Conviva solves these challenges through an Experience-Centric approach to Observability, revolutionizing QoE for IP-enabled STBs. Download our eBook to learn more, or speak with an expert today.
In this webinar, experts will explore the benefits and challenges of cloud-native architecture and how observability paired with AIOps can help cut through the complexity and make the most of your observability practice.
The Super Bowl isn't just about a big NFL game or falling in love again with Cool Ranch Doritos. It’s a global event consistently delivering over 110 million viewers.
User experience is a complex subject. Many digital businesses, big data platforms, and observability and analytics solutions have tried to find a way to represent it effectively, but the effort, manpower, and budget required to get even a small glimpse of what users are encountering on the front-end of digital platforms has been unsustainable.
While Observability and Application Performance Monitoring (APM) tools have transformed how engineering and operations teams function over the last ten years, there are several challenges that every VP of Ops and CTO still face with no clear solution in sight. Explore this eBook by Conviva to uncover the profound influence of Experience-Centric Observability.
While Observability and Application Performance Monitoring (APM) tools have transformed how engineering and operations teams function over the last ten years, there are several challenges that every VP of Ops and CTO still face with no clear solution in sight.
Today’s monitoring tools focus almost exclusively on backend servers and applications. Unfortunately, this means ops teams are completely disconnected from the user experience, leaving them guessing in the dark and with no context on how to prioritize.
Conviva’s approach to build a platform for Experience-Centric Observability involves two key technologies: 1) A thin SDK (we call Sensor), which is a new approach to collecting data from application endpoint and 2) Time-State Technology, which is a new abstraction and system for efficient, real-time, and stateful data processing at scale.