Server data from the Official MCP Registry
Execution engine for AI agents. 412 modules: browser, file, Docker, data, crypto.
Execution engine for AI agents. 412 modules: browser, file, Docker, data, crypto.
Valid MCP server (1 strong, 1 medium validity signals). 6 known CVEs in dependencies Package registry verified. Imported from the Official MCP Registry.
7 files analyzed · 7 issues found
Security scores are indicators to help you make informed decisions, not guarantees. Always review permissions before connecting any MCP server.
This plugin requests these system permissions. Most are normal for its category.
Add this to your MCP configuration file:
{
"mcpServers": {
"mcp-server": {
"args": [
"flyto-core"
],
"command": "uvx"
}
}
}From the project's GitHub README.
A debuggable automation engine. Trace every step. Replay from any point.
pip install flyto-core[browser] && playwright install chromium
flyto recipe competitor-intel --url https://github.com/pricing
Step 1/12 browser.launch ✓ 420ms
Step 2/12 browser.goto ✓ 1,203ms
Step 3/12 browser.evaluate ✓ 89ms
Step 4/12 browser.screenshot ✓ 1,847ms → saved intel-desktop.png
Step 5/12 browser.viewport ✓ 12ms → 390×844
Step 6/12 browser.screenshot ✓ 1,621ms → saved intel-mobile.png
Step 7/12 browser.viewport ✓ 8ms → 1280×720
Step 8/12 browser.performance ✓ 5,012ms → Web Vitals captured
Step 9/12 browser.evaluate ✓ 45ms
Step 10/12 browser.evaluate ✓ 11ms
Step 11/12 file.write ✓ 3ms → saved intel-report.json
Step 12/12 browser.close ✓ 67ms
✓ Done in 10.3s — 12/12 steps passed
Screenshots captured. Performance metrics extracted. JSON report saved. Every step traced.
With a shell script you re-run the whole thing. With flyto-core:
flyto replay --from-step 8
Steps 1–7 are instant. Only step 8 re-executes. Full context preserved.
# Competitive pricing: screenshots + Web Vitals + JSON report
flyto recipe competitor-intel --url https://competitor.com/pricing
# Full site audit: SEO + accessibility + performance
flyto recipe full-audit --url https://your-site.com
# Web scraping → CSV export
flyto recipe scrape-to-csv --url https://news.ycombinator.com --selector ".titleline a"
Every recipe is traced. Every run is replayable. See all 32 recipes →
pip install flyto-core # Core engine + CLI + MCP server
pip install flyto-core[browser] # + browser automation (Playwright)
playwright install chromium # one-time browser setup
Here's what competitive pricing analysis looks like in Python:
Python — 85 lines
import asyncio, json, time
from playwright.async_api import async_playwright
async def main():
async with async_playwright() as p:
browser = await p.chromium.launch()
page = await browser.new_page()
await page.goto("https://competitor.com/pricing")
# Extract pricing
prices = await page.evaluate("""() => {
const cards = document.querySelectorAll(
'[class*="price"]'
);
return Array.from(cards).map(
c => c.textContent.trim()
);
}""")
# Desktop screenshot
await page.screenshot(
path="desktop.png", full_page=True
)
# Mobile
await page.set_viewport_size(
{"width": 390, "height": 844}
)
await page.screenshot(
path="mobile.png", full_page=True
)
# Performance
perf = await page.evaluate("""() => {
const nav = performance
.getEntriesByType('navigation')[0];
return {
ttfb: nav.responseStart,
loaded: nav.loadEventEnd
};
}""")
# Save report
report = {
"prices": prices,
"performance": perf,
}
with open("report.json", "w") as f:
json.dump(report, f, indent=2)
await browser.close()
asyncio.run(main())
flyto-core — 12 steps
name: Competitor Intel
steps:
- id: launch
module: browser.launch
- id: navigate
module: browser.goto
params: { url: "{{url}}" }
- id: prices
module: browser.evaluate
params:
script: |
JSON.stringify([
...document.querySelectorAll(
'[class*="price"]'
)
].map(e => e.textContent.trim()))
- id: desktop_shot
module: browser.screenshot
params: { path: desktop.png, full_page: true }
- id: mobile
module: browser.viewport
params: { width: 390, height: 844 }
- id: mobile_shot
module: browser.screenshot
params: { path: mobile.png, full_page: true }
- id: perf
module: browser.performance
- id: save
module: file.write
params:
path: report.json
content: "${prices.result}"
- id: close
module: browser.close
No trace. No replay. No timing. If step 5 fails, re-run everything.
Full trace. Replay from any step. Per-step timing. Every run is debuggable.
site to url) and suggests alternatives when a non-existent module is requestedfields are specified, browser.extract now returns the text content of matched elements by default (previously returned empty objects)channel: 'chrome' to browser.launch to use the system-installed Chrome instead of bundled Chromium, useful for bypassing anti-bot detection on sites that fingerprint headless browsers| Category | Count | Examples |
|---|---|---|
browser.* | 38 | launch, goto, click, extract, screenshot, fill forms, wait |
flow.* | 24 | switch, loop, branch, parallel, retry, circuit breaker, rate limit |
array.* | 15 | filter, sort, map, reduce, unique, chunk, flatten |
string.* | 11 | reverse, uppercase, split, replace, trim, slugify, template |
api.* | 11 | OpenAI, Anthropic, Gemini, Notion, Slack, Telegram |
object.* | 10 | keys, values, merge, pick, omit, get, set, flatten |
image.* | 9 | resize, convert, crop, rotate, watermark, OCR, compress |
data.* | 8 | json/xml/yaml/csv parse and generate |
file.* | 8 | read, write, copy, move, delete, exists, edit, diff |
stats.* | 8 | mean, median, percentile, correlation, standard deviation |
validate.* | 7 | email, url, json, phone, credit card |
docker.* | 6 | run, ps, logs, stop, build, inspect |
archive.* | 6 | zip create/extract, tar create/extract, gzip, gunzip |
math.* | 6 | calculate, round, ceil, floor, power, abs |
k8s.* | 5 | get_pods, apply, logs, scale, describe |
crypto.* | 4 | AES encrypt/decrypt, JWT create/verify |
network.* | 4 | ping, traceroute, whois, port scan |
pdf.* | 4 | parse, extract text, merge, compress |
aws.s3.* | 4 | upload, download, list, delete |
google.* | 4 | Gmail send/search, Calendar create/list events |
cache.* | 4 | get, set, delete, clear (memory + Redis) |
ssh.* | 3 | remote exec, SFTP upload, SFTP download |
git.* | 3 | clone, commit, diff |
sandbox.* | 3 | execute Python, Shell, JavaScript |
dns.* | 1 | DNS lookup (A, AAAA, MX, CNAME, TXT, NS) |
monitor.* | 1 | HTTP health check with SSL cert verification |
See the Full Module Catalog for every module, parameter, and description.
| Playwright / Selenium | Shell scripts | flyto-core | |
|---|---|---|---|
| Step 8 fails | Re-run everything | Re-run everything | flyto replay --from-step 8 |
| What happened at step 3? | Add print(), re-run | Add echo, re-run | Full trace: input, output, timing |
| Browser + API + file I/O | Write glue code | 3 languages | All built-in |
| Share with team | "Clone my repo" | "Clone my repo" | pip install flyto-core |
| Run in CI | Wrap in pytest/bash | Fragile | flyto run workflow.yaml |
# Run a built-in recipe
flyto recipe site-audit --url https://example.com
# Run your own YAML workflow
flyto run my-workflow.yaml
# List all recipes
flyto recipes
pip install flyto-core
claude mcp add flyto-core -- python -m core.mcp_server
Or add to your MCP config:
{
"mcpServers": {
"flyto-core": {
"command": "python",
"args": ["-m", "core.mcp_server"]
}
}
}
Your AI gets all modules as tools.
pip install flyto-core[api]
flyto serve
# ✓ flyto-core running on 127.0.0.1:8333
| Endpoint | Purpose |
|---|---|
POST /v1/workflow/run | Execute workflow with evidence + trace |
POST /v1/workflow/{id}/replay/{step} | Replay from any step |
POST /v1/execute | Execute a single module |
GET /v1/modules | Discover all modules |
POST /mcp | MCP Streamable HTTP transport |
import asyncio
from core.modules.registry import ModuleRegistry
async def main():
result = await ModuleRegistry.execute(
"string.reverse",
params={"text": "Hello"},
context={}
)
print(result) # {"ok": True, "data": {"result": "olleH"}}
asyncio.run(main())
No code required — every recipe is a YAML workflow template:
flyto recipes # List all recipes
# Audit & Testing
flyto recipe full-audit --url https://example.com
flyto recipe competitor-intel --url https://github.com/pricing
flyto recipe site-audit --url https://example.com
flyto recipe web-perf --url https://example.com
flyto recipe login-test --url https://myapp.com/login --username user --password pass --success_selector .dashboard
flyto recipe form-fill --url https://myapp.com/form --data '{"email":"test@example.com"}'
# Browser Automation
flyto recipe screenshot --url https://example.com
flyto recipe responsive-report --url https://example.com
flyto recipe page-to-pdf --url https://example.com
flyto recipe visual-snapshot --url https://example.com
flyto recipe webpage-archive --url https://example.com
flyto recipe scrape-page --url https://example.com --selector h1
flyto recipe scrape-links --url https://example.com
flyto recipe scrape-table --url https://en.wikipedia.org/wiki/YAML --selector .wikitable
flyto recipe stock-price --symbol AAPL
# Data & Image
flyto recipe ocr --input scan.png
flyto recipe csv-to-json --input data.csv
flyto recipe image-resize --input photo.jpg --width 800
flyto recipe image-convert --input photo.png --format webp
# Network & DevOps
flyto recipe port-scan --host example.com
flyto recipe whois --domain example.com
flyto recipe monitor-site --url https://myapp.com
flyto recipe docker-ps
flyto recipe git-changelog
# Integrations
flyto recipe scrape-to-slack --url https://example.com --selector h1 --webhook $SLACK_URL
flyto recipe github-issue --url https://example.com --owner me --repo my-app --title "Bug" --token $GITHUB_TOKEN
Each recipe is a YAML workflow template. Run flyto recipe <name> --help for full options.
See docs/RECIPES.md for full documentation.
Recipes are just YAML files. Write your own:
name: price-monitor
steps:
- id: open
module: browser.launch
params: { headless: true }
- id: page
module: browser.goto
params: { url: "https://competitor.com/pricing" }
- id: prices
module: browser.evaluate
params:
script: |
JSON.stringify([...document.querySelectorAll('.price')].map(e => e.textContent))
- id: save
module: file.write
params: { path: "prices.json", content: "${prices.result}" }
- id: close
module: browser.close
flyto run price-monitor.yaml
Every run produces an execution trace and state snapshots. If step 3 fails, replay from step 3 — no re-running the whole thing.
from core.modules.registry import register_module
from core.modules.schema import compose, presets
@register_module(
module_id='string.reverse',
version='1.0.0',
category='string',
label='Reverse String',
description='Reverse the characters in a string',
params_schema=compose(presets.INPUT_TEXT(required=True)),
output_schema={'result': {'type': 'string', 'description': 'Reversed string'}},
)
async def string_reverse(context):
text = str(context['params']['text'])
return {'ok': True, 'data': {'result': text[::-1]}}
See Module Specification for the complete guide.
We welcome contributions! See CONTRIBUTING.md for guidelines.
Report security vulnerabilities via security@flyto.dev. See SECURITY.md for our security policy.
Apache License 2.0 — free for personal and commercial use.
Desktop App · Pricing · flyto2.com
A hosted deployment is available on Fronteir AI.
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