Tag: Secrets

Modern infrastructure depends on keys: encryption and access. They’re not the same, and treating them the same quietly introduces risk.
A developer needs to connect a service to an API. The documentation says to generate an API key, store it in an environment variable and pass it in a header. Five minutes later, the integration works.
Stolen credentials remain the most common way attackers get in. The 2025 Verizon Data Breach Investigations Report, covering more than 22,000 security incidents and 12,000 confirmed breaches, makes the case plainly: credential abuse was the leading initial access vector for the second consecutive year.
Static credentials, like hardcoded API keys and embedded passwords, have long been a fixture of how workloads authenticate. But in distributed, cloud-native environments where services constantly spin up and down, these long-lived secrets have become a growing source of risk, operational friction and compliance failure.
When your team stores API keys in a vault and rotates them on a schedule, it feels like the access problem is handled.
Workload identity proves who a workload is. Workload access management controls what it can do. Learn why separating them is critical for zero trust.
The Trivy incident exposed a credential architecture failure, not just a supply chain one. Here’s the case for workload identity and access.
Secret remediation is the process of responding to an exposed credential by revoking it, rotating it and removing every trace of it from your environment.
Most organizations still treat credentials as something that must be protected, stored, and rotated. But a second model is quietly reshaping how machine authentication works: eliminate static secrets altogether and authenticate workloads using identity and just-in-time access.
SPIFFE focuses on who a workload is. It issues cryptographic identities to services and workloads so they can prove their authenticity to each other without relying on stored secrets. OAuth focuses on what a workload is allowed to do. It defines how access is delegated and controlled when one service needs to interact with another or call an external API.