What a Looker Studio integration gives you.
Teams move from ad-hoc SQL and spreadsheets to self-service dashboards they can refresh and filter in seconds. Merchandisers answer product performance questions themselves; finance publishes approved KPI boards for monthly reporting.
Revenue, order count, inventory and customer metrics reconcile across ERP, commerce and channels in one analytics model. Stakeholders stop arguing about which number is correct.
Teams see when dashboards last refreshed, which extracts are stale, and which pipelines are failing. Operations and data teams respond to delays before business teams notice.
One data engineer defines and owns the core data model; business teams build dashboards on top of governed, curated tables. You scale analytics without hiring a BI team.
Customer email, phone and credit data are masked before they reach Looker Studio. Dashboard access is tied to role, and sensitive tables are not visible to non-data teams.
Where a Looker Studio integration earns its place.
If two or more of these are true, the integration usually pays for itself quickly.
Where off-the-shelf connectors fall short.
Vendor connectors are fine for simple cases. Here's where the real ones need more.
Looker Studio ships with generic database and API connectors, but has no pre-built adapters for commerce platforms. You must build ETL logic to extract order, customer and transaction data from your commerce platform and land it in a queryable source.
When multiple teams author dashboards against the same data, it is easy for dashboards to diverge, go stale, or report conflicting metrics. Without explicit ownership and refresh SLAs, BI credibility suffers and stakeholders revert to spreadsheets.
If your source systems change schema (ERP adds a new pricing tier, commerce reorders fields), Looker Studio dashboards break silently or return incorrect results. There is no schema-change governance or impact analysis before deployment.
Looker Studio does not surface when source extracts are stale, queues back up, or transform logic fails. Dashboards report data that may be 24 hours old without alerting teams to delays or gaps.
Sensitive customer data (emails, phone numbers, purchase history) must be scrubbed before landing in Looker Studio. Without automated masking or role-based access controls, PII can leak into dashboards visible to non-data teams.
Teams revert to spreadsheets when they do not know if a dashboard number is current and which team owns the metric definition.
Where this integration sits in your estate.
Looker Studio holds the commercial record. The iWeb integration layer manages the rules, mappings, monitoring and exceptions. The commerce platform presents the customer-facing experience. The estate map helps agree ownership before anything is built.
Built for your platform, not a specific one. Looker Studio integrates with any ecommerce core through the same contract.
- Dashboard authorship and refresh
- Self-service analytics interface
- Visualization and filter logic
- Role-based dashboard access
- Looker Studio configuration and alerts
- Order and customer transaction data
- Channel and campaign performance
- Real-time inventory and stock levels
- Payment and refund events
- Customer behavioural events (browse, cart, purchase)
Systems this integration usually sits next to.
Examples, not a closed list. iWeb is platform-agnostic on both sides: we wire this integration into whatever ecommerce platform and surrounding systems your estate already runs.
- Adobe Commerce
- Magento Open Source
- Shopify Plus
- BigCommerce
- Other storefronts
- ERP (SAP, NetSuite, Infor)
- PIM (Contentstack, Inriver)
- WMS / fulfillment (Brightpearl, Cin7)
- CRM / marketing (HubSpot, Klaviyo)
- OMS (order management systems)
- Payment platforms
- Marketplace connectors
Not sure if this works with your stack?
Tell us what you’re using and what needs to connect. We’ll give you a straight view on what’s possible, what might be awkward, and the safest way to approach it.
The data flows we wire.
Each flow has a direction and an owner. We agree both before a line of code is written.
How iWeb configures the integration around your business.
Same method on every integration. The decisions come before the code.
- 01Design the extraction and modelling strategy
We map your ERP, commerce, PIM and fulfillment systems to identify which tables and fields belong in the analytics model. We design star schemas or flattened landing tables that support dashboard teams without manual joins.
- 02Build and own the ETL pipelines
We implement data extracts from each source system on a defined schedule (daily, 4-hourly, real-time where it matters). We test extracts for completeness and correctness before they land in Looker Studio.
- 03Implement data quality and freshness monitoring
We add row-count validation, schema-change detection and pipeline-latency alerts. If an extract misses a refresh, data teams are notified before stakeholders see stale dashboards.
- 04Define PII masking and access governance
We tag sensitive fields, apply masking rules, and configure Looker Studio access controls so customer data only appears in dashboards where needed and only to authorised roles.
- 05Mentor teams on data governance and dashboard ownership
We define who owns the data model, who can author dashboards, and how schema changes are gated. Teams inherit clear ownership and can operate the analytics layer independently.
Who owns what.
The single most important table in any integration. One system owns each field; everything else reads it.
Built this pattern before
We have implemented Looker Studio analytics platforms for commerce estates multiple times. We understand how data flows from ERP, commerce, PIM and fulfillment systems into governed dashboards, and how to keep analytics credible and operational across team handoffs.
What we test before launch.
Every one of these is rehearsed before a customer ever sees the integration.
Common risks and where they bite.
We name these on day one. A risk written down is a risk you can plan around.
If your commerce or ERP export fails silently, dashboards report yesterday's data without alerting the team. Merchandisers act on stale stock or pricing information until someone manually checks.
When your ERP adds a new pricing table or commerce changes order field names, Looker Studio queries break or return incorrect results. The dashboard may not error visibly; it just reports wrong metrics.
Without named ownership, teams build their own revenue or inventory dashboards from raw data, calculating metrics differently. Finance publishes one number; merchandising publishes another. Credibility and decision-making suffer.
If customer emails or phone numbers are not masked before landing in Looker Studio, they appear in dashboards visible to merchandising and operations teams. GDPR and compliance risk follows.
As you load months of transaction data into Looker Studio, queries slow and users stop using dashboards. Without data aggregation or partitioning strategy, analytics becomes a bottleneck.
If no one owns the core data model and reconciliation logic, it decays over time. New data sources are added without updating schemas; old fields are never removed; transformation assumptions go undocumented.
Relevant services and sectors.
Common questions about Looker Studio integrations.
How do we get order and customer data from our commerce platform into Looker Studio?
We build ETL logic that extracts order headers, line items, customer profiles and transaction events from your commerce platform on a scheduled basis (daily, 4-hourly, or real-time depending on need). The data lands in a staging schema before being transformed into curated analytics tables that your dashboards query.
How do we ensure dashboards report metrics consistently across commerce, ERP and channels?
We define a single source of truth for key metrics (revenue, order count, inventory) by creating reconciliation logic that joins data from ERP, commerce and channel systems in a curated table. All dashboards query the same table, so revenue in the finance dashboard matches revenue in the merchandising dashboard.
What happens if an extract from the ERP or commerce platform fails or is delayed?
We implement extract monitoring that checks row counts, schema changes and refresh timestamps. If an extract misses its scheduled time or returns fewer rows than expected, the data team is alerted immediately. Operations teams see a dashboard notification rather than discovering stale data when they make a decision.
How do we handle customer email, phone and payment data in Looker Studio?
We apply PII masking before data lands in Looker Studio, so customer contact details and payment information are redacted or hashed. Role-based access controls ensure sensitive tables are only visible to data and compliance teams, not to merchandising or operations dashboards.
Can merchandisers and finance teams create their own dashboards, or do we need a BI team?
Yes, business teams can author their own dashboards by querying curated, governed tables that the data team owns and maintains. Teams don't need SQL skills; they select dimensions, metrics and filters in Looker Studio's UI. The data team remains responsible for the underlying data model and freshness.
How do we manage schema changes when the ERP or commerce platform changes table structures?
We version the data model and gate schema changes through a review process. If the ERP adds a new pricing field or commerce reorders order fields, the change is validated in a test environment, impacted dashboards are identified, and stakeholders approve before the change goes live to production.
What metrics should we track to measure the health of our analytics pipeline?
We monitor extract completeness (row counts, record freshness), pipeline latency (time from source to Looker Studio), and dashboard usage (which dashboards are active, which are stale). We also track the number of exceptions and how quickly they are resolved by the data team.
How often should dashboards refresh, and who owns the refresh schedule?
Refresh frequency depends on the use case: daily for finance reporting, 4-hourly for merchandising and operations, near real-time for exception dashboards. Each dashboard owner sets and justifies their refresh SLA; data teams commit to meeting those SLAs or escalate risks.
Can we integrate product data and attributes from the PIM into our analytics dashboards?
Yes. We extract product families, attributes, category taxonomy and completeness metrics from the PIM on a scheduled basis. These feed dashboards that show product coverage gaps, variant readiness and channel-specific content status.
How do we scale analytics as our data volume grows (years of transaction history)?
We implement data aggregation, partitioning and archival strategies so Looker Studio remains performant. Recent transaction data stays hot; older data is aggregated by month or rolled up. This keeps queries fast and dashboard load times under control.
What happens if we need to replatform the commerce system? Does our analytics work survive?
Our analytics model is built on normalized tables, not commerce-platform-specific APIs. When you replatform, we remap the extract logic to the new commerce platform's schemas. Historical data and dashboards remain intact; only the extract pipeline changes.
How do we know when a dashboard is out of date and should be retired?
We track dashboard usage (last refresh, number of viewers, edit history). Dashboards with no viewers for 90 days are flagged for review with the owner; rarely-used dashboards can be archived to keep the Looker Studio instance clean and maintainable.
Can Looker Studio connect directly to our ERP and commerce databases, or do we need intermediate tables?
Direct connections are possible but not recommended for production analytics. Intermediate landing tables decouple the analytics model from source system schemas, so ERP and commerce upgrades don't break dashboards. We recommend landing data in a staging schema before transformation into curated tables.
How do we handle seasonal spikes or peak trading without dashboard performance degradation?
We design for peak load by partitioning data by date, aggregating older records, and caching frequently-queried metrics. Dashboard refresh schedules can be adjusted during peak trading (e.g., hourly instead of daily) without overwhelming the analytics layer.



