Stop Storing Kubernetes Secrets Like This! ⚠️
Is your Kubernetes application leaking production API keys? ?
Standard Kubernetes Secrets are only Base64-encoded and sit unencrypted in etcd by default. If developers dump environment variables to debug an issue, sensitive Stripe keys end up readable by anyone in logging tools like Datadog!
Here are two ways to secure your microservices:
1. Lock Down K8s: Enable encryption at rest with KMS, restrict namespace access, and lock down RBAC.
2. Zero Trust with HashiCorp Vault: Move keys out of etcd entirely. Use Vault Agents and service account tokens to read secrets directly from shared memory volumes with full audit logging.
#Kubernetes #DevOps #HashiCorpVault #CyberSecurity #CloudNative #Shorts
Standard Kubernetes Secrets are only Base64-encoded and sit unencrypted in etcd by default. If developers dump environment variables to debug an issue, sensitive Stripe keys end up readable by anyone in logging tools like Datadog!
Here are two ways to secure your microservices:
1. Lock Down K8s: Enable encryption at rest with KMS, restrict namespace access, and lock down RBAC.
2. Zero Trust with HashiCorp Vault: Move keys out of etcd entirely. Use Vault Agents and service account tokens to read secrets directly from shared memory volumes with full audit logging.
#Kubernetes #DevOps #HashiCorpVault #CyberSecurity #CloudNative #Shorts
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