CASE STUDY / 01
Vehicle-Cloud Messaging · Demonstration Case Study
A basic design for MQTT event ingestion, processing, and failure recovery using simulated vehicle events. This is not a real company project.
GoMQTTProtobufRedis
Read case study ↗AUTONOMOUS DRIVING SOFTWARE ENGINEER
Engineering the connection between vehicles and the cloud.
Building cloud systems, distributed messaging, and reliable engineering practices for autonomous vehicles.
GoMQTTRedisKubernetesPython
[ SIMULATED SYSTEM VISUAL ]01 / FOCUS AREAS
Engineering focus areas.
From connectivity to data, reliability to observability.
01
Vehicle–Cloud Messaging
Connection management, delivery, reconnection, and link boundaries.
02
Distributed Systems
Event-driven processing, idempotency, state machines, and consistency trade-offs.
03
Reliability Engineering
Observability, failure drills, capacity validation, and recovery procedures.
02 / SELECTED WORK
Selected projects.
03 / FIELD NOTES
Field notes.
FIELD NOTES / 2026-10-18
MQTT Reconnection: A Reproducible Reasoning Framework
A simulated environment for validating connection closure, resubscription, and message recovery without involving production systems.
MQTTTCPReliability
Read article ↗04 / ABOUT
Explain complex systems clearly. Solve engineering problems well.
This site records case studies, reproducible experiments, and continuous learning. Personal experience and results are still pending review.