Swarm Biotactics creates programmable biobots—engineered microorganisms that self‑organize to perform coordinated tasks such as targeted cargo delivery, pollutant degradation, and biosensing in fluidic or solid environments. By embedding synthetic genetic circuits, the swarms respond to chemical, light, or magnetic cues and integrate with existing bioprocess equipment, providing scalable, real‑time autonomous operation for industrial biotech, environmental remediation, and research applications.
Funding
Funding not disclosed
Founders
Product
Problem
Many industrial and environmental processes lack adaptable, autonomous biological systems that can perform complex tasks such as targeted material transport, sensing, or remediation, leading to inefficiencies and higher operational costs.
Solution
Swarm Biotactics develops programmable biobots—engineered microorganisms that can self‑organize and execute coordinated actions in fluidic and solid environments. By embedding synthetic genetic circuits, these biobots respond to chemical or physical cues, navigate to specific locations, and perform functions such as cargo delivery, pollutant degradation, or biosensing. The platform offers modular integration with existing process pipelines, allowing users to deploy swarms that scale with demand and adapt in real time. Data from biobot activity can be collected via optical or electronic readouts and fed into control software for monitoring and optimization.
Target Audience
Primary customers are industrial biotechnology firms, environmental remediation companies, and research laboratories seeking autonomous biological solutions for material handling, sensing, or cleanup tasks.
Features
- Genetically programmed microorganisms capable of collective behavior and task execution
- Responsive navigation using chemotaxis, phototaxis, or magnetic guidance
- Modular payload system for transporting chemicals, enzymes, or sensors
- In‑situ biosensing with real‑time signal output (fluorescence, electrochemical)
- Scalable swarm deployment that self‑replicates or degrades after task completion
- Compatibility with standard bioprocess equipment and digital control interfaces