[Webinar] Ditch Static Credentials: Embrace WIF for Enhanced Security | Nov 6 at 11 a.m. PT | Register Now

Aembit Earns Prestigious Runner-Up Spot at RSA Innovation Sandbox Contest! Watch the Announcement

Webinar category: On Demand Webinars

Discover how Workload Identity Federation streamlines security for non-human identities. Learn to replace static credentials with just-in-time access using Google, AWS, and Aembit's enhanced security features. Simplify identity management and fortify your cloud security. Join our webinar now!
Join our webinar to learn how to secure AI workloads and manage non-human identities in LLMs. Discover policy-based controls, strategies to reduce credential risks, and techniques to simplify AI authentication. Gain visibility into AI access and ensure safe, seamless operations.
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Join us for a deep dive into the findings of Aembit's 2024 Non-Human Identity Security Report, addressing a critical issue that’s gaining attention in security circles. We’ll unpack the survey data to reveal where organizations like yours may be struggling with their NHI efforts and what steps you can take to bridge the gaps.
Discover Aembit's innovative approach to secretless deployments and modernize your cybersecurity strategy. Learn to eliminate credential leakage, understand the true cost of open-source security, and simplify DevOps. This webinar will discuss how to strengthen security without burdening developers.
Join our webinar to uncover crucial identity security insights from RSA Conference 2024. Learn to manage non-human entities and secure digital assets effectively. Dive into advanced strategies to safeguard your operations from emerging cyber threats.
Let's explore how to eliminate "Secret Zero" risks and streamline HashiCorp Vault access. In this webinar, you will learn practical IAM strategies for secure, policy-based access and seamless secrets management across all environments.
Watch our on-demand introductory webinar to learn how Aembit provides secure and efficient identity-based workload access across various environments.