Schemas That Make Sense. Queries That Don’t Crawl.
Whether designing a data layer from scratch or rescuing an overloaded production database, we engineer setups built for high throughput.
Your application can only ever be as fast as your database. Unindexed tables, complex join logic, messy schemas, and locking errors under high load turn quick applications into timed-out bottlenecks. Throwing expensive cloud hardware at a bad database design is just a temporary, costly band-aid.
Our Clients
Service Offer Description
Schemas that make sense. Queries that do not crawl.
PostgreSQL MySQL MongoDB Redis Prisma pgAnalyze +more
We design relational and document databases from scratch, and we fix the ones that are slow or falling over. Indexing strategy, query optimisation, migrations, and backups — we cover the full picture.
Optimisation Process
We hate unnecessary complexity just as much as you do. Here is our straightforward process
Query Profiling
We locate your slowest queries, missing indexes, and unoptimized schema relationships using live query analysis.
Index & Schema Tuning
We safely inject targeted indexes, optimize join operations, and normalize or denormalize data paths for maximum speed.
Scaling Setup
We implement connection pooling, read-replicas, or Redis layers to isolate heavy traffic away from your core transactional database.
Load Testing
We simulate surge traffic to verify that the database scales predictably without locking tables or dropping connections.
Yes. Indexing, query tuning, and schema updates can be carefully deployed using concurrent operations and zero-downtime migration patterns that won't disrupt live users.
We cover both. We optimize traditional relational databases (PostgreSQL, MySQL) where complex relationships matter, as well as document-based models (MongoDB, DynamoDB) tailored for rapid write scaling.
Featured projects & Case Studies
Real problems solved. Real results delivered.
We don't just talk about building great backends. Here's proof..
97%
Fintza's checkout setup was dropping 30% of sales due to server timeout errors. We engineered a new payment API with resilient retry patterns and background queues, pushing transaction success up to 97%.
60%
Patient profiles were scattered across three different internal software silos, slowing down daily operations. We built a single data access gateway that unifies records onto one screen in under two seconds.
5000+
Plurial's old school database routinely crashed under heavy load during student registration weeks. We built an event-driven registration engine that processed 5,000 sign-ups with zero lag.