Building a highly scalable system to assure Business Resilience
summary
Shows how a resilience engineering CoE, shift‑left practices and SREs combine chaos experiments, CI integration and a unified observability stack to harden a 3000‑service, multi‑cloud platform. Claims: 99.99% SLO, 60% fewer incidents, 90% reduction in MTTD/MTTR and no outages for 10 months. Describes phased chaos tests (low→high blast radius), correlating infra, APM and business‑transaction traces, and adding predictive capacity planning to cut incidents and guide remediation.
AI-written summary · about
chapters (11)
- 0:00Intro
- 2:08Drivers for Enterprise Resilience
- 4:03Why Resilience matters?
- 4:58Chaos Engineering as a lever for assuring Resilience
- 8:51Engagement Background
- 12:30Our Implementation Strategy
- 17:18Cultural Challenges
- 18:34Methodology - Smart Balancing of Shift Left & Shift Right
- 20:48Chaos Engineering Strategy
- 22:16Tailoring Tool Strategy - No one size fits all
- 23:26LTI'S Platform led Approach for Resilience Engineering
related talks
26mBreaking Systems for Resilience
44mDeveloping a Culture of Reliability and Resilience through Chaos
21mMaximizing resilience through SRE and governance: A holistic approach
46mChaos Experiments - Datacenter Stress Testing
58mResilient by Design
37mReactive to Proactive Continuous Resilience
26mIncreasing the collaboration between SREs and Developers
16mEngineering Failure-Resilient Systems