Enveda is writing a healthier, more hopeful future by
empowering scientists to access the unexplored potential
of life’s chemical code.
Together, we can rapidly multiply our knowledge of the world’s chemistry and solve the greatest challenges in human and planetary health.
Partner With Us Join The TeamWhen scientists first sequenced the human genome, it reshaped the way we understood biology, with wide-ranging impacts on the life sciences. But there’s more to life than the genome. Its instructions are carried out by trillions of cells producing trillions of small molecules — 99.9% of which are unknown to science. The Enveda platform is doing for the study of small molecules what next-generation sequencing did for the human genome: decoding the chemical code of life.
Learn MoreEnveda (pronounced en-VAY-da) blends the English word “enable” with the Sanskrit word “veda,” meaning “knowledge.”
We enable scientists to harness the collective wisdom of humanity. And we uncover knowledge for the future. We do so to help people everywhere live healthier, more fulfilling lives.
Since our founding in 2019, our platform has led to the discovery of a number of candidate medicines, many of which are entering human trials significantly faster than industry averages. These groundbreaking new drugs remind us of why we’re here: to provide hope to millions of people, one breakthrough at a time.
See Our PipelineWe recognize that humanity’s – and Enveda’s – existence is intricately linked to the rich biodiversity of our planet.
As we catalog life’s chemistry, we adhere to access- and benefit-sharing provisions in line with the Convention on Biological Diversity. Moreover, we go beyond compliance by actively engaging in biodiversity conservation and restoration efforts in collaboration with our global partners.
We're excited to tap into the most validated historical source for anti-infectives to stem the rising tide of global infectious disease burden. We have partnered with the Bill & Melinda Gates Foundation to search life's chemistry for new medicines for tuberculosis, malaria, and other global health priority indications.
It is as if we sequenced the genome and forgot everything else happening within the cell.
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