Monitoring watches your servers, routers, websites and certificates, and alerts you when something goes down and when it recovers. A NOC board with traffic lights and map, incidents with their history, alerts that escalate if nobody answers and each device's availability by day and by month.
A device can have several: the router answers, the website loads and the certificate does not expire this week.
Does the device answer? With the average latency and the percentage of lost packets.
Checks that a service answers on its port: the alternative to ping when the device does not answer ICMP, like many routers.
Loads the page and checks the response code, a text that must appear, how long it takes and its certificate expiry. Supports access with username and password.
Validates the certificate on any port, with its chain and its name, and warns you before it expires.
Looks up A, AAAA, CNAME, MX, NS or TXT records and checks that they return the expected value.
Reads a value from a network device or a printer and compares it with your thresholds. Available when the server has SNMP enabled.
One incident per problem, with its timeline, and an alert on recovery.
At the interval you set for each check, in parallel.
A single failure does not alert: it is repeated and only after several failures in a row is it considered down.
One per problem, and it alerts whoever follows that device or its group.
If nobody acknowledges it in time, it alerts the next level. With an optional reminder.
It closes the incident and tells you right away.
A system that alerts on everything ends up muted. This one is built so that every alert is worth it.
You define how many failures in a row are needed. On recovery, the alert is immediate.
One that goes up and down non-stop is marked as flapping and stops filling your inbox.
If the router goes down, whatever is behind it becomes "unreachable" and does not alert on its own; the router's alert lists what is affected.
Schedule a window, or set one with a click from the device, and alerts are silenced. When it ends, if it is still bad, it alerts.
It builds on what Fisher Platform already has, instead of copying it.
Tie a device to its asset and the asset record says whether it is up, without touching anything else.
Link devices to a customer and the record shows how many of their devices you watch.
Groups you mark as public are published as the "Infrastructure" component of your status page.
"What is down?", "what availability did the server have this month?". It acknowledges incidents, sets maintenance windows and adds devices, with a confirmation card.
Every incident opened, acknowledged, escalated or recovered is an event you can connect to other systems or to your automations.
A "Devices with problems" widget on your home screen and, if you offer the platform to your customers, a limit of checks per plan.
Better to know before you sign up than to find out afterwards.
No. Checks are made from the platform towards the device or the service: ping, ports, web, certificates, DNS and SNMP. There are no agents to install; for the same reason it does not measure processor, disk or memory use inside each machine.
No. A failure is retried and only when it repeats the number of times you set is it considered down and an alert sent. A device that flaps non-stop is marked as such and stops flooding you with alerts, and whatever depends on a down router does not alert on its own.
Yes. If the ISP module is active, every MikroTik router or OLT you add is monitored from the start, linked to its record without typing anything again; the ones you already had are brought in with one click. It reads what the ISP already measures, without opening another session against the device, and the ISP maintenance mode also silences its alerts.
Yes, when the platform is installed on your own infrastructure. On a shared cloud instance the provider's private network is closed for security and only public devices and services are watched, unless the provider opens it for that instance.
With the panel bell, and with email, Telegram or WhatsApp if you turn them on in Notifications. If nobody acknowledges the incident in time, the alert escalates to the next level.
It is an installable Fisher Platform module: it is turned on or off separately and, when turned off, its screens and alerts disappear. Write to us and we will tell you what your plan includes.
We add your servers, your websites and, if you are an ISP, your routers, and we go through the board, the alerts and the availability together.
The screenshots are from a demo environment with fictitious devices and data; no data belongs to a real customer. Each installation defines its own intervals, thresholds and alerts.