Domotz

IT infrastructure Monitoring & Management software for managed service providers (MSPs), IT professionals and Integrators.

Enterprises and Managed Service providers need a full picture of their networks and connected devices to discover and correct issues before they get worse. At the same time, businesses need tools that enable them to save time and money and increase operational efficiency. Domotz is the network monitoring and management software designed to help you accomplish exactly that. Delivering real-time vis

ibility and control of all network-based devices and their data flows, empowering you with actionable insights to maintain system integrity and performance. Domotz automatically discovers every device on your managed networks, plots the topology, and tracks activity. You can configure real-time alerts if any critical network component fails, allowing you to inform your client or address the issue remotely without rolling a truck. Domotz is easy to install and configure. You can be up and running in a few minutes. With robust remote connectivity, you can access network performance measurements, reboot devices, and more. Boasting over 1.000 software and hardware integrations, Domotz enables you to increase operational efficiency and scale quickly while maintaining security for your clients and your company.

05/29/2026

Client reporting is the task every MSP dreads and nobody can skip.

You pull the data, format it, brand it, send it. Then you do it all again next month, across every client.

On June 9, Jace Holyoak is walking through how to take that whole workflow off your plate using Domotz and AI.

The session builds step by step:
→ Create a branded template report from real Domotz monitoring data
→ Generate it for unlimited clients with a single command
→ Set it to run automatically on a monthly cadence, no hands on keyboard
→ Have the finished report dropped into your inbox as a draft, ready to send

This is exactly what the Domotz MCP server was built for: turning network monitoring data into client-ready output without the manual grind.

If reporting eats a full day of your month, this hour will earn it back.
Save your spot in the comments. 👇

05/27/2026

Network monitoring has reached a turning point. AI is no longer adjacent to your network operations, it can now be embedded in them. Join us for a live demonstration Domotz's new MCP server and see how agent-native operability is transforming the way IT teams query inventory, investigate issues, and remediate problems across every site you manage.

What You'll Learn
In this webinar, we'll show you live how to integrate AI with Domotz. You'll see how twenty clicks of dashboard navigation collapse into a single natural-language prompt, how the same prompt scales effortlessly across all your sites to keep even the smallest locations in compliance, and how AI operability is delivered with no premium tier or price markup.

What We'll Demonstrate
Our live demo will walk through the breadth of capabilities the Domotz MCP Server surfaces to your AI client, including:

- Network Monitoring: real-time device health, interface traffic, SNMP telemetry, and multi-site visibility
-Network Management & Operations: device discovery, multi-tenant organization, tagging, and SNMP credential management
- Configuration Management: config management, historical version retrieval, and drift detection to catch unauthorized or risky changes
- Security & Compliance: audit logging, asset visibility, monitoring coverage validation, and the same RBAC governance as the web app
- Observability & Alerting Integration: alert integration with external systems, full network visibility APIs, and custom driver extensibility

Why Domotz MCP is Different
Unlike community wrappers built on top of public APIs, the Domotz MCP Server is built and supported by Domotz, extends beyond standard public API actions, works cross-tool by design rather than locked inside a single vendor dashboard, and carries the same RBAC and OAuth governance you'd expect from the platform itself.

Who Should Attend
IT operations leaders, network engineers, MSPs, and anyone responsible for monitoring or managing networks across multiple sites who wants to see what AI-native operations actually look like in practice, not in theory.

Register today to see how the Domotz MCP Server can revolutionize your IT operations.

05/22/2026

A quick taxonomy of where network monitoring vendors are on AI operability in May 2026:

1) No MCP server at all.
The product ships the way it always has. Buyers are told AI is on the roadmap. The roadmap doesn't have a date.

2) Embedded copilot, locked to one dashboard.
The AI works only inside the vendor's web app. It can't be called from your IDE, your chat tool, or your agent stack. You end up with a different copilot for every tool and no governance across them.

3) Unofficial community wrapper.
Someone built an MCP on top of the public API. It mostly works. It's not security-reviewed. It's not vendor-supported. When a credential gets mishandled, there's no one to call.

4) Vendor-built MCP server with OAuth-scoped consent and RBAC compliance.
Built by the vendor. Supported by the vendor. Same permissions model that governs the dashboard. Open standard, so it works across every major AI client.

We shipped option 4 this week.

Worth asking your current vendor which of the four they're on.

Demo Wednesday. Link in the first comment.

05/21/2026

Show me every device on the Henderson site that's running firmware older than 18 months. 👀

That sentence is now a working prompt in any major AI client connected to Domotz.

What conversational network monitoring looks like in practice:

→ Inventory lookups. "What's the model and OS version of the core switch at our Tulsa office?"
→ Performance investigation. "Pull bandwidth utilization on the WAN interface for the past 72 hours."
→ Alert triage. "Which sites have generated more than 5 alerts in the last week, ranked by severity?"
→ Cross-site comparison. "Show me every site where the backup config doesn't match the deployed config."

Same questions a senior engineer can answer in 30 seconds when they open the dashboard.

Now answerable in plain English by any technician on the team. Across every site. In parallel.

A junior tech with an AI agent can do the diagnostic work that used to require senior expertise. That's not a productivity gain. That's a structural change to how network teams scale.

Demo on May 27. Link in the first comment.

05/20/2026

Network monitoring is now agent-native.

Today we're launching the Domotz MCP Server.

The same Layer-2 inventory, monitoring, and configuration capabilities your team uses in our dashboard are now available to any AI agent you operate, through the open MCP standard.

What that actually means:
→ Investigate alerts in plain English, across every site you monitor
→ Apply device profiles, attach sensors, and update credentials through your agent
→ Compare configuration backups across hundreds of devices in a single prompt
→ Schedule autonomous routines for the work nobody wants to click through

What it doesn't mean:
→ No separate AI tier. No per-seat AI add-on. No vendor markup on AI consumption.
→ $1.50 per device. Same price. Same RBAC. Same audit log.

Most monitoring vendors haven't shipped a credible answer to AI operability. The Domotz MCP Server is:
✗ Not an embedded copilot locked inside our dashboard
✗ Not an unofficial community wrapper we don't support
✓ A vendor-built MCP server, OAuth-scoped, RBAC compliant, fully audited

The dashboard you use today and the AI operations of tomorrow now run on the same platform.

Twenty clicks become one prompt. Across every site you monitor.

Live demo on May 27. Link in the first comment.

04/23/2026

We're seeing more MSPs cancel premium monitoring contracts this quarter than any time in the last two years.

Not because they don't value network visibility. Because they've done the math.

Here's what's happening in the conversations we're having:

An MSP managing 250 devices across 15 clients gets quoted $1,250 a month by a premium vendor. They compare it to their actual needs — alerting, remote access, config backup, multi-site visibility — and realize they're paying for AIOps features their techs never open.

They don't need a platform built for a 500-seat enterprise IT team. They need a tool that fits how they actually work.

Three patterns we're seeing repeat:

Pattern 1 — workstation billing surprises. MSPs deploy endpoint agents to "get more visibility" and watch their monthly bill jump 40% overnight.

Pattern 2 — the managed state trap. Setting a device to unmanaged to reduce billing means losing alerts on it. Real operational cost, not just an accounting line item.

Pattern 3 — the tier ceiling. Growing past a subscription cap forces a 70% price jump to the next tier, not because you needed new features.

The MSPs switching aren't downgrading. They're right-sizing.

Transparent per-device pricing that scales linearly with your client base is not a luxury. For MSPs, it's table stakes.

What billing surprise hit you this year?

04/21/2026

Your RMM tells you everything about your managed endpoints.

It tells you nothing about your network.

Most MSPs treat these as the same thing. They're not, and the gap between them is where incidents live.

RMM tools monitor agents. Agents installed on devices you already know about, already provisioned, already managed. That's the list your RMM sees.

Your network sees everything else.

The switch in the closet nobody documented. The access point an employee plugged in last Tuesday. The IoT device that showed up on the guest VLAN and started scanning. The end-of-life router still passing traffic because nobody knew it was there.

Your RMM doesn't fire an alert when those appear. It can't. It was never designed to.

This is not a criticism of RMMs. ConnectWise, Datto, NinjaOne — they do exactly what they're built to do. The problem is when MSPs assume endpoint coverage equals network coverage. Those are two different layers and they need two different tools.

The MSPs who figure this out stop asking "what does my RMM cover?" and start asking "what does my RMM not cover?" The answer to that second question is the whole network layer.

What does your current stack look like for network visibility outside of managed endpoints?

04/17/2026

The average MSP spends 3 hours per week per client reacting to network issues they didn't see coming.

3 hours. Per client. Per week.

If you manage 20 clients, that's 60 hours a week of reactive work. A full-time engineer. Just putting out fires.
The MSPs who have shifted to proactive monitoring report a different number.

Not zero hours — networks still break. But the time goes from 3 hours of reactive troubleshooting to about 45 minutes of reviewing alerts, acting on early warnings, and closing tickets before the client ever notices something was wrong.

The math on that shift:
Reactive: 60 hours/week across 20 clients × $100/hour = $6,000/week in labour
Proactive: 15 hours/week across the same 20 clients = $1,500/week

$4,500 a week. Every week. Not from winning new clients. From stopping the fire-fighting.

The cost of network monitoring at scale is not the tool. It is the engineer hours spent reacting to things the tool should have caught before they became incidents.

What does your reactive vs. proactive split look like right now?

04/15/2026

6 things MSPs find on client networks during a proper audit that weren't in any inventory.

Most of these get discovered after an incident, not before.

1. Personal devices on the corporate VLAN. Someone's home NAS, a kid's laptop, a personal phone with full network access. Happens more than any MSP wants to admit.
2. End-of-life switches still running. No patches, no support, sitting in a closet passing traffic. Nobody remembered they were there.
3. IoT devices with default credentials. Smart TVs, building access readers, IP cameras. Discovered by you or by someone else.
4. Rogue access points. An employee plugged in a consumer router to "get better wifi." Now you have a second network with no monitoring and no security.
5. Devices that haven't rebooted in years. Uptime of 1,400 days is not a flex. It means no patches, no updates, a ticking clock.
6. Former employee accounts still active on network hardware. Switched vendor, offboarded the engineer, forgot the credentials still existed.

Spring audit season hits different when your discovery runs automatically.

Which of these have you found on a client network this year?

04/13/2026

The average MSP discovers 8 unmanaged devices per client site during their first Domotz scan.

Not 1 or 2. Eight.

Personal hotspots. Forgotten switches. Contractor laptops. IoT devices on the wrong VLAN.

They were always there. Now they're visible.

Free discovery. Pay only for what you monitor.

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Draper, UT
84020

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