Paweł Siwek
Azure-Well Architected Framework - designing mission critical workloads in practice
#1about 3 minutes
The inevitability of software failures in real life
Software failures are inevitable, as illustrated by real-world examples like a hotel check-in app failing due to a database error.
#2about 4 minutes
Defining mission-critical workloads and key metrics
Mission-critical workloads are systems where failure causes severe business damage, requiring a focus on reliability over cost and defined SLO, RTO, and RPO.
#3about 9 minutes
Using application design patterns for system resilience
Implement patterns like scale units, bulkheads, queue-based load leveling, retries, and circuit breakers to build resilient applications that can handle failures gracefully.
#4about 3 minutes
Implementing observability and health modeling in Azure
Establish a robust observability strategy using centralized logging, layered application health models, and synthetic tests to proactively monitor system availability and performance.
#5about 5 minutes
Avoiding common platform design and configuration mistakes
Correct common architectural mistakes by choosing appropriate paired regions, using Azure Front Door for HTTP traffic, and selecting the right compute and data replication services.
#6about 3 minutes
Understanding critical architectural trade-offs and anti-patterns
Recognize that architecture involves trade-offs between reliability and cost, and avoid anti-patterns like multi-cloud deployments that increase complexity without improving resilience.
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03:40 MIN
Using the framework for continuous solution improvement
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Q&A on architecture careers and cloud best practices
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04:46 MIN
Understanding the key layers of application resilience
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Core strategies for building resilient systems
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Q&A on migration strategy and stakeholder management
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