Understanding the 3-Layers of Non-Human Identity (NHI) Security in TrustFour’s Posture and Attack Surface Management Framework
In today’s interconnected digital ecosystems, securing Non-Human Identities (NHIs) has become a critical focus. NHIs—representing machines, applications, containers, and microservices—outnumber human identities exponentially and serve as essential components in modern IT infrastructures ...
TrustFour’s OWASP 2025 NHI Top Ten Coverage
T4 redefines ASM by ensuring only authorized workloads can utilize NHIs through robust isolation powered by mTLS and a “ring-fenced” authorization map. With T4, unauthorized workloads are stopped in their tracks, slashing ...
Fifth Generation Warfare (5GW) Readiness with TrustFour
Fifth Generation Warfare (5GW) emphasizes non-traditional tactics such as cyber warfare, information manipulation, and asymmetric strategies. In this context, TrustFour’s expertise in securing workload interactions, managing Transport Layer Security (TLS) configurations, protecting ...
Shift Left and Shift Up Workload Attack Surface Protection
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 ...
Current State of Transport Layer Security (TLS) Post-Quantum Cryptography
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 ...
Enhancing Workload Security via Segmentation Security with TLS-Based Micro Segmentation
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 ...
The Crucial Role of mTLS in Safeguarding AI Data Repositories
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 ...
The Imperative for Workload Identity Multi-Factor Authentication
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 ...
The Cloud has a serious and fragile vulnerability: Access Tokens
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 ...
Relying Solely on TLS Certificate Management is Risky Business
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 ...
