Earth Observation Data Infrastructure (EODI) Standard

Earth Observation Data Infrastructure (EODI) is the operating standard for how Earth observation data is acquired, structured, governed, and delivered under the control of the buyer. It is not a reseller portal dressed up as infrastructure. It is the framework that gives the customer authority over how data enters the system, how it is normalised, how it is accessed, and how it is used downstream.

It is a standard because the rules matter. Without a standard, every integration becomes ad hoc, every dataset behaves differently, and every workflow bends around the commercial interests of whoever happens to be supplying the imagery. EODI imposes order. It defines the minimum conditions required for Earth observation to function as dependable infrastructure rather than a patchwork of vendor-led products.

This standard runs through how Earth observation data should be ingested, secured, automated, normalised, governed, scaled, monitored, and delivered so the buyer retains control of the system, not just access to the output. It sets the conditions for a platform that is interoperable, repeatable, auditable, and built to serve the mission of the organisation using it.

A commercial operator can support an EODI program. They can supply data, connect into the stack, and help deliver capability. What they cannot do is own the infrastructure if the program is to remain truly EODI. The moment control sits with a party that earns revenue from selling data, the system inherits commercial bias. Source selection, access, retention, automation, and delivery all begin to drift toward the seller’s incentives. EODI exists to prevent that. The buyer must hold the infrastructure, the rules, and the control.

A practical reference for designing, operating, and scaling Earth observation data infrastructure.

Eight Core Domains

Use the domain pages below as the canonical long-form guidance.

Infrastructure
Ingestion, storage, delivery architecture.
Security
Control, isolation, auditability.
Automation
Orchestration from tasking to delivery.
Consistency
Standardised metadata and output contracts.
Governance
Policy, compliance, and operational guardrails.
Reliability
Monitoring, resilience, and failure handling.
Scalability
Performance under growth and variable demand.
Notifications
Events, triggers, and downstream integration.

Need practical guidance before diving into a domain? Start with the latest implementation notes on the EODI blog.

Together, these domains define the operational baseline for secure, interoperable, and scalable Earth observation platforms.