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Data Engineering & PipelinesData Solutions

Your data is already valuable. The problem is you can't access it reliably.

MayuraSoft builds and delivers data infrastructure that turns raw, scattered, unreliable information into a clean, governed, always-available foundation — so your analytics, AI, and reporting always work from the truth.

Works across cloud warehouses, lakes, and on-premise systems
Real-time and batch pipelines — designed for your latency needs
Built to be maintained by your team — no black-box dependencies
Full data lineage, quality monitoring, and alerting included
Live data pipeline12,847 events / min
Sources
PostgreSQL
App DB
Salesforce
CRM
GA4
Events
SAP
ERP
Ingest
Airbyte
Connectors
Kafka
Streams
Store
Raw zone
Bronze
Cleaned
Silver
Serving
Gold
Transform
dbt Core
SQL models
Spark
Large scale
Consume
Power BI
BI layer
Notebooks
Analysis
AI models
ML / LLM
99.9%

Pipeline uptime SLA on managed infrastructure — vs. typical 94% on DIY pipelines

↑ vs. typical 94% on self-built pipelines
10×

Faster query performance after warehouse optimisation — from hours to seconds on common queries

From hours to seconds on common queries
3 wks

To first production-grade data pipeline from kickoff — Day 21 value, not month 6

Day 21 value, not month 6
60%

Reduction in data team's pipeline maintenance burden — more time for analytics and product work

↑ More time for insights, less for fixes

Core capabilities

What we deliver

End-to-end data infrastructure — from raw sources to decision-ready platforms.

Data ingestion

Collect data from source systems in both batch schedules and real-time streams, with monitoring and failure recovery built in.

Transformation and processing

Clean, join, and reshape data into consistent formats suitable for analysis, reporting, or downstream systems.

Storage and modelling

Design and implement data lakes for flexible storage and data warehouses optimized for structured query workloads.

Data quality and governance

Apply validation rules, lineage tracking, and access controls to ensure data is accurate, traceable, and appropriately managed.

Platform engineering

Build scalable, maintainable infrastructure using infrastructure-as-code, CI/CD pipelines, and automated deployment practices.

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Reference architectures

Four proven data infrastructure patterns

Select a pattern to see the recommended stack and when to use it.

01
Modern lakehouse
Balances cost, flexibility, and analytical power
02
Real-time streaming
Sub-second data freshness for live use cases
03
Cloud warehouse-first
Simplest architecture for analytics-focused teams
04
On-premise / hybrid
For regulated industries with strict compliance needs

Modern lakehouse

Recommended for most organisations — balances cost, flexibility, and analytical power. Supports both batch and streaming, scales without a large upfront warehouse commitment.

LatencyMinutes
ComplexityMedium
ScaleTB–PB

Architecture pipeline

L1 Sources
DB
App DBs
CDC/batch
SA
SaaS APIs
Airbyte
EV
Event streams
Kafka
S3
Files/SFTP
S3 landing
L2 Storage
DL
S3 / GCS
Data lake (raw)
DT
Delta Lake
ACID lake format
L3 Process
SP
Spark / dbt
Transformation
AF
Airflow
Orchestration
GE
Great Expectations
Quality
L4 Warehouse
DW
Snowflake / BigQuery
Analytics warehouse
SL
Semantic layer
Business metrics
L5 Consume
PB
Power BI / Looker
BI dashboards
PY
Python notebooks
Data science
AI
LLM / ML
AI features

Data warehouse platforms

We work across all major platforms — and help you choose the right one

We're platform-agnostic. We recommend based on your workload, team, and cost profile — not partnerships.

Snowflake

Partner
Multi-cloud, diverse workloads, strong governance
Credit-based compute + storage separation
Cost optimisation, clustering, data sharing
SnowPro Core, SnowPro Advanced: Data Engineer
Enterprise analytics, data marketplace, data mesh

Google BigQuery

Certified
Serverless analytics, GCP-native orgs, ML integration
On-demand (per query) or flat-rate reservations
BQML integration, partition/cluster optimisation
Google Professional Data Engineer
Marketing analytics, AI feature stores, event analytics

Databricks

Certified
Lakehouse architecture, ML/AI-heavy workloads
DBU (Databricks Unit) compute + cloud storage
Delta Lake implementation, MLflow, Unity Catalog
Databricks Certified Associate Developer
ML pipelines, large-scale ETL, real-time lakehouse

Data maturity levels

Where does your organisation sit? Click your level to see what it means and what to do next.

Most organisations who come to us are at Level 1 or 2. We meet you where you are and build toward Level 3 or 4.

Level 1
Data chaos
Spreadsheets rule
Level 2
Data silos
Systems, no integration
Level 3
Data foundation
Reliable infrastructure
Level 4
Data advantage
Data as a product
Where you are now
Data lives in Excel, Google Sheets, and individual laptop files
No single source of truth — different teams have different numbers
Reporting is manual, slow, and error-prone
No data engineering or platform in place
What to do next
Define a single source of truth strategy
Choose a cloud warehouse (Snowflake / BigQuery / Redshift)
Build your first automated pipeline from your primary system
Establish data ownership and basic naming conventions

What we build

Six data engineering capabilities

Click any service to explore deliverables and tools.

Data pipeline engineering
ETL/ELT pipelines from any source to any destination
View details
Cloud data warehouse build
Snowflake, BigQuery, Redshift, or Databricks implementation
View details
Data lakehouse architecture
Delta Lake, Apache Iceberg, or Hudi on cloud storage
View details
Real-time streaming pipelines
Sub-second data delivery for operational analytics
View details
Data quality & observability
Automated quality monitoring across your entire data platform
View details
Data orchestration & monitoring
Reliable scheduling, dependency management, and alerting
View details

The transformation

What changes when your data infrastructure works properly

Switch between common scenarios to see the before and after.

Scenario

A mid-size company has finance data spread across four different systems — an ERP, a payroll platform, a billing tool, and a CRM. Every Friday, the finance team manually exports from each system, reconciles in Excel, and spends Monday morning debating which numbers are correct.

The CFO asks for a weekly report every Monday. By the time the data is compiled, it is already out of date. Different teams report different revenue figures depending on which system they pulled from.

Current state

Manual, slow, inconsistent

  • ProcessFinance pulls data from 4 systems manually every Friday. Takes 3 hours to reconcile and 2 more to format the report. Delivered Monday morning.
  • AccuracyRevenue figures differ between finance, sales, and marketing by up to 8%. Every board meeting starts with a 20-minute argument about which number is correct.
  • LatencyDecision-makers are looking at last week's data — by the time it arrives, the situation has already changed.
  • Trust"I don't trust this number" is said in every data-related meeting. Teams make decisions on gut feel because they don't trust the data.
With MayuraSoft platform

Automated, real-time, trusted

  • ProcessAutomated pipeline runs at 6 AM every day. Report is in every stakeholder's inbox before they open their laptop. Zero manual intervention.
  • AccuracySingle source of truth in the warehouse. Finance, sales, and marketing all see the same number because they're all pulling from the same governed data model.
  • LatencyDecision-makers see yesterday's data today. For critical metrics, near-real-time streaming shows data updated within minutes.
  • TrustData trust score (measured quarterly) moves from 40% to 87% within six months of platform launch. Teams act on data instead of debating it.

How to engage

Three ways to build your data foundation

Every engagement starts with a free data audit — we assess your current state before recommending a scope.

Quick foundation
Pipeline build & fix
Specific pipeline work — fixing broken pipelines, adding new sources, or migrating from legacy ETL to modern tooling.
  • Source-to-target pipeline design
  • Data quality rules & monitoring
  • Error alerting & retry logic
  • Documentation & runbook handover
Managed
Managed data platform
We run your data infrastructure — pipeline monitoring, incident response, optimisation, and new source onboarding — month to month.
  • 24/7 pipeline monitoring & alerting
  • Monthly performance & cost review
  • New source onboarding (included)
  • Quarterly architecture review

Common questions

What data and engineering teams ask before starting

Our data is too messy — is it even worth building infrastructure on top of it?
This is the most common thing we hear — and the answer is always the same: messy data is not a blocker, it's the problem we solve. Every data infrastructure engagement starts with a data profiling phase where we inventory what you have, assess quality dimensions (completeness, accuracy, consistency, timeliness), and design the transformation layer to produce clean, governed data downstream. You don't need clean data to start — you need an infrastructure that produces clean data. That's what we build.
Will cloud data warehouse costs spiral out of control?
Only if the infrastructure isn't designed with cost in mind from the start. We build cost controls into every platform we deliver: query optimisation to reduce compute costs, intelligent clustering and partitioning so scans read less data, automated warehouse suspension during inactivity, and a cost monitoring dashboard with budget alerts. We also size the platform to your actual query patterns — not a spec sheet guess. Most clients see cloud data warehouse costs 30–50% lower than their naive self-build estimates after our architecture review.
We have critical data in legacy on-premise systems — how do you handle that?
Legacy source systems are the most common starting point for our engagements. We connect to Oracle, SQL Server, SAP, IBM Db2, and any legacy system with a JDBC or ODBC connection — or via CDC (Change Data Capture) for high-frequency updates. We don't require you to modernise the source system before we can extract from it. The ingestion layer we build is independent of the source system's age or architecture. The source stays untouched; we only read from it.
What happens if a pipeline breaks after you hand over?
Every pipeline we deliver includes: automated alerting (Slack and email) when a pipeline fails or produces data quality violations, a documented runbook explaining exactly what each pipeline does and how to debug common failures, and 30 days of post-handover support included in every engagement. We also offer a managed operations retainer where we remain on-call for pipeline incidents with a defined SLA. Most clients choose the retainer for their most critical pipelines and manage the lower-priority ones internally.
We already have some pipelines — do we need to rebuild everything?
Almost never. We start with a pipeline audit — assessing what you have, what's reliable, and what's causing problems. Existing pipelines that work well get documented and incorporated into the new architecture. Only pipelines with structural problems (no error handling, no monitoring, unreliable scheduling, undocumented logic) get rebuilt. The goal is to improve your infrastructure incrementally, not to replace everything at once and create unnecessary risk and cost.

Know exactly what's broken in your data infrastructure — and what to fix first

We'll review your current pipelines, warehouse, and data quality posture — and return a written audit with a prioritised improvement roadmap. All free, with no commitment required.

Free 2-hour session · Written report delivered in 48 hrs · No commitment required