Utilizing the onboard processing capabilities for GDPR compliance. Best Practices for Xovis API Development
To build live dashboards showing current occupancy, use the real-time counting endpoints. GET /api/v4/lines/counts/live
Xovis sensors (PC2S, PC3, etc.) offer two primary ways to access data: xovis api documentation
If you are looking for specific integration steps, I can help clarify: How to set up the configuration. How to use Postman to test API endpoints. The steps to implement staff exclusion using the API.
When querying a sensor directly via standard network configurations, requests utilize basic authentication or platform bearer tokens. The fundamental paths focus on three distinct data streams: How to use Postman to test API endpoints
Xovis wins on data richness (trajectories, zone occupancy) but loses on developer experience due to missing sandbox and unclear limits.
Time precision is vital for correlating data across multiple sensors. Ensure all Xovis devices and your destination servers sync to the same Network Time Protocol (NTP) server. The fundamental paths focus on three distinct data
This comprehensive guide covers everything you need to know about the Xovis API documentation, including architecture, integration strategies, core endpoints, and code examples. 1. Understanding the Xovis API Architecture
from : Start timestamp (ISO 8601 format, e.g., 2026-05-21T08:00:00Z ) to : End timestamp (ISO 8601 format)
headers = "Authorization": f"Apikey API_KEY"
Instead of manual polling, sensors can be configured to "push" data to a specific URL. For firmware 5+, this is managed through Xovis Logics , which separates data delivery into "Connections" (destination server) and "Agents" (data format/type).