bi-bigdata-knowledge

Guides distributed aggregation, partitioning, joins, and reconciliation decisions for big-data BI workloads.

2|Updated Jun 22, 2026
One-click install
npx skills add https://github.com/Kemetra/Seshat-BI --skill bi-bigdata-knowledge-kemetra
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: bi-bigdata-knowledge
Source: https://github.com/Kemetra/Seshat-BI/tree/main/distribution/bundle-templates/shared/skills/bi-bigdata-knowledge
Command: npx skills add https://github.com/Kemetra/Seshat-BI --skill bi-bigdata-knowledge-kemetra

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Big-data BI work involves hard judgment calls about distributed aggregation, partitioning, join strategy, data skew, idempotency, reconciliation, performance, and cost. This Skill routes you to curated knowledge routes so those decisions follow documented stop rules instead of guesswork. ## Core Features & Use Cases - Route-based knowledge access: Opens a knowledge index and selects only the route relevant to the current question, avoiding unnecessary context. - Decision guardrails: Enforces stop rules and requires scale and operational evidence before recommending a distributed engine. - Use Case: When a retail dataset grows beyond single-node processing, use this Skill to reason about partitioning keys, skew mitigation, and idempotent re-runs before committing to a distributed engine. ## Quick Start Ask the agent to use the bi-bigdata-knowledge skill to evaluate whether your dataset's scale justifies a distributed engine and which partitioning strategy to apply.

Frequently Asked Questions about bi-bigdata-knowledge

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I decide when to use a distributed engine for BI workloads?▼

Adopt a distributed engine only when scale and operational evidence justify it. This Skill routes you through knowledge entries that define stop rules, so you evaluate data volume, skew, and reconciliation needs before committing to distributed processing.

How to handle data skew in distributed joins?▼

Data skew in distributed joins is addressed through the partitioning and join routes in the knowledge index. The Skill directs you to the relevant route covering skew detection and mitigation strategies rather than applying generic fixes.

What topics does the big-data knowledge base cover?▼

It covers distributed aggregation, partitioning, joins, skew, idempotency, reconciliation, performance, and cost reasoning. Each topic is a selectable route in the knowledge index, so you only load what the current question requires.

When should I not use a distributed processing approach?▼

Avoid distributed processing when data scale and operational evidence do not justify it. The Skill's stop rules explicitly prevent selecting a distributed engine for workloads that single-node processing can handle reliably.

How does idempotency apply to big-data BI pipelines?▼

Idempotency ensures re-running a pipeline produces the same result without duplicates or corruption. The knowledge routes cover idempotent design patterns so retries and backfills remain safe in distributed BI workflows.