Autonomous cloud infrastructure: AI-driven self-healing and optimization
This session will explore how AI is transforming cloud infrastructure from reactive incident response to proactive, self-healing systems. Attendees will gain insights into building resilient and autonomous platforms through AI-driven automation and optimization.
As cloud environments grow increasingly complex, traditional incident management is giving way to intelligent, autonomous systems. In this session, Faiz Gouri examines how AI-driven automation can detect anomalies in real time, predict failures before they happen, and trigger automated remediation workflows.
Drawing from real-world examples, Gouri outlines the key components of building self-healing cloud infrastructure, including the use of AI-powered observability and optimization techniques.
Attendees will learn how to reduce downtime, improve platform resilience, and enhance operational efficiency through practical implementation strategies. This talk offers a blueprint for platform engineers looking to integrate AI into their infrastructure and move toward fully autonomous cloud operations.
Drawing from real-world examples, Gouri outlines the key components of building self-healing cloud infrastructure, including the use of AI-powered observability and optimization techniques.
Attendees will learn how to reduce downtime, improve platform resilience, and enhance operational efficiency through practical implementation strategies. This talk offers a blueprint for platform engineers looking to integrate AI into their infrastructure and move toward fully autonomous cloud operations.
Autonomous cloud infrastructure: AI-driven self-healing and optimization
This session will explore how AI is transforming cloud infrastructure from reactive incident response to proactive, self-healing systems. Attendees will gain insights into building resilient and autonomous platforms through AI-driven automation and optimization.
Panelist

Panelist

Panelist

Moderator

Faiz Gouri
Lead Software Engineer, Microsoft
As cloud environments grow increasingly complex, traditional incident management is giving way to intelligent, autonomous systems. In this session, Faiz Gouri examines how AI-driven automation can detect anomalies in real time, predict failures before they happen, and trigger automated remediation workflows.
Drawing from real-world examples, Gouri outlines the key components of building self-healing cloud infrastructure, including the use of AI-powered observability and optimization techniques.
Attendees will learn how to reduce downtime, improve platform resilience, and enhance operational efficiency through practical implementation strategies. This talk offers a blueprint for platform engineers looking to integrate AI into their infrastructure and move toward fully autonomous cloud operations.
Drawing from real-world examples, Gouri outlines the key components of building self-healing cloud infrastructure, including the use of AI-powered observability and optimization techniques.
Attendees will learn how to reduce downtime, improve platform resilience, and enhance operational efficiency through practical implementation strategies. This talk offers a blueprint for platform engineers looking to integrate AI into their infrastructure and move toward fully autonomous cloud operations.
Autonomous cloud infrastructure: AI-driven self-healing and optimization
This session will explore how AI is transforming cloud infrastructure from reactive incident response to proactive, self-healing systems. Attendees will gain insights into building resilient and autonomous platforms through AI-driven automation and optimization.
As cloud environments grow increasingly complex, traditional incident management is giving way to intelligent, autonomous systems. In this session, Faiz Gouri examines how AI-driven automation can detect anomalies in real time, predict failures before they happen, and trigger automated remediation workflows.
Drawing from real-world examples, Gouri outlines the key components of building self-healing cloud infrastructure, including the use of AI-powered observability and optimization techniques.
Attendees will learn how to reduce downtime, improve platform resilience, and enhance operational efficiency through practical implementation strategies. This talk offers a blueprint for platform engineers looking to integrate AI into their infrastructure and move toward fully autonomous cloud operations.
Drawing from real-world examples, Gouri outlines the key components of building self-healing cloud infrastructure, including the use of AI-powered observability and optimization techniques.
Attendees will learn how to reduce downtime, improve platform resilience, and enhance operational efficiency through practical implementation strategies. This talk offers a blueprint for platform engineers looking to integrate AI into their infrastructure and move toward fully autonomous cloud operations.
Autonomous cloud infrastructure: AI-driven self-healing and optimization
This session will explore how AI is transforming cloud infrastructure from reactive incident response to proactive, self-healing systems. Attendees will gain insights into building resilient and autonomous platforms through AI-driven automation and optimization.
Panelist

Panelist

Panelist

Host

Faiz Gouri
Lead Software Engineer, Microsoft
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