+1 7178835943 [email protected]
Hybrid Event (In-person or Virtual participation)

International Conference on Neural Networks in Security Applications · Registering as Listener

ICNNSA
📅 18 – 19 May 2027 📍 Cienfuegos, Cuba 👥 Standard / Physical Participation
Listener Registration From
$150
Registration Benefits:
Official invitation letterIssued automatically after registration
🎖 Certificate & digital materialsGet certificate, slides and resource materials
🌐 Supporting global researchConnect with researchers across 30+ countries

Select registration mode

Prices are shown before tax and bank charges — no surprises at checkout.

All sessions Networking Certificate Invitation letter Conference kit

Your details

We only need what's required to register and email your confirmation. Everything else is optional.

Coupon Code (If Any)

Have a code? Apply it here — the discount updates the total immediately.

🏷

For Support Please Contact

VISAMASTERCARDNET BANKINGUPI

Payments encrypted & processed securely. Refundable up to 14 days before the event.

Registration summary

ConferenceInternational Conference on Neural Networks in Security Applications
ModeStandard / Physical
ParticipationListener
Registration fee$150.00
Bank charges (5.8%)$8.70
Total payable $158.70

Includes all bank processing charges — the amount above is exactly what will be charged.

Need help?

Contact our registration team:

📞 +91 93445 35349

Benefits of Registering as Listener

👥Access to Conference Sessions
🔗Networking Opportunities
🎖Certificate of Participation
Invitation Letter Support
📚Conference Kit / Materials
🎤Access to Keynote Sessions
• Conference Session Tracks •
SDG

SDG-Aligned Research Themes

Conference tracks support global knowledge exchange, innovation, and sustainable development priorities across diverse disciplines.

SDG 9 SDG 11 SDG 16

This track focuses on the application of neural networks in identifying and mitigating security threats. Researchers are invited to present innovative approaches that leverage deep learning for real-time threat detection.

This session explores advanced anomaly detection methodologies utilizing neural networks. Contributions should highlight novel algorithms and their effectiveness in various security contexts.

This track emphasizes the role of deep learning in the detection and classification of malware. Papers should discuss the development of neural network architectures that enhance malware identification accuracy.

This session invites research on the integration of neural networks into intrusion detection systems. Submissions should focus on innovative techniques that improve the detection of unauthorized access and breaches.

This track examines the use of neural networks in enhancing authentication processes. Researchers are encouraged to present methods that improve security while maintaining user convenience.

This session delves into the challenges and solutions presented by adversarial neural networks in security contexts. Contributions should address the vulnerabilities and defenses associated with adversarial attacks.

This track focuses on the application of neural networks in developing advanced encryption techniques. Papers should explore innovative approaches to secure data transmission and storage.

This session highlights the use of neural networks in forensic investigations. Researchers are invited to discuss methodologies that enhance evidence analysis and interpretation.

This track explores the application of neural networks in identifying and preventing phishing attacks. Contributions should focus on the effectiveness of various models in detecting deceptive communications.

This session examines the role of neural models in behavioral analysis for security purposes. Papers should present insights into how behavioral patterns can be leveraged to enhance security measures.

This track investigates the intersection of reinforcement learning and security. Researchers are encouraged to present novel applications that utilize reinforcement learning to improve security protocols and systems.

COPYRIGHT © 2026 ISAR. ALL RIGHTS RESERVED