Koniku, Inc.
Koniku is a biotechnology company focused on developing advanced sensory and neural systems for security, military, and agricultural applications. They utilize carbon-based neurons and microelectrode array technology to create scalable, contactless, and continuous detection systems. Their mission involves harnessing biological neural circuits and DNA programming to innovate in sensing and processing environments, aiming to replace traditional silicon technology with more fault-tolerant, energy-efficient carbon systems.
Industries
Nr. of Employees
small (1-50)
Koniku, Inc.
Products
Neuron-integrated sensing platform
A hardware and wetware system that couples living neurons with electrodes and electronics to detect and output analyte-specific signals for explosives, narcotics, and agricultural volatiles.
Neuron-integrated sensing platform
A hardware and wetware system that couples living neurons with electrodes and electronics to detect and output analyte-specific signals for explosives, narcotics, and agricultural volatiles.
Services
Field-deployable wetware-electronics sensor deployments
Enterprise deployments and field trials of neuron-integrated sensors for security, military, and agricultural monitoring.
Developer platform and integration support
Planned APIs, integrations and developer resources to enable third-party developers to program receptors and integrate the wetware platform into custom solutions.
Field-deployable wetware-electronics sensor deployments
Enterprise deployments and field trials of neuron-integrated sensors for security, military, and agricultural monitoring.
Developer platform and integration support
Planned APIs, integrations and developer resources to enable third-party developers to program receptors and integrate the wetware platform into custom solutions.
Expertise Areas
- Neuron-integrated biosensor development
- DNA-guided receptor engineering
- Microelectrode array design and neuroelectronic interfacing
- Long-term neuronal cell culture and wetware maintenance
Key Technologies
- Neuron-based biosensors
- Induced pluripotent stem cell differentiation
- Microelectrode arrays (structured MEA)
- DNA/nucleic-acid based functionalization