breakthrough security technology to safeguard the world’s semiconductors.​

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secure the Future Today with obsidia

Fraud and Security Breaches Drive Losses - ​

Government, personal, and financial data breaches are incurred every year because of malicious hardware intrusions

Counterfeit electronics cost lives and billions …

every year.

Counterfeit Chips cause Safety Failures -

From airbag misfires and fighter jet ejection seat failures ​to safety systems on nuclear reactors

AI is Only as Secure as its Hardware​ -

Hijacking, Model/Interference Steering, Sabotage, Data/IP Theft – Potential Loss of Trillions

$100B+

Lost

OBSIDIA Validates every single chip before manufacturing to ensure Authenticity, Quality and Providence.

Ultra-precise scanning detects even the smallest differences in chips instantly identifying counterfeits.​

Silicon watermarking embeds a unique, tamper-proof ID into every device at zero added cost.

Counterfeit Electronics come in many different forms…

RECYCLED

Part that has been reclaimed and then modified to misrepresent its authenticity or origin​

CLONED

Reproduction of a part produced by an unauthorized manufacturer without approval or design authority that replicates an authentic part​

REMARKED

Part from an authorized manufacturer which has had the legitimate part marking replaced with a forged marking

OUT OF SPEC / DEFECTIVE

Part that is identified as nonconforming by an authorized manufacturer, and then represented as conforming​

TAMPERED

Modification of a part with the intent of representing another part or for malicious intent such as sabotage, malfunction, or espionage​

semiconductor solutions

REELScan

  • Non-Destructive Reel Scanning

  • Golden-Reference Comparison

  • Rapid Validation of Every Device

who should be using reelscan?

  • The defense and aerospace sector relies on highly specialized semiconductors at every level, from guidance, navigation, and control systems to secure communications and critical AI workloads. As threats from counterfeit, tampered, and sub-spec components escalate, ensuring chip authenticity and traceability is now a mission-critical security requirement.

  • Modern vehicles are now computing platforms on wheels, powered by hundreds of integrated circuits that control everything from powertrains and braking systems to advanced driver-assistance and autonomous features. Any infiltration of counterfeit, defective, or compromised semiconductors introduces unacceptable safety and reliability risks on the road.

  • Surface-mount and PCB fabrication operations depend on a steady flow of reliable components to keep production lines running at scale. When supply constraints force OEMs and EMS providers to source through brokers, exposure to fraud, mislabeling, and sub-standard parts increases dramatically, leading to rework, scrap, and costly line downtime.

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