industrial automation.
02
QoS Guarantees
Strict requirements for latency, reliability, scalability, and availability in distributed AI infrastructures.
03
Attack Surface
Sensitive sensor data and AI pipelines create risks for leaks, side-channel attacks, and identity theft.
04
Integrated Security
Current security measures often work separately from QoS, slowing down real-time application needs.
05
Trustworthy Infra
Advancing research to ensure both performance guarantees and trustworthiness in new digital infrastructures.
06
Interdisciplinary
Brining together networking, distributed systems, security, and AI communities for integrated solutions.
Technical Description

Future-Proofing
Virtual Systems

Digital twins and Metaverse platforms create permanent, shared virtual spaces that allow for large-scale human interaction and collaboration.

Digital Twin and Metaverse systems powered by AI are becoming important technologies for future cyber-physical and immersive computing environments. Digital twins create virtual versions of real-world systems so that they can be monitored, simulated, and improved. Metaverse platforms, on the other hand, create permanent, shared virtual spaces that allow for large-scale human interaction and collaboration.

The conventional methods for security and privacy frequently result in computational overhead or communication delays that can adversely affect Quality of Service (QoS). So, there is a very important need for integrated frameworks that work together to improve both QoS and security/privacy in AI-enabled distributed environments.

Call for Papers

Topics of
Interest

Integrating QoS management with security and privacy mechanisms in AI-driven ecosystems.

Download CFP (PDF)
01
Frameworks & AI
  • QoS-aware security and privacy frameworks for Digital Twin and Metaverse systems
  • AI-driven threat detection and mitigation in cyber-physical systems
  • AI-based anomaly detection for industrial and smart city environments
02
Communication & Trust
  • Privacy-preserving federated learning and edge intelligence for immersive platforms
  • Secure and low-latency communication protocols for distributed AI applications
  • Blockchain-based trust and access control mechanisms for AI-driven systems
  • Adaptive and QoS-aware cryptographic mechanisms for edge and IoT networks
03
Analysis & Interaction
  • Secure multi-user interactions and identity management in the Metaverse
  • Performance analysis of security and privacy solutions under QoS constraints
  • Case studies and deployments of secure AI-enabled Digital Twins or Metaverse applications
Submission Guidelines

All workshop papers must be original, unpublished, and follow the IEEE conference format, with a maximum length of 8 single-spaced, double-column pages (10-point font), including references and appendices. Templates are available at template-selector.ieee.org (select "Conferences").

  • Maximum 8 pages (including references and appendices)
  • Double-blind review — no author names or affiliations
  • No identifying self-references; non-compliant papers rejected without review
  • Submissions must be PDF files via HotCRP

Accepted papers will be published in IEEE conference proceedings and submitted to IEEE Xplore (subject to IEEE policies).

Key Deadlines

Important Dates

Organizing Committee

Workshop
Organizers

Mithun Mukherjee
Mithun Mukherjee
BITS Pilani, Dubai Campus, UAE
Organizermithun@dubai.bits-pilani.ac.in
Pranav M Pawar
Pranav M Pawar
BITS Pilani, Dubai Campus, UAE
Organizerpranav@dubai.bits-pilani.ac.in
Zhigeng Pan
Zhigeng Pan
Beihang University, China
Organizer003443@nuist.edu.cn
TPC Chairs
Raja Muthalagu
Raja Muthalagu
BITS Pilani, Dubai Campus, UAE
Ahcene Bounceur
Ahcene Bounceur
University of Sharjah, UAE
Akanksha Saini
Akanksha Saini
RMIT University, Australia
Program Committee Members
Zhihong Sun
Naval University of Engineering, China
Suman Kr. Dey
NIT Rourkela, India
Sujala D. Shetty
Bits Pilani Dubai Campus, Dubai
Mian Guo
Guangdong Polytechnic Normal University, China
Neeli Rashmi Prasad
Smart Avatar B V, Netherlands
Prashant Kumar
NIT Jamshedpur, India
Razi Iqbal
Central Michigan University, USA
Qi Zhang
Aarhus University, Denmark
Kaustubh Chakradeo
Aalborg University, Denmark
Shital Patil
Robert BOSCH, Dubai, UAE
Mohammad Zubair Khan
Islamic University of Madinah, Saudi Arabia
Rajendra Patil
BITS Pilani, Dubai Campus, UAE
Adel Oulefki
University of Dubai, UAE
Malek Masmoudi
University of Sharjah, UAE
Dnyaneshwar Mantri
University of Pune, India
Nandkumar Kulkarni
MIT-ADT University, India
Prakash Aryan
University of Bern, Switzerland
Contact

Get in Touch

For inquiries about the workshop or paper submissions, please use the subject prefix [QSP-AI-MetaTwin] in all correspondence.

✉️
Creative Labs
Workshop Organizer
BITS Pilani, Dubai Campus, UAE