GeneInfoSec
GeneInfoSec is dedicated to protecting sensitive genetic information through the use of molecular cryptography. Their mission is to ensure the security and privacy of genetic data, which is easily identifiable and contains sensitive health information. They develop secure methods to prevent genetic data from being vulnerable to hacking, misuse, or black market sales, emphasizing the importance of genetic information security as sequencing becomes more common.
Industries
Nr. of Employees
small (1-50)
GeneInfoSec
Coushatta, Louisiana, United States, North America
Patents
Products
Molecular Cryptography Integration
Embed unbreakable, molecular-level encryption directly into your genetic data workflows and systems.
Molecular Cryptography Genetic Protection Service
A genomic data protection platform that uses molecular cryptography to secure sensitive genetic information and protect against privacy threats.
Molecular Cryptography Security Tags
Short DNA tags synthesized and attached to individual DNA molecules to conceal information when samples are combined and analyzed.
Molecular Cryptography for Physical DNA Molecules
Applies cryptography to physical DNA molecules during laboratory preparation for sequencing to secure genetic information at its source.
GeneInfoSec Molecular Cryptographic Method
A proprietary molecular cryptographic method that tags each physical DNA molecule with a unique index to conceal sample-specific information, protecting identifiable and sensitive health information during sequencing and data transmission.
Genetic Data Threat Assessment
Identify vulnerabilities specific to genetic data and model realistic threats to your research and operations.
Molecular Cryptography Integration
Embed unbreakable, molecular-level encryption directly into your genetic data workflows and systems.
Molecular Cryptography Genetic Protection Service
A genomic data protection platform that uses molecular cryptography to secure sensitive genetic information and protect against privacy threats.
Molecular Cryptography Security Tags
Short DNA tags synthesized and attached to individual DNA molecules to conceal information when samples are combined and analyzed.
Molecular Cryptography for Physical DNA Molecules
Applies cryptography to physical DNA molecules during laboratory preparation for sequencing to secure genetic information at its source.
GeneInfoSec Molecular Cryptographic Method
A proprietary molecular cryptographic method that tags each physical DNA molecule with a unique index to conceal sample-specific information, protecting identifiable and sensitive health information during sequencing and data transmission.
Genetic Data Threat Assessment
Identify vulnerabilities specific to genetic data and model realistic threats to your research and operations.
Services
Website-hosted technical documentation and explanatory materials describing DNA-based tagging and privacy-preserving sample workflows.
Published articles and technical papers on genetic information security and associated risks, including analyses of potential misuse through computational tools.
Website-hosted technical documentation and explanatory materials describing DNA-based tagging and privacy-preserving sample workflows.
Published articles and technical papers on genetic information security and associated risks, including analyses of potential misuse through computational tools.
Expertise Areas
- Genetic information security
- Molecular cryptography
- Privacy-preserving sample preparation and pooling
- DNA synthesis and sample tagging
Key Technologies
- Molecular cryptography
- DNA tag synthesis
- Unique molecular tagging (barcoding)
- Sample pooling for privacy-preserving sequencing