Cron fires and forgets. Cronable shows you what happened.
crontab, launchd and Windows Task Scheduler are all dependable at starting a process on a schedule. Everything after that — what it printed, whether it worked, what should happen next, and how the credentials got there — you were expected to build yourself.
The short answer
Three cron lines are fine. Thirty is a liability: nobody knows what is scheduled, failures stay silent until a customer notices, credentials sit in plain text inside scripts, and “run this only if that worked” means hand-rolling lock files.
Cronable keeps the schedule as the trigger and adds everything cron never had — a visual list of what runs, every run recorded with live logs, retries with backoff, chaining on success, alerts on failure, and secrets encrypted on disk and masked out of the logs.
You also stop writing the entries. Describe the job in plain English and the assistant builds it; trigger it from a SaaS webhook instead of a timer; and check on it from your phone — all without opening a port on the machine.
Cronable vs cron & Task Scheduler
Where Cronable and cron & Task Scheduler actually differ, capability by capability.
| Capability | Cronable | cron & Task Scheduler |
|---|---|---|
| Schedules jobs | Yes — daily, hourly, weekly, monthly | Yes |
| Interface | Visual editor, job list and a live DAG | A text file (cron, launchd); Task Scheduler has a console |
| Run history | Every run, with status, timing and output | cron/launchd: none. Task Scheduler: last-run result and a History tab you switch on |
| Live logs | Streamed while the job runs | None |
| Did it fail? | Marked failed; de-duplicated alerts and a handler job | cron can mail output; no failure alerting unless you build it |
| Retry on failure | Built in, with backoff | cron: none. Task Scheduler restart count; launchd KeepAlive |
| Run only if the previous job succeeded | Yes — chain on parent success | No chaining primitive — cron fires blind; Task Scheduler needs an event trigger you wire yourself |
| Secrets | AES-256-GCM encrypted, masked from logs | Plain text in the script or environment |
| Triggers other than time | Inbound webhooks, file and mail watches, and more | Time, plus OS events — launchd path watches, Task Scheduler logon/idle. No SaaS webhooks |
| Build a job by describing it in plain English | The assistant builds the whole job | No — you write the crontab line and the script |
| Reach your install from outside the network | Built in — the machine dials out; no port opened | None — you build your own access |
| SSO, roles, audit trail and change approvals | Roles and audit log on every plan; SSO and approvals on Business | None |
| Setup effort | A click to install; a wizard sets it up and finds missing tools | Already there — but you write and debug every entry by hand |
| Cost and dependencies | A licensed daemon you install | Free and already on the machine |
Schedules jobs
Cronable
Yes — daily, hourly, weekly, monthlycron & Task Scheduler
YesInterface
Cronable
Visual editor, job list and a live DAGcron & Task Scheduler
A text file (cron, launchd); Task Scheduler has a consoleRun history
Cronable
Every run, with status, timing and outputcron & Task Scheduler
cron/launchd: none. Task Scheduler: last-run result and a History tab you switch onLive logs
Cronable
Streamed while the job runscron & Task Scheduler
NoneDid it fail?
Cronable
Marked failed; de-duplicated alerts and a handler jobcron & Task Scheduler
cron can mail output; no failure alerting unless you build itRetry on failure
Cronable
Built in, with backoffcron & Task Scheduler
cron: none. Task Scheduler restart count; launchd KeepAliveRun only if the previous job succeeded
Cronable
Yes — chain on parent successcron & Task Scheduler
No chaining primitive — cron fires blind; Task Scheduler needs an event trigger you wire yourselfSecrets
Cronable
AES-256-GCM encrypted, masked from logscron & Task Scheduler
Plain text in the script or environmentTriggers other than time
Cronable
Inbound webhooks, file and mail watches, and morecron & Task Scheduler
Time, plus OS events — launchd path watches, Task Scheduler logon/idle. No SaaS webhooksBuild a job by describing it in plain English
Cronable
The assistant builds the whole jobcron & Task Scheduler
No — you write the crontab line and the scriptReach your install from outside the network
Cronable
Built in — the machine dials out; no port openedcron & Task Scheduler
None — you build your own accessSSO, roles, audit trail and change approvals
Cronable
Roles and audit log on every plan; SSO and approvals on Businesscron & Task Scheduler
NoneSetup effort
Cronable
A click to install; a wizard sets it up and finds missing toolscron & Task Scheduler
Already there — but you write and debug every entry by handCost and dependencies
Cronable
A licensed daemon you installcron & Task Scheduler
Free and already on the machineWhat you get by running it on your own machine
Say what you want; it builds the pipeline
Type “every morning, check yesterday’s Stripe refunds and post the total to Slack” and the built-in assistant builds the whole job — the steps, the schedule, the credentials it needs and what happens when one fails — wired and ready to run. You review it on the canvas and change anything. On every plan, including Free.
Every run recorded, with live logs
Each run keeps its status, timing, output and secret-masked logs, streamed live while it happens. Chain a job to fire only when its parent succeeded, retry with backoff, and route a failure to a handler job instead of down the pipe.
Secrets encrypted on your own disk
Credentials are AES-256-GCM encrypted in a local database, referenced from jobs only as {{ $secrets.NAME }}, and masked out of logs, output and the live stream. No third party holds the key.
SaaS webhooks reach your machine
Give Stripe, GitHub or a form tool a URL and the hosted relay forwards the event to your install — again with no port opened and nothing exposed to the internet. Each install gets its own partition, and jobs fire the moment the event lands. Basic and up.
Reach it from anywhere — no open ports
Remote control lets you drive your install from a browser wherever you are. The machine dials out to the hosted relay; you never expose a port, forward anything on your router, or run your own tunnel. It is opt-in, off until you switch it on, and included from Basic up.
Installed and running in minutes
Install the Mac or Windows app in a click, or paste one line on a server — no Docker, no database to provision, no reverse proxy to configure. A first-run wizard sets you up, spots the tools you are missing and offers to install them, and updates roll out signed and staged in the background with automatic rollback.
Cronable and cron & Task Scheduler
Does Cronable use cron syntax?
Not as the thing you write. Schedules are chosen as daily, hourly, weekly or monthly points, or as "after this parent job succeeds", with a timezone. The scheduler underneath is cron-based, but you never have to remember what the fifth field means.
Can it replace launchd or Windows Task Scheduler too?
Yes — the same daemon runs on macOS, Windows and Linux, so you manage all of them with one tool instead of three different ones. Each machine keeps its own run history and counts against your plan’s machine allowance; the remote dashboard connects to one machine at a time.
What happens to a running job if the machine reboots?
The daemon runs under a supervisor and restarts with the machine. Runs that were interrupted are recorded as such rather than being silently lost, and the schedule resumes.
Do I have to migrate my existing crontab?
No, and there is no need to do it all at once. A Cronable job can run exactly the command your crontab line ran, so entries move across one at a time whenever each one next needs attention.
Automate your operations.
Cronable is launching soon. Join the waitlist and we’ll email you the moment self-serve accounts — and the apps for Mac, Windows and Linux — go live.