How we Built a Real-Time Vehicle Intelligence Pipeline in 30 Minutes using Condense

Written by
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Published on
Jun 11, 2025
TL;DR
On June 10th, Bosch MPS and Zeliot showed how to build a real-time streaming pipeline live in under 30 minutes using Condense. It processed live vehicle data from multiple devices, deployed custom logic via GitOps, and sent alerts to dashboards and PostgreSQL, all inside the customer’s cloud (BYOC). The demo proved Condense makes real-time streaming simple, scalable, and fully observable without extra tools, perfect for vehicle intelligence and mobility platforms.
On June 10th, Bosch MPS and Zeliot teams delivered more than a webinar, we delivered a live production-grade streaming system, end-to-end, in real time.
In just under 30 minutes, the Condense team built a fully operational data pipeline: ingesting from physical vehicle devices, applying custom and prebuilt stream logic, and routing alerts to live dashboards and structured storage. No mock data. No patchwork setup. Just live Kafka-powered execution.
Watch the recording: Build a Data Pipeline Under 30 Minutes using Condense 🚀
What Makes This Different
This wasn’t a tutorial or marketing demo. It was a working example of how real-time architectures should actually work.
At the center was Condense, a vertically optimized, fully managed Kafka-native platform. But unlike traditional Kafka platforms, Condense brings in:
BYOC Kafka: run in your own AWS, Azure, or GCP, retaining data sovereignty and leveraging cloud credits.
Protocol-aware device ingestion: connectors for iTriangle, Teltonika, Bosch MPS, and more.
GitOps-native custom logic: deploy transforms with Docker, Git, and Kafka bindings from the UI.
Built-in observability: topic health, lag, retries, transform traces, all without external tooling.
Real-world mobility readiness: outputs to PostgreSQL, AquilaTrack, and other operational systems.
What Was Built, Live?
Ingested live data from a demo car fitted with an iTriangle device
Added a Teltonika device to simulate multi-hardware ingestion
Deployed a Panic Alert transform from GitLab using the built-in IDE
Added a Periodic publisher for heartbeat events to AquilaTrack and PostgreSQL
Forwarded alerts to AquilaTrack’s live dashboard via API
Stored structured data in PostgreSQL tables for downstream analytics
And finally, when the actual panic button was pressed in the vehicle, the system lit up:
Kafka decoded the payload in real-time
Custom transform flagged the alert
PostgreSQL recorded it
AquilaTrack showed the event live
Why This Matters?
This webinar proved that real-time is not just about fast brokers, it’s about fast decisions.
Condense redefines what streaming-first systems can be:
Kafka without complexity
Logic with CI/CD and Git control
Device-to-dashboard observability built in
Domain-ready connectors that eliminate months of plumbing
It wasn’t a simulation. It was a system, running live, built transparently in front of an audience.
Watch the Replay
For anyone building connected mobility platforms, telematics systems, or vehicle intelligence workflows, this is worth watching. Not just for the product, but for the architecture, velocity, and clarity of execution.
To Learn More, Visit this page: Zeliot x Bosch MPS
Ready to Switch to Condense and Simplify Real-Time Data Streaming? Get Started Now!
Switch to Condense for a fully managed, Kafka-native platform with built-in connectors, observability, and BYOC support. Simplify real-time streaming, cut costs, and deploy applications faster.
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