RevolutionizingData Capture fromLivestock Production
to accelerate the genomic revolution within sustainable agriculture.
Revolutionizing Data Capture from Livestock Production
to accelerate the genomic revolution within sustainable agriculture.
RevolutionizingData Capture fromLivestock Production
to accelerate the genomic revolution within sustainable agriculture.
RevolutionizingData Capture fromLivestock Production
to accelerate the genomic revolution within sustainable agriculture.
Biontrace provides Artificially Intelligent solutions to ensure the complete traceability of gametes, zygotes and biological samples from collection through the cryopreservation process to bio-banking and storage under liquid nitrogen.
Biontrace AG is a bio-engineering company which operates within the Precision Livestock sector; its solutions are designed to revolutionize data capture from livestock production and its aim is to accelerate the genomic revolution within animal protein production through phenotypic evaluation and real time data capture.
Biontrace operates within the A,B,C,D space summarized as:
ArtificialIntelligence
BlockChaintechnology
Clouddata silos
Datamining
Precision Farming
Through the creation of advanced microchip technologies Biontrace provides the Precision Farming sector with the world’s first complete cryogenic ecosystem ‘SireChain’.
Through its sustainable approach Biontrace is maximising animal protein production at least cost through providing farmers with accelerated, real time metrics on every animal.
Biotechnological Engineering
Through the application of advanced bio-technology and exemplary engineering Biontrace combines the interdisciplinary application of artificial intelligence, block-chain, phenotypic evaluation and data mining. Biontrace interfaces engineering principles to analyse and reboot biological systems.
Assisted Reproductive Technology
Through advanced Assisted Reproductive Technologies Biontrace is able to assure and insure breeding companies through its block-chain software system ‘SireChain’ that the genetic dissemination of semen, embryos and blood plasma product to farmers is secure from the point of sample collection to conception, with in-built precision bio-security.
The SireChain ecosystem has been developed to provide absolute high integrity traceability of all gametes, embryos and blood plasma stored cryogenically in the Biontrace MicroStraw at -196C under liquid nitrogen.
Pharmaceutical Biological Sample Storage
Today, billions of biological specimens and samples collected by researchers in academia, research institutes, hospitals and commercial pharmaceutical organizations are stored in cryogenic conditions under liquid nitrogen -196°C.
Today for the very first time Biontrace provides the pharmaceutical industry and these research institutes with the very first commercially available operational solution able to provide complete, cogent sample traceability with its high integrity micro-chip, patented MicroStraw and dedicated block-chain software.
International Bio-Banking
Today bio-banks and bio-repositories store billions of biological samples for use in medical research supporting the genomic revolution in personalised medicine. Biontrace provides International bio-banks and bio-repositories with the very first commercially available operational solution able to provide complete, cogent sample traceability with its high integrity micro-chip, patented MicroStraw and dedicated block-chain software.
Big Data
Biontrace provides an ecosystem that is able to manage extremely large data sets that may be analysed computationally to reveal patterns, trends, and associations, especially relating to animal behaviour and interactions.
Who can Benefit from us?
Biontrace provides Artificially Intelligent solutions to ensure the complete traceability of gametes from collection through to conception.
Why Biontrace?
Biontrace has engineered through advanced microchip technology a fully comprehensive Enterprise Resource Management (ERP) solution that will not only accelerate the genomic revolution within sustainable agriculture, it will also create a new bench-mark for high integrity traceability of cryogenically stored biological samples.
