Data Intelligence

Data Warehousing

A single, scalable home for all your business data.

Common Challenges

  • No central place to store and query data from across the business
  • Analytics running directly on production databases slowing operations down
  • Warehouse costs growing uncontrollably as data volumes increase
  • No separation between raw, cleansed, and business-ready data layers

With Sync4Tech

  • Cloud-native data warehouse that scales infinitely without infrastructure overhead
  • Analytics fully isolated from production systems, zero performance impact
  • Optimised storage and compute costs with pay-as-you-go cloud architecture
  • Clean data layers, raw, staging, and mart, for reliable, governed analytics

The Impact in Numbers

40%

Average reduction in cloud data costs post-optimisation

10×

Faster query performance vs legacy on-premise warehouses

0

Analytics impact on production system performance

What We Deliver

Cloud Warehouse Setup

Deploy and configure Snowflake, BigQuery, or Redshift tailored to your workload, data volumes, query patterns, and budget constraints.

Data Modelling

Design dimensional models, data marts, and semantic layers using dbt that make analytics fast, consistent, and easy for business users to understand and trust.

Cost Optimisation

Cluster keys, materialised views, query optimisation, and auto-suspend policies that minimise compute costs without sacrificing query performance.

Security & Access Control

Row-level security, dynamic column masking, and role-based access policies so the right people see exactly the right data, and nothing they should not.

Real-World Impact

Use Cases

Case 01

On-Premise to Cloud Migration

Migrated a 12TB on-premise SQL Server warehouse to Snowflake for a professional services firm, reducing infrastructure costs by 55%, cutting query times from minutes to seconds, and eliminating maintenance overhead.

Case 02

Data Warehouse for a Scaling SaaS

Built a Snowflake warehouse consolidating product usage, billing, support, and CRM data for a SaaS company, enabling their first cross-functional analytics layer and reducing analyst query times by 8×.

Case 03

BigQuery Cost Reduction

Reduced a retail group's BigQuery bill by 48% through partition pruning, clustering, query rewrites, and materialised view implementation, without any reduction in analytics capability.

Technologies We Use

Industries We Serve

We bring deep domain knowledge across these sectors

SaaS & Technology
Financial Services
Retail & eCommerce
Healthcare
Manufacturing
Professional Services

How We Work

01

Assessment

Evaluate current state, data volumes, query patterns, and warehouse requirements.

02

Architecture Design

Design the warehouse architecture, data layers, modelling approach, and security model.

03

Build & Migrate

Build the warehouse, migrate existing data, and validate completeness and accuracy.

04

Optimise

Tune performance, implement cost controls, and hand over with full documentation.

Frequently Asked Questions

Which cloud warehouse do you recommend?

Snowflake for most mid-market clients, it separates compute and storage elegantly and integrates well with the modern data stack. BigQuery for GCP-first organisations. Redshift for existing AWS-heavy environments. We assess your stack and recommend accordingly.

How long to set up a data warehouse?

A basic warehouse with initial data migration can be live in 4–6 weeks. A full implementation with multiple data sources, transformation layers, and BI connectivity typically takes 10–16 weeks.

Can we migrate from an on-premise warehouse?

Yes. We handle migrations from on-premise SQL Server, Oracle, and Teradata to cloud warehouses, including schema translation, data migration, and validation.

How do you control costs?

We implement auto-suspend policies, query prioritisation, materialised views, and clustering keys. Most clients reduce cloud data costs by 30–50% within 90 days of our optimisation work.

What is the difference between a data warehouse and a data lake?

A data warehouse stores structured, processed data optimised for querying and reporting. A data lake stores raw data of any format at lower cost. We often recommend a lakehouse architecture, combining both, for clients with diverse data types and use cases.

How do you handle sensitive data in the warehouse?

We implement dynamic data masking, column-level encryption, row-level security policies, and detailed audit logging. PII and sensitive data can be masked for specific roles while remaining accessible to authorised users.

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