Technology

Big Data Engineering Services — Trillions of Rows, Millisecond Queries

Production big data engineering at real scale — managing trillions of rows with millisecond query times, custom sharding strategies, ETL pipelines, and lakehouse architectures on Spark, dbt, Iceberg, Snowflake, and BigQuery.

What we build with Big Data

  • Trillion-row database management with sub-millisecond query response times under production load
  • Custom horizontal sharding strategies: hash-based, range-based, and composite sharding across distributed nodes
  • ETL/ELT pipeline engineering: ingestion, transformation, enrichment, and load — with full lineage and replay capability
  • Ingestion pipelines: Fivetran, Airbyte, Kafka, Kinesis, custom CDC with exactly-once guarantees
  • Transformation with dbt (layered modeling, tests, lineage, CI/CD) and Spark/PySpark at massive scale
  • Warehouse and lakehouse design (Snowflake, BigQuery, Databricks, Apache Iceberg)
  • Streaming architectures with Kafka, Kinesis, and Flink for real-time analytics and operational data products
  • Query performance engineering: partition pruning, materialized views, columnar storage tuning, and index design
  • Orchestration with Airflow, Prefect, Dagster, or cloud-native services with SLA monitoring
  • Data quality, lineage, and observability — dbt tests, Great Expectations, Soda, freshness alerts
  • Cost engineering: Snowflake / BigQuery spend analysis, warehouse sizing, and query optimization

Why DiveScale

Built by engineers who ship Big Data in production

DiveScale has operated data systems at scales that expose every assumption: trillions of rows across sharded databases where a wrong partition strategy collapses query performance, ETL pipelines processing billions of events daily, and warehouses where a poorly tuned materialized view becomes a $40k/month bill. We have solved those problems in production — not in benchmarks.

Our sharding experience goes beyond the standard advice. We design custom sharding keys around real query patterns, build cross-shard aggregation layers that keep application code clean, and instrument shard-level performance so hot spots are visible before they become incidents. Queries that touch trillions of rows come back in milliseconds when the data model and infrastructure are aligned.

ETL is where most data projects fail silently. We build pipelines with lineage from day one — every transformation tracked, every source version recorded, every anomaly surfaced before it reaches the dashboard. A pipeline that runs daily is not production until it handles late data, schema drift, and upstream failures without manual intervention.

We design around the workload — batch warehouse for stable reporting, lakehouse (Iceberg, Delta, or Hudi) when you need open formats and engine choice, streaming when freshness genuinely matters. We do not chase the latest shiny architecture; we match the shape to the problem and cost-manage it from the start.

And we treat data as a product: contracts, ownership, freshness SLAs, lineage from source to dashboard. Without those, every new question costs an analyst a day of detective work.

Big Data use cases we deliver

Trillion-row database optimization

Custom sharding design, index strategy, and query tuning for databases holding trillions of rows — with millisecond response times under concurrent production load.

ETL / ELT pipeline engineering

End-to-end pipelines from raw source ingestion through transformation and loading — with full lineage, schema drift handling, late-data recovery, and SLA monitoring.

Greenfield data platforms

From source systems to BI — ingestion, warehouse, transformation, and observability designed correctly from the first commit.

Lakehouse architectures

Iceberg, Delta, or Hudi-based lakehouses with engine optionality (Spark, Trino, Snowflake, BigQuery) and time-travel for audit and rollback.

Streaming pipelines

Kafka or Kinesis-driven streaming with Flink or Spark Structured Streaming and exactly-once semantics — for operational analytics, fraud detection, and real-time dashboards.

dbt modernization

Move ad-hoc SQL into dbt with layered modeling, tests, freshness checks, lineage, and CI/CD gating.

Cost rescues

Snowflake or BigQuery bills out of control? We profile usage, kill waste, right-size warehouses, and put spend guardrails in place.

Data quality programs

dbt tests, Great Expectations, or Soda for quality gating wired into deploy pipelines — bad data never reaches production dashboards.

How we deliver

Our Big Data delivery process

  1. 01

    Profile & map

    Sources, query patterns, data volumes, freshness needs, and cost pain points. We profile actual query logs and table scans — architecture informed by real usage, not assumptions.

  2. 02

    Sharding & schema design

    For large-scale systems, we design sharding keys, partition strategies, and schema layouts before writing a line of pipeline code. The data model determines query performance more than any hardware choice.

  3. 03

    ETL pipelines with lineage

    Ingestion, transformation, and load — built with full lineage, schema drift handling, late-data recovery, and SLA monitoring from day one.

  4. 04

    Quality + observability

    Tests in CI, freshness alerts, anomaly detection, and end-to-end lineage so analysts can trust the numbers and on-call engineers know when something breaks.

  5. 05

    Performance tuning

    Query profiling, materialized view design, partition pruning validation, and cost ceilings. We benchmark actual P99 query latency against SLAs and keep tuning until they hold.

  6. 06

    Operate or hand off

    Ongoing data-platform engineering and on-call, or structured hand-off with runbooks, cost dashboards, and a team trained to extend the stack confidently.

Big Data — Frequently Asked Questions

Sharding strategy is everything at that scale. We design shard keys around your dominant query patterns, build partition pruning that eliminates most of the data before the engine touches it, and layer read replicas and materialized views for the hot paths. We have shipped systems where trillion-row tables answer analytical queries in under 100ms — it requires discipline in schema design, not just hardware.

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