Atoma Research provides a SaaS platform for climate tech investment intelligence, offering techno-economic assessments and comparative analysis of low-carbon technology pathways. Its platform enables data-driven decision-making for decarbonization investments across energy, marine, aviation, and agriculture sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Decision-makers in carbon-intensive industries lack the comprehensive data and analytical tools necessary to effectively evaluate and de-risk investments in emerging climate technologies. This analytical gap hinders the efficient allocation of capital towards impactful low-carbon solutions, slowing the transition to a sustainable future.
Solution
Atoma Research offers PathwayIQ, a SaaS platform designed to provide intelligence for climate tech investment decisions. The platform delivers bottom-up techno-economic assessments and systematic comparisons of various low-carbon technology pathways, focusing initially on energy, marine, aviation, and agricultural sectors. It leverages proprietary data, indices, and forecasts to enable robust benchmarking and advanced scenario modeling, allowing users to analyze technology sensitivities and simulate market adoption. An AI-powered Q&A interface facilitates rapid insight generation for executives, ultimately aiming to accelerate the deployment of capital to the most effective climate solutions.
Target Audience
The primary customers are decision-makers within carbon-intensive industries, including investors, service providers, and policy-makers, who require data-driven insights to evaluate and allocate capital to climate technology solutions.
Features
- Comprehensive techno-economic assessments of diverse low-carbon technology pathways.
- Proprietary data, indices, and forecasts for systematic benchmarking and robust comparison.
- Advanced modeling capabilities for technology sensitivity analysis and end-use market simulations.
- AI-powered Q&A interface for rapid executive-level insights.
- Focus on decarbonization, net-negative emissions, and direct air capture technologies.
- Industry-specific analysis for energy, marine, aviation, and agricultural sectors.