Project 03 — Data Platform · ML Infrastructure

Datamorph
.AI

Building reliable, robust, and resilient data infrastructure, democratizing real-time backend development for data engineers.

TypeProduction Platform
StackJava · Scala · Spark · Kafka · Databricks
OriginBuilt out of necessity as a Big Data Consultant
INPUT SOURCE S3 · DBs · Datalake · Spark HANDLER Validation · Routing · APIs ETL AUTOMATION Framework in Scala PROCESSING Dedup · Normalize · SQL OUTPUT Delta Lake · Databricks · AWS
Overview

Built out of necessity as a Big Data Consultant, a platform that democratizes the development of real-time backend infrastructure for data engineers.

Working as a Big Data Consultant, I kept running into the same problem: building reliable ETL pipelines required deep knowledge of too many tools, and every team was solving the same problems from scratch. Datamorph was built to fix that.

The platform focuses on user-friendly engineering; abstracting the complexity of data files, storage systems, and processing tools into a consistent interface. It supports large-scale machine learning and multimodal research while automatically handling the messy parts: cleaning, normalization, and deduplication of heterogeneous datasets.

Visit datamorph.ai
Stack
Java Scala Apache Spark Kafka Delta Lake Databricks AWS Glue AWS S3 REST APIs SQL
System architecture
INPUT SOURCES S3 Files Databases Datalake Spark CORE PLATFORM Handler ETL Automation Framework in Scala AWS Glue / Spark Jobs Dedup · Normalize Monitoring Dashboard Databricks Delta Lake AWS / Spark Cluster
What I built

Source integration framework

Wrote source integrations with databases, datalakes, S3 files, and Spark — giving the platform a consistent interface regardless of where data lives.

ETL automation

Built processors for deduplication, normalization, and common SQL logic — automating the cleaning of heterogeneous datasets that previously required manual intervention on every new source.

Monitoring dashboard

Implemented production-ready logging, Spark job status dashboards, and alerting — giving engineers visibility into pipeline health without needing to dig through logs.

AWS Glue API integration

Wrote API integration to submit Spark jobs via AWS Glue — abstracting cluster management so engineers could focus on their pipeline logic, not infrastructure.

Front-end + API layer

Built a REST API layer so the platform was accessible to data engineers without requiring deep knowledge of the underlying Spark and Kafka infrastructure.

Multimodal & ML support

Designed the platform to support large-scale machine learning and multimodal research workloads, treating diverse data signals as first-class inputs to a unified processing system.

5+
Data source integrations
Manual ETL hours saved
Live
datamorph.ai

"This project was built out of necessity. Every team was solving the same data infrastructure problems from scratch. Datamorph is what I wished had existed."

External video
Watch on YouTube →

Referenced demo — opens in YouTube

What I learned

Good infrastructure disappears. The best sign that Datamorph was working was that engineers stopped thinking about data wrangling and started thinking about their actual problems. Invisible tools are the goal.

Unifying diverse data signals is the same problem across many domains. Whether it's heterogeneous enterprise datasets or multimodal sensor streams, the core challenge, making inconsistent inputs coherent, is universal.

User-friendly engineering is a design discipline, not an afterthought. Building an API that data engineers actually want to use required thinking as much about the human interface as the technical architecture underneath.

Building out of necessity is the best motivation. This platform exists because I was frustrated enough by the status quo to build something better. That frustration is still the most reliable signal that a problem is worth solving.

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