Phlotonics builds light‑powered biosensors that translate cellular activity into quantitative data, enabling more efficient biomanufacturing and drug discovery workflows. Their sensor platform provides real‑time, data‑driven insights into cell biology and is supported by peer‑reviewed research, allowing researchers to monitor and optimize biological processes with greater precision.
Funding
Funding not disclosed
Founders
Product
Problem
Biomanufacturing and drug discovery processes often lack real-time, quantitative measurements of cellular activity, leading to inefficient optimization and delayed decision‑making. Traditional assays can be invasive, low‑throughput, and provide limited insight into dynamic biological responses.
Solution
Phlotonics offers light‑powered cellular sensors that convert specific biological activities into optical signals that can be measured continuously. By embedding photonic measurement technology directly into cell cultures, the platform delivers real‑time, non‑invasive readouts that are quantifiable and compatible with standard optical detection equipment. The optical output is calibrated against validated, peer‑reviewed studies, enabling researchers to generate data‑driven insights for process optimization. This approach supports both large‑scale biomanufacturing workflows and high‑throughput drug discovery assays, reducing cycle times and improving reproducibility.
Target Audience
Primary customers are biomanufacturing facilities and pharmaceutical R&D teams that require continuous, quantitative monitoring of cell‑based processes, as well as academic and contract research labs conducting high‑throughput drug screening.
Features
- Light‑activated sensor modules that emit distinct optical signatures in response to target cellular events
- Non‑invasive, real‑time monitoring compatible with existing plate readers and imaging systems
- Quantitative signal output calibrated through peer‑reviewed photonic measurement standards
- Scalable sensor integration for batch bioreactors and micro‑plate drug screening formats
- Data export APIs for seamless integration with laboratory information management systems (LIMS)