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flow-nexus-neural

Flow Nexus neural stack for training, evaluation, and deployment of neural agents.

allowed_tools: Read, Write, Edit, Bash, Glob, Grep, Task, TodoWrite
model: sonnet

$ インストール

git clone https://github.com/DNYoussef/context-cascade /tmp/context-cascade && cp -r /tmp/context-cascade/skills/platforms/flow-nexus-neural ~/.claude/skills/context-cascade

// tip: Run this command in your terminal to install the skill


name: flow-nexus-neural description: Flow Nexus neural stack for training, evaluation, and deployment of neural agents. allowed-tools: Read, Write, Edit, Bash, Glob, Grep, Task, TodoWrite model: sonnet x-version: 3.2.0 x-category: platforms x-vcl-compliance: v3.1.1 x-cognitive-frames:

  • HON
  • MOR
  • COM
  • CLS
  • EVD
  • ASP
  • SPC

Purpose

Stand up Flow Nexus neural workflows with data contracts, training loops, and deployment hooks.

Trigger Conditions

  • Use this skill when: Need Flow Nexus neural pipelines for model training or adaptive agent behaviors.
  • Reroute when: If building general platform topology, use flow-nexus-platform.

Guardrails (Inherited from Skill-Forge + Prompt-Architect)

  • Structure-first: every platform skill keeps SKILL.md, examples/, and tests/ populated; create resources/ and references/ as needed. Log any missing artifact and fill a placeholder before proceeding.
  • Confidence ceilings are mandatory in outputs: inference/report 0.70, research 0.85, observation/definition 0.95. State as Confidence: X.XX (ceiling: TYPE Y.YY).
  • English-only user-facing text; keep VCL markers internal. Do not leak internal notation.
  • Adversarial validation is required before sign-off: boundary, failure, and COV checks with notes.
  • MCP tagging for runs: WHO=flow-nexus-neural-{session}, WHY=skill-execution, namespace skills/platforms/flow-nexus-neural/{project}.

Execution Framework

  1. Intent & Constraints — clarify task goal, inputs, success criteria, and risk limits; extract hard/soft/inferred constraints explicitly.
  2. Plan & Docs — outline steps, needed examples/tests, and data contracts; confirm platform-specific policies.
  3. Build & Optimize — apply platform playbook below; keep iterative checkpoints and diffs.
  4. Validate — run adversarial tests, measure KPIs, and record evidence with ceilings.
  5. Deliver & Hand off — summarize decisions, artifacts, and next actions; capture learnings for reuse.

Platform Playbook

  • Workflow patterns:
    • Define datasets, validators, and data quality gates
    • Configure training/eval loops with checkpoints and metrics
    • Package models with deployment hooks and rollback plans
  • Anti-patterns to avoid: Training without dataset versioning, Skipping eval gates before deployment, Deploying without rollback hooks
  • Example executions:
    • Train a neural agent with curriculum stages and eval suites
    • Deploy a fine-tuned model with canary and monitoring hooks

Documentation & Artifacts

  • SKILL.md (this file) is canonical; keep quick-reference notes in README.md if present.
  • examples/ should hold runnable or narrative examples; tests/ should include validation steps or checklists.
  • resources/ stores helper scripts/templates; references/ stores background links or research.
  • Update metadata.json version if behavior meaningfully changes.

Verification Checklist

  • Trigger matched and reroute considered
  • Examples/tests present or stubbed with TODOs
  • Constraints captured and confidence ceiling stated
  • Validation evidence captured (boundary, failure, COV)
  • MCP tags applied for this run

Confidence: 0.70 (ceiling: inference 0.70) - Standardized platform skill rewrite aligned with skill-forge + prompt-architect guardrails.