
Google Sheets Connector Guide: Analyze Multi-Tab Spreadsheets With AI
A safe Google Sheets connector workflow for analyzing multi-tab spreadsheets with AI: tabs, keys, formulas, permissions, caveats, and source-backed outputs.
Quick answer — building a GA4 dashboard that gets used
A dashboard is a standing view someone checks on a cadence, so start with the audience and the decisions it drives, then pick the surface: GA4's own report collections for quick internal navigation, Looker Studio for polished shareable dashboards, Excel or Power BI if your company runs on Microsoft tools, or an AI workspace that assembles the dashboard from a plain-English request. Cut every metric that doesn't trigger an action, always show a comparison period, and build separate views for separate audiences rather than one dashboard for everyone.
Looking for something narrower? To answer one specific question once, build a custom report in GA4 Explorations. To send the same summary to stakeholders every week, start from the GA4 weekly report template.
Most GA4 dashboards die the same death: someone spends hours building one, the team glances at it once, and then everyone goes back to asking "can you pull the numbers for me?" in Slack.
The problem isn't the tool. It's that most GA4 dashboards are built around data availability ("here's everything GA4 tracks") instead of decision-making ("here's what you need to act on today"). This guide walks through how to build GA4 dashboards that people actually open, across four different platforms — from GA4's native interface to AI-powered alternatives.
Before opening any dashboard tool, answer these three questions. They determine whether your dashboard gets bookmarked or forgotten.
Different audiences need different dashboards:
Every metric on the dashboard should tie to an action:
If a metric doesn't trigger an action, remove it. Dashboard clutter is the #1 reason people stop checking.
Match the refresh frequency to the check-in cadence. A monthly dashboard doesn't need real-time data.
GA4 doesn't have a traditional "dashboard builder" like Universal Analytics did. Instead, it offers two ways to create dashboard-like views.
GA4 lets you customize the left-hand navigation with your own report collection.
Your custom collection now appears in the Reports sidebar for everyone with access to the property.
Best for: Creating a curated set of standard reports that your team can navigate without building explorations from scratch. This is also the only GA4-native surface that can be emailed on a schedule — an administrator can send up to 50 standard or custom reports as PDF or CSV, daily, weekly, monthly, or quarterly. For building the individual custom reports that go into a collection, see the GA4 custom report guide.
Explorations are GA4's custom report builder — free-form tables, funnels, path analysis, segment overlap. They're built to answer one question at a time rather than to serve as a standing view: they're private until you explicitly share them, they can't lay out multiple charts on one canvas, and shared explorations are read-only for everyone else.
Treat an exploration as a dashboard only when a single table or funnel is the whole view you need — a channel-performance table you check every morning, for example. For the mechanics of building explorations, segments, and custom dimensions, work through the GA4 custom report builder guide. This guide picks up once you already know what the view should contain.
Verdict: GA4's native surfaces are genuinely useful for a curated set of reports the team navigates to, and the scheduled-email option covers a real recurring-reporting need. They fall short when you want several charts laid out together on one page for a specific audience.
Looker Studio (formerly Google Data Studio) is Google's free dashboard tool and a common way to build GA4 dashboards, especially for Google-native teams. It connects natively to GA4 with no configuration.
Place these elements on a single page:
Verdict: Looker Studio is the best free option for GA4 dashboards. If your team uses Google Workspace, it's the default choice. Budget real time for the first build — how long depends on how many sources you're blending and how polished it needs to look — and plan for maintenance as the questions change.
If your organization standardizes on Microsoft tools, you can build GA4 dashboards in Excel (pivot charts + slicers) or Power BI.
For detailed Excel techniques, see our Excel data analysis guide.
For a broader comparison of BI tools, see our Power BI vs Tableau vs QlikView comparison.
Traditional dashboards have a fundamental problem: someone has to decide what goes on them before anyone looks at the data. That means you're pre-selecting which metrics matter, which segments to show, and which time periods to compare. If the interesting insight lives outside those choices, nobody sees it.
AI-powered dashboards flip this. Instead of designing a static layout tile by tile, you connect your GA4 data and describe the view you want; the AI picks the metrics, writes the queries, and assembles the charts. When you want a different cut, you ask for it rather than rebuilding the layout.
Regardless of which tool you use, these are the metrics worth tracking in GA4 dashboards, organized by use case.
| Metric | What It Tells You | Action Trigger |
|---|---|---|
| Active users | How many people visited | Sudden drop = investigate traffic source or site issue |
| Sessions by source/medium | Where traffic comes from | Low-performing source = reallocate budget |
| New vs returning users | Audience growth vs retention | All new, no returning = retention problem |
| Metric | What It Tells You | Action Trigger |
|---|---|---|
| Engagement rate | % of sessions that engaged (>10s, 2+ pages, or conversion) | Below 50% = landing page or content problem |
| Avg. engagement time | How long people actively spend on pages | Very low on long-form pages = content isn't resonating |
| Views per session | How deep users go | Close to 1 = poor internal linking or irrelevant traffic |
| Metric | What It Tells You | Action Trigger |
|---|---|---|
| Key events | Completions of the actions you marked as key events | Declining trend = funnel or traffic quality issue |
| Session key event rate | What % of sessions include a key event | Source with high traffic but 0% rate = wrong audience |
| Revenue (if e-commerce) | Bottom line impact | Revenue per user trending down = pricing or AOV problem |
If your dashboard has more than 10-12 widgets on a single page, people won't read any of them. Ruthlessly cut to the metrics that drive decisions. Everything else goes on a separate deep-dive page.
A number without context is meaningless. "10,000 sessions" — is that good? Bad? Always show a comparison: previous period, same period last year, or a target/benchmark. Scorecards with green/red trend arrows communicate instantly.
GA4's vocabulary trips up anyone who learned Universal Analytics. Goals became key events. Engagement rate is the share of sessions that engaged, and bounce rate is its exact opposite — the share that didn't — so both exist and they always sum to 100%. Put a bounce rate and an engagement rate side by side on a dashboard and you've spent two tiles saying one thing. Pick whichever direction your audience reads more naturally, label it, and consider calculated fields with business-friendly names ("Signup Rate" instead of "key_event_rate").
Your dashboard is only as good as the data feeding it. If key events aren't configured correctly in GA4, your conversion metrics will be wrong. Before building a dashboard, audit your GA4 event tracking to ensure all critical actions (sign-ups, purchases, form fills) are captured.
An exec and a campaign manager need completely different views. Build separate dashboards (or separate pages within one report) for each audience. A 15-page dashboard that tries to serve everyone serves nobody.
→ GA4 native (a published Library collection, with explorations for the deeper cuts). Zero setup, and Library reports can be scheduled to email if the KPIs need to reach people who won't log in.
→ Looker Studio. Free, connects natively to GA4, supports scheduled email delivery.
→ Power BI or Excel. Connect via BigQuery or API. See our GA4 to Excel guide for connection methods.
→ Anomaly AI. Connect GA4, ask for a dashboard or report in plain English, and get charts you can trace back to the source data, plus PDF, slide, and document exports and scheduled email reports.
Yes. Universal Analytics had a built-in "Dashboards" section where you could place widgets on a canvas. GA4 replaced this with custom report collections and explorations, which are more powerful but require a different workflow. For traditional dashboard layouts, use Looker Studio.
GA4's native Realtime report shows the last 30 minutes of activity, but it can't be customized or shared as a dashboard. Looker Studio refreshes Google Analytics data on a set interval — 1, 4, or 12 hours — so it is never live either. For near-real-time, enable BigQuery streaming export and build dashboards on top of BigQuery.
Start with 2-3: an executive overview (5 KPIs), an acquisition/marketing dashboard, and a content/product dashboard. Add more only when a specific team needs a dedicated view. Fewer dashboards that get used regularly beat 20 dashboards that nobody opens.
Yes, depending on the tool. Looker Studio supports blended data sources (GA4 + Search Console + Sheets). Power BI can combine GA4 (via BigQuery) with any other data source. Anomaly AI connects GA4 alongside BigQuery, MySQL, Snowflake, and Excel in one analysis.
Ready to build GA4 dashboards without the manual work? Get started with Anomaly AI — connect your GA4 property, describe the dashboard you need, and review the logic behind every chart before you share it.
Experience AI-driven data analysis with your own spreadsheets and datasets. Generate insights and dashboards in minutes with our AI data analyst.
Founder, Anomaly AI (ex-CTO & Head of Engineering)
Abhinav Pandey is the founder of Anomaly AI, an AI data analysis platform built for large, messy datasets. Before Anomaly, he led engineering teams as CTO and Head of Engineering.
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