Training and Validation
of AI-Powered Autonomy with
Data Automation

Foretellix’s development toolchain optimizes data-driven training and validation of the AI-powered AV stacks. 
By curating and evaluating traffic scenarios from real-world drives and augmenting them with synthetically generated scenarios, Foretify generates training and validation data to improve the performance and safety of the AV stack, throughout the development processes, creating a rapid feedback loop.

Training Challenges
Valuable training data hidden in massive, unstructured datasets

Difficult to locate and prioritize the valuable training data within the petabytes of data being collected

Compute intensive but inefficient

Linear scaling of models and data increases costs with limited payoff

Training based solely on real-word data is slow and expensive

Improving model generalization to handle edge cases (long-tail) by solely relying on real-world data collection has diminishing returns

Manual and slow feedback loop

Inefficient and ineffective for curation, triage and edge case training

Validation Challenges
ODD Coverage Traceability

Difficult to capture, measure and evaluate the Operational Design Domain (ODD) coverage

Explainability and Debugging

A manual and inefficient process for triaging and tracing errors back to specific root causes

Edge-Case Testing

Difficult to develop realistic test scenarios at scale to find edge-cases and unknowns

Real2Sim Gap

There is a need for correlation and AV performance predictability between synthetic driving scenarios and real-world driving

 

Data Automation for Effective AI Training & Validation

Rapid, Automated Workflows

Automate driving data evaluation by applying advanced scenario metrics for triaging, accelerating the data flywheel from issue detection to validated improvement

Evaluate KPIs and ODD coverage to quickly identify and prioritize scenarios for accelerated AI model training

Real-World Drive Variations

Truthfully replay real-world drives, inserting variations of the actors’ behavior to train and validate changes in the AV’s behavior

Generate hyper-realistic behavior and environmental variations for end-to-end simulation, grounded in physics with NVIDIA Omniverse and Cosmos

Edge-Case Scenario Generation

Automatically identify gaps in the ODD coverage and generate the relevant training and validation data required to scale 

Intelligent scenario generation engine ensures that only useful and realistic scenarios are created enabling efficient AV development at scale

Customizable Analysis Dashboards

Deep visibility into scenario execution, model behavior and coverage metrics

Custom tailored views and KPIs according to specific validation workflows

Why Foretellix’s Data Automation Toolchain is Essential for AI Training & Validation

Data Management Efficiency

Maximize the value of your massive amounts of existing driving data with automated unification, curation, and prioritization of your real-world and simulated drive logs

Structured Scenario Generalization

Streamline large-scale training workflows by generalizing and abstracting behavior and environment events

Automated Scenario Insights

Streamline large-scale training workflows by generalizing and abstracting both behavior and environment events

Cost-Effective Compute Utilization

Efficiently generate targeted synthetic datasets to reduce reliance on costly real-world data collection, optimizing compute resources without compromising learning effectiveness

Automate Your AI Training and Validation Data Pipeline

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