HIPAA
Does HIPAA Require Annual Penetration Testing? Yes — effectively. HIPAA's Security Rule (45 CFR §164.308(a)(8)) requires covered entities and business associates to perform "periodic" technical evaluations of security controls protecting ePHI. The regulation doesn't use the word "annual," but annual
PTaaS
PTaaS (Penetration Testing as a Service) is a subscription-based security model that replaces one-off penetration tests with continuous, platform-driven testing. Security teams get real-time vulnerability findings, on-demand human testers, and built-in remediation workflows instead of waiting months for a static PDF. If you're evaluating PTaaS platforms, this guide
SOC 2
Does SOC 2 Require Penetration Testing? SOC 2 does not explicitly mandate penetration testing in its written criteria — but in 2026, auditors overwhelmingly expect it. Under CC4.1 of the AICPA Trust Services Criteria, organizations must demonstrate ongoing risk identification and that security controls are present and functioning. A scoped,
iOS Security
Aspect Manual iOS Security Testing Automated IPA Vulnerability Assessment Primary focus Runtime behavior and application logic Build-time and configuration security Testing depth Deep, case-specific analysis Broad baseline coverage Skill dependency High — requires senior AppSec expertise Moderate — rule-driven inspection Repeatability Low — analyst dependent High — deterministic checks CI/CD compatibility Limited Native
iOS Security
An IPA file is the packaged, distributable format of an iOS application. It contains everything required to run your app on a device compiled binaries, configuration files, entitlements, and embedded resources. From a security perspective, that makes the IPA file the single most important artifact to review before an app
LLM Security
Large Language Model (LLM) security has become a critical concern as organizations deploy AI systems into production environments that handle sensitive data, internal workflows, and user-facing logic. While many teams rely on prompt filtering, content moderation, or policy-based guardrails, these approaches often fail against real threats. Modern LLM attacks are
SAMA
Interaction Length Consistent Refusal Rate Partial Compliance Observed 1 turn High Rare 3–5 turns Medium Occasional 6+ turns Low Common
SAMA
SAMA penetration testing is often misunderstood as a technical checkbox rather than a regulatory assurance mechanism. Many banks and financing companies in Saudi Arabia perform penetration testing or VAPT regularly, yet still face challenges during SAMA audits. The issue is rarely the absence of testing. It is the misalignment between
JWT Security
Our previous guides cover how to securely design, configure, and analyze JSON Web Tokens including JWT Security Best Practices, the hands-on JWT Analyzer Security Checker Guide, and JWT Analyzer vs Other Token Debuggers this post shifts the focus entirely to JWT pentesting. Instead of defensive configuration or tool usage, it
SLASH
Comparison PTaaS vs Annual Pentest vs SLASH Area Annual Pentest PTaaS ⚡ SLASH — SecurityWall Testing Frequency Once or twice a year Continuous or recurring Always-on Scope Flexibility Fixed at project start Adjustable per engagement Continuously aligned to real exposure Speed of Findings Final report after weeks Faster, still engagement-based Near real-time
JWT Security
JSON Web Tokens (JWTs) sit at the center of modern authentication and API security. They are simple to issue, easy to transport, and dangerously easy to misuse. Most JWT-related incidents are not caused by broken cryptography. They are caused by incorrect assumptions about what JWTs guarantee, incomplete validation, and a
Nessus
After running a Nessus scan, most teams face a common frustration: the exported .nessus XML or JSON file is huge, hierarchical, and nearly impossible to read without specialized tools. Analysts often find themselves scrolling through thousands of lines of raw XML, reading the report and trying to locate the critical