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Your Partner in Security

Densec ID empowers microelectronics manufacturers with innovative technologies to ensure component authenticity and compliance.

From Fab to Field • Lifecycle Traceability • Counterfeit-Proof Components

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Technology

Physically unclonable identifiers - optically verifiable, easy to integrate.

Densec ID’s core technology is the dendritic identifier (DI) - a physical pattern formed through a fluid-based process known as Saffman-Taylor instability. Each identifier is unique, impossible to replicate, and created directly on the component it secures.

Unlike traditional tagging methods, the DI:

  • Cannot be cloned, even by the original manufacturer

  • Is optically verifiable, requiring no power, no contact, and no software on the chip

  • Integrates into standard packaging or labeling workflows

  • Supports traceability from fabrication to system integration and deployment

The DI is supported by a secure, cloud-linked database for verification, traceability, and quality assurance, with no added complexity for production teams.

The technology is protected by 18 U.S. and European patents and is designed to meet the needs of manufacturers building secure, transparent supply chains.

What We Solve

Making microelectronics trustworthy

Counterfeiting

Prevention

Our unique identifiers effectively eliminate counterfeiting in the microelectronics sector, safeguarding manufacturers' reputations and trust.

Traceability

Lifecycle

We empower manufacturers by ensuring full traceability throughout the entire supply chain, enhancing product security.

Compliance

Standards

Densec ID helps manufacturers comply with global regulatory standards, fostering secure partnerships and market confidence.

About Densec ID

Unclonable identifiers for microelectronics.

Densec ID is a security technology company based in Phoenix, Arizona. We work with manufacturers and OEMs to improve traceability, reduce counterfeiting, and bring greater transparency to microelectronics supply chains.

 

Our technology was developed through research at Arizona State University and is protected by 18 U.S. and European patents. Today, we’re focused on integrating our identifier into industry workflows without disrupting production — from chipmakers to systems integrators.​

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