Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
A man-in-the-middle attacker sits between two parties to read or alter their traffic. See the common techniques and the defenses that actually break them.
Login credentials are what you use to prove who you are, usually a username and a secret. See NIST's current rules for passwords, MFA and storage.
LDAP authentication checks credentials with a bind request. See simple and SASL binds, why TLS is required and how to stop LDAP injection in your code.
Kubernetes security tooling maps to layers: API access, workloads, network, secrets, admission and audit. Start with the built in controls, then fill gaps.
KSPM checks Kubernetes clusters against security baselines to find misconfigurations. What to check per the Kubernetes checklist and NSA guide.
Kubernetes infrastructure as code keeps cluster state in versioned files that are reviewed and applied by tooling. See what to store and what to keep out.
On the JVM, Kotlin code should use java.security.SecureRandom for tokens and keys. Learn how it seeds, when to use getInstanceStrong, and what to avoid.
Kotlin string templates make SQL injection easy to write. Use bound parameters in JDBC, Room and Android queries, and an allow list for identifiers.
Server-side sessions are easy to revoke but harder to share across services. JWTs travel well but resist revocation. Pick by who must verify it.
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