How is Spur Geographic IP Data different from traditional geolocation databases?

Spur uses network-level validation instead of user or ISP submissions, ensuring accurate, verifiable geographic data.

How does Spur maintain privacy?

All IPs are mapped to hexagonal grid cells (~2M globally), ensuring precision without exposing individuals or households.

How accurate is the data?

Spur achieves 99.7% city-level coverage and continuously refines accuracy through technical validation and telemetry updates.

How can I consume Spur Geographic IP data?

Available through Spur's API for real-time lookups, on-prem data feeds for bulk analysis, or integrated as baseline context in session enrichment workflows.

IP Geolocation – Verified, Privacy-Preserving Accuracy

IP Geolocation.

High-fidelity geographic enrichment for security and jurisdictional compliance.

Spur Geographic IP Data provides high-fidelity, internet-wide geo enrichment across 200+ countries for access control, attribution, and regulatory enforcement.

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The Spur platform delivers technically validated, privacy-preserving geographic enrichment across 200+ countries. Built from verified network telemetry – not crowdsourced data – it maps every IP to a consistent hexagonal grid for accurate, city-level resolution.

Legacy geolocation tools often rely on user-submitted or ISP-provided data, leading to false confidence and compliance risk. Spur provides a reliable, auditable geographic baseline that improves policy enforcement, attribution accuracy, and regulatory alignment.

Key Benefits:

Reduce risk by improving geographic accuracy vs. legacy, crowdsourced feeds.
Improve security by verifying a user’s point of presence without self-reporting.
Increase efficiency by reducing the number of vendors required to achieve baseline IP enrichment.

How Spur Reveals Accurate Locations.

01
Collect:
Spur continuously monitors global IP topology and routing behavior across 200+ countries.
02
Validate:
Proprietary algorithms verify each IP’s geographic attributes using network-layer signals – never user input.
03
Deliver:
IPs are mapped to hexagonal grid cells, preserving privacy while maintaining high-resolution accuracy.

Why Teams Choose Spur Geographic IP Data

Covers all possible IPv4 addresses, enriched with proprietary data from 203 countries updated weekly. This ensures full internet coverage down to the city level.

Comprehensive Coverage

Covers all possible IPv4 addresses, enriched with proprietary data from 203 countries updated weekly. This ensures full internet coverage down to the city level.

Accuracy

Achieves substantially higher 99.7% city-level coverage over other tools, validating higher quality data.

Data Integrity

Geo IP results are grounded in technical analysis and hard data, not crowdsourced data from users or network operators.

Privacy

Maps every input to ~2 million global hexagons, preventing excessive precision that could be used to identify individuals or households when combined with other data.

Designed for Security

Nearby IP addresses use the same grid cells, eliminating the need for complex distance calculations or city mapping.

Integrations

Seamlessly integrate raw data into your existing Spur data feeds or other analytical tools for comprehensive baseline IP enrichment.

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Identify impossible travel during authentication.

Identify VPN services used in authentication and fraud workflows.

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FAQs About Spur Geolocation

Verify Location with Confidence.

Spur’s verified, explainable geolocation intelligence delivers precision you can prove and privacy you can trust.

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How Spur Reveals Accurate Locations.

Collect:

Validate:

Deliver: