Overview
Autonomous Vehicle (AVA) is a compact autonomous electric vehicle developed through a collaboration between Institut Teknologi Bandung (ITB), PT Sibernetika Teknologi Industri (SIBER), PT Alam Virtual Semesta (AVS Simulator), and PT Teknologi Sahabat Alam (TESA). Designed for safe and efficient mobility in controlled environments, AVA uses camera-based navigation, AI, and a drive-by-wire system to deliver reliable autonomous operation without costly sensors. Built for industrial, logistics, and tourism settings, AVA offers a practical and affordable approach to introducing autonomous transportation.
Who can use AVA?
- Industrial & Logistics Operators
- Tourism & Commercial Facilities
- Campuses & Research Institutions
Why AVA?
AVA delivers reliable autonomous mobility at a lower cost using AI-driven visual navigation and a simple sensor setup. Its compact electric design, intuitive interface, and strong R&D foundation make it an accessible, efficient, and future-ready solution for controlled environments.
Cost-efficient
AVA relies on an AI-driven visual navigation system that eliminates the need for high-cost sensors such as LiDAR, making autonomous mobility more accessible and reducing overall investment and maintenance expense
Reliable Operation
Designed for controlled environments, AVA provides consistent and dependable autonomous performance across various routes, lighting conditions, and weather scenarios, ensuring smooth day-to-day operations
User-friendly Experience
VA includes an intuitive touchscreen interface that simplifies interaction, monitoring, and control, enabling operators, visitors, or passengers to use the system with minimal training while improving overall user engagement.
Easy Integration
With its flexible AI architecture and drive-by-wire platform, AVA can be seamlessly integrated into existing workflows, whether for worker shuttles, material movement, or campus mobility, allowing organizations to adopt automation without major infrastructure changes.
The Results
AVA delivers measurable improvements across mobility operations: reducing operational costs through automation, increasing productivity with consistent and predictable vehicle performance, and enhancing safety by minimizing human-driven risks. Its efficient electric system and AI-based navigation also support more sustainable and data-driven workflows. Overall, AVA enables organizations to modernize their transportation processes while strengthening their innovation and technology readiness.
