
sshfs
WinSCP
FileZilla
Rclone
Forklift
Cyberduck
gFTP
Syncthing
Woopy
OpsGenie
PagerDuty
Zenduty
Pingdom
StatusCake
Uptime Kuma
Woopy is incident response for developers who do not run a NOC. When your production app throws an exception, you get a push notification on your phone within seconds - and next to the alert there are buttons you define yourself: "Restart worker", "Clear cache", "Retry job". One tap fires an HMAC-signed webhook (Standard Webhooks spec) back at your infrastructure, and the incident is handled before you find a laptop.
Integration is one npm package (@woopysdk/node, ISC licensed) with a single call in your catch block, or a plain HTTP POST from any language. Signup to first push takes under 2 minutes. Every action run is logged with its HTTP status, so "did the restart actually go through?" always has an answer.
Woopy is deliberately NOT a full incident-management platform: no on-call schedules, no escalation policies, no phone calls. It is built for solo developers, freelancers maintaining client apps, and small agencies - and priced accordingly: per app, not per seat. Free for 2 apps; Pro $9/mo for 10 apps; Team $49/mo flat for 50 apps with unlimited responders.
sshfs
WoopyWoopy's answer:
Woopy is built by a solo founder and a frontend co-founder, in public. The itch: when you maintain production apps for clients, you find out about crashes from the client, and fixing anything means finding a laptop. Existing incident tools assume a team and a NOC; error trackers tell you what broke but give you no way to act. Woopy closes that loop - a push within seconds of the exception, and a button next to it that actually fixes the problem.
Woopy's answer:
Woopy's answer:
Woopy pairs every crash alert with one-tap remediation actions. Alerting alone is a commodity - what makes Woopy different is what happens after the push: next to the alert there are buttons you define yourself ("Restart worker", "Clear cache", "Retry job"), and one tap fires an HMAC-signed webhook (Standard Webhooks spec) at your infrastructure. The incident is handled from your phone, before you find a laptop. Every action run is logged with its HTTP result, so "did the restart actually go through?" always has an answer.
Woopy's answer:
Most incident-management platforms (PagerDuty, Opsgenie, Zenduty) are built for teams running a NOC: on-call schedules, escalation policies, per-seat pricing. If you are a solo developer or a small agency maintaining client apps, you pay for machinery you never use. Woopy deliberately skips all of that and adds the one thing they lack: remediation actions next to the alert. Pricing is per app, not per seat - free for 2 apps, Pro $9/mo for 10 apps, Team $49/mo flat for 50 apps with unlimited responders. Integration is one npm package or a plain HTTP POST; signup to first push takes under 2 minutes.
Woopy's answer:
Solo developers, freelancers maintaining client apps, and small agencies - people who are personally responsible for production but do not run a NOC and cannot justify per-seat incident-management pricing. If your "on-call rotation" is just you and your phone, Woopy is built for you.
Woopy's answer:
Backend: Ruby on Rails (API mode) with PostgreSQL, Sidekiq and Redis. Web dashboard: React with Vite. Mobile apps (iOS and Android): Capacitor, with push delivery via APNs and FCM. SDK: Node.js (@woopysdk/node, ISC licensed), plus a plain REST API for any language. Outbound remediation actions follow the Standard Webhooks spec with HMAC signatures.
Based on our record, sshfs seems to be more popular. It has been mentiond 34 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
What are you basing that on? It had a release in 2022 and last commit is 7 months old. It probably hasn't needed any new features in a while. I'm not sure how often it would need security updates. Ah, I see now there's a note in the README[0]. It sounds more like it's in maintenance mode / understaffed than completely abandoned, but I suppose it's worth being aware of. Sshfs has been a killer feature for me on my... - Source: Hacker News / almost 2 years ago
Sshfs - allows us mount a remote filesystem using SFTP. - Source: dev.to / about 2 years ago
I use sshfs. If you can login via ssh then you can mount the remote server through ssh as a local drive. https://github.com/libfuse/sshfs For added security I limit my home ssh access to a handful of trusted IPs including my cloud VM. Then I set up an ssh tunnel from my hotel through the cloud VM to home. The cloud VM never sees my password / key. - Source: Hacker News / about 2 years ago
> It's replaced sshfs for some cases. I'd been using sshfs for some years until I learned that rclone can mount remotes to the file system, and I've been using that happily since then. https://rclone.org/commands/rclone_mount/ > at present SSHFS does not have any active, regular contributors, and there are a number of known issues - Source: Hacker News / over 2 years ago
Interesting, I alaways assumed sshfs was part of OpenSSH, learn something new every day. Also, looks like sshfs used in Slackware is abandoned. https://github.com/libfuse/sshfs A quote from the link, I wonder if this project will be the 'one': >If you would like to take over this project, you are welcome to do so. Please fork it and develop the fork for a while. Once... - Source: Hacker News / almost 3 years ago
WinSCP - WinSCP is an open source free SFTP client and FTP client for Windows.
OpsGenie - Alerting and On-Call Management for Dev&Ops Teams
FileZilla - FileZilla is an FTP, or file transfer protocol, client. It lets individuals transfer single files or batches to a web server. For many years, FTP was the standard for website design. Read more about FileZilla.
PagerDuty - Cloud based monitoring service
Rclone - rsync for cloud storage.
Zenduty - Zenduty is a state of the art incident management solution that provides cross-channel alerts to your team whenever critical incidents occur.