Voyager’s Role in OGC’s CDRP24

Voyager’s Role in OGC’s Climate and Disaster Resilience Pilot 2024 (CDRP24)

In 2024, Voyager participated in the Open Geospatial Consortium’s Climate and Disaster Resilience Pilot (CDRP24), a global initiative focused on improving how climate and disaster data is shared, discovered, and operationalized across systems.

The core challenge CDRP24 addresses is not data scarcity.

It’s coordination.

Climate and disaster resilience efforts generate enormous volumes of satellite imagery, sensor data, models, geospatial layers, and reports. These assets are distributed across agencies, platforms, and cloud environments. While each system may function effectively on its own, resilience depends on their ability to work together.

CDRP24 provided a real-world environment to test that interoperability at scale. Voyager is proud to have contributed alongside agencies like the U.S. Department of Energy, the U.S. Geological Survey, the Federal Geographic Data Committee, and many more.

The Resilience Gap: From Access to Action

Most public sector organizations already use powerful GIS platforms. The issue isn’t whether tools exist, it’s whether they can operate cohesively across distributed ecosystems during mission-critical moments.

Climate and disaster workflows require:

• Federated access across agencies

• Standards-based interoperability

• Cross-format search

• Automated ingestion and processing

• Secure, API-driven integration

Standards provide the framework.
Architecture delivers the outcome.

Voyager’s participation in CDRP24 focused on closing that operational gap.

Enabling Federated Discovery

Disaster response and climate resilience demand visibility across:

• Satellite imagery

• Raster and vector datasets

• Sensor feeds

• Analytical outputs

• Reports and documentation

Voyager enables federated discovery across these distributed repositories without requiring organizations to replace existing systems. Instead of centralizing data physically, Voyager centralizes access logically — preserving systems of record while enabling unified visibility.

This is critical in multi-agency and cross-organizational resilience environments.

Harmonizing Complex Geospatial Data

Climate workflows involve diverse and often incompatible data formats — from imagery and GIS layers to structured analytics and narrative reporting.

Voyager’s architecture normalizes these heterogeneous formats into a unified index, enabling users to search across content types in a single experience.

During a disaster event, this means analysts can correlate imagery, models, and documentation instantly, rather than navigating separate systems.

Resilience depends on synthesis, not silos.

Automating Time-Sensitive Workflows

In climate and disaster contexts, delay has consequences.

Voyager’s pipeline and automation capabilities support:

• Rapid ingestion of new data

• Metadata enrichment

• Trigger-based processing

• Workflow orchestration

This reduces the lag between data collection and actionable insight — a critical factor in emergency response and climate adaptation planning.

API-First Interoperability

Modern resilience ecosystems extend beyond user interfaces. They require secure system-to-system communication and scalable integration.

Voyager’s API-driven orchestration supports:

• Embedded search within partner platforms

• Cross-system workflow automation

• Secure integration across agencies

• Scalable deployment in cloud and hybrid environments

This aligns directly with OGC’s vision of operational interoperability, not simply compliance with standards, but functional integration across systems.

From Pilot to Operational Impact

CDRP24 reinforced a central insight:

Resilience is not just about observing climate risk. It’s about operationalizing intelligence across distributed systems.

Voyager’s contribution focused on enabling:

• Cross-agency discoverability

• Automated data workflows

• Unified search across complex geospatial assets

• Secure, scalable integration

By connecting — rather than replacing — existing platforms, Voyager supports the infrastructure layer necessary for coordinated climate and disaster response.

Building Infrastructure for Mission-Critical Moments

Climate resilience is not theoretical.

It is operational, and time-sensitive. And it requires systems that can move from observation to action without friction.

Participation in OGC’s Climate and Disaster Resilience Pilot 2024 underscores Voyager’s commitment to advancing interoperability at scale, helping transform distributed Earth observation assets into coordinated, actionable intelligence.

Because in climate and disaster response, resilience depends not only on the data we collect, but on how quickly and seamlessly we can use it.