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Datalloy

End-to-end data partner for manufacturers

One product code. One cost centre. One number the board can trust.

Datalloy connects plant systems, engineers the pipelines, and builds the warehouse and Power BI layer on top. Production, quality and finance stop assembling group figures by hand.

Azure · Databricks · SQL · Power BI. You talk to the people who build it.

We work from Bengaluru with manufacturers who already have ERP — SAP, Dynamics, or more than one plant system — and a Power BI file nobody will sign.

Data Architecture

Flowing

Plant ERP, MES, quality and files into ingestion, then a data warehouse modelling product, plant and cost centre, then a Power BI board pack.

Source Systems

  • ERP
  • CRM
  • APIs
  • Databases
  • Cloud
  1. Data Integration

    Connect and ingest

  2. Data Engineering

    Clean and transform

  3. Data Warehouse

    Store and historise

  4. Data Modeling

    Facts and dimensions

  5. Power BI

    Report and explore

  6. Business Insights

    Decide and act

  • Data Engineering
  • Data Warehousing
  • ETL / ELT
  • Cloud Data
  • Business Intelligence
  • Data Analytics

What we do

The problem is not the dashboard

Plants already have systems. What they lack is one modelled definition of product, plant, time and cost. Until that exists, every report is an argument.

  • 01

    Connect

    ERP, MES, quality, WMS and the file sources still sitting in email.

  • 02

    Integrate

    Ingestion with incremental loads, retries and a schedule someone actually watches.

  • 03

    Transform

    Clean and standardise part codes, plants and cost centres once, not in every workbook.

  • 04

    Model

    Facts and dimensions at a grain ops can use — production, inventory, quality, cost.

  • 05

    Analyse

    One definition of yield, scrap, OEE, on-time and margin.

  • 06

    Visualise

    Power BI for the decision, not a chart type. Lineage when someone asks where the number came from.

The difference

We don't just build dashboards.
We build the data foundation behind them.

A report is only as good as the pipeline, the model and the definitions underneath it. Datalloy takes responsibility for the whole chain — which is why the number on the dashboard holds up when someone asks where it came from.

  1. Data Engineering

    Pipelines that move and shape the data

  2. Data Warehousing

    Structure and history the business can rely on

  3. Data Modeling

    Facts, dimensions and governed measures

  4. Business Intelligence

    Reporting built around real questions

  5. Business Decisions

    The reason the platform exists

Services

What we build for plants

Most work starts with one subject area — inventory, production or P&L — then grows. Not a twelve-month enterprise platform before the first trusted number.

  • Data Engineering

    Pipelines that run without supervision

    Ingestion, transformation and orchestration built as engineered software — version controlled, parameterised, monitored and repeatable.

    • ETL / ELT
    • Data pipelines
    • Data ingestion
    • Data transformation
    • Data integration
    • +2
  • Data Warehousing

    One definition of the business

    Dimensional warehouses and data marts that hold history, resolve conflicting definitions and stay fast as volumes grow.

    • Enterprise data warehouse
    • Star schema design
    • Fact tables
    • Dimension tables
    • Slowly Changing Dimensions
    • +2
  • Business Intelligence

    Reporting built around decisions

    Power BI semantic models, governed measures and dashboards designed around the questions the business actually asks.

    • Power BI
    • Dashboard development
    • KPI reporting
    • Executive dashboards
    • Operational reporting
    • +2
  • Data Quality

    Numbers people stop arguing about

    Validation, reconciliation and governance built into the pipeline, so quality is measured continuously instead of discovered in a meeting.

    • Data cleansing
    • Deduplication
    • Validation rules
    • Standardization
    • Data reconciliation
    • +1
  • Cloud Data

    Azure data platforms, built properly

    Lake, warehouse and orchestration layers designed on Azure with environment separation, cost control and deployment automation.

    • Azure
    • Azure Data Factory
    • Azure Databricks
    • Azure Synapse Analytics
    • Azure Data Lake
    • +1
  • Data Migration

    Move the data, keep the meaning

    Legacy, ERP and database migrations executed with mapping, reconciliation and parallel-run validation before anything is switched off.

    • Legacy migration
    • ERP migration
    • Database migration
    • Cloud migration
    • ETL modernization

Architecture

From the plant system to the board pack

Each layer has one job. Nothing quietly does two things at once.

ERP, CRM, API, database and SaaS source systems feed data ingestion in Azure Data Factory, then a data lake, data engineering in Databricks, a data warehouse in Azure Synapse, data modeling with facts and dimensions, a semantic model, Power BI and finally business insights.

Source Systems

  • ERP
  • MES
  • Quality
  • WMS
  • Files
  1. Data Ingestion

    Azure Data Factory

  2. Data Lake

    Raw and curated zones

  3. Data Engineering

    Databricks transformation

  4. Data Warehouse

    Azure Synapse

  5. Data Modeling

    Facts and dimensions

  6. Semantic Model

    Governed measures and hierarchies

  7. Power BI

    Dashboards and reporting

  8. Business Insights

    Decisions people can act on

  • 01

    Ingest

    Source connectivity, scheduling and incremental loads into the lake.

  • 02

    Engineer

    Cleansing, standardisation and business rules applied once, centrally.

  • 03

    Serve

    Modelled data, governed measures and reporting people actually use.

Architecture layers
0
Source types
0

Counts describe the reference architecture shown here.

Technology

Microsoft estate you already pay for

Tooling follows the plants, not a slide deck. We typically build on Azure, Data Factory or Fabric, Databricks where volumes need it, SQL or Synapse for the modelled layer, and Power BI for the pack.

  • Microsoft Azure

    Cloud platform

  • Azure Data Factory

    Ingestion & orchestration

  • Azure Databricks

    Data engineering & processing

  • Azure Data Lake

    Lake storage

  • Azure Synapse Analytics

    Analytical warehouse

  • SQL Server

    Relational database

  • Azure SQL

    Managed relational database

  • Power BI

    Semantic layer & reporting

  • Talend

    Data integration

  • Python

    Engineering & automation

  • REST APIs

    Source integration

Technologies Datalloy works with. No vendor partnership, certification or endorsement is implied.

Why Datalloy

Why this team

An alloy is stronger than the metals it is made from. A data platform is the same — value is in how well the parts are joined.

  • End to end

    One team accountable from ingestion to the number on the pack.

  • Engineering first

    Source control, environments and monitoring as standard.

  • BI around decisions

    Every report answers a question someone actually asked.

  • Based in Bengaluru

    You speak to the people who will do the work. Enquiries: contact@datalloy.com.

Industries

We start with manufacturing

Multi-plant production, quality and supply data sitting in separate systems, with different part and plant codes. That is the work we take first.

  • Conformed product, plant and time
  • Production, inventory and quality facts
  • Group reporting that matches the plant

Other sectors we will take when the pattern is the same (masters, month-end, ERP cutover): distribution, finance ops, logistics. We do not lead with healthcare.

Process

How delivery runs

Seven stages, in order. Decisions before code.

  1. 01

    Discover

    Understand business requirements and data sources.

    Who needs which answer, how often, and which systems hold the data behind it.

  2. 02

    Assess

    Analyze existing systems, data quality and architecture.

    Profile the data, find the gaps and identify what is safe to build on.

  3. 03

    Design

    Design the target data architecture.

    Layers, storage, modelling approach and orchestration, agreed before build starts.

  4. 04

    Engineer

    Build ingestion and transformation pipelines.

    Parameterised, source-controlled pipelines with logging and alerting from day one.

  5. 05

    Model

    Create the data warehouse and semantic model.

    Conformed dimensions, facts at a defined grain and governed measure definitions.

  6. 06

    Visualize

    Build Power BI dashboards and reports.

    Reporting designed per audience, tested against the model and documented.

  7. 07

    Optimize

    Monitor, improve and scale the solution.

    Tune load windows and query performance, and extend the platform as needs change.

Examples

How the work takes shape

Representative engagements — problem, what was built, what changed. These are illustrative, not named clients, and they contain no invented figures. Real, approved stories will replace them.

  • ManufacturingIllustrative example

    Manufacturing Data Warehouse

    Multiple ERP systems across plants produced inconsistent reporting. The same product and cost centre existed under different codes in each system, so group-level figures had to be assembled manually and rarely reconciled.

    • Data Engineering
    • Data Warehousing
    • Business Intelligence
    Read the example
  • DistributionIllustrative example

    ERP Migration Reporting Continuity

    A move to a new ERP platform put historical reporting at risk. Legacy data structures were not compatible with the new system, and the business needed to compare performance across the cut-over point.

    • Data Migration
    • Data Engineering
    • Data Warehousing
    Read the example
  • FinanceIllustrative example

    Finance Reporting Automation

    Month-end reporting was assembled from exports and spreadsheets. Figures could not be traced back to source, and every restatement required the previous version to be rebuilt by hand.

    • Data Engineering
    • Data Quality
    • Business Intelligence
    Read the example

Fixed-scope first week

Plant-to-board diagnostic

A fixed-scope first week. We map sources, grain and the three reports that matter. You get a one-page source-to-dashboard sketch and a fixed-price offer for slice one. No obligation after that.

Typical first slice: inventory, production or P&L. Weeks, not a year-long programme.

Have a plant data problem?

Tell us the ERPs, the plants, and which pack currently breaks. If we are not the right fit, we will say so.