TRADITIONAL ANALYSIS
More findings.
The same firmware.
- Find vulnerabilities
- Generate SBOMs
- Report known CVEs
- Queue manual remediation
- Leave the attack surface intact
Reduce firmware.
Reduce risk.
Firmware analysis for embedded teams
Map firmware contents, observe reachable behavior, and review unnecessary attack surface before release.
Designed forEmbedded engineeringProduct securitySoftware assurance
01Reduce avoidable riskUnderstand what can actually execute.
02Ship with evidenceConnect every decision to analysis.
03Move remediation leftFind issues before device release.
Interactive platform demo
See the firmware
you do not need.
Choose a representative image or load a local filename. The demo reveals inactive components, reachable services, and the evidence behind each recommendation. No file leaves your browser.
Firmware size68 MB−28 MB
Components5333% fewer
Critical findings26 addressed
Reachable services69 removed
Security score90+27 points
FIRMWARE COMPOSITIONComponent map
Validated set Retained Reduction candidate
REACHABILITY GRAPHRuntime paths
● Evidence linkedBOOTAUTHAPITLSOTADBGUSBLEGACY
Interactive values are illustrative and do not represent measured customer outcomes.
The gap
Traditional firmware security
stops at the report.
More findings.
PRUNED SECURITY
Find what runs.
Review what can go.
- Rehost real firmware
- Understand execution
- Map component reachability
- Prioritize engineering decisions
- Validate the release candidate
Platform
Inspect, test, and
review firmware.
Use one workspace for firmware intake, runtime evidence, reduction analysis, and release documentation.
Firmware intake
Ingest firmware images, OTA packages, ROMs, and filesystem dumps through a controlled analysis workspace.
BIN / HEX / ELF / OTA →Deep binary analysis
Inventory binaries, libraries, certificates, secrets, APIs, drivers, configurations, and embedded services.
Binary intelligence →Digital twin
Rehost firmware to observe execution paths and device behavior without blocking on physical hardware access.
Runtime evidence →AI security engineer
Summarize unfamiliar binaries, rank reachable findings, and produce remediation notes that engineers can verify.
Guided remediation →Attack surface reduction
Identify inactive services, obsolete libraries, unused drivers, and unreachable-code candidates for review.
Conservative by design →Compliance evidence
Generate SBOM, VEX, NIST, FDA, IEC 62443, and software-assurance evidence from one traceable workflow.
Audit ready → Workflow
From firmware intake
to release approval.
01Upload
02Extract
03Rehost
04Map calls
05Analyze reachability
06Review
07Validate
08Approve
DATA FLOWEvery recommendation stays connected to binaries, paths, and validation evidence.
PRUNEDreasoning coreREHOSTruntimeBINARYstructureGRAPHpathsAIcontextVERIFYevidenceSBOMinventory
Research and engineering
Analysis tied to
firmware evidence.
PRUNED combines firmware rehosting, binary analysis, dependency graphs, software reduction research, and security engineering.
Recommendations link back to binaries, observed paths, and validation results so engineers can review the basis for each decision.
Enterprise architecture
Fits the way firmware ships.
01Developer→
02Source control→
03CI / CD→
04PRUNED platform→
05Security review→
06Evidence→
07Deployment→
08Monitor
Platform comparison
See what each
step adds.
Compare inventory scanning with runtime analysis, engineering review, reduction planning, and validation.
CapabilityTraditional scannerPRUNED Security
Firmware analysisBasic✓Deep
SBOM generationYes✓Yes
Runtime analysisLimited✓Digital twin
Binary intelligenceInventory✓Contextual
Engineering guidanceNot included✓Included
Attack surface reductionNot included✓Evidence linked
Regression validationNot included✓Integrated
Built for embedded systems
Where firmware risk
becomes operational risk.
For product teams responsible for devices that must remain secure, available, and supportable long after deployment.
DEFENSE EXAMPLE
Mission computer firmware review
A program team receives a signed production image from a supplier. PRUNED inventories the image, rehosts reachable services, and flags debug and legacy components for engineering review.
- 01Inventory the supplied image
- 02Trace boot and mission paths
- 03Review removal candidates
- 04Validate the revised build
Defense
Mission systems
Explore use case →Aerospace
Flight platforms
Explore use case →Medical
Connected devices
Explore use case →Automotive
ECUs and gateways
Explore use case →Industrial IoT
PLCs and field devices
Explore use case →Telecom
Network appliances
Explore use case →Semiconductor
Reference firmware
Explore use case →Infrastructure
Operational technology
Explore use case → Start with one firmware image
Review firmware
before it ships.
Reduce unnecessary attack surface, strengthen embedded software, and give every release a defensible security record.