distillr 0.8.4

Source-to-intelligence platform: turn YouTube, websites, and arXiv papers into a structured, reusable corpus with per-source insights, cross-source synthesis, and Deep Research reports.

Distill

Installed as distillr on PyPI; the CLI is distill.

Turn YouTube, websites, and arXiv papers into a durable, AI-ready research corpus — all plain Markdown on your disk, with stable filenames, YAML metadata, and source receipts.

pip install distillr
distill papers "temporal knowledge graph" --topic tkg --limit 20

That one command searches arXiv, downloads 20 PDFs, extracts full text, runs structured analysis on each, and writes a cross-paper synthesis. For a 20-paper run like the example below, expect single-digit minutes and roughly ~$1 in model spend. Terminal output during the run looks like this:

Papers: temporal knowledge graph
Topic: tkg | Selected papers: 20

  [1/20] Time is Not a Label: Continuous Phase Rotation for Temporal Knowledge
         Graphs and Agentic Memory
  [2/20] Inductive Reasoning for Temporal Knowledge Graphs with Emerging Entities
  ...

  6m 47s  ~$1.01 (391,278 in / 38,117 out)

  time_is_not_a_label_260411544_Paper.md     90.4 KB
  time_is_not_a_label_260411544_Insights.md   8.1 KB
  ...
  tkg_Paper_Synthesis.md  11.8 KB
  tkg_Corpus_Synthesis.md 10.5 KB

Why not just ask Deep Research?

ChatGPT, Gemini Deep Research, and Perplexity are excellent oracles: ask a question, get an answer. Distill is an engine. It automates the tedious ingestion layer, keeps the raw transcripts and paper text next to the analysis, and turns each run into a permanent local corpus that future tools can reuse.

That matters when you are doing thesis work, competitive analysis, technical due diligence, or building a startup knowledge base. You can verify the receipts, refresh the corpus over time, query it through MCP from Claude Desktop / Cursor / other agents, and open the same Markdown folder in Obsidian, Logseq, VS Code, Notion import, or plain filesystem search.

What you get

One local library/ directory of plain Markdown. No database, no cloud lock-in, no proprietary format. Files use globally descriptive names plus YAML frontmatter so knowledge-base tools, Dataview-style plugins, and AI coding assistants can understand them without guessing from generic insights.md tabs.

Four source types, same pipeline shape (capture -> analyze -> synthesize -> report):

• YouTube — channels, topic searches, videos, Shorts
• Websites — vendor sites, research hubs, curated URL sets (browser-first crawl with PDF/embedded-video ingestion)
• arXiv papers — phrase-matched search, full-PDF extraction, structured per-paper insights, cross-paper synthesis
• X (Twitter) posts — via distill ingest <tweet-url>; uses the public syndication embed endpoint (no anti-bot scraping). When a tweet has a native video attachment, the audio is transcribed via local-first Whisper (faster-whisper on GPU/CPU, OpenAI Whisper as cloud fallback) with a vocabulary hint derived from the source metadata to keep proper nouns intact.

Plus an MCP server so AI assistants and agent systems can query the library directly.

Quick start

pip install distillr
playwright install chromium     # for YouTube search + website capture
distill doctor                  # verify API keys + system health

Set two keys in .env (copy from .env.example):

XAI_API_KEY=xai-...             # Grok models
GEMINI_API_KEY=AIza...          # Gemini Deep Research (reports + briefings)

Or run locally with Ollama (no API keys needed for ingestion):

ollama pull qwen3.5:27b         # download recommended model for 24GB GPU
echo "DISTILL_PROVIDER=ollama" >> .env
distill doctor                  # verify local setup

Then try any of:

# Goal-aware cross-source discovery (papers + videos + curated sites, reranked against a goal)
distill discover "help an AI become a great music composer" --topic music --preview
distill discover --goal-file private/my-goal.md --topic research --yes
distill discover --goal-file private/agent365-goal.md --topic agent365 --site-seeds private/agent365_sites.json --site-limit 10 --preview

# Get smart on a YouTube topic, fast
distill latest "Microsoft Fabric best practices" --limit 10 --report

# Discover and ingest arXiv papers — expands the query, LLM-reranks candidates,
# picks the top N (use --preview to see the shortlist without ingesting)
distill papers "agent memory systems" --topic memory --limit 20
distill papers "agent memory systems" --topic memory --limit 20 --preview

# Distill a vendor/research site
distill site-batch configs/example_seeds.json --topic example --seed-only

The full command reference lives in docs/usage.md.

Mental model

library/
  └── topics/<topic>/
       ├── channels/<creator>/videos/<video>/
       │     ├── <video-slug>_Transcript.txt
       │     └── <video-slug>_Insights.md
       ├── sites/<hostname>/pages/<page>/
       │     ├── <page-slug>_Content.md
       │     └── <page-slug>_Insights.md
       ├── papers/<paper>/
       │     ├── <paper-slug>_Paper.md
       │     └── <paper-slug>_Insights.md
       ├── <topic>_Topic_Synthesis.md      # cross-source
       └── <topic>_Corpus_Synthesis.md     # mixed-source view

You build a topic library over time. Ingest once, refresh on a cadence, generate a report or briefing when you need one. Older insights.md-style libraries are still readable, but new Markdown writes use the stable knowledge-base naming scheme.

See docs/outputs.md for what every artifact contains.

Sample output

A cross-paper <topic>_Paper_Synthesis.md (excerpt):

## Strongest Research Signals

- Append-only temporal representations improve long-horizon extrapolation:
  RoMem (arXiv:2604.11544), EST (arXiv:2602.12389v3), and CID-TKG converge on
  persistent or dual-view entity state over destructive overwriting, with
  consistent MRR/Hits@K gains on ICEWS and GDELT.

- Semantic gating scales better than manual relation tagging: RoMem's Semantic
  Speed Gate and EST's energy-barrier gate both learn relational volatility
  from text embeddings rather than schema tags…

Per-paper <paper-slug>_Insights.md excerpt (click to expand)

---
title: "Time is Not a Label: Continuous Phase Rotation for Temporal Knowledge Graphs"
type: "insights"
topic: "tkg"
source: "arxiv"
source_id: "2604.11544v1"
url: "https://arxiv.org/abs/2604.11544v1"
authors: ["Alice Example", "Bob Example"]
tags: ["distill/tkg", "source/arxiv", "cs.AI"]
synthesis_scope: "single-paper"
analyzed_by: grok-4.20-0309-reasoning
source_mode: full_pdf
---

### Core Contribution
1. Continuous functional rotation θ_r(τ) = s · α_r · τ · ω instead of discrete
   timestamp lookup tables. Zero-shot interpolation of unseen dates.
2. Semantic Speed Gate: MLP that reads only text embedding ϕ(r) and outputs α_r.
   Learns relational volatility from data.
3. Geometric shadowing in complex space: obsolete facts rotated out of phase so
   the correct fact outranks contradictions via the scoring function alone.

### Methods and Evidence
- On ICEWS05-15, RoMem-ChronoR reaches 72.6 MRR (vs vanilla ChronoR 68.4).
- Zero-shot domain transfer to FinTMMBench: 0.728 MRR, 0.673 R@5.
- All baselines use identical answer LLM and judge for fairness.

### Limits and Open Questions
- Computational cost at millions-of-facts scale is motivation but no latency,
  memory, or throughput numbers are reported.
- Gate pretrained only on ICEWS05-15 political events; generalization to
  highly ambiguous relations is not quantified.

For multi-topic literature reviews, stakeholder briefings, or agent grounding, distill research-brief (Gemini Deep Research, web-augmented) and distill synthesize (Grok 4.20 single-call, corpus-only) take a user-written context file that shapes the output. See docs/usage.md#research-briefings-and-deep-synthesis.

Dashboard

distill                         # terminal home screen
distill serve                   # local web dashboard at http://127.0.0.1:8899

The terminal home screen shows tracked topics, channel and topic watches, recent runs, failures, and rolling spend. The web dashboard adds clickable drill-downs to per-topic, per-channel, and per-video views with rendered markdown, plus cost history and watchlist status. Both auto-refresh and read directly from library files — no database.

MCP server, and agent-discoverable directories

Distillr is built for two parallel agent-integration paths:

Path 1 — MCP (structured queries). Claude Desktop / Claude Code config:

{ "mcpServers": { "distill": { "command": "distill-mcp" } } }

Distill exposes 8 tools, 12 resources, and 4 prompts. See docs/mcp.md for the list.

Path 2 — file system (the corpus IS the interface). When a coding agent cds into library/topics/<your-topic>/, the directory is plain Markdown with stable filenames and YAML frontmatter, so grep, cat, ls, and find are first-class query primitives — no schema to learn, no MCP setup required. From 0.8.4 forward, every topic directory ships an auto-generated CLAUDE.md orientation file that agents which auto-load it (Claude Code, Cursor, others) pick up automatically. This matches what Anthropic's Agent SDK material recommends for agent design: file system + composable tools as the substrate, with structured APIs layered on top when they help, not as the only entry point.

Cost

Bulk video analysis is essentially free ($0.006/video). Gemini Deep Research dominates paid reports ($2–3/report). distill synthesize is ~$0.50 for a multi-topic corpus pass. Every run logs actual vs estimated cost to library/cost_log.jsonl; distill costs shows the history.

Full cost model in docs/cost.md.

Docs

• docs/usage.md — full command reference
• docs/architecture.md — data flow, 4-phase report pipeline, model routing, security hardening
• docs/outputs.md — what every artifact contains
• docs/cost.md — cost model, examples, guardrails
• docs/mcp.md — MCP tools, resources, prompts
• docs/migration-grok-4.3.md — Grok 4.3 migration guide (model retirement May 15, 2026)
• docs/briefing-contexts/TEMPLATE.md — starting point for --context-file prompts
• private/README.md — where personal/client-specific files go (git-ignored)

Roadmap and changelog

• docs/CHANGELOG.md — what shipped
• ROADMAP.md — what's next

Recent: 0.8.4 Agent-discoverable library (shipped 2026-05-30). Auto-generated CLAUDE.md orientation files in every topic directory and at the library root, regenerated on every refresh, so coding agents that auto-load CLAUDE.md (Claude Code, Cursor, others) get immediate orientation when they cd in. distill claude-md --all backfills. Pure templating over existing artifacts — no new LLM calls or dependencies. See ROADMAP.md.

Next: 0.9 Discovery loop, synthesis depth, and local-file ingest — preview-as-default discovery, gap-driven discovery, two-pass synthesis with a structured claim intermediate, and distill ingest <path> for local PDFs / markdown / clipped articles. Then 0.9.1 (source breadth + audio capability — see ROADMAP.md for the five-adapter set and contract), 0.9.2 (self-maintaining audit: distill audit bundles the existing health/link/gap checks into one report + action menu), 0.10 (operational polish + run-time verify hook + the distill ask output->input loop + sub-agent-friendly MCP tools).

Contributing

See docs/CONTRIBUTING.md for dev setup, quality gates, and scope. Security disclosures go through docs/SECURITY.md.

License

MIT — see LICENSE.