Safe and reliable AI for transportation & delivery!
At AIBotiks, safety is the core foundation of all our endeavors. It is deeply embedded in every facet of our technology and business operations, spanning system design to customer deployments. Our team is guided by five fundamental safety pillars, which enable us to develop and deploy technology that enhances safety on the roads for everyone.
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Layered Autonomy stack
Pillar 1: Stratified Autonomy Use-Case
Our innovative method of Stratfied Autonomy allows for the safe and rapid implementation of commercial operations. By carefully defining and limiting the operational environment, we achieve superior results compared to conventional methods of deploying self-driving vehicles.
Fail-Safe Architecture
Our autonomous technology is designed with safety as a top priority, incorporating both preventive and responsive measures. We've developed a unique multi-level diagnostic system, drawing inspiration from the Built-In Self-Tests (BISTs) used in automotive and aviation industries. This system is engineered to proactively identify and neutralize any issues that may arise in the hardware, software, or vehicle platform, ensuring a robust and reliable autonomous driving experience.
Scalable Technology
AIBOTIKS employs a comprehensive three-tiered approach to validate and verify its autonomous driving technology:
1) Virtual Testing: We utilize advanced simulation environments to rigorously test our systems in a wide range of scenarios. This method allows us to safely evaluate the performance of our autonomous vehicles in countless virtual situations, including edge cases and potential hazards.
2) Closed Track Testing: Our vehicles undergo extensive testing on controlled test tracks, where we can recreate real-world driving conditions in a safe, monitored environment. This stage allows us to assess the system's readiness for public road deployment and identify any limitations or areas for improvement.
3) Public Road Deployment: Finally, we conduct real-world testing on public roads. This phase verifies our technology's performance in actual traffic conditions while maintaining a high level of safety.
This multi-faceted validation and verification process ensures that our autonomous driving technology is thoroughly tested, responsibly updated, and safely deployed. By progressing through these stages, we can confidently verify the safe operation of our vehicles throughout their on-road deployment134.
Reliability
Our protocols ensure safety across all operations:
1. Benchmark technology against human drivers
2. Enforce strict pre-deployment road testing
3. Continuously certify vehicle operators
4. Maintain industry-secured facilities
5. Integrate redundant vehicle safety systems
Transparent & Panoptic
We are convinced that before an autonomous vehicle can be deemed fit for operation on public roads, it must undergo rigorous and comprehensive evaluation. This assessment should encompass multiple levels, including:
1.The entire system as a whole
2.Individual Subsystems
3.Hardware Components
4.Software Elements
Only through such dedicated and thorough testing procedures can we ensure the vehicle's readiness and safety for public use. This meticulous approach is essential to validate the autonomous vehicle's capabilities and reliability in real-world conditions.
