RF Optimizer

Most Container Risk Comes From Software That Never Runs

Dormant Software Creates Real Attack Surface

Unused libraries and binaries expand reachable vulnerabilities even when untouched by the application.

Patching Doesn't Remove the Root Cause

Patches fix individual CVEs but leave behind bloated OS layers and redundant frameworks.

Manual Hardening Is Slow and Risky

Teams cannot safely remove unused components at scale without runtime-backed intelligence.

Automated Hardening That Reduces Vulnerabilities at the Source

Remove unused components automatically

Eliminates dead libraries, dormant binaries, redundant OS layers, and leftover build artifacts.

Reduce CVEs and Attack Surface Significantly

Removes entire vulnerable code paths, lowering CVE exposure up to 95%.

Execution - Aware Hardening

Uses RBOM™ insights to confirm which components are safe to remove — ensuring zero breakage.

Produce Smaller, Faster Runtime Images

Lean images improve startup times, reduce cloud costs, and simplify operations.

From Hardening to Measurable Impact

Up to 95% exploitable CVE reduction

Achieved by removing unused binaries, libraries, and OS components validated by RBOM execution data.

Up to 90% runtime attack surface reduction

Delivered by eliminating non-executed code paths from production container images.

Zero application changes required

Hardening is execution-aware and does not modify source code, builds, or runtime behavior.

Immediate image size reduction

Smaller runtime images improve startup time, resource efficiency, and operational stability.

Stop Shipping Software You Do Not Use

Harden containers automatically by removing non-executed components and reducing exploitable CVEs at the source.

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Your Containers Carry Thousands of CVEs From Code Your Application Never Uses

Dormant Software Creates Real Attack Surface

Unused libraries and binaries expand reachable vulnerabilities even when untouched by the application.

Patching Doesn't Remove the Root Cause

Patches fix individual CVEs but leave behind bloated OS layers and redundant frameworks.

Manual Hardening Is Slow and Risky

Teams cannot safely remove unused components at scale without runtime-backed intelligence.

Automated Hardening That Reduces Vulnerabilities at the Source

RF Optimizer analyzes execution paths and dependency patterns to safely remove unused components. This reduces exploitable CVEs, tightens runtime footprints, and creates secure, minimal images without modifying application code.

Remove Unused Components Automatically

Eliminates dead libraries, dormant binaries, redundant OS layers, and leftover build artifacts.

Execution-Aware Hardening

Uses RBOM™ insights to confirm which components are safe to remove - ensuring zero breakage.

Reduce CVEs and Attack Surface Significantly

Removes entire vulnerable code paths, lowering CVE exposure up to 95%.

Produce Smaller, Faster Runtime Images

Lean images improve startup times, reduce cloud costs, and simplify operations.

Turn Vulnerability Noise Into a Minimal, Secure Runtime Footprint

Step 1

Analyze All Components

Ingests discovery results and runtime profiling from RF Analyser + Profiler.

Step 2

Identify Non-Executed Software

Determines precisely which files, libraries, and binaries never load in real workloads.

Step 3

Remove Safely with SASM Engine

Automated, execution-aware elimination ensures complete functional integrity.

Step 4

Output Hardened, Minimal Containers

Delivers secure, optimized images with drastically fewer CVEs and a dramatically smaller attack surface.

Security and Efficiency Gains You Can Measure

upto95%

Exploitable CVE reduction

upto90%

Attack surface reduction

Smaller

Image footprint

for faster scaling

Zero

Developer effort

no code changes required

Empowering Every Team Responsible for Software Security

Platform Engineering

Standardize hardened images and ensure consistent baselines across environments.

Security & GRC

Rapidly demonstrate least functionality and reduced vulnerability exposure.

DevOps & SRE

Deploy lighter, more predictable containers that are easier to maintain and operate.

Where RF Optimizer Delivers Maximum Impact

Vulnerability & CVE Reduction

Eliminate full classes of vulnerabilities by removing entire unused components.

Attack Surface Minimization

Shrink the set of reachable code paths to reduce real exploitable risk.

Compliance & Least Functionality

Meet STIG/CIS benchmarks and least-functionality requirements automatically.