MODERN DATA PLATFORM & DATA WAREHOUSE

Build one reliable data foundation for analytics, AI and automation

Datazeb helps organisations bring data from ERP, CRM, finance, operational systems, APIs, files, and cloud applications into a structured, trusted data platform.

We design the architecture, pipelines, transformation logic, data models, quality checks, and operating processes needed to make business data easier to reuse and maintain.

Common signs you need a stronger data foundation

  • Every report connects directly to source systems
  • The same transformation logic is rebuilt in multiple places
  • Excel files are used as hidden staging layers
  • Reports break when a source changes
  • Different teams maintain separate versions of the same data
  • Refreshes are slow, fragile, or difficult to monitor
  • AI projects cannot access a trusted data layer
  • Historical reporting is limited because source systems overwrite data
  • Data-quality checks happen manually after reporting problems appear

What Datazeb can deliver

Data Warehouse Design

Create a structured analytical store designed around reporting and business history.

Lakehouse / Modern Data Platform

Design an appropriate modern platform where scale, semi-structured data, or broader analytics needs justify it.

ETL / ELT Pipelines

Automate ingestion and transformation from databases, APIs, cloud apps, files, and business systems.

Curated Data Models

Create reusable business-ready layers for finance, sales, operations, customers, products, inventory, and other domains.

Historical Data

Preserve analytical history where source systems only expose current state.

Orchestration & Monitoring

Schedule dependencies, retries, alerts, logging, and failure handling for production pipelines.

Analytics & AI Integration

Provide trusted data for Power BI, dashboards, AI assistants, automation, and downstream applications.

The platform flow

  1. Source Systems
  2. Ingest
  3. Transform & Validate
  4. Trusted Data Layer
  5. BI / AI / Automation

The exact technology can vary. The architecture should follow the organisation’s data volume, latency needs, source systems, team capability, governance requirements, and budget.

Data warehouse vs lakehouse vs direct reporting

Use the simplest architecture that supports the business

Not every organisation needs a large data platform. Datazeb should assess whether the right pattern is:

  • Direct reporting for a small stable use case
  • A central relational data warehouse
  • A cloud warehouse
  • A lakehouse architecture
  • A hybrid approach

Source integration

Datazeb can integrate approved data from:

  • ERP and accounting systems
  • CRM platforms
  • POS and ecommerce
  • Operational databases
  • APIs
  • SaaS applications
  • CSV / Excel files
  • Cloud storage
  • Legacy systems where accessible

Each source should have clear ownership, refresh expectations, and a documented ingestion method.

Transformation and business logic

Move repeated logic into a controlled layer

  • Data cleaning
  • Standardisation
  • Joins and matching
  • Reference-data mapping
  • Business rules
  • Currency / calendar handling where required
  • Derived fields
  • Historical tracking

Centralising stable transformation logic reduces duplicated calculations across reports and downstream systems.

Curated business data models

Curated layers can organise data around business domains such as:

  • Finance
  • Sales
  • Customers
  • Products
  • Inventory
  • Operations
  • Projects
  • Suppliers
  • Locations / entities

These models should be designed around the questions the business needs to answer, not around source-system table names.

Historical reporting

Preserve the context that operational systems often lose

  • Status history
  • Customer / product changes
  • Point-in-time balances
  • Snapshot reporting
  • Entity / hierarchy changes
  • Historical KPI reconstruction where feasible

Historical design should be deliberate because storing every change can add complexity without business value.

Data quality and reconciliation

  • Missing records
  • Duplicate identifiers
  • Unmapped reference values
  • Schema changes
  • Unexpected row-count changes
  • Control-total differences
  • Late source feeds
  • Invalid dates or relationships

Validation should run as part of the pipeline so data issues are visible before users discover them in reports.

Pipeline orchestration

  • Scheduling
  • Dependency management
  • Retry logic
  • Incremental loads
  • Failure alerts
  • Logging
  • Run history
  • Recovery procedures

Production pipelines should be observable and supportable, not a collection of scripts that only one person understands.

Security and access

  • Least-privilege source access
  • Service-account controls
  • Credential management
  • Environment separation
  • Restricted sensitive fields
  • Role-based downstream access
  • Documented ownership

Security design should follow client requirements and the sensitivity of each data domain.

Power BI integration

Build reporting on a stable analytical layer

A stronger data platform can simplify Power BI by moving repeated data preparation upstream.

  • Cleaner semantic models
  • Faster refresh patterns
  • Shared business dimensions
  • Consistent historical logic
  • Reduced Power Query duplication
  • Simpler report maintenance

Explore Business Intelligence & Power BI

AI and automation readiness

Reliable AI starts with reliable access to business data

A curated data layer can support:

  • AI assistants over governed business data
  • Conversational analytics
  • Agentic workflows
  • Automated exception detection
  • Workflow decisions based on trusted records
  • Management-summary generation

AI should use approved curated sources rather than unrestricted access to every raw system.

Explore Data & AI Readiness

Microsoft Fabric and cloud-platform options

Where appropriate, Datazeb can assess platform options such as Microsoft Fabric or other cloud data services based on:

  • Current Power BI footprint
  • Data volume
  • Engineering needs
  • Warehouse / lakehouse requirements
  • Governance
  • Team skills
  • Operating cost
  • Future AI / analytics roadmap

Platform choice should follow the architecture, not lead it.

Migrating from spreadsheet or report-driven data preparation

  • Identify repeated Power Query / Excel logic
  • Move stable transformations upstream
  • Replace manual staging files
  • Automate source ingestion
  • Standardise mappings
  • Preserve necessary user-owned inputs

The objective is to remove fragile dependencies while keeping practical business ownership where it belongs.

Existing data platform review

Improve what already exists before deciding to rebuild

Datazeb can review:

  • Current warehouse / lakehouse
  • ETL / ELT pipelines
  • Data models
  • Performance
  • Source integrations
  • Data quality
  • Monitoring
  • Security
  • Power BI dependencies
  • Documentation and ownership

The result may be targeted optimisation, pipeline stabilisation, model redesign, or a phased platform modernisation.

Why Datazeb for modern data platforms

  • Data engineering and Power BI capability in one delivery model
  • Strong SQL, Python, APIs, databases, cloud, and integration experience
  • Architecture sized to the actual business need
  • Focus on data quality, monitoring, and maintainability
  • Ability to connect the platform to analytics, AI, and automation
  • Flexible project and managed-support models
  • Senior-led global delivery

Engagement options

  • Data architecture review
  • Data warehouse implementation
  • Modern data platform build
  • ETL / ELT pipeline development
  • Platform modernisation
  • Historical data design
  • Data-quality framework
  • Managed data engineering support

How we work

  1. Understand
    Clarify reporting, analytics, AI, source systems, data volume, users, latency, governance, and support requirements.
  2. Assess
    Review existing architecture, data flows, transformations, pain points, technical debt, and platform constraints.
  3. Design
    Define target architecture, source ingestion, storage, transformation, curated models, security, monitoring, and ownership.
  4. Build
    Develop pipelines, data layers, validation, orchestration, documentation, and downstream integrations.
  5. Validate & Support
    Reconcile outputs, stabilise production loads, document operations, and improve the platform over time.

Frequently asked questions

Do we need a data warehouse before using Power BI?

Not always. A warehouse becomes more valuable when multiple sources, historical reporting, reuse, data quality, or complex transformation justify a central analytical layer.

Do we need Microsoft Fabric?

Not necessarily. Fabric can be considered where it fits the architecture, current Microsoft environment, engineering needs, governance, and cost model.

Can you modernise an existing warehouse instead of rebuilding it?

Yes. Datazeb can assess the current platform and improve pipelines, models, performance, quality, or monitoring without replacing useful components.

Can the same platform support AI?

Yes. A curated governed data layer can support selected AI and automation use cases where appropriate access and controls are defined.

Can you integrate APIs and legacy data sources?

Often, yes. The method depends on available APIs, database access, files, connectors, and technical constraints.

Do you provide ongoing data engineering support?

Yes. Managed support can cover pipeline monitoring, source changes, new integrations, quality issues, optimisation, and platform growth.

Build the data foundation once – then reuse it across reporting, AI and automation

If your reporting depends on direct system connections, repeated transformations, manual staging files, or duplicated data logic, tell us how the environment works today. Datazeb can help design a practical central data layer that is easier to trust, maintain, and extend.