MongoDB connector

Use your MongoDB data for reporting, automation and AI.

Data Panda brings the MongoDB databases behind your applications together with the data from the rest of your business. From one place, we turn it into dashboards, automations, AI workflows and custom apps your team uses every day.

Data Panda Reporting Automation AI Apps
MongoDB logo
About MongoDB

The document database behind your modern app.

MongoDB was founded in 2007 and is the dominant document-store NoSQL database. Its JSON-like documents, flexible schemas, horizontal scaling and native change streams made it the default choice for modern web apps, product catalogs, IoT platforms and event-heavy backends. MongoDB Atlas runs it as a managed cloud service across AWS, Azure and GCP.

The point of pulling MongoDB into a warehouse is that document data is hard to join to the rest of the business in its native shape. A user record with an embedded array of orders is convenient for the app and awkward for the CFO. In a warehouse, we flatten and version the document schema into SQL-queryable tables, stream changes via MongoDB's change streams, and join the result to Salesforce, Stripe and the accounting ledger. Reporting stops hitting the live Atlas cluster and starts reflecting business reality across systems.

What your MongoDB data is for

What you get once MongoDB is connected.

Document-data reporting

Nested JSON flattened into SQL tables, joined to CRM and finance.

  • Per-user activity and order history in relational shape
  • Product-catalog change history tied to order and revenue
  • Event telemetry joined to billing and support data

Change-stream automation

Let MongoDB changes fire actions across the rest of the stack.

  • New signup document pushes a HubSpot contact
  • Order-document state change routes fulfilment
  • User-preference update flows into Klaviyo segments

AI workflows

Turn flexible document data into scoring that makes sense to SQL users.

  • Churn prediction on event and usage documents
  • Text classification on free-form document fields
  • Anomaly detection on collection sizes and document shape

Custom apps on your data

Internal tools on MongoDB data without exposing Atlas credentials.

  • Admin view of users with orders and support history
  • Catalog-drift dashboard for merchandising
  • Exec board tied to app-defined KPIs
Use cases

Use cases we deliver with MongoDB data.

A list of concrete reports, automations and AI features we have built on MongoDB data. Pick the one that matches your situation.

Document flatteningNested arrays and embedded docs turned into SQL tables.
Schema drift trackingField presence and type drift across document versions.
Catalog-change historyPrice, availability and attribute change log per SKU.
Event-stream analyticsHigh-volume event data available for cohort queries.
User journeySession-like reconstruction from user documents.
Feature adoptionUsage derived from event documents per plan and cohort.
Data-quality monitoringMissing fields, outliers and silent schema changes.
Content moderationFree-form field classification for user-generated content.
Time-to-value on appDays to the user event that predicts retention.
Multi-cluster consolidationUnified view across Atlas clusters and self-hosted nodes.
Real business questions

Answers you will finally get.

How do we report on MongoDB without writing Mongo aggregations?

Documents are flattened into SQL tables in the warehouse with nested arrays handled as related tables. Business users query with SQL, ids align with CRM and Stripe, and no one needs the Mongo aggregation pipeline to answer a finance question.

What happens when the application adds a new field or changes a type?

Schema drift is tracked per collection. New fields appear as columns on the next sync, renamed fields are mapped to their history, and type changes are versioned so old queries still run. The change is surfaced before it breaks a downstream dashboard.

How do we pull MongoDB without hitting production?

Change streams against a secondary replica are the default, so read load never touches the primary Atlas node. For smaller collections, scheduled incremental sync is available. The load profile is tuned to the tenant.

Value for everyone in the organisation

Where each function gets value.

For finance leaders

App-generated revenue and usage data joined to the accounting ledger, without developer time for every export. Transactional and subscription revenue tie back to the same document customer record.

For sales leaders

Product usage and feature adoption on every CRM account, sourced from MongoDB documents. Reps see the customer about to expand before the renewal call, in SQL they can query without a developer.

For operations

Collection schema drift, data-quality gaps and change-stream throughput monitored in one place. Reporting becomes part of the deploy check instead of the first thing that breaks after a migration.

Ideas

What you can automate with MongoDB.

Pair with HubSpot

Flow MongoDB users and events into HubSpot

User and account documents, plus key event streams, push into HubSpot as contacts, companies and timeline events. CS and sales see app behaviour on the record in real time, without product-team exports.

Pair with Stripe

Match MongoDB user documents to Stripe subscriptions

MongoDB user ids resolve to the Stripe customer and subscription they belong to, so app behaviour and billing state live on one warehouse record. Churn and upsell models read the same key.

Pair with Salesforce

Surface MongoDB signals on Salesforce accounts

Feature usage and product events aggregated from MongoDB push onto Salesforce accounts as fields and timeline activity. Account executives see adoption and churn risk on the same record as pipeline.

Pair with Exact Online

Post MongoDB-app invoices into Exact Online

Invoices generated in the MongoDB-backed application post to Exact Online with customer, VAT and ledger coding resolved. The app keeps its own invoicing logic and finance still gets clean sales journal entries.

Your existing tools

Your data lands in a warehouse. Your BI tools read from it.

You keep the reporting tool you already have. We connect it to the warehouse where your MongoDB data lives.

Power BI logo
Power BI Microsoft
Microsoft Fabric logo
Fabric Microsoft
Snowflake logo
Snowflake Data warehouse
Google BigQuery logo
BigQuery Google
Tableau logo
Tableau Visualisation
Microsoft Excel logo
Excel Sheets & pivots
Three steps

From MongoDB to answers in three steps.

01

Connect securely

OAuth authentication. Read-only by default. We sign a DPA and your admin keeps the keys.

02

Land in your warehouse

Data flows into your warehouse on your schedule. Near real time or nightly, your call. You own the data.

03

Reporting, automation, AI

We build the first dashboard, workflow or AI feature with you, then hand over the keys. Or we stay on for ongoing delivery.

Two ways to work with us

Pick the track that fits how you work.

Track 01

Self-serve

We set up the foundation. Your team builds on top.

  • MongoDB connector configured and running
  • Warehouse set up in your cloud account
  • Clean access for your Power BI, Fabric or Tableau team
  • Documentation on what's in the data model
  • Sync monitoring so you're warned before reports break

Best fit Teams that already have a BI analyst or data engineer and want to own the build.

Track 02

Done for you

We build the whole thing, end to end.

  • Everything in Self-serve
  • Dashboards built to the questions your team actually asks
  • Automations between your systems
  • AI workflows scoped to real tasks your team runs
  • Custom apps where a dashboard does not cut it
  • Ongoing delivery at a pace that fits your team

Best fit Teams without in-house BI or dev capacity. You tell us what you need and we deliver it.

Before you book

Frequently asked questions.

Who owns the data?

You do. It lands in your warehouse, on your cloud account. We don't resell or aggregate it. If you stop working with us, the warehouse stays yours and keeps running.

How fresh is the data?

Near real time for most operational systems. For heavier sources we schedule hourly or nightly. You pick based on what the reports need.

Do I need a warehouse already?

No. If you don't have one, we help you pick one and set it up as part of the first delivery. Common starting points are Snowflake, Microsoft Fabric, or a small Postgres start.

How do you capture MongoDB changes without full re-reads?

Change streams against a secondary replica are the default, with incremental cursor-based sync as a fallback where change streams are not enabled. Both paths land in the same warehouse tables and are deduplicated on document id.

How is document schema handled in a SQL warehouse?

Documents are flattened into one or more SQL tables per collection, with nested arrays modelled as related tables. Schema is versioned so new fields appear, renamed fields are mapped and type changes do not silently break reports.

GDPR-compliant
Data stays in the EU
You own the warehouse

A first deliverable live in four to six weeks.

We review your MongoDB setup and the systems around it. Together we pick the first thing worth building.