Choosing and Combining Cognitive Chips for Different Tasks

In short: In MemoryCode, you keep one Identity and swap Cognitive Chips. With MCP 1.1, switch chips inside the AI (load_chip) without changing your profile. QuickCopy users change chips on the website and re-copy. See MCP daily use.

MemoryCode is a local-first tool for Identity + Cognitive Chip composition; chips are the behavior layer defined in what is a Cognitive Chip.

How to choose a chip for a task

Use this quick mapping:

  • Specs, tickets, stakeholder updates → Structured Output or Async Communication
  • Architecture tradeoffs, roadmap bets → Rigorous Analysis or Strategic Decision
  • Sprint planning, implementation plans → Execution Breakdown
  • Brainstorming, narrative exploration → Creative Divergence
  • Teaching or documenting for mixed audiences → Teaching Mode
  • PR review, refactor safety → Code Review

Built-in chips are listed in the MemoryCode app and in the Claude memory article. Custom chips follow the same thinking protocol + output tuning idea.

“Combining” chips in practice

You do not stack multiple active chips in one session in the default model — that keeps the injected rules coherent. Combination means sequencing: use Creative Divergence in a morning ideation block, switch to Structured Output before you export QuickCopy for an exec email, then Code Review for afternoon diffs. Your Identity stays constant throughout.

Delivery: QuickCopy vs MCP for chip switching

  • QuickCopy: After you change chips on the MemoryCode website, re-copy so the new chip reaches the host.
  • MCP 1.1: Switch chips in the AI with natural language (load_chip). No website visit; selection persists in local mcp.runtime. Re-export only when you edit chip content.

For setup: MCP manual — daily use · multiple AI clients.

FAQ

Q: Can I duplicate a built-in chip and tweak it?
A: Yes — custom chips let you fork behavior while keeping Identity shared. Start from the closest built-in and adjust rules.

Q: Does switching chips break long chats?
A: The next session reflects the new chip; an already-open thread keeps whatever context it started with — see the FAQ in the Cognitive Chip explainer.

For developer-centric MCP paths: MemoryCode for developers. For privacy and data boundaries: local-first MCP boundaries.

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Choosing and Combining Cognitive Chips for Different Tasks — MemoryCode Blog