Principal Product Manager, AI Security
HackerOne- Full Time
- Senior (5 to 8 years)
Palo Alto Networks
Candidates should possess a Ph.D. in Computer Science, Artificial Intelligence, or a related field, and have at least 8 years of experience in AI security research, with a strong focus on vulnerability discovery and mitigation. Experience with AI models, AI infrastructure, and data usage is essential, along with a deep understanding of cybersecurity principles and threat landscapes.
As a Sr. Principal AI Security Researcher, you will discover and create proof of concepts for new security vulnerabilities related to AI Models, AI Infrastructure, and data usage, design practical product-level mitigations to prevent new and novel attacks on AI systems, leverage Palo Alto Network’s security data to derive new insights that will inform threat trends and protections needed for AI systems, serve as an AI security subject-matter expert when collaborating with Palo Alto Networks leadership and industry partners, and work from within the office of the NetSec CTO to provide research across the large Network Security portfolio at Palo Alto Networks.
Provides cybersecurity solutions and services
Palo Alto Networks provides a variety of security solutions aimed at protecting organizations from cyber threats. Their products include firewalls, cloud security solutions, and advanced threat detection systems, which help secure both on-premises and cloud environments. The main components of their offerings are the Strata network security platform, Prisma cloud security suite, and Cortex AI-based security operations platform. These tools work together to manage identity and access, and to prevent modern web attacks. Unlike many competitors, Palo Alto Networks combines hardware, software, and subscription services, allowing clients to receive ongoing updates and support to stay protected against new threats. The company's goal is to ensure that businesses and government agencies can safeguard their digital assets and sensitive information effectively.