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mcp-techTrend

trends-mcp

mcp-techTrend MCP server

ν•œκ΅­μ–΄ λ¬Έμ„œ: README.ko.md

A single MCP server that pulls academic + code + medical-device-regulatory trend data from seven sources and renders newspaper-style briefings β€” with per-domain tuning baked in.

Source

Tools

Notes

arXiv

arxiv_recent, arxiv_search

Per-category round-robin so small categories aren't drowned by big ones

PubMed

pubmed_search

Full abstracts via efetch.fcgi

HF Daily Papers

paperswithcode_trending

Sorted by community upvotes (replaces sunset PwC API)

GitHub

github_trending, github_search

Trending page scrape + Search API with created:> date filter

Hugging Face

huggingface_trending

Models / datasets / spaces, trending or recent

openFDA 510(k)

fda_510k_recent

Device clearances

openFDA Recalls

fda_recalls_recent

Recall events with class filter

(aggregators)

trends_digest, trends_briefing

Multi-source parallel calls

trends_briefing is the headline tool: invoke "weekly news" / "μ£Όκ°„ λ‰΄μŠ€" and get a newspaper-formatted briefing across all enabled sources, automatically translated into the user's conversation language by the LLM.


Why this exists

Most academic / code / regulatory MCP servers are single-source. This one is multi-source and domain-aware: a researcher tracking medical-imaging AI, an ML engineer following ML papers, a security analyst watching CVEs and trending repos β€” all configure once via python configure.py, then trends_briefing becomes the "Monday morning newspaper" for their domain.

What makes it useful:

  • Newspaper format with translation hint β€” the LLM auto-translates source text (paper abstracts, recall reasons, etc.) to your conversation language while preserving identifiers, URLs, and metric values verbatim.

  • Per-category round-robin for arXiv β€” cs.HC (~50 papers/wk) doesn't get drowned by cs.LG (~1500/wk) when both are tracked together.

  • TTL cache + concurrent-request coalescing β€” repeat calls and parallel briefings don't hammer upstream APIs.

  • No required tokens. All seven sources work anonymously; tokens just raise the per-source rate limit ceiling.

  • Sandbox-safe Python launcher. Bypasses the claude_desktop_config.json env block (which truncates whitespace-containing values on some macOS builds) by setting environment variables in Python before handing off to the server.


Install

git clone https://github.com/salwks/mcp-techTrend.git
cd mcp-techTrend
python3 -m venv .venv
.venv/bin/pip install -r requirements.txt

Connect to Claude Desktop by editing ~/Library/Application Support/Claude/claude_desktop_config.json:

{
  "mcpServers": {
    "trends": {
      "command": "/path/to/trends-mcp/.venv/bin/python",
      "args": ["/path/to/trends-mcp/run.py"]
    }
  }
}

⚠️ args points at run.py (the launcher), not trends_mcp.py. The launcher sets domain-specific env vars before the server starts.

Restart Claude Desktop. The trends server should appear with the tools listed below (count depends on your enabled sources).


Configuration

One source of truth: run.py. Two ways to edit it:

A. Interactive TUI β€” configure.py (recommended)

python configure.py
═══ trends-mcp μ„€μ • ═══
  [1] Active sources       (7/7 enabled)
  [2] arXiv categories     (4 entries Β· 13 papers/wk)
  [3] PubMed query
  [4] API tokens           (0/4 set)
  [5] Show current config
  [6] Save and restart
  [7] Quit without saving

Toggle sources with numbers, set arXiv weights with set 1 7, apply presets with preset medical-imaging, save with [6]. The save action backs up to run.py.bak, writes the new SETTINGS block (AST-based β€” never touches non-config code), and runs pkill -f trends_mcp so Claude Desktop respawns the server with the new config on next call.

The TUI menu labels are in Korean; commands and presets are in English. i18n of the TUI itself is on the v0.2 roadmap.

Single-shot modes:

python configure.py --show       # print current config
python configure.py --restart    # pkill stale MCP processes

B. Direct edit β€” run.py SETTINGS block

TRENDS_ENABLED_SOURCES = ""                          # "" = all
TRENDS_ARXIV_CATEGORIES = "cs.LG:5,cs.CV:3,cs.CL:3,cs.AI:2"
TRENDS_DEFAULT_PUBMED_QUERY = "(deep learning OR AI) AND (medical OR clinical)"
# GITHUB_TOKEN = "ghp_..."         # raises 60 β†’ 5,000 req/h
# HF_TOKEN = "hf_..."
# NCBI_API_KEY = "..."             # raises 3 β†’ 10 req/s for PubMed
# OPENFDA_API_KEY = "..."          # raises 240 β†’ 120,000 req/day

Restart Claude Desktop after saving (or pkill -f trends_mcp).

C. From chat β€” trends_set_* tools

Same SETTINGS block, edited via MCP tool calls. The chat path and configure.py read & write the same run.py (single source of truth), so changes from either side are visible to the other.

Just say it in chat:

"νŠΈλ Œλ“œμ—μ„œ PubMed 쿼리λ₯Ό cardiology μͺ½μœΌλ‘œ λ°”κΏ”μ€˜" "github와 arxiv만 μΌœλ‘¬" "GitHub 토큰 λ“±λ‘ν• κ²Œ: ghp_..."

The host Claude picks the right trends_set_* tool and confirms what changed. After any change, restart Claude Desktop (or run pkill -f trends_mcp in a terminal) β€” the MCP server reads the SETTINGS block at spawn time.

Tool

Purpose

trends_get_config

Show current sources, categories, query, and which tokens are set (values never returned)

trends_set_enabled_sources(sources)

Enable a subset; ["*"] or ["all"] for all

trends_set_arxiv_categories(categories)

["cs.LG:5", "cs.HC:3"]-style list

trends_set_pubmed_query(query)

PubMed syntax (MeSH, [Title/Abstract] tags)

trends_set_token(provider, value)

provider ∈ {github, hf, ncbi, openfda}; empty value clears

Tokens: trends-mcp only does read operations, so create tokens with minimal scope β€” for GitHub, no scope at all (just authentication for rate limit). Don't put a repo-scoped PAT here; it'd be over-permission.

Presets

# AI/ML researcher (default)
TRENDS_ARXIV_CATEGORIES = "cs.LG:5,cs.CV:3,cs.CL:3,cs.AI:2"

# Medical imaging / clinical AI
TRENDS_ARXIV_CATEGORIES = "eess.IV:5,cs.CV:3,cs.HC:2,q-bio.QM:2"

# Robotics
TRENDS_ARXIV_CATEGORIES = "cs.RO:5,cs.AI:3,cs.LG:2,cs.CV:2"

# HCI / UX
TRENDS_ARXIV_CATEGORIES = "cs.HC:5,cs.CY:3,cs.AI:2,cs.SI:2"

# Security
TRENDS_ARXIV_CATEGORIES = "cs.CR:5,cs.LG:2,cs.NI:2"

# Computational biology
TRENDS_ARXIV_CATEGORIES = "q-bio.QM:4,q-bio.GN:3,q-bio.BM:3,stat.AP:2"

Common arXiv categories (full reference: ARXIV_CATEGORIES.md):

Code

Field

Weekly papers (approx)

cs.AI

Artificial Intelligence

500–800

cs.LG

Machine Learning

1,500–2,000 (largest)

cs.CV

Computer Vision

1,000–1,500

cs.CL

NLP

500–800

cs.HC

HCI / UX

50–100

cs.RO

Robotics

100–200

cs.CR

Security

~200

eess.IV

Image/Video Processing (medical imaging)

100–200

q-bio.QM

Quantitative biology

50–100

Source allowlist

TRENDS_ENABLED_SOURCES = "arxiv,github,huggingface,paperswithcode"
# β†’ fda_510k, fda_recalls, pubmed tools won't appear in the tool list at all

Empty / "*" / "all" = enable everything. Disabled sources don't register their tools, so the chat tool list itself shrinks. trends_digest and trends_briefing remain registered and skip disabled sources gracefully.


Tools

Tool

Purpose

arxiv_recent

Recent papers in one category, by submission date

arxiv_search

Keyword / field-syntax search (ti:, au:, abs:, cat:)

pubmed_search

PubMed search (MeSH terms, field tags) β€” abstracts via efetch

paperswithcode_trending

HF Daily Papers, sorted by community upvotes

github_trending

Browse github.com/trending (HTML scrape)

github_search

GitHub Search API; days filters by created:

huggingface_trending

HF Hub models / datasets / spaces

fda_510k_recent

Recent FDA 510(k) clearances

fda_recalls_recent

Recent FDA medical-device recalls (class filter)

trends_digest

Multi-source bullet-list digest, given a topic

trends_briefing

Multi-source newspaper briefing; topic optional

trends_get_config

Show current settings (token values never returned)

trends_set_enabled_sources

Toggle which sources are active

trends_set_arxiv_categories

Set arXiv categories + per-category weights

trends_set_pubmed_query

Set the default PubMed query

trends_set_token

Set / clear a rate-limit booster token

All search tools accept days=N for recent-N-days filtering. trends_briefing groups results into πŸŽ“ Research / πŸ’» Code & Models / πŸ₯ Regulatory sections. The five trends_*_config / trends_set_* tools are configuration mirrors of configure.py β€” see Configuration Β§ C.

trends_digest

trends_briefing

Topic

required

optional ("what's new" mode)

Source range

configurable subset (default 4)

all enabled sources

Format

bullet-list digest

grouped newspaper format

Use case

topic deep-dive

regular weekly briefing


Caching

Per-process in-memory TTL cache wraps every HTTP response. Concurrent identical requests are coalesced via per-key asyncio.Lock β€” N parallel callers fire one upstream request.

TTL group

Length

Tools

Trending

5 min

github_trending, paperswithcode_trending, huggingface_trending (trending sort), github_search (with days)

Default

10 min

arxiv_recent, arxiv_search, github_search, huggingface_trending (other sorts)

Static

1 hour

pubmed_search, fda_510k_recent, fda_recalls_recent

Up to 256 entries; oldest evicted when full. No way to disable β€” TTLs are short enough that staleness is bounded.


Known limitations

  • GitHub Trending is HTML scraping β€” no official API exists. Layout changes can break it. Stable trending substitute: github_search with days=7 and sort=stars.

  • HF trendingScore is undocumented. API surface may change.

  • HF Daily Papers covers ~50 curated papers/day, not all of arXiv. It's a "what was talked about" feed, not exhaustive.

  • arXiv has no native trending β€” we approximate via category-balanced recent-submissions feeds.

  • openFDA classification field sometimes returns None even on recently classified recalls (upstream data lag). Search index lags too.


Roadmap (TODO)

  • v0.2: i18n for the TUI menu and briefing section headers

  • bioRxiv / medRxiv via RSS

  • Semantic Scholar (citation graph)

  • openFDA Adverse Events (MAUDE)

  • EU EUDAMED scraping

  • PMDA (Japan medical devices)

  • MFDS (Korea medical devices)

  • Mock-based test suite for CI


License

MIT

Install Server
A
license - permissive license
A
quality
B
maintenance

Maintenance

–Maintainers
–Response time
0dRelease cycle
2Releases (12mo)

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