Today's healthcare is trapped in a cycle of reactive care and poor health outcomes. It relies on infrequent snapshots of our health and is blind to what happens outside the doctor visits. This results in a broken system of delayed diagnoses and treatment only after diseases manifested.
Continuity is building the real-time interface for human health. Our biosensing platform enables predictive and deeply personalized care by continuously and non-invasively decoding molecular signals from your body. As AI reshapes the world, this biological insight in real-time is the foundation for fully autonomous AI physicians across clinical and consumer applications.
We are a DARPA- and VC-backed, early-stage MIT spin-off, founded by a duo of builders with deep expertise in molecular sensing, engineering, and data science. We are partnering with world-leading clinicians and scientists to build the most advanced interface for human health.
This is your opportunity to build the world’s first platform to continuously decode human health in real-time via large-scale molecular data. In addition to shaping our technology, you will also shape the culture of a startup that transforms our understanding of human health.
As a Founding Scientist, you will lead the development of the sensing interface for our first wearable prototype, optimizing synthetic DNA-based nanostructures, fine-tuning molecular recognition elements and integrating them with electrode-supported membranes to push the limits of real-time molecular detection.
You will drive end-to-end experimental and computational workflows starting from aptamer design and surface functionalization to assay development and system validation, laying the groundwork for a scalable, multi-analyte sensing platform.
This is a high-impact, high-ownership role for someone who thrives in ambiguity, moves fast from concept to execution, and leads with scientific rigor and purpose.
Your mission is to unleash the power of multi-analyte sensing in our first wearable prototype, Guardian. Guardian is a minimally invasive wearable biosensor that uses nanopore-based signal transduction to continuously monitor key molecular biomarkers such as metabolites, proteins, hormones, etc. in real-time to provide deep, personal insights to protect and improve our health.
Your key responsibilities: