Top 50 Biodiversity Monitoring in Asia

Open Ocean Robotics develops the DataXplorer™, a solar-powered uncrewed surface vehicle (USV) equipped with advanced sensors for real-time oceanographic data collection. This technology addresses the need for sustainable and efficient monitoring of marine environments, enabling precise assessments of biodiversity, environmental health, and maritime activities.

Pixxel develops a constellation of hyperspectral imaging satellites that capture high-resolution Earth data across over 250 spectral bands, enabling the detection and monitoring of environmental threats that are invisible to conventional satellites. By providing detailed insights into agricultural health, pollution levels, and resource management, Pixxel empowers stakeholders to make informed decisions for climate action and sustainability.

Synspective provides synthetic aperture radar (SAR) data and remote monitoring services to government agencies and companies, enabling precise environmental observation regardless of weather conditions or time of day. Their satellite constellation aims to enhance decision-making by delivering critical insights into natural resource management and risk exposure through advanced data analytics.

RIFFI AI offers an Earth Observation platform that uses AI-driven analysis of hyper-multispectral satellite imagery to monitor and forecast environmental changes. By integrating geospatial, meteorological, and geological data, it provides precise insights for early warning systems and climate risk assessment.

CarbonEthics develops nature-based decarbonization projects, utilizing methods such as mangrove planting and tree restoration to enhance carbon sequestration and biodiversity in Indonesia. The company addresses climate change and ecosystem degradation while improving local community livelihoods through measurable environmental impact initiatives.

Beewise develops robotic beehives that utilize AI-driven precision robotics to monitor and manage bee colonies with minimal human intervention. This technology enhances hive health and productivity, directly addressing the decline in bee populations critical for sustainable agricultural pollination.

Arahas provides geospatial and AI analytics solutions to enhance sustainability across various sectors, including climate, energy, and land management. Their technology enables precise environmental data monitoring and actionable insights, addressing the challenges of climate change and resource management.

LambdAI Space utilizes AI and physics-based algorithms to monitor environmental changes and resource utilization through advanced radar satellite data. This technology enables precise risk assessment and informed decision-making in sectors such as insurance, agriculture, and finance, addressing the challenges of climate change and resource depletion.

Beetle Regen implements regenerative agriculture practices to enhance soil fertility, promote biodiversity, and reduce pollution in the textile supply chain. By ensuring traceability of raw materials and supporting carbon sequestration, the company addresses the environmental impact of conventional farming and textile production.

Transitry offers a Digital MRV Platform that utilizes satellite-enabled monitoring to provide real-time auditing and verification of carbon projects, ensuring transparency and traceability in carbon governance. This platform addresses the lack of reliable measurement and reporting in nature-based solutions, facilitating access to green finance and enhancing the credibility of carbon credits.

Aurassure utilizes IoT-enabled sensors and real-time data analytics to provide hyperlocal environmental insights, enabling governments and citizens to monitor air quality and pollution levels. This technology addresses the need for accurate, actionable information to support informed decision-making for healthier living and sustainable urban planning.

Grow Indigo develops a digital platform that combines biological solutions and carbon credit programs to enhance crop resilience and promote sustainable farming practices among smallholder farmers. By leveraging plant and soil microbiomes, the platform addresses biotic and abiotic stresses, ultimately increasing agricultural yields across diverse landscapes in India.

The startup operates a land-based salmon farming company utilizing recirculating aquaculture system (RAS) technology to produce and process salmon in a sustainable manner. This approach minimizes environmental impact while providing fresh, nutrient-rich salmon to the seafood sector, addressing concerns over ocean ecosystem degradation and biodiversity loss.

Greenity provides a mobile platform for plant enthusiasts to identify plant species using AI-powered image recognition and receive personalized care guidance. The app offers customized care reminders, an AI chatbot for gardening advice, and a community forum for knowledge sharing.

Provides an AI-powered platform that uses drones, satellites, and light aircraft to collect and analyze per-tree data across millions of trees, enabling precision agriculture and forestry management. The platform optimizes operations by offering tools for pest management, yield forecasting, asset tracking, and GIS mapping, improving efficiency, reducing costs, and increasing yields by up to 20% for agribusinesses.

LandPrint utilizes a d-MRV platform to quantify and rate environmental assets on farms, enabling precise measurement of regenerative agriculture practices and their economic potential. The platform addresses the lack of financial incentives for farmers transitioning to sustainable practices by transforming environmental data into verifiable financial assets for stakeholders.

NatureDots develops AquaNurch, a hard-tech solution that integrates nature-based science with deep technology to enhance the resilience of aquaculture against ecological stressors. This system creates a balanced aquatic ecosystem, enabling sustainable fisheries that increase revenue for aqua farmers while promoting nature-positive growth.

AQUILA provides a real-time ESG data platform that utilizes IoT sensors and satellite technology to automate the collection and monitoring of sustainability metrics for financial institutions. This solution addresses the challenges of high costs and risks associated with verifying and reporting ESG performance, enabling accurate, auditable, and timely insights for sustainable finance initiatives.

Doktar Technologies develops AI and IoT solutions for real-time crop monitoring, pest detection, and resource management, enhancing precision farming practices. By providing farmers with actionable data, the company addresses inefficiencies in agricultural productivity and environmental sustainability.

SusTek provides a data analytics platform that enables businesses to measure and track their sustainability metrics through real-time data collection and reporting. By facilitating transparent environmental impact assessments, the platform helps companies identify inefficiencies and implement actionable strategies for reducing their carbon footprint.

The startup develops an artificial intelligence platform that utilizes data from satellites, smartphones, and drones with multispectral cameras to monitor crop health. This technology enables farmers to detect pests and diseases early, reducing crop losses and optimizing yield through targeted treatment recommendations.

bitBiome utilizes single-cell sequencing technology to catalog and evolve microbial genomes, creating a diverse database of over 2 billion sequences. This platform addresses the need for unique enzymes and proteins to enhance biomanufacturing processes across various industries, including drug production and sustainable materials development.

Nobify utilizes an AI-driven bird deterrence system to protect fishponds and floating photovoltaic systems from bird predation and droppings, which can cause financial losses of up to 30%. This eco-friendly technology ensures operational efficiency while maintaining ecological balance, supporting sustainable practices in aquaculture and renewable energy sectors.

Archireef offers a nature-tech solution for marine ecosystem restoration using proprietary 3D-printed terracotta reef tiles. These tiles provide a stable substrate that increases coral survivorship and promotes natural recruitment, supporting corporate ESG objectives and biodiversity targets.

RobotEye develops AI-powered, unmanned surveillance systems with edge processing and satellite connectivity to enhance monitoring in high-risk environments. Their technology addresses the challenges of public safety, border security, and wildlife conservation by providing real-time situational awareness and autonomous monitoring capabilities in remote areas.

BharatRohan utilizes drone-based hyperspectral imaging to gather detailed agricultural data, providing farmers with tailored advisories that enhance crop yield and reduce operational costs. The platform addresses issues of pest and disease management, ensuring optimal harvests while minimizing input and labor expenses.

The startup develops IoT-enabled devices for monitoring water quantity and quality, utilizing sensors like water level monitors and flow meters to gather real-time data. Their technology facilitates sustainable freshwater management in agriculture, industry, and domestic use, ensuring equitable distribution and efficient allocation of water resources.

Albo Climate employs AI and satellite technology to monitor and verify carbon removal from nature-based solutions, providing precise data on carbon offset initiatives. This capability enables businesses to accurately track their sustainability efforts and meet regulatory requirements effectively.

Saafwater is an AI-IoT platform that provides real-time analysis of physical, chemical, and biological water contamination using a single device adaptable to various environments, including pipes, tanks, and natural bodies of water. The technology reduces operational and maintenance costs through longer sensor life and AI-powered auto soft-calibration, addressing the critical issue of water quality monitoring worldwide.

Rootrix is a tree data platform that utilizes 3D scanning and lidar technology to provide precise maintenance data for urban forestry. This technology enables municipalities and organizations to effectively monitor tree health and manage resources, reducing maintenance costs and improving urban green space management.

Sea2Cell is developing a sustainable method for producing cultivated fish meat using immortalized fish cell lines that exhibit enhanced proliferation rates in controlled tank environments. This approach addresses the overfishing crisis and the resulting threat to marine biodiversity by providing an alternative source of fish without depleting ocean resources.

Birufinery focuses on cultivating and processing tropical seaweed to enhance its economic, social, and environmental benefits within the blue economy. The company addresses the underutilization of seaweed resources by providing sustainable solutions that promote marine biodiversity and support local economies.

Dulang offers a lifecycle management platform for electronics that incentivizes users to reuse and recycle their devices, effectively reducing e-waste. By promoting circularity in electronics, the platform aims to lower carbon emissions and preserve biodiversity through improved resource management.

BiotaX utilizes AI-driven computational biology to construct natural microbial communities tailored for specific functions in health, food, agriculture, and climate applications. The platform addresses the challenge of harnessing the vast diversity of uncultured bacteria to develop effective microbial solutions for various industries.

SureStar develops LiDAR products and applications that provide precise 3D mapping and spatial analysis for various industries. Their technology enhances data accuracy and efficiency in surveying, construction, and environmental monitoring, addressing the need for reliable geospatial information.

Keneco develops and manages nature-based carbon projects, including afforestation, reforestation, and REDD+ initiatives. Their integrated platform and end-to-end services streamline project execution, ensuring precision, speed, and scale while delivering measurable climate, biodiversity, and community benefits.

Keystone provides a data-driven platform that utilizes artificial intelligence and remote sensing to assess and forecast nature-related risks, such as water stress and extreme weather events, for businesses. By enabling precise measurement and reporting of ecological impacts, Keystone helps companies comply with nature-related regulations and improve their sustainability practices.

The startup develops a smart insect monitoring system that utilizes artificial intelligence for real-time image capture and machine learning to analyze insect populations in agricultural settings. This technology enables farmers to monitor pest activity remotely, facilitating timely and informed decision-making to enhance crop management.

The startup develops artificial intelligence tools for analyzing remotely sensed agricultural data to enhance productivity and sustainability in farming. Their technology enables cultivators to monitor plant health, pests, and diseases, providing actionable insights for improved crop management.

OffsetFarm develops measurement, reporting, and verification (MRV) tools for community-driven nature-based solutions, focusing on afforestation, agricultural enhancements, and clean energy projects to generate carbon offsets. By leveraging local expertise, OffsetFarm addresses climate change and enhances community resilience through projects that yield measurable environmental and socio-economic benefits.

Hydenmet provides environmental intelligence through real-time monitoring and data analytics of environmental parameters, enabling organizations to track their ecological impact. The platform delivers actionable insights that enhance sustainability efforts and ensure compliance with regulatory standards.

The startup develops machine learning-based environmental data monitoring software that utilizes smartphone sensors to collect localized measurements of temperature, humidity, air quality, and other microclimate factors. This technology enables municipalities to monitor environmental conditions, optimize energy usage, and enhance public health planning through precise hyper-local weather reporting.

This company provides advanced animal telemetry devices equipped with GPS and various sensors for comprehensive remote monitoring. Their devices use both radio and GSM communication, enabling researchers to collect data from animals across vast distances.

The startup develops AI-driven climate monitoring technology that utilizes satellite data to assess forest carbon stock, tree species, and tree height while tracking deforestation. This technology provides clients with accurate project monitoring and baseline verification for nature credits, addressing the need for reliable forest resource data in carbon credit markets.

Tree-Geo-Data utilizes sustainable planting practices and advanced monitoring technologies to enhance afforestation efforts in arid regions. The company also offers financing solutions to support large-scale planting initiatives, addressing the critical need for reforestation in desertic environments.

The startup develops a biological information application that facilitates remote surveying and data analysis of living organisms, enabling ecologists to efficiently manage biodiversity conservation efforts. By providing accessible and organized ecological data, the application addresses the challenge of information scarcity in field research.

The startup provides natural resource services that facilitate the allocation of corporate funds to nature conservation projects through project assessment and transparent carbon accounting. By utilizing low-cost satellite-based monitoring and field measurement plans, the company enables businesses to mitigate risks and identify potential carbon credit buyers.

CoCoTree Technology offers Inforest, a platform that digitizes forest asset data and quantifies environmental impact metrics to enhance forest management and sustainability. The solution reduces operational costs for businesses while providing transparent monitoring of carbon sequestration and compliance with ESG and SDG standards.

The startup develops a data analytics application that aggregates information from diverse sources to inform interventions in sustainability and disaster management. By enabling clients to identify fish breeding zones, the application enhances revenue opportunities for fisherpeople while supporting biodiversity protection and infrastructure monitoring.

The startup develops environment-sensitive biological control products, including novel nematicides and eco-friendly plant growth promoters, that protect crops while preserving biodiversity. Their non-toxic solutions enable farmers to enhance crop protection and productivity sustainably, addressing the need for effective agricultural practices that do not harm the ecosystem.