Database Design

Database Design that scales with your product

We design efficient, scalable database architectures that power your applications and protect your data. Using SQL and NoSQL technologies tailored to your needs, we build robust storage solutions - from relational databases for transactional systems to document stores for content management - so your data stays organised, accessible, secure and fast under any load.

app.product.com
image_2025-09-02_221531630 Service - MyPlanet Design
// mobile
What we know

Database excellence through strategic architecture

With 35+ database systems designed handling millions of records, we understand what makes database architecture successful. Our designs consistently achieve query response times under 50ms while maintaining 99.99% uptime and zero data loss through proven architecture patterns.

Every schema, index and scaling strategy is chosen for your real access patterns – not a generic template – so performance holds as your data and traffic grow.

What you get

Everything, build-ready

User research
Interviews, audit and analytics to ground every decision.
Information architecture
Flows, sitemaps and navigation that make sense.
Wireframes
Low-fi structure to align fast before visuals.
UI kit & design system
Tokens and components in Figma — one source of truth.
Hi-fi screens
Pixel-perfect UI for every state and breakpoint.
Clickable prototype
A real, testable prototype — plus developer handoff.
How we work

Our Database Design Process

01Step 01

Requirements Analysis

Analyse data requirements, access patterns, performance needs and scalability projections to understand the optimal database architecture approach.

02Step 02

Architecture Design

Create the database schema, choose optimal technologies, design relationships and constraints, and plan indexing strategies for performance optimisation.

03Step 03

Implementation & Optimisation

Build the database structure, implement security measures, optimise queries and indexes, and configure backup and recovery systems.

04Step 04

Testing & Performance Tuning

Conduct load testing, optimise performance bottlenecks, validate data integrity, and ensure security measures are functioning properly.

05Step 05

Documentation & Monitoring

Provide comprehensive documentation, implement monitoring systems, establish maintenance procedures, and train your team on database management.

Where it moves the needle

When UI/UX pays for itself

A focused redesign tends to pay back fastest in a few specific moments. These are the ones we’re asked for most.

Onboarding & activation
Get more new users to their first win — the single biggest lever on retention.
Signup & checkout
Remove friction where revenue is won or lost, step by step.
Dashboards & data
Turn dense, scary tables into something operators read at a glance.
Legacy redesign
Modernise an aging product without forcing your users to relearn it.
0-to-1 MVPs
Define and design a first version that’s lean enough to ship, sharp enough to fund.
Design systems
Give a scaling team one source of truth so quality holds as you grow.
Before / after

The difference a redesign makes

Drag to compare a typical before-and-after from our UX work.

// AFTER — redesigned flow
// BEFORE — legacy UI
BeforeAfter

63%

Avg. conversion uplift

2.4×

Faster task completion

4.9★

Client rating

3wk

Typical timeline

★ New engagements only

Your first 7 days are free.

Start a project of one month or more and your first 7 days of design are on us — real work on your product. Keep going only if you're impressed.
1

Scope a 1-month+ project

2

First 7 days free

3

Continue only if impressed

No risk · Real deliverables · Walk away after the week, no fee

7 DAYS FREE
$0

A full week of our design team on your product — to kick off a 1-month+ engagement.

2 of 5 onboarding slots left this month

"Their efforts to truly understand the product were impressive — structured, helpful and skilled. Our internal KPIs jumped after the redesign."

Brett JohnsonCEO, SwitchedOn Training

FAQ

Couldn't find what you were looking for? Write to us at hello@myplanet.design

How do you choose between SQL and NoSQL databases?

The choice depends on your data structure and requirements. SQL databases (PostgreSQL, MySQL) are ideal for structured data with complex relationships, ACID compliance needs and complex queries. NoSQL databases (MongoDB, Cassandra) work better for flexible schemas, horizontal scaling and rapid development. We analyse your specific use case to recommend the optimal approach.

How do you ensure database performance as data grows?

Performance optimisation includes proper indexing strategies, query optimisation, table partitioning for large datasets, read replicas for scaling, caching layers, connection pooling and horizontal scaling techniques. We design databases that maintain fast performance even with millions of records and thousands of concurrent users.

What security measures do you implement?

Security measures include data encryption at rest and in transit, user authentication and authorisation, role-based access control, SQL-injection prevention, audit logging, network security configuration, backup encryption and compliance with security standards. We ensure your data is protected from unauthorised access and breaches.

Can you migrate our existing database to a new system?

Yes, we handle complete database migrations including data mapping and conversion, schema transformation, performance optimisation, zero-downtime migration strategies, data validation and testing, and rollback planning. We ensure smooth transitions with no data loss or extended downtime.

How do you handle backup and disaster recovery?

Comprehensive backup strategies include automated daily backups, point-in-time recovery capability, geographically distributed backup storage, disaster recovery planning with RTO/RPO targets, backup testing and validation, and documentation for recovery procedures. Your data is protected against all types of failures.

What about database integration with applications?

We design databases that integrate seamlessly with applications through optimised API development, efficient connection management, data access layer design, ORM integration, caching strategies and real-time data synchronisation. Applications perform optimally while maintaining data consistency.

How do you monitor database health and performance?

Monitoring includes performance metrics tracking, query analysis and optimisation alerts, storage and capacity monitoring, backup verification, security audit logging, uptime monitoring and automated alerting for issues. We proactively identify and resolve problems before they impact your applications.

What ongoing support do you provide?

Ongoing support includes performance monitoring and optimisation, security updates, backup management, capacity planning, query optimisation, troubleshooting support, documentation updates and team training. We ensure your database continues performing optimally as your business grows and evolves.