PLATFORM CORE:
UCIVART RUNTIME ENGINE
UCIVART is a lightweight, privileged application deployed directly within the digital cockpit UI runtime. It isolates subsystem faults in real time, orchestrates fail-operational user experiences to preserve driver orientation, and transmits actionable telemetry bundles to OEM engineering teams in under 60 seconds.
RUNTIME COMPLEXITY & DRIVER RISK
The Core Problem:
"The Anatomy of a Experience Failure
Modern cockpit environments (AAOS, Linux, Qt) execute dozens of concurrent third-party and native services across shared GPU and memory resources. A single unhandled exception, deadlocked IPC stream, or memory leak typically causes full UI freezes, black screens, or unexpected reboots while driving - eroding driver trust and inflating warranty claims.
The 3-Tier Operational Engine (Core Modules)
2. The Experience Continuity Guardian
FAIL-OPERATIONAL STATE
Instantly shifts affected UI elements into a lightweight, safe-state operational mode. Critical driving metrics (speed, battery/range, hazard telemetry) are sustained using certified local cached states, completely avoiding driver panic and blackouts.
TECHNICAL BENCHMARKS & FOOTPRINT
Engineered for Embedded Restraint
UCIVART is designed to integrate alongside existing infotainment architectures without requiring system replacement or workflow changes.
The capability supports non-intrusive in-vehicle scale-up, operates within post-SOP environments, and complements existing diagnostic, testing, and service processes already in place at OEMs.
This allows teams to evaluate UCIVART incrementally, without introducing risk to production systems or launch timelines.
OPERATING SYSTEMS
Android Automotive OS (AAOS 12, 13, 14, 15)
Embedded Linux (Yocto)
QNX Neutrino POSIX
containers.
APPLICATION FRAMEWORKS
Qt / QML
Flutter Embedded
Android Native (Java/Kotlin/C++)
Web/HTML5 runtimes.
CLOUD INGESTION
Native compatibility with:
AWS IoT FleetWise
Microsoft Connected
Vehicle Platform, or direct OEM Kafka/REST pipelines.
IMPACT ON
COCKPIT
PERFORMANCE
NO INTRUSIVE CHANGES TO CORE SYSTEM BEHAVIOUR
<1-2%
CPU USAGE
Lightweight
Logging and
Packaging
No Persistent Storage
PERSISTENT FOOTPRINT
Circular Buffer In
RAM
50-100 MB
RAM ALLOCATION
Dynamic Log
Buffer Allocation
Zero Framework Alterations
LOGGING INTEGRATION
Leverages
Android Logging
Framework
OEM & TIER-1 DEPLOYMENT FRAMEWORK
UCIVART Integration Approach
A structured, non-intrusive path from target bench evaluation to fleet-scale runtime continuity
