AI-guided adaptive training simulation that maximizes student pilot potential.

SOCRATES is an AI-powered training platform that combines state-of-the-art intelligent tutoring with dynamic scenario generation. Using advanced data analytics and proven instructional strategies, it delivers real-time, personalized lessons and feedback tailored to each learner.

Discover How...

Overview

What SOCRATES can do

SOCRATES is an all-in-one AI-powered training system that puts learners in realistic virtual environments with adaptive instruction and real-time feedback. It’s designed to personalize the experience for every trainee, adjusting to their performance and learning style to help them master skills faster.
By combining scenario-based training, intelligent coaching, and built-in performance tracking, SOCRATES prepares students to show up ready for instructor-led sessions—saving time and improving outcomes.

SOCRATES helps organizations develop confident, self-directed learners by letting each person learn at their own pace. Trainees stay engaged, build critical thinking skills, and become active participants in their development.

At its core, SOCRATES thinks like an instructor. It guides each student on a personalized learning path, adjusts to their progress, and challenges them with realistic situations—even advanced edge cases—to build true expertise.

  • All-in-one platform – Manages everything from simulation setup to performance review
  • AI coaching – Delivers real-time, personalized feedback during each scenario
  • Consistent quality – Raises training standards while reducing staffing and cost
  • Adaptive learning – Adjusts difficulty to fit each trainee's skill level
  • Live scenario control – Allows instructors to inject real-time challenges and test reactions
  • Scalable framework – Built to grow with your needs across multiple domains
  • Flexible across industries – Works beyond aviation, adaptable to many training environments
our unique features...

Features

Advanced AI-Powered Training Intelligence

SOCRATES leverages cutting-edge artificial intelligence to deliver personalized, adaptive training experiences that transform how learners acquire and master complex skills. Through advanced data analytics and adult learning science, the system creates individually tailored lessons and real-time feedback that accelerate expertise development.

In Depth...
Remove Negative Training

Remove Negative Training

Comprehensive supervision removes variations, reinforces positive habits, and coaches to development through intelligent monitoring and correction.

Dynamic Learning Objectives

Dynamic Learning Objectives

Control conditions to enhance learning by ensuring appropriate levels of difficulty through the development process with AI-driven adaptation.

Adaptive Instructional Methods

Adaptive Instructional Methods

Dynamically train to new concepts while coaching or proctoring previously introduced materials through personalized learning paths.

Spectrum of Training

Spectrum of Training

Maximum use of valuable human resources while deploying scenario-based training suitable for even high skill levels and expert development.

Advanced Data Employment

Advanced Data Employment

Develop user baselines to extract the power from real-time biometric data and adjust learning goals based on performance analytics.

Immersive Virtual Environments

Immersive Virtual Environments

Custom virtual training environments with advanced adaptive instruction and performance assessment tailored to each student's needs.

AI-Driven Scenario Generation

AI-Driven Scenario Generation

Revolutionary scenario generation tool that creates individually tailored training experiences leveraging advanced artificial intelligence.

In Depth

The Science Behind SOCRATES Excellence

Cognitive Emulation Architecture

SOCRATES employs a revolutionary dual-layer cognitive architecture that mirrors human brain function through conscious cognition processing and subconscious Recurrent Neural Network (RNN) analysis. This biomimetic approach enables the system to understand not just what students are learning, but how they process information, creating unprecedented levels of personalized cognitive adaptation that evolves with each interaction.

Real-Time Biometric Integration

Advanced biometric data fusion technology continuously monitors physiological indicators to extract real-time insights into student stress levels, attention patterns, and cognitive load. The system's machine learning algorithms correlate these biometric baselines with performance metrics to dynamically adjust training intensity and delivery methods, ensuring optimal learning conditions through psychophysiological optimization.

Proximal Zone Optimization Engine

Built on advanced adaptive learning algorithms, SOCRATES employs sophisticated mathematical models to identify and maintain each learner's proximal zone of development. The system's dynamic difficulty modulation utilizes predictive analytics to present challenges that are neither too easy nor overwhelming, leveraging evidence-based adult learning science to maximize skill acquisition velocity and retention rates.

A case study...

19th Air Force:
Academic Learning Engine Success

Scenario

The 19th Air Force needed to enhance pilot training efficiency through adaptive simulations tailored to self-directed learners. Traditional instructor-led training was resource-intensive and couldn't provide the personalized attention each student required for optimal skill development.

Solution

Leveraging robust artificial intelligence to enhance proven aviation training theory and simulator technology, SOCRATES provides pilots with customized and comprehensive learning experiences scalable across the complete training continuum.

As the key component to the 19AF's Academic Learning Engine effort, SOCRATES ties together demonstrated capabilities with real-time performance data to employ dynamic learning objectives and increase learning rates.

The framework is configured to provide Air Traffic Control guidance for students operating Immersive Training Devices (ITDs), with the 19AF dynamically tracking every training event while preserving human instructors for advanced skill development.

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Results

  • Accelerated Skill Development
    Students progress at their own pace through adaptive simulations, building core competencies in a low-pressure yet realistic environment that accelerates mastery.
  • Enhanced Training Quality
    AI coaching responds to each student's strengths and weaknesses, while comprehensive supervision removes variations and reinforces positive habits throughout the learning process.
  • Optimized Instructor Resources
    Human experts focus on higher-order skills and personalized critiques, as students arrive at instructor-led sessions with embedded critical flight knowledge and advanced preparation.
  • Improved Learning Outcomes
    The blended instruction paradigm realizes proven adult learning models, with pilots developing superior judgment and analytical abilities to overcome complex in-flight challenges.
  • Scalable Training Framework
    The 19AF benefits from increased learning rates and overall system throughput while maintaining training quality and maximizing extracted training value from each event.
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Contact us

HEADQUARTERS

140 Newport Center Drive Suite 150
Newport Beach, CA 92660

PHONE

800.914.7119

Air & Space Force Association

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