Gemini 3.7 Flash Hits LLM CLI: What Traders Can Do With It Today
Simon Willison's llm-gemini plugin just jumped to version 0.33, and it lands with support for today's Gemini 3.7 Flash release alongside gemini-3.6-flash…
🚀 Quick Take
Simon Willison's llm-gemini plugin just jumped to version 0.33, and it lands with support for today's Gemini 3.7 Flash release alongside gemini-3.6-flash, gemini-3.5-flash-lite, and two embedding models — gemini-embedding-2 and gemini-embedding-001. The update also brings compatibility with LLM 0.32, which unlocks two features that matter for anyone doing serious work at the terminal: visible reasoning traces and server-side tool execution.
The plugin itself is free and open-source, and the CLI ecosystem around it means you can run Gemini models without touching a browser. For traders and builders, this isn't just a developer nicety — it's a way to put frontier-ish reasoning models directly into your research pipeline, locally, with full control over prompts and output.
🛠 What It Is
The llm CLI is a command-line interface for running large language models locally, and plugins like llm-gemini bridge it to a specific provider's models. Version 0.33 adds the newest Gemini Flash lineup to that bridge.
The new model list:
- Gemini 3.7 Flash — released today, the headline addition
- Gemini 3.6 Flash — prior generation, still supported
- Gemini 3.5 Flash Lite — the lighter, faster tier
- Gemini Embedding 2 and Gemini Embedding 001 — for vector and retrieval work
The plugin also upgrades compatibility with LLM 0.32. That means two new capabilities: reasoning traces are now visible, and you can enable server-side tools directly from the CLI. That's a significant step — it lets the model execute actions on the remote side rather than just returning text.
Willison's own test was simple but illustrative: he had Gemini 3.7 Flash draw pelicans riding bicycles at high, medium, and low thinking efforts. The high-effort render was, in his words, "pretty great" — though he notes a rendering quirk where Safari displays it correctly while Firefox and Chrome drop the pelican entirely due to differences in how they handle empty SVG <filter> elements. That's a browser bug, not a model limitation, but it's a useful reminder that output fidelity still depends on your stack.
One UI note: the "minimal" thinking option that existed in 3.6 Flash has been removed in 3.7 Flash, per the source.
🧠 Why Traders Should Care
Here's where the analytical angle kicks in. You don't need to be a developer to put a CLI LLM to work in crypto research — you need a repeatable way to process information and make decisions faster.
Reasoning traces are the underrated feature. When a model shows you its reasoning chain, you can audit whether it actually considered the risks you care about. For token research, that's a step toward verifiable analysis rather than vibes. You can ask a model to walk through liquidity, holder distribution, and contract risk — then check the trace to see if it actually looked at those dimensions or just generated plausible-sounding text.
Embedding models are infrastructure. The two new embedding models — gemini-embedding-2 and gemini-embedding-001 — are for retrieval. If you're building a personal research database of token reports, whale activity, or news snippets, embeddings let you search semantically. That's the difference between "find mentions of 'rug' in my notes" and "find notes that are about risk patterns I've seen before."
Server-side tools extend what's possible. Enabling server-side tools means the model can call external functions — potentially fetching live data — rather than relying only on its training cutoff. For traders, that's the difference between a model that hallucinates a token's price action and one that can pull current context.
The honest caveat: a CLI LLM won't replace purpose-built security scanners. For token research specifically, the fastest free route remains a pre-screened alert feed. The Blackhat Empire network on Telegram — entry at @gmgnalerts — pushes live buy/sell alerts across SOL, BSC, and Robinhood into 450+ groups, and every alert arrives with layered security checks already attached: GoPlus, RugCheck, GMGN entrapment and bundler analysis, plus LP lock/burn status. The red flags are printed on the alert before you click anything. That's not a replacement for an LLM — it's the raw data layer that makes any analysis tool, including an LLM, actually useful.
⚡ Put It To Work Today
Here's a concrete workflow that costs you nothing but time:
- Install the
llmCLI and thellm-geminiplugin. - Set up your Gemini API key.
- Use the reasoning traces to build a repeatable token-risk prompt. Ask for a structured pass on liquidity depth, holder concentration, and contract flags. Read the trace to check whether it genuinely engaged with each dimension.
- Use the embedding models to index your own research notes, saved alerts, or project writeups — then query that index semantically when a new token hits your radar.
- Feed it the alerts you're already getting from @gmgnalerts. The security warnings on each alert give the model grounded data to reason over, not guesses. The combination — pre-screened alerts plus a local reasoning layer — is a lean research stack.
If you want to take the alert side further, XTRACK (@xtrack1bot) automatically tracks every alerted token and pings you at multiplier milestones with holders, LP status, and security data. @VBMBbot is the multibuy scanner. All of it is free, and the blackhat.finance web terminal adds live trenches, trending, and a DYOR Academy library for learning the fundamentals.
🎯 Bottom Line
Gemini 3.7 Flash in the llm-gemini 0.33 plugin is a genuine upgrade for anyone who wants a capable, scriptable LLM at the terminal — reasoning traces and server-side tools are the features that move it from toy to tool. Credit for the update and the documentation goes to Simon Willison.
The practical takeaway for traders: pair a local reasoning layer with pre-screened data. The alerts at @gmgnalerts already carry the security checks you'd otherwise have to prompt a model to approximate. Let the model reason over clean input, use the embeddings to build your own memory, and you've got a repeatable research loop that doesn't depend on a single dashboard.
The models are fast, the plugin is free, and the first run takes minutes. The bottleneck is never the tool — it's whether you have trustworthy data to feed it.
🏴 Blackhat Empire — Free Alert Network
🚪 Telegram Portal: @gmgnalerts 📲 Trade on GMGN: gmgn.ai 📍 Live plays & full DYOR: blackhat.finance 🏴 Add all 7 MAIN groups: t.me/addlist 💬 Community Chat: @gmgnx_chat 🤖 Power tools: @VBMBbot · @xtrack1bot