Call for Papers

Paper Submission Deadline: Jan. 10, 2026

Scope and Motivation

The Silicon Valley Cybersecurity Conference (SVCC) is an annual international conference in cybersecurity held at the heart of Silicon Valley, which is supported by the Silicon Valley Cybersecurity Institute (SVCSI). SVCC focuses on research in dependability, reliability, and security to address cyber-attacks, vulnerabilities, faults, and errors in networks and systems.

This conference is a forum to present research in robustness and resilience in a wide spectrum of computing systems and networks. All aspects of the research and practice of applied security are within the scope of this conference. Relevant topics include innovative system design, protocols, and algorithms for detecting, preventing, mitigating, and responding to malicious threats in dependable and secure systems and networks including experimentation and assessment. The topics of interest are in the security of hardware, software, networks, clouds, cyber-physical systems, socio-technical systems, blockchain, and healthcare.

Important Deadlines

Research Paper Deadline: January 10, 2026 at Midnight (PST)

Notification: Feb 10, 2026

Camera-ready: Feb. 28, 2026

Two best paper awards will be available for non-student and student authors. The awardee will receive $500 cash.

https://easychair.org/conferences?conf=svcc2026

Policy

All Regular, Short, Workshop and Poster Papers must adhere to the following page limit rules:

Regular Research Papers: 6-8 pages
Poster Papers: 2-3 pages

All the papers will be published through online open access.

Submissions should represent original research results and may not be under review or accepted for publication in another venue.
Paper submissions should be formatted according to the IEEE standard double-column format with a font size of 10 pt or larger. Please refer to the IEEE formatting instruction for details.
Research and poster papers will be peer-reviewed, and those accepted will be included in the IEEE SVCC 2026 proceedings and archived in IEEE Xplore after thorough plagiarism and policy checks.
SVCC 2026 follows a double-blind submission policy to ensure impartial and fair reviews. Authors must remove identifying information such as names, affiliations, and acknowledgments from their manuscripts before submission.

Author Changes or Title Change Policy

In order to ensure an appropriate consideration of conflicts of interest in the review process, SVCC prohibits any change to the list of authors and/or the title of a paper when the paper is under review or if accepted for final publication. The author list or the title of a paper may be changed only prior to the submission deadline.

No Show Policy

For All (Regular/Short/Poster) Paper Authors: Authors are required to present their paper at the conference in order for a paper to appear in the conference proceedings (except for authors in the online forum session). Registration receipts and proceedings will be available only for papers that are presented. Your paper will be excluded from being published and included in the the conference proceeding should your paper fail to be presented at the conference. Any exceptions to this policy can only be made by the General and Program Chairs.

Camera-ready Instructions

You can read the camera-ready instruction below after your paper is accepted in Feb. Camera-ready submission: PDF Instructions for Authors Before Creating a PDF • Proofread your source document thoroughly to confirm that it will require no revision. We will update it in detail soon.

Topics of interest (including but not limited to):

Network Security

Intrusion and anomaly detection and prevention
Attack detection, prevention, or mitigation
Cryptography for network security
Denial-of-service attacks and countermeasures
Mobile and wireless network security

System and Hardware Security

Security primitives in system architecture and systems
Side-channel attacks and mitigation
Anti-counterfeit, anti-tamper
Hardware obfuscation
FPGA design and security
Cryptographic processors
Post-quantum security primitives
On-device AI security
Robotics security and safety

Blockchain Security

Security and privacy in decentralized applications
Distributed consensus protocols
Blockchain theory and algorithms
Communication protocols and standards for dApps
Decentralized identity and identity management

Software Security

Secure software design/architecture
Secure software practices
Security analysis tools and methods
Security evaluation criteria and methodology
Vulnerability, threat, and risk analysis
Malware detection/intrusion detection
Obfuscation and software security

AI Cybersecurity

ML/DL security and privacy
LLM applications in cybersecurity and data protection
Privacy-preserving AI models
Adversarial attacks and defenses for ML/DL
LLM security attacks and defenses
Privacy protections for AI applications

HCI for Cybersecurity

Behavior-based cybersecurity
Human detection of trusted execution
HCI for web technologies
HCI for mobile or cloud computing
Smart cities
Social networks
User privacy
Cyber Security Application and Technology
VR/AR systems
Ethical, social, and legal implications of AI and LLMs in cybersecurity