Terraform plan treats all drift equally, creating alert fatigue. A four-tier severity model (critical, high, medium, and low) based on resource type and attributes.
Learn how attackers enumerated Salesforce Experience Cloud and ServiceNow portals, and how defenders can detect, audit, and prevent guest-access abuse.
Multi-account AWS architecture enforces PHI workload isolation at the boundary level — making access control provable rather than arguable during security reviews.
Learn how to protect fintech REST APIs from BOLA attacks with object-level authorization, secure identifiers, access controls, and API security testing.
Learn how to prepare JWT and IAM systems for post-quantum security with crypto-agility, safer algorithms, key rotation, and migration strategies for developers.
Prompt-based guardrails fail under adversarial pressure. Here are the five controls that helps to validate along with the configuration to implement them.
AWS and Azure handle identities and audit logging in fundamentally different ways, changing what you see in your security logs when someone tries to access your data.
Protect enterprise RAG systems with provenance, context isolation, and vector database governance to reduce retrieval poisoning and prompt injection risks.
Catch a dangerous agent skill before an agent ever runs it: review it automatically, block it in CI if it fails, and only let your agent load skills that passed.
In this article, I will be introducing a pipeline designed to identify sensitive data columns before masking steps and improve the efficiency of the data masking process.
A zero-trust framework for cloud migrations, grounded in real enterprise deployment lessons. Perimeter security doesn't hold up once workloads move to the cloud.
Learn how to build realistic JMeter load tests with production traffic patterns, distributed testing, session modeling, and security performance analysis.
Why enterprise AI agents fail on production data, and a runtime governance pattern using data contracts, lineage signals, and guardrails to prevent it.
Loop engineering makes agents act repeatedly. Security decides which inputs, credentials, memories, evaluators, and triggers are allowed to influence action.