AI/ML Data Science

Building DataPulse AI's Platform Processing 1M+ Data Points Daily

Client

DataPulse AI

Industry

AI & Data Analytics

Engagement

Platform Architecture & ML Engineering

1M+

Data Points Processed Daily

<200ms

ML Inference Latency

94%

ML Model Accuracy

+300%

Insights Generated

Building a real-time intelligence engine from scratch

DataPulse AI had a compelling vision: a platform that could ingest data from dozens of sources, apply machine learning models in real time, and deliver actionable business intelligence to decision-makers within milliseconds. What they lacked was the engineering team and architecture to bring that vision to life.

Their initial prototype — built by a small internal team — collapsed under load. At 50,000 daily events it worked. At 500,000 it fell over completely. They needed a complete architecture rethink, a production-grade ML pipeline, and the ability to scale to millions of events per day without degrading latency.

  • Architecture that could not scale beyond 50K events/day

    The monolithic prototype used synchronous processing that created severe bottlenecks. Every ML inference blocked the ingestion pipeline, causing cascading failures at scale.

  • Multi-second ML inference latency

    Model inference took 3–8 seconds per request — completely incompatible with the near-real-time intelligence experience DataPulse's product required.

  • No MLOps infrastructure for model lifecycle management

    Models were deployed manually with no versioning, monitoring, or rollback capability. Model drift went undetected, silently degrading prediction quality over time.

  • No observability into the data pipeline

    When the system failed, the team had no visibility into where or why. Debugging required manual log inspection and took hours, delaying incident response dramatically.

An event-driven ML platform built for millions

Techxil's ML engineering and data architecture team designed a completely new platform — built on event-driven principles, with decoupled ingestion, ML inference, and storage layers — capable of processing 1M+ events daily with sub-200ms end-to-end latency.

Apache Kafka as the event streaming backbone — enabling high-throughput, fault-tolerant data ingestion from 40+ source connectors. Event producers and consumers are fully decoupled, allowing independent scaling of each pipeline stage.

TensorFlow models deployed on AWS SageMaker with real-time endpoints. SageMaker handles auto-scaling inference compute, A/B testing between model versions, and automated model monitoring for drift detection. Model training pipelines run on a schedule with automated evaluation gates.

Python FastAPI for the high-performance REST API layer, with PostgreSQL for structured analytics data and Redis for sub-millisecond caching of frequently accessed insights. The API serves dashboard data, model predictions, and historical analytics with consistent sub-100ms response times.

Grafana dashboards provide real-time visibility into pipeline throughput, ML model performance, latency percentiles, and data quality metrics. Automated alerting on anomalies gives the DataPulse team immediate awareness of any issues — typically resolving incidents before users notice.

Real-time intelligence at massive scale

The new platform delivered on every dimension — scale, latency, accuracy, and business value. DataPulse AI's product went from a proof of concept to a commercially viable platform capable of serving enterprise clients at global scale.

  • 1M+ data points processed daily without degradation

    The Kafka-backed event pipeline scaled smoothly from the initial 50K events/day to 1M+ — with linear cost scaling and no architectural changes. The system is designed to scale to 10M+ events with additional Kafka partitions.

  • Sub-200ms end-to-end ML inference latency

    SageMaker real-time endpoints combined with model optimisation (quantisation, TensorRT) reduced inference latency from 3–8 seconds to under 200ms — a 15–40x improvement enabling the real-time intelligence product experience.

  • 94% ML model accuracy — sustained over time

    Automated model retraining pipelines and drift detection keep model accuracy consistently above 94%. The MLOps infrastructure ensures models remain current as data distributions evolve.

  • 300% increase in actionable insights generated per day

    By processing 20x more data with better model accuracy and real-time delivery, DataPulse's platform now generates 3x more actionable insights for clients — directly translating to product differentiation and customer value.

Tools & technologies used

Python FastAPI TensorFlow Apache Kafka PostgreSQL Redis AWS SageMaker Grafana
"TechXil brought deep ML expertise and engineering rigour that we simply could not find elsewhere. Our analytics platform now powers real-time decisions for enterprise clients. The architecture they built is not just solving today's scale — it is ready for 10x growth."
JO

James Okonkwo

Head of Engineering, DataPulse AI

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