LuppiStack

Microsoft Fabric, Azure Synapse, ADF, Databricks, and lakehouse architecture — expert led. · 40 Hours

Issued by Luppiter Tech · Singapore0 USD
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Microsoft Azure Data Platform

LuppiStack

4.9· 120+ engagements

Prepaid expert hours for the Microsoft Azure data platform: Microsoft Fabric, Azure Synapse Analytics, Azure Data Factory, Azure Databricks, Azure Purview, and lakehouse architecture design and implementation.

About LuppiStack

The Microsoft Azure data platform has converged rapidly — from siloed services into Microsoft Fabric's unified SaaS experience. Organisations that invested in Azure Synapse, Azure Data Factory, and Azure Databricks over the past five years now face a migration decision, while organisations starting fresh have to navigate an ecosystem of overlapping capabilities to make sound architectural choices. LuppiStack provides the practitioner expertise to do both well.

Our engineers have built production lakehouses on the Medallion (bronze/silver/gold) architecture using Delta Lake on Azure Data Lake Storage, Azure Databricks, and Microsoft Fabric OneLake. We implement Azure Data Factory pipelines for complex ingestion scenarios — incremental loads, CDC patterns, API-to-lake ingestion, and SAP integration. For analytics engineering, we work with Azure Synapse dedicated and serverless SQL pools, Synapse Spark, and Fabric notebooks and dataflows. Where governance is required, we integrate Azure Purview for data cataloging and lineage.

Engagements are structured around specific deliverables: a lakehouse foundation build, a pipeline migration from SSIS or Informatica to ADF, a Synapse-to-Fabric migration roadmap and execution, or a Databricks environment hardening review. Hours are logged per session, reviewed by you, and only deducted after confirmation. The result is a clean, documented data platform your team can operate and extend without ongoing dependency on external consultants.

Common use cases

Designing and building a greenfield Microsoft Fabric lakehouse replacing a fragmented on-prem data warehouse
Migrating SSIS packages or Informatica workflows to Azure Data Factory pipelines
Implementing a Databricks-based data transformation layer with Delta Live Tables and Unity Catalog governance
Assessing an existing Azure Synapse environment and delivering a migration roadmap to Microsoft Fabric
Building a real-time or near-real-time streaming ingestion pipeline using Event Hub and ADF or Databricks Structured Streaming
Hardening a Databricks workspace — network isolation, Unity Catalog permissions, cluster policies, audit logging
Setting up a cost governance framework across ADF, Databricks, and Synapse with budget alerts and right-sizing recommendations

What's covered

Microsoft Fabric

workspace design, OneLake architecture, Lakehouse, Warehouse, Data Engineering items

Azure Synapse Analytics

dedicated SQL pool design, serverless queries, Synapse Spark, Link for Dataverse

Azure Data Factory (ADF)

pipeline development, linked services, integration runtimes, monitoring

Azure Databricks

cluster configuration, Delta Live Tables, Unity Catalog, MLflow integration

Azure Purview

data map, scanning, lineage, classification (standalone and Fabric-integrated)

Lakehouse architecture

Medallion pattern, Delta Lake optimisation, Z-ordering, VACUUM policies

Data pipeline patterns

incremental loads, CDC via Debezium or ADF CDC, SCD Type 1/2

Data warehousing

dimensional modelling, star schema, distribution and indexing in Synapse

Infrastructure as Code

Bicep / Terraform for Azure data platform resources

Cost management

Databricks DBU optimisation, Synapse DWU autoscaling, ADF cost controls

Deliverables

  1. 1

    Architecture diagram and design document — data flow, naming conventions, environment strategy (dev/test/prod)

  2. 2

    Pipeline source code (ADF ARM templates / Databricks notebooks / Fabric items) committed to your repository

  3. 3

    Infrastructure-as-Code templates (Bicep or Terraform) for reproducible environment provisioning

  4. 4

    Data model documentation — entity definitions, grain, source-to-target mappings

  5. 5

    Operational runbook — monitoring dashboards, failure alert procedures, SLA targets

  6. 6

    Session logs and confirmed hour consumption report before deduction

How it works

How it works

Three steps from purchase to delivery — no surprises.

01

Buy hours

Choose a service line and a tier that fits your scope. Pay once — no retainer, no commitment beyond the block.

02

We deliver

Our senior practitioners get to work. Every session is logged in detail and submitted for your review before hours are touched.

03

Recharge

Running low? Top up instantly from the portal. Each recharge is a fresh block with its own 12-month validity.

Terms & Conditions

These terms govern all prepaid hour engagements with Luppiter Tech Solutions & Services Pvt Ltd.

Frequently asked questions

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