SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "How MSPs Can Turn Detection into Accountable Response" and "SIGNL4 Among Germany's Best Software Companies".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "SIGNL4 Among Germany's Best Software Companies" and "Why SIGNL4 Is the Right Alarm Management Software to Maximize Machine Availability".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

Callgoose SQIBS vs Zenduty | Detailed Feature Comparison 2026

Read More 👉 www.callgoose.com/u/XCE

#CallgooseSQIBS #ZendutyAlternative #IncidentManagement #ITAutomation #AutoRemediation #WorkflowAutomation #Playbooks #SLATracking #Alerting #OnCallManagement #EnterpriseIT #DevOps #ITOps #SRE

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "Why SIGNL4 Is the Right Alarm Management Software to Maximize Machine Availability" and "What You Need to Know About Alert Management Software".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

We had to move from Opsgenie to PagerDuty due to the former being sunset. So far, PagerDuty feels bloated and out of touch. Packed with features, yet missing basics. Reaching alert history in one click? Nope. Add a note on dedup? Nope. Alert on recovery? Nope 😔

#devops #monitoring #alerting

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "What You Need to Know About Alert Management Software" and "Incident #Alerting: What We Believe It Should Do".

#ITOps https://opsmtrs.com/39TaA5A

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "SIGNL4 February Release – SCIM, Caller ID, Team Admin Invites" and "EasyVista Service Manager + SIGNL4".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

Interlink Powered by machine learning, Interlink’s AIOps platform brings service-centric visibility and actionable insights to dramatically improve your organization’s defences against damaging outages.

The latest update for #InterlinkSoftware includes "Event Intelligence Solutions Part Three: Best Practices for Successful Adoption" and "Part Two: Turning Event Intelligence into Action - Real-World Value for Financial Enterprises".

#Alerting #IncidentManagement https://opsmtrs.com/3gWcXqC

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "EasyVista Service Manager + SIGNL4" and "Enterprises don't fail because systems go down".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

Interlink Powered by machine learning, Interlink’s AIOps platform brings service-centric visibility and actionable insights to dramatically improve your organization’s defences against damaging outages.

The latest update for #InterlinkSoftware includes "Part Two: Turning Event Intelligence into Action - Real-World Value for Financial Enterprises" and "Event Intelligence Solutions - A New Era for #ITOperations".

#Alerting #IncidentManagement https://opsmtrs.com/3gWcXqC

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "Enterprises don't fail because systems go down" and "What Our Customers Say: The Real Value of Incident Response Tools".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

After Opsgenie Shuts Down — The Future of Incident Ops is Automation-First

Read More 👉 www.callgoose.com/u/XBX

#CallgooseSQIBS #OpsgenieEndOfLife #SLA #OpsgenieAlternative #IncidentManagement #DevOps #SRE #ITOps #Automation #OnCall #Alerting #SLATracking #SLAMonitoring

Enterprise-Grade Opsgenie Alternative That Cuts Cost & Complexity 🚀

Read More 👉 www.callgoose.com/u/dtA

#CallgooseSQIBS #OpsgenieAlternative #IncidentManagement #DevOps #SRE #ITOps #ITAutomation #AutomationFirst #Alerting #OnCall #SLAMonitoring #SLATracking #RunbookAutomation

Interlink Powered by machine learning, Interlink’s AIOps platform brings service-centric visibility and actionable insights to dramatically improve your organization’s defences against damaging outages.

The latest update for #InterlinkSoftware includes "Unified #Observability: What It Is and Why It Matters for Large Enterprises" and "From data management to an intelligent data fabric architecture".

#Alerting #IncidentManagement https://opsmtrs.com/3gWcXqC

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "What Our Customers Say: The Real Value of #IncidentResponse Tools" and "Closing the Year: What 2025 Taught Us About Resilience".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "Closing the Year: What 2025 Taught Us About Resilience" and "What Is IT #IncidentResponse?".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "What Is IT #IncidentResponse?" and "SIGNL4 Release Update December – Smarter Workflows, Smoother Shifts".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

InfluxData InfluxData provides the leading time series platform to instrument, observe, learn and automate any system, application and business process across a variety of use cases.

The latest update for #InfluxDB includes "Configuring the #Alerting Plugin in InfluxDB 3" and "Using the Downsampling Plugin in InfluxDB 3".

#monitoring #devops #timeseries https://opsmtrs.com/2W5CAx0

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "SIGNL4 Release Update December – Smarter Workflows, Smoother Shifts" and "From Noise to Notified: Making #Azure Sentinel Alerts Actionable".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "From Noise to Notified: Making #Azure Sentinel Alerts Actionable" and "How Can I Use Categories in SIGNL4 to Quickly Identify Alert Types?".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

Interlink Powered by machine learning, Interlink’s AIOps platform brings service-centric visibility and actionable insights to dramatically improve your organization’s defences against damaging outages.

The latest update for #InterlinkSoftware includes "From data management to an intelligent data fabric architecture".

#Alerting #IncidentManagement https://opsmtrs.com/3gWcXqC

Как не сойти с ума с Grafana Unified Alerting: настраиваем алерт и разбираем все грабли В какой-то момент простого дашбо...

#performance #android #mobile #kotlin #grafana #alerts #alerting

Origin | Interest | Match

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "How Can I Use Categories in SIGNL4 to Quickly Identify Alert Types?" and "When AI Thinks and Humans Act: The Future of Operational Resilience".

#Alerting #ITOps https://opsmtrs.com/39TaA5A

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "When #AI Thinks and Humans Act: The Future of Operational Resilience" and "When IT Alerts Go Bump in the Night: A Halloween Tale of IT #Alerting with SIGNL4".

#ITOps https://opsmtrs.com/39TaA5A

🔍 What This Means for Your Business:
Elasticsearch #monitoring and #alerting helps businesses spot issues fast, search massive data instantly, and prevent downtime or attacks. It’s built for companies in #cloud, #finance, #healthcare, and any #data-driven operation that needs:

Interlink Powered by machine learning, Interlink’s AIOps platform brings service-centric visibility and actionable insights to dramatically improve your organization’s defences against damaging outages.

The latest update for #InterlinkSoftware includes "Integration & Data Ingestion: Strengthening #AIOps #Observability" and "From #Monitoring to Meaning: Why Service Observability Platforms Are Essential for Modern Enterprises".

#Alerting #IncidentManagement https://opsmtrs.com/3gWcXqC

Monitoring a UPS with Telegraf and Grafana Our power supply is normally pretty reliable, but last week we had a an outage. Although we've got solar, we don't (currently) have an islanding switch, so when the grid goes down, so do we. This power outage only lasted about 45 minutes, but came at a _really_ bad time: I was due to be interviewing someone, so had to try and get signal so that I could _at least_ send a SMS and tell them that we'd need to re-schedule. I _used_ to have a UPS, but didn't replace it after the battery reached end-of-life - at the time we had a young child in the house, so having something be persistently energised seemed like quite a bad idea. That's no longer a concern though, so I decided that it was time to plug important things (laptop, switch router etc) into a UPS - partly to protect them from damage, but also so that there's something that I can _do_ during an outage (this week, I couldn't do much more than sit and work my way through a Toblerone). This post details the process of installing Network UPS Tools (NUT) and configuring Telegraf to collect metrics from it, allowing graphing and alerting in Grafana. * * * ### The UPS It doesn't matter _too much_ what model of UPS you have, NUT supports a wide range of kit. Mine has a USB connection, so we're using NUT's `usbhid` support. My UPS is a Powerwalker VI Series UPS and shows up in `lsusb` like this Bus 006 Device 015: ID 0764:0601 Cyber Power System, Inc. PR1500LCDRT2U UPS The UPS has 4 mains plug sockets on the back, so I've got a few things plugged in: * My router/firewall (our fiber ONT is in a different room and has it's own battery backup) * My main switch * My NAS * An external HDD array * The extension lead which runs my desk Running my desk means that it has to power a couple of monitors **and** a couple of laptops. This isn't _quite_ as bad as it sounds though: * If I'm not at my desk, the monitors will be off and the laptops will be (relatively) idle * If _I am_ at my desk, the plan is to unplug the laptops and have them run off battery so that they're not using the UPS's capacity * * * ### NUT setup #### Installing NUT is in the Ubuntu repos, so: sudo apt update sudo apt install nut nut-client nut-server Next we confirm that NUT can actually see the UPS: sudo nut-scanner -U If all is well, this'll write out a config block: [nutdev1] driver = "usbhid-ups" port = "auto" vendorid = "0764" productid = "0601" product = "2200" serial = "11111111111111111111" vendor = "1" bus = "006" We need to write that into NUT's config, so invoke again but redirect: sudo nut-scanner -UNq 2>/dev/null | sudo tee -a /etc/nut/ups.conf The name `nutdev1` isn't _particularly_ informative, though, so we can also hand edit `ups.conf` to change it (and add a `desc` attribute to provide a description of the UPS): sudo nano /etc/nut/ups.conf I set mine like this: [deskups] desc = "Cyber Power System UPS" driver = "usbhid-ups" port = "auto" vendorid = "0764" productid = "0601" product = "2200" serial = "11111111111111111111" vendor = "1" bus = "006" Make a note of the name (the bit in square brackets), we'll need it shortly. * * * #### Setting Up For Monitoring Next we want to set up credentials for NUT server I used my `gen_passwd` utility to generate a random password, but use whatever method suits you: NUT_PW=`gen_passwd 24 nc` Create the user: echo -e "\n[monitor]\n\tpassword = ${NUT_PW}\n\tupsmon master\n" | sudo tee -a /etc/nut/upsd.users Now provide the credentials to `upsmon`, change the value of `UPS_NAME` to match the one that you set for the UPS in `ups.conf` earlier: # Change to match the name in ups.conf UPS_NAME="deskups" echo -e "\nMONITOR $UPS_NAME@localhost 1 monitor $NUT_PW master\n" | sudo tee -a /etc/nut/upsmon.conf Keep a note of the UPS name and password, we'll need it again when configuring `telegraf`. Configure NUT to run as a netserver (so that Telegraf can talk to it): sudo sed -e 's/MODE=none/MODE=netserver/' -i /etc/nut/nut.conf Restart services: for i in nut-server nut-client nut-driver nut-monitor do sudo systemctl restart $i done Confirm that nutserver is listening: $ sudo netstat -lnp | grep 3493 tcp 0 0 127.0.0.1:3493 0.0.0.0:* LISTEN 3854210/upsd tcp6 0 0 ::1:3493 :::* LISTEN 3854210/upsd Check that we get data back about the UPS: upsc $(upsc -l 2>/dev/null) 2>/dev/null If all is well, we're ready to move onto collecting data. * * * ### Collection and Visualisation With NUT now able to report on the UPS, the next step is to have that data collected so that we can visualise it and (optionally) alert based upon it. * * * #### Telegraf We're going to use the upsd input plugin to talk to NUT. This was introduced in Telegraf v1.24.0 so, if you're using an existing install, make sure that your `telegraf` is recent enough: telegraf version If you don't have Telegraf, there are install instructions here (note: you're also going to want an InfluxDB instance or free cloud account because the Dashboard that we'll use for visualisation uses Flux). The input plugin is pretty simple to configure, append the following to `/etc/telegraf/telegraf.conf`: [[inputs.upsd]] ## A running NUT server to connect to. ## IPv6 addresses must be enclosed in brackets (e.g. "[::1]") server = "127.0.0.1" port = 3493 # The values for these are found in /etc/nut/upsmon.conf username = "deskups@localhost" password = "[redacted]" additional_fields = ["*"] # Map enum values according to given table. ## ## UPS beeper status (enabled, disabled or muted) ## Convert 'enabled' and 'disabled' values back to string from boolean [[processors.enum]] [[processors.enum.mapping]] field = "ups_beeper_status" [processors.enum.mapping.value_mappings] true = "enabled" false = "disabled" After restarting (or reloading) `telegraf`, you should start to see metrics appearing in InfluxDB: * * * #### Visualisation I use Grafana for visualisation and, conveniently, there was already a community dashboard (the source for which can be found on Github). On the community page Click `Download JSON`. Then, in Grafana * `New Dashboard` * `Import JSON` * Drag the JSON file over You'll be presented with a set of options for the Dashboard - choose the relevant InfluxDB datasource to query against: You'll then be taken to the dashboard itself. It's quite likely that the dashboard will be broken - by default it looks for a bucket called `upsd-Telegraf` (I write into a bucket called `telegraf`). To fix it * `Settings` * `Variables` * `bucket` Scroll down to find `Values seperated by comma` and change it to contain the name of your bucket Click `Back to Dashboard` and the dashboard should now load: I already track electricity costs, plus we're on a 30 minute tariff, so I also edited the dashboard to remove the cost related row (and then the associated variables). * * * #### Alerting The `upsd` measurement contains a field called `ups_status` which will normally be `OL` (online). If the mains cuts out (or someone unplugs it to test behaviour...) the value will change to report that the UPS is running from battery: Note: The new state `OB DISCHRG` isn't actually a single status, it's reporting two (closely related) status flags. After power is restored, the UPS reports itself back online _but_ also notes that the battery is now charging: This means that creating an alert is **not** as simple as `if r.ups_status != "OL"`. I also only _really_ wanted an email notification to warn me of the following status symbols: * We're running from battery (flag: `OB`) * The UPS is reporting an alarm (flag: `ALARM`) * The UPS is reporting that the battery charge is too low (flag: `LB`) * The UPS is reporting overload (flag: `OVER`) * The UPS requires battery replacement (flag: `RB`) RFC 9271 is quite well designed in that no defined symbol exists as a sub-string of another, so we can safely do something like: for flag in ["OB", "ALARM", "LB", "OVER", "RB"]: if flag in ups.status: alarm() Of course, to do that with Grafana's alerting we need to translate the logic into a Flux query: // Define the regex to use when checking for alertable states alarm_regex = /(OB|LB|OVER|RB|ALARM)/ // Extract reported status from(bucket: "telegraf") |> range(start: v.timeRangeStart, stop: v.timeRangeStop) |> filter(fn: (r) => r["_measurement"] == "upsd") |> filter(fn: (r) => r["_field"] == "ups_status") |> group(columns: ["ups_name", "_field"]) |> keep(columns: ["_time", "_value", "_field", "ups_name"]) |> aggregateWindow(every: 1m, fn: last, createEmpty: false) // Identify whether the status contains any flags of concern // Grafana alerting requires the main column to be numeric // so we need to shuffle things around |> map(fn: (r) => ({ _time: r._time, //flags: r._value, ups_name: r.ups_name, _value: if r._value =~ alarm_regex then 1 else 0 })) |> group(columns: ["ups_name"]) The return values of this query are based on whether any of the problematic flags exist - if they don't, it'll return 0, if they do the value will be 1. This allows use of a simple threshold in the grafana alerting config: With the alert saved, I unplugged the UPS and waited: A minute later, the alert was escalated to Pagerduty: A couple of minutes after plugging the UPS back in, the alert recovered. * * * ### Conclusion Setting up monitoring of the UPS was pretty easy - NUT supports a wide range of devices and exposes status in a standardised way. NUT is well supported by Telegraf and there was _already_ a community dashboard available to visualise UPS status. This means that, in practice, the hardest part of all of this was fishing the relevant power leads out of the rack to plug into the back of the UPS. Now, if the power fails, I _should_ (depending on whether our fiber connection is still lit up) get a page to warn me. Either way, the UPS will provide some coverage for small outages.

New #Documentation: Monitoring a UPS with Telegraf and Grafana
Author: Ben Tasker

www.bentasker.co.uk/posts/documentation/linu...

#alerting #electricity #grafana #monitoring #telegraf #ups

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "When IT Alerts Go Bump in the Night: A Halloween Tale of IT #Alerting with SIGNL4" and "How Do I Route Alerts by Location to the Right #OnCall Team?".

#ITOps https://opsmtrs.com/39TaA5A

Java-PostgreSQL Monitoring Implementation Java & SQL Projects for $15-25 USD / hour. Trabajo con Openbravo ERP v3 sobre Java 8 y PostgreSQL 9 y quiero añadir una capa de observabilidad que me permita detectar y r

#Alerting #Dynatrace #Java #Performance #Tuning #SQL

Origin | Interest | Match

SIGNL4 SIGNL4 is an out-of-the-box cloud solution that enables operations and business teams to respond faster and more effectively to critical alerts, major incidents and urgent service requests.

The latest update for #SIGNL4 includes "Goodbye Email-to-Text: Why Modern Mobile #Alerting with SIGNL4 Is the Smarter Choice" and "Derdack is now #ISO27001 certified".

#ITOps https://opsmtrs.com/39TaA5A