reachability-analysis
Safeguard articles tagged "reachability-analysis" — guides, analysis, and best practices for software supply chain and application security.
160 articles
Python Security Explained
How Python's install-time code execution and open PyPI namespace fuel real supply chain attacks — and what actually reduces the risk.
Java Security Explained
Java security failures like Log4Shell exposed 3 billion devices — here's why Java's dependency depth makes it uniquely risky, and how to fix it fast.
Rust Security Explained
Rust kills most memory-safety bugs, but crates.io supply chain attacks and CVE-2024-24576 prove "written in Rust" isn't a security guarantee.
C/C++ Security Explained
C/C++ still cause ~70% of critical CVEs. From Heartbleed to the xz backdoor, here's why memory bugs persist and how to find exploitable ones fast.
Snyk vs Wiz Comparison
Snyk secures code, Wiz secures cloud infrastructure — a concrete look at pricing, coverage, dev workflow fit, and Google's $32B Wiz acquisition.
Endor Labs SCA Review: Reachability Analysis Changes the Game
A review of Endor Labs and its reachability-based approach to software composition analysis, examining how call graph analysis reduces vulnerability noise.
What is Dynamic Code Analysis
Dynamic code analysis tests running applications to catch exploitable vulnerabilities that static scans and manifest files alone can easily miss.
What is Risk-Based Vulnerability Prioritization
CVSS alone can't sort 40,000 CVEs a year. Learn how reachability, EPSS, and KEV data cut real risk from noise.
What is a False Positive in Security Scanning
False positives waste security team hours flagging vulnerabilities that aren't actually exploitable. Here's how to spot, measure, and reduce them.
What is Noise Reduction in AppSec Tooling
Most AppSec scans return thousands of findings, but under 5% are ever reachable in production. Here's how noise reduction actually works.
What is Taint Analysis
Taint analysis traces untrusted input from source to sink to catch injection flaws. Learn how it works, what it misses, and how reachability analysis fixes the noise.
What is Abstract Syntax Tree (AST) Analysis
AST analysis parses code into a tree to catch what regex scanning misses — here's how it works, its limits, and how reachability fixes the gap.
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