IPGeolocation.io Alternative: 87% Lower Cost for 150K Standard Lookups
Get approximately 150K standard lookups for $2.50/month instead of $19, with request-based allowances rather than variable credit consumption.
Build the Lookup Around Your Workflow
About 2× More Free Standard Lookups
IPGeolocation.io provides about 30K free standard lookups per month, while IPWho provides about 60K free requests.
Request-Based Allowances
Plan around completed requests instead of variable credit consumption when Security or Abuse data is added.
Field Filtering and Flexible Formats
Return only needed fields and choose JSON, XML, or CSV for single-IP workflows.
Pricing comparison
Compare the plans you would actually use, not only the entry tier.
| Service Plan | IPGeolocation.io | IPWho.org |
|---|---|---|
| Free usage | $0 | $0 |
| 150K credits | $19/month | $2.50/month |
| 1M credits | $79/month | $10/month |
| 5M credits | $249/month | Same $10 plan |
| Unlimited usage | Custom | $69/month |
Pricing based on official IPGeolocation.io documentation as of April 8, 2026: https://ipgeolocation.io/pricing.html
Updated: April 8, 2026
Why switch
Switch from IPGeolocation.io when production value and workflow fit matter.
- ✓You want request-based usage instead of variable credit consumption.
- ✓You need lower production cost at 150K requests.
- ✓You want core location, connection, currency, and security fields in one response.
- ✓You need field filtering and flexible response formats.
When not to switch
Stay with IPGeolocation.io when its specific strengths are central to your workflow.
- –You rely on IPGeolocation.io astronomy or advanced timezone endpoints.
- –Its credit model is already predictable for the fields you use.
- –Your current integration depends on its exact enriched response.
Production-safe migration
How to compare IPGeolocation.io and IPWho before switching
- 1Identify your current monthly request volume, required fields, and response format.
- 2Choose the IPWho plan that matches the production volume you expect.
- 3Create an IPWho API key and test both APIs with the same sample IP addresses.
- 4Map field names, authentication, errors, and response-format differences in staging.
- 5Validate bulk lookup, field filtering, and any security or connection fields your application uses.
- 6Move production traffic gradually and monitor response differences.
IPGeolocation.io alternative FAQ
Common questions before switching from IPGeolocation.io
Is IPWho a good IPGeolocation.io alternative for production use?
IPWho is a strong fit when request-based pricing, lower cost, and one app-ready response matter more than astronomy or advanced timezone endpoints.
How many IPGeolocation.io lookups do 150K credits provide?
IPGeolocation.io documents one credit for a standard lookup, three credits total when Security is added, and four credits total when both Security and Abuse are added. That means 150K credits can provide 150K standard lookups or 37.5K lookups with both modules.
When should I stay with IPGeolocation.io?
Stay if its astronomy, advanced timezone data, or exact credit-based enrichment workflow is central to your product.
Performance and Latency vs IPGeolocation.io
Maintaining strong performance globally requires efficient infrastructure. Fast response times are important for real-time applications.
IPWho.org is designed to provide consistent response performance across globally distributed infrastructure. Requests are routed efficiently to support scalable applications. *Note: Accurate P50 and P95 global latency metrics require internal server-to-server testing.*
IPGeolocation.io Limitations
- ✕Credit usage can vary depending on requested data
- ✕Performance may vary across different regions
- ✕Requires monitoring of credit consumption
IPWho Features
- ✓Request-based billing model
- ✓Globally distributed infrastructure
- ✓Designed for consistent performance across regions
- ✓Unified JSON response structure
| Location | IPGeolocation.io | IPWho.org |
|---|---|---|
| Frankfurt, DE | 36 ms | 49 ms |
| Ashburn, VA, USA | 50 ms | 30 ms |
| Singapore, SG | 39 ms | 37 ms |
| Mumbai, IN | 196 ms | 30 ms |
| Los Angeles, CA, USA | 54 ms | 39 ms |
Note: Measurement figures represent median values from a sample of HTTP synthetic request measurements per city, executed via GlobalPing datacenter network probes on April 8, 2026.
Latency figures can be independently verified via the GlobalPing network.
Verify vs IPGeolocation.io ↗Comparison Methodology
Pricing uses each provider’s published plan labels, prices, and request allowances. Latency figures are city-level median measurements from the GlobalPing network, shown as directional testing data rather than a production SLA.