Proyecto 26 avatar

Proyecto 26

Official

@proyecto26 · Colombia

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66Public Repos
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38Published Skills

Changing the world with small contributions 🧚

Skills Distribution
DomainCloud & Comp...Distributed System.. (40%)Infrastructure Des.. (30%)Academic Research .. (20%)Full-Stack Develop.. (10%)

Agent Skills by Proyecto 26

Showing 38 vetted skills indexed across 5 GitHub repositories.

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consistency-coordination

Determine consistency models and coordination protocols for distributed systems.

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Advanced
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load-balancing

Distribute incoming network traffic across backend servers using balancing algorithms.

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Advanced
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distributed-search

Architects distributed search systems with indexing pipelines, sharding strategies, and BM25 ranking models.

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Advanced
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data-storage

Determines optimal database technology and scaling architecture from data shape, access patterns, and throughput requirements.

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Advanced
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distributed-logging

Design distributed logging pipelines with tiered storage and correlation ID propagation.

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Advanced
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content-delivery

Architects global CDNs by optimizing edge caching, origin offload, geo-routing strategies.

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Advanced
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resilience-failure

Analyze system failure modes and apply circuit breakers, bulkheads, and exponential backoff.

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Advanced
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sharded-counters

Distribute high-frequency counter writes across storage shards with HyperLogLog.

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Advanced
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task-scheduling

Design distributed task scheduling and worker allocation systems for asynchronous background processing.

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Advanced
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api-design

Define external API contracts with protocols, pagination, idempotency, and versioning.

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Advanced
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observability

Define observability strategies with metrics, logs, traces, and health monitoring.

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Advanced
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service-decomposition

Evaluate monolithic, modular monolith, and microservice trade-offs for distributed systems.

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Advanced
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sequencer

Analyze distributed ID generation requirements for uniqueness, sortability, and throughput.

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Advanced
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scaling-evolution

Diagnose system bottlenecks and determine the next incremental scaling step.

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Advanced
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system-design

Orchestrate iterative reasoning loops for open-ended system design problems.

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Advanced
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blob-store

Design scalable object storage architectures with replication or erasure coding.

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Advanced
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requirements-scoping

Structure ambiguous system design prompts into functional requirements, non-functional constraints, and out-of-scope boundaries.

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Intermediate
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caching

Implement caching strategies for read-heavy distributed systems.

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Advanced
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dns

Map domain names to infrastructure endpoints using DNS policies for global traffic routing.

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Advanced
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architecture-diagram

Generate self-contained HTML and SVG architecture diagrams from system design specifications.

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Intermediate
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back-of-the-envelope

Calculate QPS, storage, bandwidth, and server counts from traffic parameters.

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Intermediate
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messaging-streaming

Evaluate messaging patterns for asynchronous distributed system architectures.

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Advanced
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notebooklm

Query NotebookLM notebooks and generate artifacts from sources.

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Advanced
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temporal

Orchestrates durable workflows and microservices using Temporal's TypeScript SDK.

Official
Advanced

Frequently Asked Questions About Proyecto 26

FAQPage Schema
What specific tasks can engineers perform using these system design capabilities?

Engineers can perform back-of-the-envelope capacity planning, design distributed search indexing pipelines, architect global CDN strategies, and implement resilience patterns like circuit breakers and bulkheads to ensure high availability in distributed environments.

Which technical personas benefit most from these architecture and research resources?

These resources are designed for senior software engineers, system architects, and technical leads who need to evaluate trade-offs between monolithic and microservice architectures, scale database throughput, or synthesize complex research papers into actionable technical documentation.

What are the primary prerequisites for implementing these distributed system designs?

Implementation requires foundational knowledge of network protocols, database sharding strategies, and asynchronous messaging patterns. Users should have existing infrastructure environments capable of supporting PostgreSQL, distributed object storage, and standard web-based deployment targets.