Gemini Deep Research
Verified@arun-8687
npx machina-cli add skill @arun-8687/gemini-deep-research --openclawGemini Deep Research
Use Gemini's Deep Research Agent to perform complex, long-running context gathering and synthesis tasks.
Prerequisites
GEMINI_API_KEYenvironment variable (from Google AI Studio)- Note: This does NOT work with Antigravity OAuth tokens. Requires a direct Gemini API key.
How It Works
Deep Research is an agent that:
- Breaks down complex queries into sub-questions
- Searches the web systematically
- Synthesizes findings into comprehensive reports
- Provides streaming progress updates
Usage
Basic Research
scripts/deep_research.py --query "Research the history of Google TPUs"
Custom Output Format
scripts/deep_research.py --query "Research the competitive landscape of EV batteries" \
--format "1. Executive Summary\n2. Key Players (include data table)\n3. Supply Chain Risks"
With File Search (optional)
scripts/deep_research.py --query "Compare our 2025 fiscal year report against current public web news" \
--file-search-store "fileSearchStores/my-store-name"
Stream Progress
scripts/deep_research.py --query "Your research topic" --stream
Output
The script saves results to timestamped files:
deep-research-YYYY-MM-DD-HH-MM-SS.md- Final report in markdowndeep-research-YYYY-MM-DD-HH-MM-SS.json- Full interaction metadata
API Details
- Endpoint:
https://generativelanguage.googleapis.com/v1beta/interactions - Agent:
deep-research-pro-preview-12-2025 - Auth:
x-goog-api-keyheader (NOT OAuth Bearer token)
Limitations
- Requires Gemini API key (get from Google AI Studio)
- Does NOT work with Antigravity OAuth authentication
- Long-running tasks (minutes to hours depending on complexity)
- May incur API costs depending on your quota
Overview
Gemini Deep Research automates complex, long-running context gathering and synthesis tasks using Gemini's Deep Research Agent. It is ideal for topics requiring multi-source synthesis, competitive analysis, market research, or comprehensive technical investigations. The agent breaks queries into sub-questions, searches systematically, and delivers thorough reports with streaming progress updates.
How This Skill Works
The Deep Research agent decomposes complex queries into sub-questions, performs systematic web searches, and synthesizes findings into comprehensive reports. It provides streaming progress updates and saves results to timestamped files (deep-research-YYYY-MM-DD-HH-MM-SS.md and .json) via the Gemini API endpoint (https://generativelanguage.googleapis.com/v1beta/interactions) using the x-goog-api-key authentication and the deep-research-pro-preview-12-2025 agent.
When to Use It
- Competitive landscape analysis (e.g., EV batteries) to identify key players and market dynamics
- Market research and sizing for a new product or category in a target region
- Comprehensive technical investigations requiring diverse sources and structured outputs
- Vendor or technology stack benchmarking against peers with data-backed findings
- Historical or trend research (e.g., development timelines of AI accelerators like Google TPUs)
Quick Start
- Step 1: Ensure GEMINI_API_KEY is set in your environment
- Step 2: Run a query with scripts/deep_research.py --query "Your topic"
- Step 3: Optionally add --format, --stream, or --file-search-store and review the generated deep-research-*.md and .json files
Best Practices
- Define sub-questions and the desired output format before starting the research
- Use --stream for ongoing progress and --format to enforce structured deliverables
- Leverage --file-search-store to incorporate internal documents or datasets
- Monitor API usage and potential costs; scope the task to stay within quotas
- Cross-check findings with primary sources and clearly cite sources in the final report
Example Use Cases
- Research the competitive landscape of EV batteries
- Compare our 2025 fiscal-year report with current public news
- Benchmark AI accelerator vendors and compute market shares
- Map regulatory and standards changes across regions affecting our product
- Historical analysis of Google TPUs development timeline