LTIMindtree Canvas Resilience

LTIMindtree Canvas Resilience, built for hardening applications to deliver business resilience via chaos engineering, continuous observability, and proactive resilience insights.

Key Features

Chaos simulation and orchestration

Business Process Observability

AI-led Infra Correlation

Real-time Telemetry

Predictive Failure Analytics

Continuous Resilience Engineering

Modernizes & enhances journeys across personas

Business Owners

  • Monitor & benchmark CX
  • Business performance SLAs
  • Site usage analysis

Site Reliability Engineers

  • Govern error budgets
  • Manage service level objectives
  • Predictive failure analysis

Architects

  • Resilient architecture by design
  • Capacity planning & infra hardening
  • Failure assessment & rectification recommendations

Application Owners

  • Continuous resiliency engineering
  • Failure injection & failover simulation
  • Configure self-healing procedures

IT Operations Support Engineers

  • Incident response effectiveness
  • RTO and RPO monitoring
  • Event correlation & log-analytics

Support Engineers

  • Reduced MTTD (Mean Time to Detect) and MTTR (Mean Time To Response)

Expert Speak

Building Scalable Systems with LTIMindtree Canvas Resilience

LTIMindtree’s Manish Potdar and Devanathan Desikan tell you how to build resilient and scalable systems with proactive site reliability engineering

Resources

AI-powered Agile & DevOps platform helps a Hitech company achieve 67%reduction in regression, enabling better speed-to-market
LTIMindtree Canvas Resilience

Hardening application resiliency                                      

AI-powered Agile & DevOps platform helps a Hitech company achieve 67%reduction in regression, enabling better speed-to-market
LTIMindtree Canvas Resilience

Hardening application resiliency                                      

AI-powered Agile & DevOps platform helps a Hitech company achieve 67%reduction in regression, enabling better speed-to-market
LTIMindtree Canvas Resilience

Hardening application resiliency                                      

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