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Big Data Cloud API integration and workflow automation

Big Data Cloud is an Australian-based API platform that provides geolocation, IP intelligence, and reverse geocoding services.

What we connect Big Data Cloud toWe integrate and automate Big Data Cloud alongside Trevor.io, Freshping, TextKit, ZScaler ZIA, Trellix ePO, Knack and hundreds of other systems.osher.com.auBig Data Cloudintegrated & automatedTrevor.ioFreshpingTextKitZScaler ZIATrellix ePOKnack
Big Data Cloud

What you can automate with Big Data Cloud

Big Data Cloud is an Australian-based API platform that provides geolocation, IP intelligence, and reverse geocoding services. If your application needs to know where a user is based on their IP address, convert GPS coordinates to a street address, or look up timezone and network information, Big Data Cloud offers a set of REST APIs that handle these lookups. The API suite includes IP geolocation (mapping IP addresses to countries, cities, and postcodes), reverse geocoding (turning latitude/longitude pairs into human-readable addresses), timezone detection, and ASN (Autonomous System Number) lookups for network analysis. There is a free tier for testing and low-volume use, with paid plans for production workloads. Because Big Data Cloud is API-first, it fits cleanly into n8n workflows using HTTP request nodes. You can enrich incoming leads with location data, personalise content based on visitor geography, flag suspicious login locations for fraud detection, or add address information to records that only have coordinates. For Australian businesses, having an Australian-based provider can simplify data residency conversations. Talk to us about data enrichment workflows using Big Data Cloud.

Big Data Cloud FAQs

Frequently Asked Questions

Common questions about how Big Data Cloud consultants can help with integration and implementation

The main APIs are IP Geolocation (IP to location), Reverse Geocoding (coordinates to address), Timezone (location to timezone), and ASN Info (IP to network owner). Each API returns JSON responses and can be called independently. There are also client-side JavaScript APIs for detecting visitor location directly in the browser.

Accuracy varies by granularity. Country-level detection is typically above 99%. City-level accuracy is lower, usually in the 70-90% range depending on the region and ISP. Big Data Cloud updates its data regularly, but IP geolocation is inherently an approximation -- it is useful for personalisation and analytics, not for pinpointing a physical address.

Yes. Big Data Cloud offers a free tier with a limited number of API calls per month, which is enough for testing and small-scale projects. Paid plans increase the monthly quota and provide faster response times. Pricing scales based on API call volume.

Use an HTTP Request node in n8n to call the Big Data Cloud API endpoint you need, passing the IP address or coordinates as parameters along with your API key. The JSON response can then be processed by downstream nodes -- storing the enriched data, routing logic based on location, or feeding it into a report.

Big Data Cloud states it is GDPR compliant and privacy-focused. IP geolocation does not require collecting personal data from the user -- it works with the IP address that is already part of any web request. However, you should review your own data processing obligations depending on how you use and store the results.

IP geolocation and ASN data are commonly used as inputs to fraud detection rules. For example, you can flag logins from unexpected countries, detect VPN or proxy usage via ASN data, or compare a user's claimed location against their IP-derived location. It is one signal among several, not a complete fraud solution on its own.

How it works

Implementing Big Data Cloud

Step 1

Identify Your Geolocation Use Cases

We start by clarifying what you need location data for: lead enrichment, content personalisation, fraud detection, address lookup, or analytics. Each use case determines which Big Data Cloud APIs you need and how the data flows into your existing systems.

Step 2

Set Up Your API Account and Keys

We create your Big Data Cloud account, generate API keys, and configure rate limits appropriate for your expected call volume. If you need multiple keys for different environments (development, staging, production), we set those up with appropriate access controls.

Step 3

Build the n8n Workflow

Using HTTP Request nodes in n8n, we build the integration workflow. For example: a new lead arrives via webhook, n8n calls the IP Geolocation API to enrich it with country and city data, then writes the enriched record to your CRM or database. We handle error cases like invalid IPs and rate limit responses.

Step 4

Map Data Fields to Your Systems

The API returns detailed JSON with fields like country, city, postcode, timezone, and confidence scores. We map the specific fields you need to the corresponding fields in your CRM, database, or analytics platform so the data lands in the right place with the right format.

Step 5

Test with Real Traffic

We run the workflow against real IP addresses and coordinates to verify accuracy, response times, and data quality. We check edge cases: IPv6 addresses, private IPs, VPN traffic, and coordinates in remote areas. Any gaps in data quality get documented so your team knows the limitations.

Step 6

Monitor Usage and Costs

We set up monitoring for API call volumes and response times using n8n execution logs. If you are approaching your plan's rate limit, we can add caching (avoid re-querying the same IP within a time window) or upgrade your plan. We also set up alerts for API errors or unusual usage spikes.

Works well with Big Data Cloud

Other tools we connect and automate alongside Big Data Cloud.

Big Data Cloud work usually lands in system integrations, AI agent development or n8n consulting.

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