Use Cases
API & Data Integration

Embedding location risk in a data warehouse and BI dashboard

Route the Base Operations API into your data warehouse and surface location risk in the BI tools your teams already use. Blend Base Score and month-over-month change with your internal data for a company-wide risk layer that refreshes on its own.

Decode local threats to safeguard your global operations.
Embedding location risk in a data warehouse and BI dashboard
Source
Base Operations API
Warehouse
Snowflake
Blend
+ 2 data sources
Dashboard
Tableau

See how the Base Operations API fits in your security stack

Read case Study

Use Case Overview

Embedding location risk in a data warehouse and BI dashboard

Base Operations delivers location risk through a REST API, so security teams can treat it as one more dataset in the company's existing data stack rather than a separate tool to stand up. A global social media and technology platform runs corporate security with a team of two, so they routed the API into Snowflake and surfaced it in Tableau. This use case shows how to blend Base Score and month-over-month change with internal data for a company-wide risk layer that refreshes on a schedule.

Who Benefits

This use case is valuable for Security Directors and Corporate Security leaders who want risk data inside the systems the business already runs, Security Data and Analytics teams maintaining a warehouse and BI stack, and lean security teams that need enterprise reach without added headcount. It's especially relevant for technology companies, financial services firms, and any enterprise that already operates a central data warehouse and BI platform.

Protection Impact

Surfacing location risk in the same dashboards the business already reads keeps security, real estate, and operations working from one shared picture. Tracking how each site's risk moves month over month lets teams catch deterioration early and focus attention on the locations that are changing, before those shifts turn into incidents.

Operational Improvements

Traditional security programs often stand up a separate tool for location risk, which adds cost, another login, and a dataset no one else in the company can see. Base Operations transforms this approach by providing:

  • API delivery that lands risk data directly in your existing warehouse
  • A month-over-month change metric that tracks movement against each site's own baseline
  • A shared layer that security, real estate, and operations all read from
  • Automatic scheduled refreshes that need no manual upkeep

Use Case Walkthrough

The insight here is that Base Operations data behaves like any other enterprise dataset. Once it lands in the warehouse, a two-person security team gets the leverage of the company's entire BI platform.

Recipe at a glance

Footprint

Global office & campus portfolio

Refresh cadence

Scheduled · live Q1 2026

Team

2-person corporate security

Endpoints

Base Score · Change detection · Trend

Key parameters

radius per site · monthly history

Destination

Snowflake → Tableau

Step 1: Pull on a schedule

A scheduled job calls the API for each site, returning the Base Score plus the month-over-month change metric.

How it works

Source
Base Operations API
Base Score + monthly change per site
Warehouse
Snowflake
Company data warehouse
Blend
+ 2 data sources
Access-control · internal incident data
Dashboard
Tableau
Security + real estate teams

Step 2: Land it in the warehouse

Results land in Snowflake, the company's central data warehouse, as a time series.

Step 3: Blend with internal data

In the warehouse, Base Operations sits alongside two other sources: a POI and access-control platform for site-compliance scoring, and internal incident data from company systems.

Step 4: Surface it in BI

Tableau renders the combined layer. Both the security team and the real estate team read from the same dashboard. It has been live since Q1 2026.

The endpoints behind it

Endpoints & parameters

EndpointReturnsKey parameters
Base Score by locationComposite risk index per sitelat/long · radius
Change detection% shift vs. prior period or prior yearflags deteriorating sites
Trend data (monthly)Month-over-month event volumestime-series feed into Snowflake

What comes back

The point-in-time Base Score gives you context, and the month-over-month change metric gives you the signal. This team tracks movement: how each location's risk shifts against its own baseline, month over month.

What comes back

64Base Score · urban campus
{ "baseScore": 64, "rollingAverage": 755, "latestVsAverage": "+2.5%", "trend": [ { "date": "2024-11", "count": 906 }, { "date": "2024-12", "count": 774 } ] }
Jan822
Feb719
Mar764
Apr825
May927
Jun803
Jul792
Aug855
Sep778
Oct835
Nov906
Dec774

Monthly event volume vs. a rolling average of 755. The change metric is what the dashboard tracks over time.

Conclusion

A two-person team built an enterprise-scale risk layer that refreshes automatically, by routing Base Operations through the same infrastructure the whole company already runs on. For lean teams, that is the API's real unlock: reach that used to require headcount now comes from a scheduled query.

This is the shift from reactive to proactive. Location risk lives in the systems the business already uses, updates on its own, and gives every team one shared, current view to act on.