Build Your Own Real-time Cybersecurity Dashboard for a Server Room or Office

Keeping your network secure can feel like a constant juggling act. One minute you’re checking server uptime, the next you’re scanning through alerts, logs, and suspicious activity reports. Naturally, effective risk management requires visibility into all these moving parts. But with so much information coming at you, it helps to have a simple way to see the signals that matter.

Cybersecurity dashboards can be cheap and easy to set up, and also essential for taming the constant stream of false positives, red flags, and traffic anomalies. A cyber security dashboard will pull your key data into one place so you can check the health of your network at a glance.

And when you put that dashboard on a screen in your server room or office, everyone who needs to act (like the security team or management) on that information can see it right away.

In this guide, we’ll walk through what makes a good security dashboard, what to include in yours, and how to build one step by step.

Why some cybersecurity dashboards don't communicate

Cybersecurity dashboards fail for a few simple reasons. Most of the time, it’s because they don't present information in a way people can act on quickly. They need to offer clear and at a glance data that is relevant to the audience (eg, your team).

The biggest issues tend to be:

• Too much data. When every alert, metric, and log file gets dumped onto one screen, the important details disappear in the noise.
• Confusing visuals. If you need to stop and interpret a chart, it slows everything down. A dashboard should be readable at a glance.
• Hidden dashboards. A perfect dashboard in a browser tab still fails if no one sees it. If it isn’t displayed on a shared screen, it may not support fast decisions.
• Tool limitations. Some platforms don’t offer API access or embed options, making it harder to unify data in one place.

Think of your cybersecurity display as a sort of information radiator. It needs to emanate key information without complicating things. So what does an effective dashboard look like?

What to include in your cybersecurity dashboards

A useful cybersecurity dashboard gives you a quick read on your security posture health without making you dig for details. The best way to get there is by choosing a handful of metrics that reflect the status of your network, your endpoints, and any potential threats. Too many data points will slow you down, so start with the essentials and build from there.

Begin by listing every metric, alert, or graph you think you might want to track. This can include:

• Server loads
• Cyber threats
• VPN activity
• Firewall events

or anything your security team checks regularly. Once you have that list, narrow it down to the seven or eight data points that matter most during a typical workday. These should be the items that, if something changes, someone needs to act.

How you arrange the dashboard matters, too. Most people naturally scan screens from left to right and top to bottom, so place critical information at the top of your layout. Less urgent data can sit below it. This keeps attention focused where it needs to be and helps reduce the time it takes to spot irregularities.

Your dashboard should also stay readable in busy environments like server rooms or office walls. Clear colors, simple charts, and consistent labels make a big difference. Each tile should answer a single question. “Is everything okay?” or “What cyber risk do we need to address?” The easier it is to understand in a few seconds, the more effective your dashboard becomes.

Beyond everything else, your cybersecurity dashboards need to be, well…secure. Your data visualization tools need to maintain high encryption standards and maintain compliance with the frameworks like the NIST Cybersecurity Framework that your company is required to meet. If a dashboard exposes sensitive information, you’re worse off than you were without one.

To help you prioritize what to add, here are a few popular data points teams often include:

• Server and CPU load
• Inbound and outbound traffic
• VPN sessions and failed logins
• Firewall events or threat detections

How to build your DIY cybersecurity dashboard step-by-step

Most dashboard apps like Geckoboard and Klipfolio work as plug-and-play solutions for standard use cases. But with network and endpoint security platforms, you have a different challenge. They often lack API access or report embedding capabilities.

But you can work around those limitations. Here's how.

Step 1: Assess your security framework's data export options

Start by identifying how your security platforms can send data externally. Check for native notification features and advanced alerts beyond basic email notifications. For example, Arista's Edge Threat Management lets you create notification profiles that send alerts to Slack channels or webhook endpoints.

If your platform only offers basic notification methods, your best bet is to route these through an automation service like Zapier or Microsoft's Power Automate.

Many infrastructure devices also support syslog exports to centralized servers, so that's another thing to keep in mind.

Step 2: Set up data extraction methods

Choose the extraction method that matches your platform's capabilities:

Method A: Direct Webhook integration

If your security platform supports webhooks, connect them directly to dashboard apps like Grafana or Domo. These apps accept incoming webhook payloads and display the data in widgets.

If you're using ScreenCloud, you can simply log in, add the Playgrounds app, create a new instance, send data to the webhook URL in the Application Data pane, and write a few lines of JavaScript to style the incoming data.

Method B: Automation service bridge

For platforms limited to email or SMS notifications, use Zapier or Microsoft Power Automate to create a bridge. Set up a workflow that triggers when you receive notification emails with specific subject line text, then automatically creates rows in Excel or Google Sheets containing the email body content.

This spreadsheet approach also enables connections to enterprise dashboard tools like Power BI and Tableau, which don't accept webhook data directly.

Method C: Centralized syslog server

Install a syslog server (such as ManageEngine's EventLog Analyzer) on a dedicated machine. Connect your firewalls, routers, and infrastructure devices to this server, select the events to track, and configure log exports to your preferred data destination.

Step 3: Choose your dashboard platform

Evaluate your options based on budget and feature requirements:

You could just bite the bullet and pay $40-$50/month for a purpose-built dashboard app like Geckoboard. It offers a straightforward setup; simply connect data sources, arrange your layout, and publish.

Or...

You could use ScreenCloud. Our app offers many options for creating dashboard views, and also includes more granular control over remote content management. For example, the Channels feature lets you segment a screen and connect individual data sources to individual zones.

Step 4: Design your dashboard layout

You want maximum visibility for your dashboard, and that means planning out your layout. Structure your dashboard to maximize visibility and usability.

You could go with the single screen layout option where you dedicate the entire screen to network security data, or, use a ticker along the bottom for server updates while displaying other business data above.

Thee's also a multi-zone layout. Here you can use ScreenCloud's Channels feature to segment screens into zones, with each zone displaying data from individual sources. This approach gives you granular control over what appears where.

Step 5: Connect your data sources

Implement the connection method that matches your setup:

• Embedded reports: If your reporting tool supports embedding (like Looker Studio), generate an embed URL from the File menu and connect it through ScreenCloud's Embed App feature. Configure it to fill an entire screen or occupy a single zone.
• Direct integrations: Connect platforms that offer native integrations with Google Sheets, Slides, Excel, Slack, RSS feeds, or other supported apps.
• Custom code solutions: Use ScreenCloud's Playgrounds feature to host HTML, JavaScript, and CSS code. Write scripts for uptime monitors, create webhook endpoints for JSON data, or style data to scroll across zones, change colors based on values, or flash when thresholds are breached.

If coding isn't your strength, tools like ChatGPT or Claude (our go to for coding) can generate scripts for these purposes.

More data visibility, fewer interruptions

Turn off the mobile alerts and notifications. Your cybersecurity dashboard will let you know if something needs your attention. One in your office and one at home so you can spend less time checking your phone and digging for more information.

If it frees up enough of your time, start building even more advanced screens by porting projects from sites like Replit or automating content with ScreenCloud’s GraphQL API. 

The sky’s the limit for anyone with a technical background. Or in fact, thanks to AI, almost anyone...

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