The Bonree Academy livestream series is still underway! The series covers four core scenarios: data integration and governance, building operations agents with Bonree ONE · Sage AI, AI compute cost control, and business transaction observability. Operations teams commonly struggle with scattered monitoring data that is hard to govern, AI agents that are hard to put into engineering practice, uncontrolled LLM compute spending, and link changes that are hard to catch in time. The sessions break down the architecture design and hands-on steps for each, helping teams learn how to implement these scenarios and build up reusable practical experience.
Business Transaction Observability: Building Real-Time Visibility into the Full-Link Runtime State, Coming Soon. Reserve Your Spot Now!
On October 22 at 14:00, the livestream “Business Transaction Observability: Building Real-Time Visibility into the Full-Link Runtime State” goes live. Reserve your spot now!
Business transaction are constantly changing. Operations teams need to detect link changes promptly and keep watching how links are running. Relying on manual inspection and constant monitoring makes it hard to keep up with these changes. How can teams sense changes in real time, and use AI to analyze business operations in depth and improve operations efficiency?
1. Real-time insight into Transaction changes: Observe business transaction changes in real time, and quickly understand how links are changing and how healthy they are.
2. AI-powered in-depth analysis: Combine business transaction runtime information with AI to analyze link changes in depth, helping operations teams get a fuller picture of business operations and analyze more efficiently.
This livestream will take you through the core capabilities of Bonree ONE business transaction observability, explain practical approaches to real-time detection of link changes and AI-driven in-depth analysis, and show how to track business dynamics more promptly, analyze operations more deeply, and build real-time visibility into the full-link runtime state.