Kāhu SiliconBio develops living bioelectronic sensors that wire live bacteria directly into silicon chips to deliver rapid, digital chemical intelligence from liquids. The company's BioChip enables real-time electronic measurement of target chemicals at the point of need, addressing critical gaps in biomanufacturing, medicine, and environmental monitoring. This technology eliminates the need for laboratory analysis, providing results in minutes rather than days.
Funding
Funding not disclosed
Founders
Product
Problem
Critical chemical signals in liquids remain unreadable in real-time across multiple sectors. In biomanufacturing, failed batches are discovered hours too late; in medicine, patients wait days for results that should be available in minutes; and in environmental monitoring, contamination often goes undetected for months. Existing solutions are either too slow or too insensitive to deliver critical chemical information when and where it matters.
Solution
Kāhu SiliconBio provides rapid chemical intelligence through living bioelectronic sensors that integrate live bacteria directly into silicon chips. The BioChip is the first silicon chip that enables integration of living molecular machinery as a functional chip component, delivering rapid, electronic measurement of a broad range of target chemicals in liquids at the point of need. By harnessing billions of years of evolution through bacterial sensing mechanisms, the platform converts molecular information into digital data accessible to anyone, similar to how digital camera chips transformed light information. This approach enables real-time chemical detection without requiring laboratory infrastructure or trained operators, making results available in minutes rather than days.
Target Audience
Primary customers include biomanufacturing facilities needing real-time batch monitoring, medical diagnostics providers seeking rapid patient results, and environmental monitoring agencies requiring early contamination detection.
Features
- BioChip technology that wires live bacteria directly into silicon chips as functional components
- Broad-spectrum chemical detection capability across multiple target analytes in liquid samples
- Real-time electronic measurement delivering results in minutes without laboratory processing
- Point-of-need deployment suitable for biomanufacturing, clinical, and environmental settings
- Digital output format that converts molecular information into accessible, actionable data