May 2, 2025

-

May 4, 2025

In-Person in Mox (San Francisco)

AGI Cybersecurity Hackathon

This event focuses on developing innovative solutions that enhance the security and safety of increasingly capable AI systems.

13 : 02 : 06 : 05

13 : 02 : 06 : 05

13 : 02 : 06 : 05

13 : 02 : 06 : 05

This event focuses on developing innovative solutions that enhance the security and safety of increasingly capable AI systems.

This event is ongoing.

This event has concluded.

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🔒 About the Hackathon

As AI systems advance toward general intelligence capabilities, the security implications become increasingly critical. This hackathon, organized provides a practical forum for participants to develop and test novel approaches to securing AI systems and using AI to improve cybersecurity measures.

💡 Challenge Tracks

  1. Classical Cybersecurity for AI: Work on developing robust protection mechanisms for AI infrastructure and model weights. Focus on creating approaches that safeguard training environments, prevent model theft, and secure the entire AI development pipeline.

  2. AI for Cybersecurity: Leverage AI capabilities to enhance traditional cybersecurity domains. Design systems for automated vulnerability discovery, intrusion detection, threat hunting, and intelligent patching mechanisms that outperform conventional approaches.

  3. Model Security: Design and implement innovative guardrails, safeguards, and protection mechanisms for AI models. Focus areas include preventing PII leakage, defending against adversarial inputs, ensuring behavioral safety for agentic models, and creating robust monitoring systems.

👥 Who Should Participate

We welcome participants from diverse backgrounds, including:

  • Cybersecurity professionals

  • AI researchers and engineers

  • Red team specialists

  • Privacy experts

  • Systems security engineers

  • Policy researchers interested in AI security governance

No prior experience with AI security specifically is required, though familiarity with either machine learning, cybersecurity, or related fields is helpful.


0

Sign Ups

0

Entries

Overview

Resources

Guidelines

Entries

Overview

Arrow

🔒 About the Hackathon

As AI systems advance toward general intelligence capabilities, the security implications become increasingly critical. This hackathon, organized provides a practical forum for participants to develop and test novel approaches to securing AI systems and using AI to improve cybersecurity measures.

💡 Challenge Tracks

  1. Classical Cybersecurity for AI: Work on developing robust protection mechanisms for AI infrastructure and model weights. Focus on creating approaches that safeguard training environments, prevent model theft, and secure the entire AI development pipeline.

  2. AI for Cybersecurity: Leverage AI capabilities to enhance traditional cybersecurity domains. Design systems for automated vulnerability discovery, intrusion detection, threat hunting, and intelligent patching mechanisms that outperform conventional approaches.

  3. Model Security: Design and implement innovative guardrails, safeguards, and protection mechanisms for AI models. Focus areas include preventing PII leakage, defending against adversarial inputs, ensuring behavioral safety for agentic models, and creating robust monitoring systems.

👥 Who Should Participate

We welcome participants from diverse backgrounds, including:

  • Cybersecurity professionals

  • AI researchers and engineers

  • Red team specialists

  • Privacy experts

  • Systems security engineers

  • Policy researchers interested in AI security governance

No prior experience with AI security specifically is required, though familiarity with either machine learning, cybersecurity, or related fields is helpful.


0

Sign Ups

0

Entries

Overview

Resources

Guidelines

Entries

Overview

Arrow

🔒 About the Hackathon

As AI systems advance toward general intelligence capabilities, the security implications become increasingly critical. This hackathon, organized provides a practical forum for participants to develop and test novel approaches to securing AI systems and using AI to improve cybersecurity measures.

💡 Challenge Tracks

  1. Classical Cybersecurity for AI: Work on developing robust protection mechanisms for AI infrastructure and model weights. Focus on creating approaches that safeguard training environments, prevent model theft, and secure the entire AI development pipeline.

  2. AI for Cybersecurity: Leverage AI capabilities to enhance traditional cybersecurity domains. Design systems for automated vulnerability discovery, intrusion detection, threat hunting, and intelligent patching mechanisms that outperform conventional approaches.

  3. Model Security: Design and implement innovative guardrails, safeguards, and protection mechanisms for AI models. Focus areas include preventing PII leakage, defending against adversarial inputs, ensuring behavioral safety for agentic models, and creating robust monitoring systems.

👥 Who Should Participate

We welcome participants from diverse backgrounds, including:

  • Cybersecurity professionals

  • AI researchers and engineers

  • Red team specialists

  • Privacy experts

  • Systems security engineers

  • Policy researchers interested in AI security governance

No prior experience with AI security specifically is required, though familiarity with either machine learning, cybersecurity, or related fields is helpful.


0

Sign Ups

0

Entries

Overview

Resources

Guidelines

Entries

Overview

Arrow

🔒 About the Hackathon

As AI systems advance toward general intelligence capabilities, the security implications become increasingly critical. This hackathon, organized provides a practical forum for participants to develop and test novel approaches to securing AI systems and using AI to improve cybersecurity measures.

💡 Challenge Tracks

  1. Classical Cybersecurity for AI: Work on developing robust protection mechanisms for AI infrastructure and model weights. Focus on creating approaches that safeguard training environments, prevent model theft, and secure the entire AI development pipeline.

  2. AI for Cybersecurity: Leverage AI capabilities to enhance traditional cybersecurity domains. Design systems for automated vulnerability discovery, intrusion detection, threat hunting, and intelligent patching mechanisms that outperform conventional approaches.

  3. Model Security: Design and implement innovative guardrails, safeguards, and protection mechanisms for AI models. Focus areas include preventing PII leakage, defending against adversarial inputs, ensuring behavioral safety for agentic models, and creating robust monitoring systems.

👥 Who Should Participate

We welcome participants from diverse backgrounds, including:

  • Cybersecurity professionals

  • AI researchers and engineers

  • Red team specialists

  • Privacy experts

  • Systems security engineers

  • Policy researchers interested in AI security governance

No prior experience with AI security specifically is required, though familiarity with either machine learning, cybersecurity, or related fields is helpful.


Registered Jam Sites

Register A Location

Beside the remote and virtual participation, our amazing organizers also host local hackathon locations where you can meet up in-person and connect with others in your area.

The in-person events for the Apart Sprints are run by passionate individuals just like you! We organize the schedule, speakers, and starter templates, and you can focus on engaging your local research, student, and engineering community.

We haven't announced jam sites yet

Check back later

Registered Jam Sites

Register A Location

Beside the remote and virtual participation, our amazing organizers also host local hackathon locations where you can meet up in-person and connect with others in your area.

The in-person events for the Apart Sprints are run by passionate individuals just like you! We organize the schedule, speakers, and starter templates, and you can focus on engaging your local research, student, and engineering community.

We haven't announced jam sites yet

Check back later