Research
Findings &
Documentation.
Project research, field-test findings, performance benchmarks, and development logs for the Axentra IoT vehicle security system.
08
Research Papers
04
Test Phases
30
Days Field Test
99.2%
System Uptime
ESP32 Microcontroller Evaluation
Comparative analysis of ESP32 against Arduino Mega and Raspberry Pi Zero for vehicle IoT deployment. Evaluated power con…
GPS Module Accuracy Testing
Field testing of NEO-6M GPS module across urban, suburban, and highway environments. Measured Time To First Fix (TTFF), …
GSM/4G Connectivity Reliability
Evaluation of SIM800L module for vehicle tracking data transmission. Tested packet loss rate, reconnection time after si…
Real-Time Data Pipeline Architecture
Design and benchmarking of the server-side data pipeline for ingesting, processing, and distributing GPS and vehicle sta…
Authentication Architecture Research
Investigation into multi-factor authentication approaches for vehicle security dashboards. Compared session-token, JWT, …
Data Encryption in Transit
Analysis of encryption overhead on ESP32 for vehicle-to-server communication. Evaluated TLS 1.3 implementation options, …
Field Testing — Theft Simulation
Controlled theft simulation tests across three scenarios: parking lot movement, engine ignition attempt, and extended ve…
Long-Duration System Reliability
30-day continuous operation test of the full Axentra hardware stack installed in a test vehicle. Monitored uptime, GPS l…
Hardware Specification
Component datasheets, wiring diagrams, and PCB layout documentation for the Axentra hardware stack.
API Reference
REST and WebSocket API endpoints for vehicle data ingestion, dashboard queries, and remote command delivery.
Test Data Archive
Raw CSV exports from all field testing phases — GPS logs, alert timestamps, and reliability metrics.
Axentra · IoT Vehicle Security