ICSRSA · Registering as Listener

International Conference on Secure Robotic Systems in Aerospace Operations

📅 27–28 Oct 2026 📍 Munich, Germany 👤 Standard / Listener

Listener registration from

$185

virtual · $185 in person

Registration benefits

✉

Official invitation letterIssued automatically after registration

📜

Certificate & digital materialsCertificate, slides and resource materials

🌐

Supporting global researchConnect with researchers across 30+ countries

Credit Card

Debit Card

Net Banking

Cash Card

Unified Payments

For Support Please Contact

[email protected]

Select registration mode

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

Standard $185 On-site keynotes, talks, workshops, networking, conference kit and certificate. SelectedSelect Virtual $125 Live streaming access to all sessions, digital materials and certificate. SelectedSelect

All sessionsNetworkingCertificateInvitation letterConference kit

Your details

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

Name:

Email address:

Phone Number

City

State

Country

Zip / Postal code

Address

Coupon code

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

Coupon Code(If Any)

Apply

I agree to the Terms & Conditions and Refund & Cancellation Policy.

VISAMastercardAmexPayPal

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

Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest innovations in secure robotic systems tailored for aerospace applications. Researchers are invited to present their findings on enhancing the security and resilience of robotic systems in complex aerospace environments.

This session explores the unique challenges and solutions associated with robotic operations in aerospace settings. Papers should address operational efficiency, safety protocols, and the integration of robotics into existing aerospace frameworks.

This track examines the intersection of cybersecurity and aerospace robotics, highlighting vulnerabilities and mitigation strategies. Contributions should focus on securing robotic systems against cyber threats in aerospace operations.

This session delves into the development of robotic defense mechanisms specifically designed for aerospace applications. Participants are encouraged to share insights on protective strategies and technologies that enhance the safety of aerospace operations.

This track addresses the establishment of safety protocols and standards for robotic systems in aerospace. Papers should discuss best practices and regulatory frameworks that ensure the safe deployment of robotics in aerospace operations.

This session focuses on enhancing the resilience of autonomous robotic systems in unpredictable aerospace environments. Researchers are invited to present methodologies that improve the adaptability and reliability of these systems.

This track investigates frameworks that facilitate collaboration among robotic systems in aerospace operations. Contributions should explore communication protocols, cooperative strategies, and the integration of multiple robotic agents.

This session highlights cutting-edge navigation technologies for robotic systems in aerospace contexts. Papers should address advancements in sensor integration, mapping techniques, and real-time navigation algorithms.

This track focuses on the development of advanced control systems for robotic applications in aerospace. Researchers are encouraged to present novel control strategies that enhance the performance and precision of aerospace robotics.

This session explores the dynamics of human-robot interaction within aerospace environments. Contributions should examine user interfaces, collaborative tasks, and the impact of human factors on robotic operations.

This track addresses the ethical implications of deploying robotic systems in aerospace operations. Papers should discuss the societal impacts, accountability, and ethical frameworks necessary for responsible robotic innovation.