Spera helps users create, inspect, revise, and compile private trading strategies, reusable modules, and custom nodes; run exact-revision backtests; and maintain project knowledge and artifact documentation. It does not deploy live trading bots, place trades, or access exchange credentials.
How to use
- 1Add it in ChatGPT
Open Spera in ChatGPT's Plugin directory (button above), select + to add it and sign in if asked.
- 2Use it in a chat
Type @ in the composer and pick Spera, or start your message with its name. ChatGPT may also suggest it when it fits what you ask.
Skills 8
- spera-write-documentation
Read and update exact Spera strategy, module, or custom-node documentation through the remote Spera MCP server. Use when Claude Code, Codex, or Cursor must document an artifact with optimistic revision safety, project citations, and receipt-grounded compile or backtest claims. Requires spera-foundations and a single verified documentation write; never fabricates evidence or deploys bots.
- spera-build-module
Create, edit, fork, repair, compile, and configure reusable Spera graph modules through the remote Spera MCP server. Use when a user asks Claude Code, Codex, or Cursor to build or modify a Spera module. Requires spera-foundations, exact revisions, repair-in-place, and module ports only after a clean compile; never deploys or operates bots.
- spera-build-custom-node
Create, edit, repair, and compile structured Spera custom nodes through the remote Spera MCP server. Use when a user asks Claude Code, Codex, or Cursor to build or modify a Spera custom node. Requires spera-foundations, progressive SDK discovery, canonical source and field hashes, create-once persistence, explicit compilation, and a five-real-compile limit; never claims behavior verification or deploys bots.
- spera-update-project-knowledge
Read, research, create, and revise project-scoped Markdown knowledge through the remote Spera MCP server. Use when Claude Code, Codex, or Cursor must inspect a project manifest, answer from project files with revision-pinned citations, update an ordinary Markdown file, or propose and accept a protected STRATEGY.md change. Requires spera-foundations, exact paths and revisions, receipts, and explicit acceptance for STRATEGY.md; never deploys or operates bots.
- spera-build-strategy
Create, edit, fork, repair, and compile Spera strategy graphs through the remote Spera MCP server. Use when a user asks Claude Code, Codex, or Cursor to build or modify a Spera strategy. Requires the spera-foundations rules, exact artifact revisions, state tokens, idempotency, repair-in-place, and a verified compile receipt; never deploys or operates bots.
- spera-foundations
Safely connect to Spera, inspect authorized projects and artifacts, resume durable workflows, and enforce Spera MCP authorization, revision, citation, receipt, retry, polling, and stopping rules. Use for Spera MCP setup or shared behavior behind strategy, module, custom-node, backtest, project-knowledge, documentation, or delivery workflows in Claude Code, Codex, or Cursor. Never use it for bots, Fleet, deployment, exchange credentials, or trading lifecycle actions.
- spera-deliver-strategy
Deliver a verified Spera strategy across authoring, exact-revision backtesting, project knowledge, and artifact documentation through the remote Spera MCP server. Use when Claude Code, Codex, or Cursor must complete a strategy handoff with durable cross-client continuity and evidence receipts. Composes the dedicated Spera skills and stops before deployment or bot lifecycle actions.
- spera-run-backtest
Run bounded quick or durable deep backtests for exact Spera strategy revisions through the remote Spera MCP server. Use when a user asks Claude Code, Codex, or Cursor to test, evaluate, inspect trades/equity, poll, resume, or cancel a Spera backtest. Requires spera-foundations, exact revisions, normalized settings, bounded polling and pagination, and evidence-qualified summaries; never deploys or operates bots.
Things to ask
- “Build a SOLUSDT 4h ATR squeeze breakout on Spera: 2x ATR stop, 3x ATR target. Compile it and show the receipt.”
- “Set my SOL breakout backtest to 10,000 USDT, 5 bps taker fees, 2 bps slippage, 3x leverage, 20% per order.”
- “Make a portfolio of my best BTC, ETH and SOL strategies, equal capital, and backtest it as one combined book.”