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Introduction: Turning Space Technology into Everyday Solutions
For decades,
Through its newly announced Accelerating Earth Solutions (AES) opportunity under ROSES-2025 Amendment 62, NASA is inviting researchers, innovators, universities, startups, and organizations to transform Earth observation data into practical solutions capable of addressing some of the United States’ most pressing challenges. Rather than focusing solely on scientific discovery, this initiative encourages the creation of deployable technologies that improve resilience, strengthen national security, enhance economic growth, protect natural resources, and support healthier communities.
The program also highlights the growing importance of artificial intelligence, machine learning, and multi-source satellite data fusion, signaling NASA’s commitment to integrating modern computational technologies with decades of Earth science expertise.
NASA Introduces the Accelerating Earth Solutions (AES) Program
NASA has officially announced A.13 Accelerating Earth Solutions (AES) as a brand-new funding opportunity under the Research Opportunities in Space and Earth Sciences (ROSES-2025) program.
The initiative is specifically designed to accelerate the adoption of Earth-observing satellite measurements into real-world decision-making processes rather than limiting their use to academic research.
The agency wants innovative proposals that can bridge the gap between scientific knowledge and operational implementation across public and private sectors.
Three Funding Categories Designed for Different Levels of Innovation
The AES program divides funding opportunities into three distinct categories, allowing applicants to participate based on the maturity of their ideas.
1. Needs and Opportunities
This category focuses on identifying major societal challenges where satellite observations can make a measurable difference.
Researchers are encouraged to explore unmet needs, discover opportunities, and define practical approaches before developing full-scale operational systems.
2. Solutions Development
Projects in this category move beyond theoretical research into developing deployable technologies and operational tools.
Applicants are expected to design solutions capable of supporting decision-makers using NASA’s extensive Earth observation capabilities.
3. Scaling Impact
NASA also wants to support already-successful projects by helping them expand their reach.
Existing solutions that have demonstrated value can receive funding to increase adoption, serve larger audiences, and improve nationwide utilization.
Funding Timeline and Project Duration
NASA has established different project durations depending on proposal type.
Market Discovery proposals
Maximum duration: 1 year
Solutions Accelerator proposals
Maximum duration: 3 years
Force Multiplier proposals
Maximum duration: 2 years
Long-term projects extending beyond their first year must undergo mandatory progress evaluations before receiving continued funding.
This performance-based review ensures that taxpayer-funded projects demonstrate measurable impact before additional resources are allocated.
NASA’s Strategic Priorities
The agency outlined several high-priority areas that will receive special consideration during proposal evaluations.
Projects are encouraged to support:
National Resilience
Solutions that improve disaster preparedness, infrastructure protection, climate adaptation, and emergency response.
Economic Growth
Applications that strengthen American industries, agriculture, and commercial innovation.
Health and Public Safety
Projects focused on air quality monitoring, disease prediction, environmental health, and community resilience.
Artificial Intelligence
NASA strongly encourages integrating AI and machine learning into Earth observation workflows to automate analysis, improve predictions, and accelerate decision-making.
Cross-Disciplinary Collaboration
The agency favors projects that combine multiple Earth science disciplines rather than addressing isolated problems.
Operational Deployment
Priority will be given to technologies capable of moving beyond laboratory research into practical use.
Satellite Missions at the Center of the Initiative
NASA specifically highlighted several of its newest Earth observation missions.
NISAR
Designed to monitor
PACE
PACE focuses on monitoring ocean ecosystems, atmospheric aerosols, and climate interactions that affect both environmental and human health.
SWOT
The Surface Water and Ocean Topography mission measures global water resources with unprecedented precision, supporting water management and climate research.
NASA also encourages applicants to combine data from these missions with commercial satellite imagery available through the agency’s Commercial Smallsat Data Acquisition (CSDA) program.
Target Areas for Innovation
The AES initiative covers a wide range of national priorities.
Potential proposal topics include:
Agriculture
Disaster management
Natural resources
Water management
Wildland fire monitoring
Public health
Air quality
Energy systems
Critical infrastructure
Rather than restricting innovation, NASA intentionally allows applicants to propose creative solutions addressing emerging societal challenges using satellite-derived information.
Proposal Schedule
NASA has established the following timeline:
Proposal deadline: October 15, 2026
A pre-proposal teleconference will be held approximately six weeks after the program’s release.
Teleconference participation will operate on a first-to-dial basis without advance reservations.
Additional meeting information will be published through the NSPIRES program page.
Questions regarding the opportunity may be directed to NASA program officer Erin Urquhart.
Deep Analysis: Why AES Represents a Shift Toward Operational Earth Intelligence
The Accelerating Earth Solutions initiative represents far more than another research funding announcement. It reflects NASA’s broader transition from being primarily a scientific research organization to becoming an enabler of operational decision-support systems.
Historically, many satellite datasets remained underutilized because converting raw observations into actionable intelligence required significant technical expertise. AES addresses this gap by funding organizations capable of transforming scientific products into usable tools for governments, businesses, and emergency managers.
Artificial intelligence is expected to play a central role in this transformation. Machine learning models can analyze decades of satellite imagery to detect subtle environmental changes, forecast disasters, optimize agricultural production, and monitor infrastructure in near real time.
The inclusion of commercial satellite imagery is equally significant. Combining NASA’s publicly available datasets with high-resolution commercial imagery creates richer analytical capabilities that neither source can provide independently.
Modern geospatial workflows increasingly rely on cloud computing, AI inference, and automated pipelines. Typical technologies involved in AES-related projects may include:
Example Geospatial AI Workflow
Acquire Satellite Data │ ▼ Preprocessing │ ▼ AI / Machine Learning Models │ ▼
Risk Detection
│
▼
Decision Support Dashboard
Example GDAL Commands
gdalinfo satellite.tif
gdal_translate input.tif output.tif
gdalwarp input.tif output.tif
Example Python Libraries
Run import rasterio import geopandas import numpy as np import tensorflow as tf
Example Machine Learning Pipeline
Run
Load Satellite Images
↓
Feature Extraction
↓
Train Neural Network
↓
Predict Environmental Events
↓
Generate Decision Maps
Organizations capable of integrating these technologies into scalable, cloud-based services will likely be among the strongest candidates for AES funding. The initiative also aligns with broader trends in digital twins, predictive environmental modeling, and AI-assisted resource management, where satellite observations become continuous inputs into operational systems rather than static research datasets.
What Undercode Say:
NASA’s Accelerating Earth Solutions program demonstrates that the future of Earth observation is no longer centered solely on collecting data but on making that data immediately useful. The initiative recognizes that scientific excellence alone is not enough if critical insights remain inaccessible to policymakers, industries, and communities.
One of the strongest aspects of AES is its emphasis on measurable societal outcomes. Rather than rewarding research for publication alone, NASA is encouraging proposals that can be deployed, scaled, and sustained in real operational environments.
The
The inclusion of commercial satellite providers also signals a more collaborative future. Public and private sectors increasingly complement each other, with NASA providing scientific rigor and commercial companies contributing higher revisit rates and specialized imagery.
Another notable strength is the focus on cross-disciplinary collaboration. Environmental challenges rarely exist in isolation. Water availability influences agriculture, air quality affects public health, and climate impacts infrastructure. Integrated solutions can therefore deliver greater value than isolated applications.
The mandatory progress reviews reflect responsible stewardship of public funding. By evaluating impact before extending support, NASA encourages accountability while allowing successful projects to mature.
AES could also stimulate innovation among startups and small businesses that specialize in geospatial analytics, cloud computing, and AI-driven environmental intelligence. These organizations often move quickly from prototype to deployment, making them valuable partners in translating research into practical services.
The initiative may also accelerate workforce development by creating demand for professionals skilled in remote sensing, geospatial science, artificial intelligence, and environmental engineering. Universities and research institutions participating in AES can help prepare the next generation of experts.
From a national perspective, investing in operational Earth intelligence strengthens resilience against increasingly complex environmental and economic challenges. Better data integration can improve disaster response, resource management, infrastructure planning, and long-term sustainability.
Ultimately, AES represents a strategic evolution in
✅ Fact: NASA has introduced A.13 Accelerating Earth Solutions (AES) as a new opportunity under the ROSES-2025 program. This matches the official program announcement.
✅ Fact: The initiative includes three proposal categories—Needs and Opportunities, Solutions Development, and Scaling Impact—with project durations ranging from one to three years depending on the funding track.
✅ Fact: Priority areas include artificial intelligence, machine learning, U.S. resilience, economic growth, health, security, and the use of NASA Earth observation missions such as NISAR, PACE, and SWOT, alongside commercial satellite data where appropriate.
Prediction
(+1) The AES program is likely to accelerate the commercialization of NASA Earth observation technologies by encouraging partnerships between research institutions, startups, and established geospatial companies.
(-1) Competition for funding is expected to be intense, and projects that cannot demonstrate measurable operational impact or scalable implementation may struggle to advance beyond the initial funding phase.
(+1) As AI-powered geospatial analytics continue to mature, successful AES projects could become foundational tools for disaster response, environmental monitoring, agriculture, infrastructure planning, and national resilience over the next decade.
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