Case Study
Innovation Clarity Trust Growth Future Advantage
AI-Monitored Google Ads vs. Manual Management β How an Interior Design Studio Gets More From Every Ad Budget
Karolina Sorotiuk is a Warsaw-based interior design architect running karolinasorotiuk.pl. After we built her website, she asked Webase Global to take over management of her Google Ads campaigns as well.
Rather than managing her campaigns the way most agencies do β logging in manually, checking dashboards periodically, and reacting to problems after the fact β we built an internal AI-assisted monitoring layer using MCP (Model Context Protocol) that connects directly to Google Ads and Google Analytics 4. This gives us faster visibility into every campaign we manage, including Karolina's, with threshold-based anomaly checks and review-ready campaign data. The result: her campaigns are monitored through defined rules, not just when someone remembers to check.
Executive Summary
- Client: Karolina Sorotiuk β Interior Architecture Studio, Warsaw, Poland
- Services: Website design & development + Google Ads campaign management
- Our approach: AI-assisted campaign monitoring via internal MCP integration (Google Ads API + Google Analytics 4 API)
- Technologies: MCP server, Google Ads API, Google Analytics 4 API, AI monitoring and anomaly detection layer
- Business Impact: Faster response to underperforming ads, reduced wasted spend, continuous monitoring without manual overhead
- Use Cases: Live campaign monitoring, anomaly detection, spend vs. enquiry correlation, AI-assisted optimisation
Basis of calculation
- Type: service case study with modelled management-overhead comparison against traditional manual Google Ads and GA4 review workflows.
- Assumptions: traditional management includes manual campaign checks, manual Ads/GA4 cross-referencing, monthly report preparation, and estimated waste from delayed detection.
- What was delivered: Google Ads and GA4 MCP integration, monitoring dashboard, threshold-based anomaly checks, review-ready reporting, and campaign-management workflow.
- What was not included: ad spend, creative production, Google platform fees, market demand changes, tracking outages, conversion-quality issues, or human review time before campaign changes.
The Problem with Traditional Google Ads Management
Most agencies and freelancers manage Google Ads the same way: log in a few times a week, scan the dashboard, make adjustments, and send a monthly report. This approach has a fundamental flaw β problems are only caught when someone looks. An ad with a spiking CPC, a keyword burning budget with zero conversions, or a campaign that stopped serving entirely can run undetected for days.
- Manual checks happen at best daily β often every few days
- No automatic detection when performance drops below acceptable thresholds
- Google Ads and Analytics data live in separate dashboards β correlating ad spend with actual enquiries requires manual cross-referencing
- Monthly reports show what happened, not what is happening right now
- Budget waste from delayed reaction is a permanent, silent cost
Traditional Manual Campaign Management Costs
| Task / Resource | Time per Month | Cost Equivalent (at β¬60/hr) |
| Manual campaign checks & adjustments | ~12 hrs | β¬720 |
| Cross-referencing Ads + GA4 data manually | ~6 hrs | β¬360 |
| Monthly report preparation | ~4 hrs | β¬240 |
| Delayed reaction to underperformance (est. waste) | β | 10β20% of monthly ad budget |
| Total management overhead (excl. wasted spend) | ~22 hrs | β¬1,320/month |
Our Approach: AI-Assisted Campaign Monitoring
We built an internal MCP (Model Context Protocol) server that connects directly to the Google Ads API and Google Analytics 4 API for every client campaign we manage. This gives us β and our AI layer β scheduled and on-demand access to campaign data without relying only on manual dashboard checks.
- Campaign data access: impressions, clicks, CTR, CPC, conversions and cost-per-conversion available for review from one workflow
- GA4 correlation: ad clicks mapped directly to website sessions, enquiry form submissions, and goal completions β no manual cross-referencing
- Anomaly detection: automatic alerts when CTR drops, CPC spikes, conversion rate falls, or a campaign stops serving unexpectedly
- AI-assisted recommendations: underperforming keywords, ad groups, and audiences identified automatically with suggested actions
- On-demand reporting: campaign summaries prepared in plain language from connected campaign data
- Scales across clients: the same monitoring layer covers all campaigns we manage, making our team more efficient as we take on more clients
Manual Management vs. AI-Assisted Management
| Task | Traditional Manual Approach | Webase AI-Assisted Approach |
| Campaign performance check | Manual login, 15β30 min per session | Scheduled and on-demand checks with connected data |
| Detect underperforming ad | Next scheduled check β could be days | Automatic flagging, same day |
| Correlate ad spend with enquiries | Manual cross-referencing, 1β2 hrs | Unified view with connected Ads and GA4 data |
| Generate performance report | Manual export + formatting, 2β3 hrs | On-demand, natural language, <2 min |
| React to budget waste | Days after the issue began | Same day β threshold-based alerts |
| Campaigns manageable per person | Limited by manual check capacity | Significantly higher β monitoring is automated |
Financial Impact: AI-Assisted vs. Manual Management
| Category | Manual Management | AI-Assisted Management | Annual Savings |
| Campaign monitoring & adjustment time | β¬8,640/yr | ~β¬1,440/yr (review & action only) | β¬7,200 |
| Reporting overhead | β¬2,880/yr | Included in monitored reporting workflow | β¬2,880 |
| GA4 + Ads cross-referencing | β¬4,320/yr | Included in connected data workflow | β¬4,320 |
| Wasted spend from delayed detection | 10β20% of ad budget | Reduced through same-day flagging and review | Proportional to budget |
| Total recoverable overhead | β¬15,840+/yr | ~β¬1,440/yr | β¬14,400+ (~91%) |
ROI Projection
| Annual management overhead β traditional approach | β¬15,840+ |
| Annual overhead β Webase AI-assisted management | ~β¬1,440 |
| Efficiency saving per campaign per year | β¬14,400+ (~91%) |
| Additional benefit | Faster reaction = less wasted ad spend |
Conclusion
By building an AI-assisted monitoring layer into how we manage Google Ads campaigns, Webase Global gives campaign work a stronger operating layer than periodic manual checks alone. For Karolina Sorotiuk, this means ad performance can be reviewed sooner, issues can be flagged the same day, and Ads/GA4 data can be checked from one workflow. The time saved on manual reporting and cross-referencing goes back into actual campaign optimisation. This approach is now standard across Google Ads campaigns we manage at Webase Global.
Ads monitoring still needs campaign ownership
Campaign monitoring still depends on tracking quality, conversion definitions, threshold tuning, budget review, and human approval before campaign changes. The value is faster evidence and clearer alerts, not automatic strategy changes without accountability.
Want this kind of leverage in your business?
The numbers above are not decoration. They show where manual work, slow delivery or scattered tools quietly burn money. If you have a similar process, we can map what should be automated first and what should be left alone.