Hardware Analysis
From the electron to the atom: chip-off artifacts extraction, IC decapsulation, and supply chain verification at the silicon level.
OASIS Framework
Anomaly Inspection & Telemetry covers both invisible signals (RF/Thermal) and physical checkpoints (seams, seals, screws, battery terminals) before silicon-level validation.
Object
Custody & Serialization
Anomaly
RF, Thermal, Seams, Seals & Terminals
Silicon
Microscopy & X-Ray
Integrity
Golden Base Image + optional 7-year storage
Sealed
Attestation Report
Core Capabilities
Silicon-level analysis combining microscopy, chemistry, and electronic analysis
Chip-Off Artifacts Extraction
Extract evidentiary data from destroyed, water-damaged, or non-functional devices by directly accessing storage chips
IC Decapsulation & Die Analysis
Chemical decapsulation of integrated circuits for die inspection, counterfeit detection, and implant discovery
PCB Inspection & Analysis
Technical microscopy up to 5000X magnification for trace analysis, solder joint inspection, and component verification
Hardware Implant Detection
Identify unauthorized modifications, backdoors, or malicious hardware in critical systems
Supply Chain Verification
Authenticate components, detect counterfeits, and verify supply chain integrity for critical systems
Device Reverse Engineering
PCB reverse engineering, firmware extraction, and circuit analysis for security assessments
Real-World Applications
Hardware analysis for high-stakes assessments and security assessments
Evidentiary Extraction from Destroyed Devices
The Scenario
Device physically destroyed or water-damaged, but rigorously sound extraction is critical for legal or intelligence purposes
Our Approach
We perform chip-off extraction by removing storage ICs, creating verified images, and correlating with other digital artifacts
The Outcome
Technical artifacts preserved even when devices won't boot or appear completely destroyed
Counterfeit Component Detection
The Scenario
Critical infrastructure or defense systems suspected of containing counterfeit or tampered components
Our Approach
X-ray inspection, die decapsulation, and comparative analysis against authentic samples to identify counterfeits
The Outcome
Verified authenticity and documented artifacts for supply chain integrity
Hardware Implant Discovery
The Scenario
Suspicion of unauthorized hardware modifications in high-security devices or government equipment
Our Approach
Layer-by-layer inspection using technical microscopy, X-ray, and circuit analysis to identify anomalies
The Outcome
Detection of backdoors, unauthorized modifications, or malicious hardware
Firmware Security Analysis
The Scenario
Unknown firmware or embedded systems requiring security validation before deployment
Our Approach
Firmware extraction, reverse engineering, and vulnerability analysis of embedded systems
The Outcome
Security assessment with detailed findings and remediation recommendations
OASIS Analytical Framework
In-house hardware analysis laboratory with professional-grade equipment for silicon-level analysis and materials verification
Laboratory Equipment & Capabilities
Independent Analysis Capability
All analysis performed in-house without third-party dependencies, ensuring maximum confidentiality and rapid turnaround. Chain-of-custody protocols maintained throughout the analysis process.
Important Note on Admissibility
Hardware analysis results are provided for intelligence and decision-support purposes. While we maintain chain-of-custody protocols and professional standards, our physical analysis capabilities are not currently accredited for direct courtroom admissibility. For litigation-bound artifacts, we can coordinate with accredited laboratories or provide findings as analytical leads. Post-incident analysis follows standard Post-Incident Engineering chain-of-custody protocols.
Ready for Silicon-Level Analysis?
Hardware analysis capabilities are available as part of our boutique retainer services. Limited capacity ensures dedicated attention to each assessment.
Async-first engagement - no calls required.