If you build software, ship content, or run research workflows, Gemini is one of the few model families that can cover “write + code + multimodal + agentic” without turning into a science project. This hub is the clean index: what to read first, what to compare, and what to use when you need results.
I keep it simple: one page, updated regularly. Start with the primer, then jump to the exact guide you need (benchmarks, Live, CLI, robotics, RAG, or comparisons).
Last updated: February 8, 2026
Table of Contents
1) What is it? A quick primer
Gemini is Google’s multimodal model stack (text + code + images, plus real-time and agent-style features depending on the product). The leverage comes from two things: (1) choosing the right tier for the task (speed vs depth), and (2) running tight loops with constraints, tests, and grounded inputs instead of “one giant prompt.”
If you want a structured starting point, begin with the main guide below, then follow the links into Live, benchmarks, and tooling.
2) Editor’s Picks: must-read deep dives
- Main guide: models, features, and how to use them
- Gemini 3.1 Pro brings Deep Think-level reasoning to everyday dev work.
- Gemini 3: benchmarks, API pricing, and Pro/CLI workflow
- Live API: real-time voice + streaming setup
- CLI tool: terminal workflows and setup
- Computer-use model: agentic UI control + benchmarks
- Enterprise: pricing, features, and team rollouts
Recent posts (Gemini-only coverage)
- Live API guide (Feb 2, 2026)
- Deep Think review: benchmarks + pricing (Jan 17, 2026)
- Flash review: API benchmarks + pricing (Dec 18, 2025)
- Pro use cases: 10 prompts + steps (Jan 18, 2026)
- RAG stacks + file search: pricing and design notes (Nov 10, 2025)
- 2.5 Deep Think: review (Sep 4, 2025)
- 2.5 Pro vs Deep Research (Jun 23, 2025)
- Humanity’s Last Exam: 2.5 Pro coverage (May 14, 2025)
- Flash image + Nano Banana (Aug 28, 2025)
- Math benchmarks roundup (Aug 4, 2025)
- Coding: ICPC gold case study (Sep 18, 2025)
- Robotics on-device (Jul 5, 2025)
See more coverage (search “Gemini”)
3) Benchmarks & performance
Benchmarks matter only if they reflect how you actually work: coding, tool use, reliability under constraints, and time-to-correct (not just “best-case” outputs).
- Coding comparison: Gemini 3 vs GPT-5.1
- Math benchmarks: what they measure and what they miss
- SWE-bench Pro: model comparison for real code fixing
- Head-to-head: Opus 4.1 vs 2.5 Deep Think
- Math V2 benchmark review (with usage notes)
4) Comparisons & system choice
- 2.5 Pro vs Deep Research: when to use which
- 3 vs GPT-5.1: coding trade-offs
- SWE-bench Pro: multi-model comparison
5) How-to guides & product usage
- Live guide (product-level overview)
- Live API: real-time voice + streaming
- CLI: install + best terminal workflows
- RAG + file search: stack design + pricing notes
- Pro: 10 real prompts + step-by-step usage
- Image workflows: Nano Banana Pro + tips
6) Safety, controls, and deployment notes
If you’re using tool access (files, browsing, terminals, UI control), treat it like shipping software: define permissions, log decisions, and build a small eval suite before you scale usage.
7) Practical use cases
- Competitive coding case study (ICPC gold)
- Robotics 1.5: embodied reasoning overview
- Robotics on-device: what changes in practice
- Astronomy: 15 prompt examples
- Industry reaction + positioning (Gemini 3)
8) How this hub helps you move faster
- One starting point: you don’t need to guess which article answers which question.
- Decision support: benchmarks + comparisons when you need to pick a model tier.
- Workflow focus: Live, CLI, and RAG links that you can implement immediately.
9) How to choose the right tier
- Fast tier (Flash): drafts, quick summaries, lightweight code help, high-throughput tasks.
- Balanced tier (Pro): the default for most teams—coding, reasoning, multimodal work.
- Deep/reasoning tier (Deep Think / similar): when correctness matters and you’ll pay the verification cost anyway.
Rule of thumb: if you’ll spend 20+ minutes verifying the output, start with the deeper tier; otherwise iterate fast and upgrade only when needed.
10) One-page setup checklist for teams
- Define a style card: tone, formatting rules, “do/don’t” constraints, and fallback behavior.
- Build a tiny eval set: 10–20 tasks that match your real workloads (run weekly).
- Separate dev vs prod: prompts and tool permissions should not drift together.
- Permission boundaries: least-privilege for files, browsing, terminals, and UI control.
- Track time-to-correct: speed + cost are meaningless if humans must babysit outputs.
11) Notes on evaluation and reproducibility
- Run multiple trials: one “great answer” is not a stable signal.
- Measure failure modes: truncation, tool misuse, hidden assumptions, format drift.
- Log changes: model updates + prompt edits + tool changes like software releases.
- Prefer outcomes: time saved and defects avoided beat leaderboard hype.
