Description
cloud-design-patterns is an agent skill from the github/awesome-copilot collection that covers 42 cloud design patterns for distributed systems. These are established solutions to recurring problems in cloud architecture, grouped by concern: reliability, performance, messaging, security and others. The patterns are technology-agnostic, so they apply on Azure, on other clouds, on-premises or in hybrid setups, and the skill explains how they support the design process. Its premise is that cloud workloads are vulnerable to the fallacies of distributed computing, the common but wrong assumptions that the network is reliable, that latency is zero and that the system never changes, and that patterns counter those assumptions in a structured way. Architects combine the patterns to meet functional and nonfunctional requirements, which cover reliability, security, cost, operational efficiency and performance. The skill is useful when choosing a topology or method for a workload, reviewing an architecture against known problems, or explaining trade-offs to a team. Patterns are not free: each adds complexity, so the architect should pick those that solve a real problem in the workload rather than adopting all of them. The skill is installed with the skills CLI from the github/awesome-copilot repository. Its skills.sh page showed about 2.2K installs and passing results from three security audits at the time of the scan.…
Highlights
- 42 technology-agnostic cloud design patterns
- Patterns grouped by reliability, performance, messaging and security
- Counters to distributed computing fallacies
- Guidance for choosing topologies and methods
- Installs with the skills CLI
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cloud-design-patterns FAQ
How many patterns are covered?
42 industry-standard patterns across reliability, performance, messaging, security and other concerns.
Are the patterns tied to one cloud?
No. They are technology-agnostic and apply on Azure, other clouds, on-premises and hybrid setups.
What are the fallacies of distributed computing?
Common but incorrect assumptions, such as that the network is reliable and that latency is zero.
Should I adopt every pattern?
No. Each adds complexity, so choose the ones that solve a real problem in the workload.
How do I install it?
Run npx skills add https://github.com/github/awesome-copilot --skill cloud-design-patterns.
What security audits does it have?
skills.sh lists three audits: Gen Agent Trust Hub Pass, Socket Pass and Snyk Pass.
What are the best cloud-design-patterns alternatives?
Popular alternatives to cloud-design-patterns include multi-cloud-architecture, python-design-patterns and slo-implementation. See all cloud-design-patterns alternatives