Binary Security Patching

Automatic hardening to neutralize vulnerability classes without source code.

Binary AnalysisSecurityDevSecOpsAutomated Testing

The Time-to-Patch Gap

Vulnerabilities are disclosed, but vendor patches take days or weeks. This window leaves systems exposed to known exploits. Binary patching fills this gap — applying defensive hardening directly to compiled binaries before official fixes arrive.

Three-Stage Pipeline

Analyze

Scan for vulnerability patterns

Patch

Insert defensive guards

Validate

Regression + canary deploy

Targeted Vulnerability Classes

CWE-120

Buffer Overflow

HIGH

CWE-134

Format String

HIGH

CWE-190

Integer Overflow

MEDIUM

CWE-476

NULL Pointer

MEDIUM

Class-based patching neutralizes entire vulnerability categories, including unknown variants

Canary Deployment

Patched binaries deploy gradually with real-time monitoring. Anomalies trigger automatic rollback.

5% Canary25%50%100%

Regression Gates

Functional equivalence

Performance < 5% overhead

Exploit PoC blocked

24h canary monitoring

Design Principles

Class-Based > CVE-Specific

Targeting entire vulnerability classes provides defense-in-depth against zero-days, not just cataloged CVEs.

Conservative Patching

Better to leave potential vulnerability than introduce confirmed instability. All patches must pass regression gates.

Binary-Level Access

Enables patching closed-source and legacy systems where source code is unavailable.

Automated Rollback

Telemetry-driven rollback if anomalies detected. Speed AND safety, not speed over safety.

<5%

Max Performance Overhead

Vulnerability Classes

24-48h

Canary Period

Tolerance for Instability

"DevSecOps is about speed AND safety. True velocity comes from confidence in your safety systems, not from skipping validation steps."