Google Cloud Location Finder Pre-GA: How the New Multi-Cloud Location Service Changes Things for DACH Architects

24 April 2026

7 Min. reading time · Last updated: 04/23/2026

Google Cloud has rolled out Cloud Location Finder as a Pre-GA service. The new service provides a normalized inventory of regions and zones across Google Cloud, AWS, Microsoft Azure, and Oracle Cloud Infrastructure. For cloud architects in DACH (Germany, Austria, Switzerland), this is more than just a multi-cloud add-on: For the first time, data residency, latency, and carbon footprint can be queried via API across four hyperscalers without having to maintain a separate mapping table for each provider. Those who need to comply with EU data boundary requirements or conduct sovereignty checks get a tool that saves weeks of manual research.

Key Points at a Glance

Google Cloud has released Cloud Location Finder as a Pre-GA service, with inventory across GCP, AWS, Azure, and OCI.
Access via REST API and gcloud CLI, currently without additional licensing costs.
Data includes region and zone metadata, proximity, territory codes, and carbon footprint per location.
Practical use cases: Multi-cloud region selection, data residency audits, latency optimization, and compliance checks.
Pre-GA status means: production-ready but without standard support guarantees. Architecture decisions should document the status.

What Google Cloud has specifically deployed

What is Google Cloud Location Finder? Cloud Location Finder is a new Google Cloud service that provides location data for cloud regions and zones across multiple hyperscalers in a unified format. It covers Google Cloud Platform, Amazon Web Services, Microsoft Azure, and Oracle Cloud Infrastructure. The service is available via REST API and gcloud CLI, is free of charge, and delivers metadata for each region such as geographical location, territory code, proximity to other locations, and carbon footprint indicators.

The Google Cloud Blog describes the service as a response to a common architectural question: Which region of another hyperscaler is closest to my existing cloud infrastructure? Before Cloud Location Finder, architects had to manually piece together the answer from the respective provider documentation, often with different region naming conventions. With the new service, the query runs uniformly through an API, which accelerates architecture scripts and compliance audits.

Important for context: the service is currently in the Pre-GA phase. This means productive access is possible, but standard support guarantees do not yet apply in full. Organizations using the service in production-like workflows should document the Pre-GA status in their internal architecture documentation and note it in their contractual regime. A migration to the GA status will typically follow in the coming quarters, with then binding SLA commitments.

4 Hyperscalers

GCP, AWS, Azure, OCI in unified inventory

REST + CLI

Access via REST API and gcloud CLI

0 USD

Currently no additional licensing costs

Three Use Cases for DACH Cloud Architects

Three classes of use cases justify the effort of integrating Cloud Location Finder into your architecture routine. The first class concerns multi-cloud region selection. Those running a workload on AWS in Frankfurt and simultaneously looking for a GCP region for failover or data mirroring get the nearest GCP regions along with proximity indicators through Cloud Location Finder. Previously, this information was buried deep in multiple vendor documentation.

The second class concerns data residency audits. Those working in regulated industries with DORA, NIS2, or industry-specific requirements must be able to demonstrate that certain data is processed exclusively in EU regions. Cloud Location Finder provides a machine-readable list of territory codes per vendor, which accelerates both initial audits and ongoing compliance checks. FinOps teams use the same data for cost-of-compliance calculations.

The third class concerns carbon footprint optimization. ESG reporting increasingly requires that IT workloads be sorted by energy efficiency and CO2 profile. Cloud Location Finder provides carbon footprint indicators per region, which significantly facilitates selection for climate-sensitive workloads. For mid-sized companies that write ESG reports or have CSRD obligations, this is a welcome data foundation. Those who incorporate these values into their architecture decisions will have concrete data for the next board briefing.

What Cloud Location Finder Does

Unified region and zone data across four hyperscalers
API-based access for architecture and compliance scripts
Carbon footprint indicators for ESG-relevant selection
Proximity data for latency optimization in multi-cloud setups

What Cloud Location Finder Doesn’t Do

Real-time latency measurement between regions
Binding compliance certification per vendor
Standard support with hard SLAs while in pre-GA status
Complete coverage of smaller regional providers like Hetzner, OVHcloud, IBM Cloud

How Cloud Architects Can Deploy the Service Productively in 30 Days

Four weeks are sufficient to integrate Cloud Location Finder into your architecture routine. The following step-by-step logic has proven successful in multiple DACH-region cloud teams.

Days 1-3

API Exploration. Experiment with Cloud Location Finder via gcloud-CLI, test REST endpoints, and perform initial data extractions for your most important cloud regions.

Days 4-7

Use Case Selection. Which two or three architecture questions do we want to answer with this service? Multi-cloud failover mapping? Data residency audit? ESG reporting?

Days 8-14

Script Integration. Integrate Cloud Location Finder into existing infrastructure-as-code pipelines, FinOps reporting, or compliance dashboards. Present initial findings to architecture leadership.

Days 15-21

Contract Clarification. Coordinate with your legal department regarding the pre-GA (General Availability) status. If productive use is planned, document the risk assessment.

Days 22-30

Reporting Routine. Establish weekly or monthly evaluation cycles. Incorporate the results spreadsheet into your cloud governance reporting and brief architecture stakeholders.

What this movement reveals beyond the service itself

Cloud Location Finder is part of a broader movement. In April 2026, AWS rolled out AWS Interconnect Multicloud GA, with Google Cloud as the first launch partner and Azure integration in the coming months. Microsoft Azure is building its own cross-cloud platform tools. In 2026, hyperscalers recognize that multi-cloud is no longer the exception but the reality. Those who offer tools that simplify multi-cloud architectures gain strategic anchoring in customers’ architecture stacks.

For DACH (Germany, Austria, Switzerland) cloud teams, this is a pragmatic message. The era of either-or multi-cloud discussions is over in 2026. It’s about concrete tools that work in architectural practice and integrate with their own compliance requirements. Cloud Location Finder is one such tool that is actively usable and doesn’t cause additional licensing costs. The barrier to entry is low.

Strategically, a second observation is worthwhile. Hyperscalers are building multi-cloud simplification themselves rather than leaving it to third-party providers. This changes the position of specialized multi-cloud tools like HashiCorp Terraform, Pulumi and Crossplane. These remain relevant for infrastructure provisioning, but the data layer for location and compliance topics is moving to the hyperscalers themselves. Those making architecture decisions in the next 18 months should keep this shift in mind.

A final note on the business model: Cloud Location Finder is currently free. This is unlikely to change during the pre-GA phase. With the transition to GA and increasing adoption, a pricing discussion is possible. FinOps teams should include the service in their quarterly reviews and communicate pricing changes early. Those who critically incorporate the service into their own pipeline should have a Plan B in case barriers change. SaaS sprawl experiences show that free tools rarely remain free throughout their lifecycle. A conscious contract strategy protects against later surprises.

Frequently Asked Questions

When will Cloud Location Finder reach General Availability (GA) status?

Google Cloud hasn’t communicated a binding GA date. Experience with other GCP services suggests 2026 or early 2027. Organizations using the service productively should actively monitor the GA announcement and adjust contract terms accordingly.

What specific data does the service provide per region?

Region IDs, zone IDs, geographical location, territory codes, proximity values to other regions, and carbon footprint indicators. Data depth varies slightly by hyperscaler, but the uniform schema applies to all four covered providers.

How does this service relate to HashiCorp Terraform and Pulumi?

Cloud Location Finder is a data service, not a provisioning tool. Terraform and Pulumi remain relevant for infrastructure deployment. Cloud Location Finder can be integrated as a data source in Terraform modules, for example, for dynamic region selection in multi-cloud setups.

Is the service suitable for compliance audits in DACH countries?

As a data foundation, yes; as a binding compliance certification, no. Organizations that need to demonstrate in NIS2 or DORA contexts that data is processed in EU regions can use Cloud Location Finder as a data source. The legal certification still comes from the respective hyperscaler.

What pre-GA risks are operationally relevant?

Limited SLA commitments, potential breaking changes with API updates, and no full support contracts. Organizations using Cloud Location Finder in production pipelines should have a fallback plan and actively monitor updates.

How current are the region data?

According to documentation, Google Cloud regularly updates the inventory without specifying a fixed update interval. New regions typically appear a few weeks after the official provider announcement. Organizations needing highly current data should also check the respective provider status pages.