Traditional biodiversity monitoring methods are often labor-intensive, geographically limited, and may not capture the full spectrum of species present in an ecosystem. This lack of comprehensive, real-time data hinders effective conservation planning, evidence-based policy development, and proactive management of environmental risks.

EcoPulse offers a non-invasive biodiversity assessment solution by analyzing airborne environmental DNA (eDNA). The platform samples large volumes of air, capturing microscopic DNA traces released by organisms. Advanced DNA sequencing and bioinformatics pipelines then identify a wide range of species, from microorganisms to mammals, providing a detailed overview of ecosystem composition. This data is processed into actionable insights, enabling targeted conservation efforts, informing policy decisions, and supporting sustainable practices in agriculture and public health.

Airborne eDNA sampling technology capable of processing billions of liters of air per day.

High-throughput DNA sequencing for comprehensive species identification across diverse taxa.

Bioinformatics pipeline for processing raw sequence data into biodiversity metrics and species distribution maps.

Species range visualization and trend analysis tools for tracking ecosystem changes over time.

API for seamless integration of biodiversity data into partner systems and platforms.

Detection of species across multiple kingdoms, including bacteria, fungi, insects, and vertebrates.

Validation through executed pilot projects across various geographical regions and environmental conditions.

EcoPulse serves conservation organizations, government environmental agencies, agricultural businesses, and public health researchers seeking advanced, data-driven insights into biodiversity.

Revenue is generated through data access subscriptions and custom integration services for API delivery.