net.hookpulse/hookpulse

net.hookpulse/hookpulse · v1.0.1

Dead-man switch for cron and webhooks: ingest URL, miss detection, alerts and a status feed.

MCPremoteno credentials

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Last check

Reachable, 24 tools, protocol 2025-06-18 · checked 2026-10-17

Test & rating

A 92/100

What it does: 24 tools · 15 read, 9 write (incl. delete/pay) · Email

Test call health: worked (813 ms)

How the rating is made

Answers without login: +30
Speed of first answer: +10
Lists tools: +10
Tool descriptions: +13
Parameter descriptions: +4
Read/write annotations: +5
Safe test call: +20
More than 80 tools: 0

Tested 2026-10-17. Fixed rules, no AI model. Grade A needs a successful real call.

Install

Remote URL

https://hookpulse.net/mcp

Tools

24 tools listed at last check

api_index Full index of the HookPulse API.
health Liveness.
create_guest Creates a guest token hp_… Keep the token: without it there is no way back to the monitors, unless you have already tied them to an e-mail.
list_endpoints Lists the guest's/session's endpoints.
create_endpoint Create a monitor for a routine. Use cron, tz and grace_sec for a schedule, or interval_sec for a fixed check-in interval. Set max_duration_sec to detect an open run that exceeds its time limit. With `check` the monitor is a site: HookPulse calls `check.url` every `interval_sec` (default 300) and ale
create_site Monitor a website: HookPulse calls check.url every interval_sec (default 300) and alerts when it goes down and when it is back. With `check` the monitor is a site: HookPulse calls `check.url` every `interval_sec` (default 300) and alerts when it goes down — two failed checks in a row, one minute apa
check_site Check a site monitor now. One call every 10 seconds per destination host. One call every 10 seconds per destination host, for everyone: the button cannot hammer a site. The first state of a new site comes from here, without an alert — you are looking at it. After that, the state and the alerts come
list_sites The state of every site you monitor (up, down, waiting, paused), with the last check.
import_crontab Reads a crontab and proposes one monitor per scheduled line. Without apply=1 nothing is written; the proposal says what was ignored and why. Passwords in the command are redacted. The body is the crontab itself, as `text/plain`. Without `?apply=1` **nothing is written**: you get the proposal — what
get_endpoint Status of one endpoint (use the endpoint token if you have it). The monitor token only reads: it lets you put the state on a third-party dashboard without handing over the owner's credential. With a schedule it is here that `next_expected_at` says when the next run is due.
delete_endpoint Removes the owner's endpoint.
list_events Latest ingest pings.
ping_ingest Simulates the cron: GET on /in/:id. No credential on purpose — the caller is a cron, and the ID is already the secret.
signal_start Says the run STARTED. Does not clear the dead-man clock: a routine that starts and hangs still becomes a miss. The next success records the duration. `start` is not proof of life: it does not move `last_event_at` and does not clear the miss counter, so a routine that starts and hangs still becomes a
signal_fail Record a failed run. The next five-minute check sends the alert with reason fail. The monitor's alert_repeat_sec controls repeated alerts; the default is 24 hours. Failing is not proof of life either: the clock keeps running. The ingest never sends e-mail and never calls out — it records `alert_pend
signal_exit_code The shell exit status: 0 behaves like a ping, 1-255 record the code as a failure. `curl -fsS $ORIGIN/in/ID/$?` at the end of a script is the whole integration. `0` behaves exactly like a plain ping; 1 to 255 record the code and leave the failure for the cron.
ingest_key Returns (minting the first time) the key for /in/<key>/<slug>, where a ping creates its own monitor inside the free tier. Instruments a whole fleet with no setup call per job. One key per owner. The key survives signing in: the crontab you deployed keeps working.
ingest_key_rotate Rotates the ingest key; the previous one stops creating monitors. Existing ones keep working. Monitors already created keep working — rotating only revokes the power to create new ones.
ping_slug Create a monitor on its first check-in. The same slug uses the same monitor. A rejected creation writes no monitor or event. The slug becomes the monitor name and its identity: the same slug always means the same monitor, so a retry never creates a second one. Normalised to lowercase, `[a-z0-9-]`, 4
signal_slug Send start, fail or an exit code by name, with the ingest key; the first signal of a new name creates its monitor. The same signals as `/in/:id/start`, `/in/:id/fail` and `/in/:id/:exit_code`, for a fleet that only knows the ingest key: the job sends its name, not the monitor id. The first signal of
status_feed_url Public URL (JSON and RSS) with the status of all the owner's endpoints. The feed token only reads status: it does not create, change or delete. Whoever has the link sees the dashboard — treat it as a secret.
status_feed_rotate Rotates the status feed token; the previous URL stops working.
list_templates Ingest snippets and the JSON HookPulse POSTs on a miss. It exists so nobody guesses the alert format: `miss_json` and `recovery_json` here are the same bodies that arrive at your `alert_url`. Slack and Discord receive only the field they read.
contact Write to the people behind the product: a question, or a sponsorship/partnership/advertising proposal. One route for a question and for a sponsorship, partnership or ad proposal (`tipo`, with the placements of `GET /api/partners`). One message every 10 seconds per network: one that arrives sooner wa

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