IP Geolocation API

BigDataCloud Alternative: 96% Lower Cost at 1M Requests

Cover 1M monthly IP geolocation requests for $10 instead of $249, with predictable request allowances and no overage calculations.

Lower Costs From Free Testing to High-Volume Production

6× More Free Capacity

BigDataCloud provides 10K free requests per month. IPWho provides about 60K.

$239 Lower at 1M Requests

IPWho covers 1M monthly requests on its $10 plan, compared with BigDataCloud at $249/month.

$69 vs $1,999 at 10M Requests

IPWho’s $69 plan includes unlimited requests, compared with BigDataCloud’s listed 10M-request plan at $1,999/month.

Pricing comparison

Compare the plans you would actually use, not only the entry tier.

Service Plan BigDataCloud IPWho.org

Free plan

Free monthly usage

$0 10K requests/month $0 ~60K requests/month

Entry paid plan

First paid allowance

$29.95/month 100K requests/month $2.50/month ~150K requests/month

1M requests

Main production comparison

$249/month 1M requests/month $10/month ~7.5M requests/month

10M or unlimited usage

High-volume comparison

$1,999–$9,999/month 10M to unlimited requests $69/month Unlimited requests

Pricing based on official BigDataCloud documentation as of April 8, 2026: https://www.bigdatacloud.com/pricing

Updated: April 8, 2026

Why switch

Switch from BigDataCloud when production value and workflow fit matter.

  • You need core IP geolocation at a lower predictable monthly cost.
  • You want to avoid overage calculations as traffic changes.
  • You want location, timezone, currency, connection, and security data in one response.
  • You need a clearer path from 1M to higher production volumes.

When not to switch

Stay with BigDataCloud when its specific strengths are central to your workflow.

  • You rely on BigDataCloud's client-side or network-analysis capabilities.
  • Its exact response fields and overage model already fit your workflow.
  • Migration effort would outweigh the pricing difference at your current volume.

Production-safe migration

How to compare BigDataCloud and IPWho before switching

  1. 1Identify your current monthly request volume, required fields, and response format.
  2. 2Choose the IPWho plan that matches the production volume you expect.
  3. 3Create an IPWho API key and test both APIs with the same sample IP addresses.
  4. 4Map field names, authentication, errors, and response-format differences in staging.
  5. 5Validate bulk lookup, field filtering, and any security or connection fields your application uses.
  6. 6Move production traffic gradually and monitor response differences.

BigDataCloud alternative FAQ

Common questions before switching from BigDataCloud

Is IPWho a good BigDataCloud alternative for production geolocation?

IPWho is a strong fit when predictable request pricing and core app-ready IP geolocation matter more than BigDataCloud's broader client-side and network-analysis use cases.

How does cost compare at 1M monthly requests?

The comparison shows IPWho covering 1M monthly requests on its $10 plan, while BigDataCloud lists $249 for the same workload.

When should I stay with BigDataCloud?

Stay if its client-side intelligence, network-analysis capabilities, or exact response model are central to your product.

Does IPWho charge overage fees like BigDataCloud?

The comparison presents IPWho as fixed plan allowances rather than optional overage billing. Confirm current plan terms before moving production traffic.

How do BigDataCloud and IPWho compare at 10M monthly requests?

BigDataCloud lists 10M requests at $1,999/month, while IPWho’s $69/month plan includes unlimited requests.

Performance and Latency vs BigDataCloud.com

Fast API response times are important for reducing latency in user-facing applications. BigDataCloud.com leverages network routing techniques to optimize delivery in key regions.

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.*

BigDataCloud.com Limitations

  • Performance may vary outside core infrastructure regions
  • Multiple API calls may be required for full data coverage
  • Overage-based pricing can introduce variability in costs

IPWho Features

  • Globally distributed infrastructure
  • Unified response structure for key data points
  • Predictable pricing for scaling applications
  • Designed for consistent performance across regions
Location BigDataCloud.com IPWho.org
Frankfurt, DE 25 ms 49 ms
Ashburn, VA, USA 60 ms 30 ms
Singapore, SG 300 ms 37 ms
Mumbai, IN 80 ms 30 ms
Los Angeles, CA, USA 60 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 BigDataCloud.com ↗

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.