Predicting and Preventing Service Outage Failures for Real-Time Applications

Presented by

Muddu Sudhakar, CEO, Aisera

About this talk

More than 40% of Enterprise customers are “very dissatisfied” with their service’s availability. Thirty-nine percent of outages take up to 12 hours to resolve. Just one hour of downtime for an average-sized enterprise costs $540,000. That same Enterprise experiences, on average, 87 hours of downtime per year, costing $46 million annually. Customers are done with this. They want 0% unplanned service downtime. In this talk, we will start from quantifying the combinatorial complexity of predicting service degradation and/or outages and introduce a fully automated, empirical-driven ML/AI pipeline to discover low-frequency signals leading to future major service problems.

Key Takeaways:

  • Concrete examples of how the networking industry is leveraging the latest techniques in ML/AI and workflow automation
  • Advanced de-noising and automated annotation techniques to discover low-frequency signals embedded in a massive amount of input data
  • The importance of empirical data analysis as a precursor to designing the ML algorithm pipeline

Predicting and Preventing Service Outage Failures for Real-Time Applications

Presented by

Muddu Sudhakar, CEO, Aisera

About this talk

More than 40% of Enterprise customers are “very dissatisfied” with their service’s availability. Thirty-nine percent of outages take up to 12 hours to resolve. Just one hour of downtime for an average-sized enterprise costs $540,000. That same Enterprise experiences, on average, 87 hours of downtime per year, costing $46 million annually. Customers are done with this. They want 0% unplanned service downtime. In this talk, we will start from quantifying the combinatorial complexity of predicting service degradation and/or outages and introduce a fully automated, empirical-driven ML/AI pipeline to discover low-frequency signals leading to future major service problems.

Key Takeaways:

  • Concrete examples of how the networking industry is leveraging the latest techniques in ML/AI and workflow automation
  • Advanced de-noising and automated annotation techniques to discover low-frequency signals embedded in a massive amount of input data
  • The importance of empirical data analysis as a precursor to designing the ML algorithm pipeline