IP Geo API vs ipstack in 2026: HTTPS-on-Free, EU Hosting, and the Security Module Question
5-minute read · 2026 pricing · honest assessment
If ipstack is on your IP-geolocation shortlist in 2026, the comparison usually comes down to three things: does the free tier have to do real work, do you need EU data residency, and is fraud / VPN detection a first-class feature or a paid bolt-on? ipstack has a long track record and broad global edge presence, but its 2016-era pricing posture (HTTP-only free tier, USD billing, paid Security Module) creates real friction for a lot of modern teams. This post lays out where each one wins, without the marketing varnish.
Looking for the full feature matrix? Jump straight to the ipstack alternative comparison →.
The 60-second take
| What you care about | Choose |
|---|---|
| Global Anycast edge for non-EU users | ipstack |
| Already in the apilayer multi-API ecosystem | ipstack |
| XML response format (legacy parsers) | ipstack |
| HTTPS on every tier, including free | IP Geo API |
| VPN / Proxy / Tor detection bundled free | IP Geo API |
| EU-only data residency (no US transit) | IP Geo API |
| EUR billing + iDEAL / SEPA / Bancontact | IP Geo API |
| 1.000 lookups/day free instead of 100/month | IP Geo API |
Pick the row that’s the dealbreaker. If two rows pull opposite directions, the row enforcing a hard architectural constraint wins — for example, “production HTTPS pages have to call this API from the browser” beats “we’d like to keep the apilayer dashboard.”
The real reasons teams switch from ipstack to IP Geo API
The most common switch story we hear isn’t about price. It’s about production realities that the 2016-era ipstack pricing didn’t anticipate:
- HTTP-only free tier breaks browser-side calls. Modern browsers block mixed content (HTTPS page → HTTP API) by default; CSP headers block it harder. For any client-side JavaScript on a production HTTPS site, ipstack’s free tier is effectively unusable without a paid upgrade. We serve HTTPS on every tier, including the free 1.000/day plan, so prototypes ship without an upfront invoice.
- The Security Module is a separate product. ipstack’s fraud / VPN / proxy / Tor detection is paywalled behind the “Security Module” add-on, not bundled into Basic ($9.99/mo). Use cases like account-takeover protection, abuse rate-limits, or simple “block-Tor-on-signup” land on Professional ($49.99/mo) or higher. We bundle
is_vpn,is_proxy,is_tor,is_datacenter, andis_residentialflags into every response on every tier, including free. - EU-only data residency for regulated sectors. apilayer is US/Austrian and operates global Anycast — your queries can transit US edge nodes. For fintech, healthtech, gov-tech, and adtech under GDPR scrutiny, that’s a documented Article 44/45 transfer-assessment problem. We’re EU-only at infra (Hetzner Frankfurt + Vercel
fra1), at contract, and at corporate level. - USD billing fatigue. Paddle/USD invoicing plus monthly FX adds 1-3% friction on every European invoice. Dutch, Belgian, German, and French finance teams flag this on every close. We bill EUR via Mollie with iDEAL, SEPA, Bancontact, and credit card as first-class methods.
- 100 requests / month is too small to actually try. ipstack’s free tier is metered monthly at 100 requests — enough for a single-page demo and not much else. Our free tier is 1.000 requests per day (~30× ipstack’s monthly), attribution-free.
If none of these hit your stack, ipstack’s global edge and apilayer ecosystem are genuinely good and you have no switching reason. Stay where you are.
The real reasons to not switch
We try to be straight about this — the fastest way to lose a customer is to oversell the migration.
- Your users are spread across 50+ non-EU countries. ipstack’s global Anycast network beats an EU-hosted REST API on median latency for non-EU clients. For a European SaaS with European users, the latency delta rarely matters. For a global consumer app with users in Asia and the Americas, it does.
- You already use other apilayer APIs. If currencylayer, weatherstack, numverify, or another apilayer product is already in your stack and the apilayer dashboard is owned territory, the consolidation value is real. Adding a second vendor for IP geolocation only is friction.
- You need XML response format. We’re JSON-only by design. ipstack still supports XML for legacy parsers — if a downstream system requires it, the migration adds work.
- You’re locked to a longer track record. ipstack has been live since 2016. We launched in 2026. Vendor risk is a fair concern. Our mitigation: full data export, open-source clients, and a documented exit path on the pricing FAQ. But “older vendor = lower risk” is a defensible heuristic.
What migration actually looks like
For most teams the move is a single base-URL flip plus a thin response-shape adapter:
- // ipstack (HTTP-only on free tier, HTTPS on Basic+)
- const r = await fetch(`http://api.ipstack.com/${ip}?access_key=${KEY}`);
- const data = await r.json();
- const country = data.country_code;
- const city = data.city;
+ // IP Geo API (HTTPS on every tier)
+ const r = await fetch(`https://ipgeo.10b.app/v1/lookup/${ip}`, {
+ headers: { Authorization: `Bearer ${process.env.IPGEO_API_KEY}` }
+ });
+ const data = await r.json();
+ const country = data.country_code;
+ const city = data.city;
The non-obvious work is field mapping. ipstack uses country_code, region_name, city, latitude, longitude, plus the optional security block (Security Module only). We use a flatter contract: country_code, region, city, lat, lon, with is_vpn / is_proxy / is_tor / is_datacenter / is_residential always present at the top level. Full mapping table on the ipstack alternative comparison page.
What we recommend:
- Dual-call for 24-48h. In the request handler, call both ipstack and our API; log every diff to a structured store. The most common diffs are city-naming (we use canonical English; ipstack occasionally returns local-script names) and ASN organization formatting.
- Cache the response. Most workloads see a 60-80% IP repeat-rate within an hour. A 1-hour TTL cache (Redis, Memcached, or local LRU) cuts your billable count proportionally — and brings effective latency back below 1ms for hot IPs even on a REST API.
- Keep the ipstack key warm for 7 days as rollback insurance, then revoke and remove from secret stores.
Full migration guide with curl examples is on the ipstack alternative comparison page.
Pricing math at three common volumes
Direct apples-to-apples is straightforward because both vendors meter per-request. The table below is illustrative based on 2026 public list pricing for the most common workload (city-level + threat detection):
| Monthly volume | ipstack (Basic + Security Module) | IP Geo API | Notes |
|---|---|---|---|
| 100K req/mo | $9.99 (Basic) + Security Module add-on (varies; ~$50/mo realistic) ≈ $60 | €29 | Crossover at ~50K req/mo if Security Module is a must-have |
| 1M req/mo | $49.99 (Professional, includes Security Module on higher tiers) | €99 | IP Geo API ~10-15% cheaper at parity feature set |
| 10M req/mo | Custom (typically $499+/mo on Business) | €399 (custom) | Roughly comparable; threat-detection bundled vs add-on is the differentiator |
| Compliance overhead (EU residency docs, DPA, transfer assessments) | apilayer SCC + your DPO time | EU-only, no transfer assessment | Often dominates the unit economics for regulated sectors |
Numbers above are list-price snapshots from ipstack’s public pricing page on 2026-04-23. Negotiated annual contracts vary. The headline: ipstack’s flat plans are competitive once you reach the tier that bundles the Security Module — but every tier below that is an apples-to-oranges comparison because threat detection isn’t included. For workloads that need VPN/proxy flags from day one, IP Geo API’s per-request total cost of ownership tends to be lower across the 100K-1M req/mo zone where most indie / SMB / scaleup teams sit.
Trust check: should you trust this comparison?
Honest disclosure: this post is on the IP Geo API blog. We have a commercial reason to suggest switching. We tried to compensate for that bias by:
- Listing ipstack’s strengths (global edge, apilayer ecosystem, XML, longer track record) in the same depth as ours.
- Naming specific cases where ipstack is the right pick (non-EU global users, apilayer consolidation, XML legacy parsers).
- Acknowledging that vendor longevity is a defensible concern about us specifically.
- Linking ipstack’s product page directly so you can verify pricing and feature claims yourself.
- Sourcing all numbers from public pricing pages on the date stamped above.
If you spot a factual error, email hello@ipgeo.10b.app — we’ll edit and add a correction note above the fold within 48h. We’d rather be cited as accurate than aggressive.
Try IP Geo API in 5 minutes
# 1. Sign up — no credit card, 1.000 lookups/day on free tier, HTTPS included
open https://ipgeo.10b.app/pricing
# 2. Test against a known IP (Google DNS) — note HTTPS on free tier
curl https://ipgeo.10b.app/v1/lookup/8.8.8.8 \
-H "Authorization: Bearer $IPGEO_API_KEY"
# 3. Inspect the bundled threat block — no Security Module add-on needed
curl https://ipgeo.10b.app/v1/lookup/8.8.8.8 \
-H "Authorization: Bearer $IPGEO_API_KEY" | jq '{is_vpn,is_proxy,is_tor,is_datacenter,is_residential}'
Sign up free → · Full ipstack comparison → · API reference →
FAQ
Why is ipstack’s HTTP-only free tier such a big deal? Modern browsers block mixed content (HTTPS page → HTTP API) by default. CSP headers block it harder. For any client-side JavaScript on a production HTTPS site, ipstack’s free tier is effectively unusable without a paid upgrade. Our free tier ships HTTPS so side projects and MVPs can ship without an upfront invoice.
Is the threat data the same as ipstack’s Security Module?
Different upstream composition. Our is_vpn/is_proxy/is_tor/is_datacenter/is_residential classifiers run on an ensemble of public abuse feeds (Spamhaus DROP, FireHOL, AbuseIPDB-lite) plus our own passive-probe data. ipstack’s Security Module composition is not publicly documented. Both cover the common 90% of fraud-relevant flags well; specialized fraud platforms typically run their own ML on top regardless of vendor.
Will my ipstack-shaped code work as-is with IP Geo API?
Mostly the field names overlap (country_code, city, latitude/longitude ≈ lat/lon). Edge cases (continent_code, connection_type, time_zone.id vs timezone) need a thin adapter — see the field mapping table.
Can I run IP Geo API in air-gapped environments? Not today. We’re API-only by design. A self-hosted on-prem appliance is on the 2027 roadmap. Pre-2027 air-gapped use cases should stay on a database-file vendor like MaxMind.
What happens if your API has an outage? Public status page: https://status.ipgeo.10b.app with a 90-day rolling history. Our SLA is 99.5% on Business plan (multi-region active-active across Frankfurt + Amsterdam). Most production deployments cache responses with a TTL of 1-24h, which means a brief API outage degrades to stale data, not failed lookups.
Related reading
Practical companion (highly recommended if you’ve decided to switch):
- How to Migrate from ipstack to IP Geo API in 2026 → — step-by-step drop-in guide: field-by-field map, code diffs in Python / Node / Go, the HTTP→HTTPS scheme-flip and Security-Module-paywall gotchas, shadow mode, gradual cutover, rollback plan, and the 7 week-one gotchas.
Drop-in migration guides for adjacent providers (in case you’re consolidating multiple sources onto IP Geo API):
- Migrate from MaxMind GeoIP2 to IP Geo API —
.mmdb-to-API field map, weekly-sync pain, GeoIP2 nested-shape compatibility - Migrate from ipinfo.io to IP Geo API —
loc-string + ASN-org regex +Authorization-header gotchas - Migrate from ipapi.co to IP Geo API — attribution-backlink scrub +
orgconcatenation regex + free-tier rate-limit fragmentation - Migrate from ipgeolocation.io to IP Geo API — Security-API SKU consolidation +
apiKey-in-URL log-leak hardening +latitude/longitudestring-vs-number gotchas - Migrate from IP2Location to IP Geo API — BIN/CSV/MMDB decommission + IP2Proxy SKU consolidation + USD-annual-to-EUR-monthly billing +
proxy_typeenum-vs-split-booleans gotchas - Migrate from DB-IP to IP Geo API — MMDB/CSV-download decommission + IP-to-Threat / Anonymous / Datacenter SKU consolidation + CC-BY-4.0 attribution-backlink scrub +
countryCode3ISO-3 vs ISO-2 gotchas
If you’re evaluating IP geolocation APIs against multiple providers, the other head-on comparisons in this series may help:
- IP Geo API vs ipinfo.io in 2026 — head-on with the dominant North-American incumbent
- IP Geo API vs MaxMind in 2026 — managed API vs self-hosted GeoIP2 dataset trade-offs
- IP Geo API vs ipapi.co in 2026 — pricing, throughput and threat-intel comparison
- IP Geo API vs ipgeolocation.io in 2026 — feature parity, GDPR posture, EUR billing
- IP Geo API vs IP2Location in 2026 — REST-first vs database-download, IP2Proxy bundling, EU residency
- IP Geo API vs DB-IP in 2026 — REST-first vs MMDB-download EU-vs-EU, attribution-free free tier, threat bundling
Industry deep-dives
-
IP Geolocation for Fintech — KYC, Sanctions Screening, Fraud, and EU Residency → — fintech-specific deep-dive: the three IP-control surfaces (KYC country-of-origin, OFAC/EU sanctions, payment-fraud risk), EU-hosted GDPR posture, EUR billing, ASN-level hosting detection, and ≤40 ms median EU-edge latency for 800-1200 ms PSP authorisation budgets.
-
IP Geolocation for Ad-Tech — RTB Enrichment, SIVT/IVT Filtering, and Click-Fraud Attribution → — ad-tech-specific deep-dive: the three IP-control surfaces (RTB bid enrichment with ≤40 ms latency budget + OpenRTB 2.6 device.geo/device.ext, SIVT/IVT filtering with IAB-confirmed datacenter ASN block-list, click-fraud post-back attribution + risk scoring), EU-hosted GDPR + ePrivacy + IAB-TCF v2.2 posture, bundled threat fields, ASN-level granularity, and predictable EUR billing.
-
IP Geolocation for iGaming — Licence-Jurisdiction Enforcement, VPN-Circumvention Scoring, and Self-Exclusion Register Routing → — iGaming-specific deep-dive: the three IP-control surfaces (licence-jurisdiction enforcement with hard-fail-closed posture across MGA/UKGC/KSA/DGOJ/ANJ/ADM/DAS, anti-circumvention scoring with residential-proxy ASN block-list covering Bright Data + Oxylabs + Smartproxy + IPRoyal, self-exclusion register routing to GamStop/CRUKS/ROFUS/Spelpaus/OASIS by IP-country), EU-hosted GDPR + EGBA posture, bundled threat fields, ASN-level granularity, and predictable EUR billing.
-
IP Geolocation for SaaS Monetization — Geo-Pricing, EU-VAT/DAC7 Tax-Routing, Trial-Abuse Scoring, and OFAC/EAR Export-Controls → — SaaS-specific deep-dive: the four IP-control surfaces (PPP-anchored geo-pricing with ≤40 ms checkout-flow budget, EU-VAT-MOSS + OECD DAC7 tax-routing to the right Stripe/Adyen/Braintree/Paddle tax-id, trial-abuse detection with residential-proxy ASN block-list across Bright Data/Oxylabs/Smartproxy/IPRoyal, and OFAC SDN + EAR export-controls feature-gating), EU-hosted GDPR posture, bundled threat fields, ASN-level granularity, and predictable EUR billing.
-
IP Geolocation for Streaming Media — Content Licensing, VPN-Bypass Defence, CDN POP Steering, and SSAI Ad-Insertion → — Streaming-media-specific deep-dive: the four IP-control surfaces (per-territory licensing enforcement with hard-fail-closed HTTP 451 on ambiguous resolve, VPN/proxy/Tor circumvention defence with residential-proxy ASN block-list across Bright Data/Oxylabs/Smartproxy/IPRoyal, CDN POP steering and adaptive bitrate-ladder selection across Akamai/Cloudflare/Fastly/BunnyCDN/Lumen, and SSAI ad-insertion targeting with sports blackout windows via Haversine GPS-distance), ≤40 ms session-init budget on EU edges, studio-grade 24-month audit trail, threat fields on every plan, ASN-level granularity, and EU-hosted GDPR + AVMSD (Directive 2018/1808) posture.
-
IP Geolocation for E-commerce — Tax-Jurisdiction Routing, BIN-vs-IP Carding Defence, PPP-Adjusted Currency Display, and Shipping-Zone Fulfilment Routing → — E-commerce-specific deep-dive: the four IP-control surfaces (EU OSS distance-sales 27-rate map + UK VAT 20% + CH-VAT 7.7% + NO MVA 25% + US Wayfair 13-state nexus + CA GST/HST per-province + AU/SG/IN/BR/JP GST/ICMS/JCT with sanctions hard-stop on IR/KP/SY/CU/BY/RU/MM/VE at checkout; BIN-vs-IP carding + refund-fraud 6-factor weighted score at place-order with residential-proxy ASN block-list across Bright Data/Oxylabs/Smartproxy/IPRoyal/Tier3; PPP-adjusted 7-tier pricebook on first paint with VPN/proxy fall-back to BIN-billing-country; 9-warehouse fulfilment routing FRA/AMS/MAD/MIL/DOV/IAD/LAX/DEL/SIN with DDP/DDU duty pre-calc and lithium/aerosol/prescription destination-gates), ≤40 ms checkout-first-paint budget, DAC7/GDPR/EU OSS audit posture, bundled threat fields on every plan, ASN-level granularity, and EUR billing.
-
IP Geolocation for Healthcare — Cross-Border Telehealth Licensing, HIPAA PHI/EPHI Access Geofencing, EU Patient-Data Residency w/ Schrems II Routing, and Cross-Border Pharma + DEA Schedule Gating → — Healthcare-specific deep-dive: the four IP-control surfaces (cross-border telehealth licensure match at consult-init w/ US IMLC 41-state partial + CA/FL/NY/TX independent + EU MRPQ Directive 2005/36/EC + DE Bundesärztekammer + NL BIG + FR ONM + UK GMC + HTTP 451 hard-fail-closed on jurisdiction-mismatch + NO_RECIPROCITY hard-stop on IR/KP/SY/CU/BY/RU/MM/VE/AF/SO; HIPAA 45 CFR §164.308(a)(4) PHI/EPHI access geofencing w/ clinical-ASN allowlist Epic/Cerner/Allscripts/Mayo/MGH/Cleveland/Kaiser + residential-proxy ASN reject Bright Data/Oxylabs/Smartproxy/IPRoyal/Tier3 + home-office BAA-attested workstation allowlist + risk_score < 30 soft-allow; EU patient-data residency w/ GDPR Art. 9 special-category + EDPB Recommendations 01/2020 supplementary technical measures + Schrems II SCC flag for US-shard + routing to 6 EHR shards EU-FRA/EU-AMS/UK-LON/US-IAD/CA-YYZ/AU-SYD w/ VPN/proxy → fall-back to EU-FRA highest protection; cross-border pharma + controlled-substance gating w/ DEA Schedules I-V + Ryan Haight Act §3 in-person-eval requirement for telemed Rx + EU Falsified Medicines Directive 2011/62/EU originator-country audit + per-country bans for cannabis/CBD/psilocybin/MDMA/kratom), ≤40 ms consult-init budget, HIPAA/GDPR Art. 9/Schrems II/DEA/EU FMD audit posture, bundled threat fields on every plan, ASN-level granularity, and EUR billing.
-
IP Geolocation for Travel + Hospitality — Geo-Rate Enforcement + Dynamic-Pricing per Booking Origin, OTA Carding + ATO Defence, OFAC/EU CONSILIUM/UK OFSI Sanctions Screening at Booking-Init, and GDS + EU OSS / DAC7 Reporting → — Travel/hospitality-specific deep-dive: the four IP-control surfaces (geo-rate enforcement + dynamic-pricing per booking origin w/ 8-tier pricebook T1 EU-Lux 1.00x → T8 Africa 0.75x + VPN/proxy/Tor fall-back to T2_NA_LUX anti-arbitrage + SANCTIONS_HARDSTOP on IR/KP/SY/CU/BY/RU/MM/VE/AF/SO HTTP 451 at search-render + BIN-billing-country pin at checkout; OTA carding + ATO defence at booking checkout w/ corporate-travel-platform ASN allowlist AS-CWT/Amex GBT/BCD/FCM/Egencia/Navan/Amadeus/Sabre fast-lane + consumer-OTA reject on VPN/Tor/relay + residential-proxy ASN block Bright Data/Oxylabs/Smartproxy/IPRoyal/Tier3 + 6-factor carding score threshold ≥70; OFAC + EU CONSILIUM + UK OFSI sanctions screening at booking-init w/ sanctioned-origin hard-stop regardless of session residency + EU 6AMLD compelled-disclosure on VPN/proxy + US-Cuba 31 CFR §515 General License gate + luxury-segment AML thresholds yacht €10K / private jet €20K / villa €5K/night / heli €3K + PEP screen + source-of-funds eval; GDS + inventory routing + EU OSS / DAC7 reporting w/ Amadeus EU/UK + Sabre US/CA + Travelport APAC + 27 EU-MS destination-VAT rates DE 19% → HU 27% + NO 25% + CH 8.1% + UK 20% + DAC7 Directive 2021/514 reportable-platform-operator evidence-log 5-year retention + Jan-31 lead-MS annual report), ≤40 ms search-render budget, OFAC/EU CONSILIUM/UK OFSI/DAC7/EU OSS/HOTREC audit posture, bundled threat fields on every plan, ASN-level granularity, and EUR billing.
Last reviewed 2026-05-08 · IP Geo API team · Comments / corrections: hello@ipgeo.10b.app
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