In today’s security landscape, the concept of a hardened perimeter is increasingly insufficient. With the rise of hybrid and multi-cloud environments, lateral movement attacks, where attackers move through internal systems once a breach has occurred, have emerged as a significant threat.
AI models rely on huge input data sets. It’s vital that access and transit of these data sets are secure including confidentiality, integrity, and authenticity of their critical and sensitive information. Mutually authenticated Transport Layer Security (mTLS) is one of the key technologies in this battle.
AI models rely on huge input data sets. It’s vital that access and transit of these data sets are secure including confidentiality, integrity, and authenticity of their critical and sensitive information. Mutually authenticated Transport Layer Security (mTLS) is one of the key technologies in this battle.
In today’s security landscape, the concept of a hardened perimeter is increasingly insufficient. With the rise of hybrid and multi-cloud environments, lateral movement attacks, where attackers move through internal systems once a breach has occurred, have emerged as a significant threat.
AI models rely on huge input data sets. It’s vital that access and transit of these data sets are secure including confidentiality, integrity, and authenticity of their critical and sensitive information. Mutually authenticated Transport Layer Security (mTLS) is one of the key technologies in this battle.
In an era dominated by cloud-native environments that connect back to traditional data centers, customers, and suppliers, the concept of workload identities has taken center stage. Critically when workload identities and their subsequent access tokens are stolen, catastrophic breaches can occur.
The October 2023 OKTA support system attack that so far has publicly involved Cloudflare, 1Password and BeyondTrust informs us just how fragile and vulnerable our cloud applications are because they are built using access tokens to authenticate counterparties.
The Transport Layer Security (TLS) protocol is the most important security protocol in the majority of organizations guaranteeing secure communications. However, it is often managed solely to prevent outages, instead of a comprehensive TLS Compliance approach that extends beyond mere certificate renewal to ensuring its providing its maximal security protection.
A TLS (Transport Layer Security) compliance tool should review and validate various aspects of the TLS implementation to ensure it meets the required standards and best practices. TLS is the most important and widely deployed security protocol in use today and often misconfigured exposing companies to risk. TLS Management is...
As a Chief Information Security Officer (CISO), your role is pivotal in protecting your organization from evolving cyber threats. One critical aspect of your responsibility is managing Transport Layer Security (TLS) effectively. While TLS itself ensures secure communication, harnessing the power of a TLS management control plane takes your organization’s...
