Dossier · Private startup · 2 independent sources
Climate-Eyes
Last updated: Jul 31, 2026
Climate-Eyes is an Israeli climate-tech startup developing a cloud Decision Support System that combines satellite remote sensing, ecology, GIS, and AI to monitor water resources and other climate-sensitive assets. Its clearest commercial wedge is continuous surface-water intelligence for water-quality and water-resources-management teams.
Visit WebsiteCompany Overview
Climate-Eyes is building a cloud-based Decision Support System (DSS) for climate and environmental operations. The company describes satellite remote sensing as its primary data source, with a software layer for planning, decision-making, monitoring, and verification. Its technical narrative combines geospatial and GIS processing with ecological interpretation, cloud delivery, and AI-assisted analysis. The company specifically names computer vision, convolutional neural networks for visual analysis, and deep neural networks for forecasting and early warnings. Those claims describe a plausible product architecture, but public materials do not disclose independent accuracy benchmarks, data volumes, service-level commitments, or a detailed production architecture.
The most concrete market focus is water. Climate-Eyes says it is extending the platform into water-resources management and water quality, including continuous monitoring of surface-water reservoirs and analysis over large or inaccessible areas. The same remote-sensing foundation is presented for precision agriculture, forestry, carbon-market measurement, desertification, urban environments, and utility infrastructure. This breadth can help the company reuse data and software components across adjacent markets, but it also creates a commercialization risk: each vertical has different ground-truth requirements, buying processes, workflows, and liability expectations. Water operators are likely to require reliable local calibration and integration with telemetry, laboratory results, GIS, and existing control-room processes rather than a standalone imagery dashboard.
Public ecosystem evidence places the company at an early commercialization point. Climate-Eyes says it was founded in 2021, won the DeserTech 2021 competition for a desert-environment and soil-erosion DSS, developed a precision-agriculture SaaS product in 2022, and expanded water-resources and water-quality capabilities in 2023. The DeserTech marketplace lists the funding stage as pre-seed and the product stage as pilot to first paying customer. The company’s about page also describes ASTRA affiliation, an aerospace startup program powered by STARBURST Aerospace and IAI, and says the water-market expansion is led by Mekorot. These are useful ecosystem and product-development signals, not proof of recurring revenue, referenceable deployments, or durable customer adoption.
Competition comes from specialized water-quality and reservoir-monitoring vendors, satellite and geospatial analytics companies, GIS and utility-software incumbents, and internal teams that combine satellite data with SCADA, field sampling, and hydrological models. Climate-Eyes’ potential differentiation is workflow integration: connecting satellite observations and ecological context to operational recommendations and early warnings across broad geographies. That advantage will only become defensible if the company demonstrates lower monitoring cost or faster, more accurate intervention than incumbent workflows, while explaining uncertainty and handling cloud, imagery, and model drift.
The national-security relevance is adjacent and conditional rather than a demonstrated defense business. Monitoring reservoirs, watersheds, drought, contamination indicators, and remote utility assets can support civilian critical-infrastructure continuity, disaster response, and resource-security planning. The same capabilities could be useful to government or security organizations for environmental situational awareness, but the public record does not establish defense customers, classified work, or military deployments. Diligence should therefore focus on multi-site accuracy and false-alarm rates, ground-truth methodology, satellite-data continuity, cyber and access controls, integration with operational systems, customer conversion, renewal, and the company’s ability to support regulated or mission-critical deployments.
Dual-Use Assessment
The core platform has substantive civilian and security-adjacent applicability because satellite monitoring of reservoirs, watersheds, contamination indicators, drought, and remote utility assets can support critical-infrastructure continuity and disaster response. The defense case remains conditional: public sources show no defense customer or military deployment, so the dual-use assessment depends on future secure deployment, access controls, and operational validation.
Strategic Fit Assessment
Climate-Eyes fits a strategically relevant water-resilience and Earth-observation theme, but the public evidence supports a watch-list classification rather than a high-confidence priority signal. DeserTech identifies the company as pre-seed and at pilot-to-first-paying-customer stage; public materials do not establish recurring revenue, deployment scale, independent model validation, or defense contracts. The principal diligence upside is proof that its domain-specific DSS produces measurable operational value beyond existing GIS, telemetry, sampling, and satellite-analytics workflows.
Strategic Value to U.S.-Israel Alliance
Climate-Eyes could provide strategic value by improving visibility into water systems and remote assets where physical inspection is expensive, slow, or incomplete. That matters for Israeli and international resilience planning because water availability, quality, drought, and infrastructure disruption have cascading public-health and continuity effects. The value is strongest as an intelligence and decision-support layer that complements field measurements and utility systems; it should not be treated as a substitute for calibrated sensors, laboratory testing, or operational controls without evidence.
Key Technologies
- Satellite-based multispectral remote sensing for surface-water and land monitoring
- GIS and geospatial computer-vision analysis
- Ecological models and ground-truth correlation
- Cloud-based SaaS Decision Support System workflows
- Convolutional neural networks for visual analysis
- Deep neural networks for forecasting and early-warning signals
- Multi-vertical monitoring for water, agriculture, forestry, carbon, and utilities
Use Cases & Applications
- Continuous reservoir and surface-water monitoring for water utilities
- Water-quality screening for ecological change and contamination-risk indicators
- Water-resources management across large basins and remote sites
- Precision-agriculture recommendations for irrigation and crop stress
- Forestry, land-use, and above-ground-biomass monitoring for conservation or carbon projects
- Utility-infrastructure risk mapping in forest and environmentally exposed areas
- Civilian critical-infrastructure continuity and drought or disaster situational awareness
Sources and verification
This profile is based on public-source research, Claw & Talon curation, and editorial judgment. Inclusion does not imply endorsement, partnership, investment, or a recommendation to transact. Readers should still confirm current status, customers, funding, and product claims before relying on this profile. The editorial policy explains how profiles are researched, where automated drafting is used, and how corrections work; the research methodology documents how evidence is graded, what counts as an independent source, and why some profiles are excluded from search indexing.
This record lists 7 public references used for company identity, status, positioning, or material-claim review.
Public sources
The links below are visible public references used for source discipline around company identity, status, funding, customer, acquisition, public-company, or other material claims where available.
- Climate-Eyes official about page First-party source for the 2021 founding, ASTRA affiliation, product-development timeline, founder backgrounds, and stated water-market expansion.
- Climate-Eyes official technology page First-party description of satellite remote sensing, ecology, cloud SaaS, GIS and computer vision, CNN and DNN use, and early-warning workflows.
- Climate-Eyes official projects page First-party overview of applications spanning agriculture, forestry, carbon, urban environments, utilities, and infrastructure.
- Israel Space Agency Climate-Eyes listing Government listing describing a satellite-imagery DSS for the water sector and climate, including continuous surface-water-reservoir monitoring.
- DeserTech Climate-Eyes marketplace profile Ecosystem profile listing the 2021 award, pre-seed funding stage, pilot-to-first-paying-customer product stage, founders, and water/agriculture/infrastructure scope.
- Climate-Eyes LinkedIn profile Public company metadata supporting the official domain, 2-10 employee range, Herzliya location, and software/remote-sensing positioning; LinkedIn shows a conflicting 2022 launch year, so the official 2021 founding date is retained.
- Official website
- Profile update timestamp Last updated in the Claw & Talon database on Jul 31, 2026.
Related sector
See the Cloud & Developer Infrastructure sector page for market context, related subcategories, and other Israeli companies in this part of the database.