PPP (PX) Project
The PPP (Piezoelectric Pyramid Project), also known as PX, is an advanced initiative by Game Theory Energy Inc. (GTEI) that leverages piezoelectric technology to convert mechanical stress into usable energy. Designed with a unique pyramid structure, the PX system maximizes surface area and optimizes energy capture through vibrational and kinetic interactions.
The PX system is built to thrive in environments with high vibrational activity, making it ideal for integration in transportation hubs, industrial facilities, and even aerospace applications. By harnessing the power of piezoelectric materials, PX not only generates power but also contributes to structural stability and environmental resilience.
The PPP (PX) project reflects GTEI’s commitment to transforming chaos into control, offering innovative energy solutions that adapt to and thrive under challenging conditions.
Dynamic Energy Conversion
Converts mechanical vibrations into electrical energy efficiently.
Structural Resilience
Enhances the stability of structures through adaptive energy management.
Versatile Application
Suitable for use in public infrastructure, industrial settings, and advanced aerospace environments.
Project BAM (Behavioral Authentication Module)
Project BAM by Game Theory Energy Inc. (GTEI) is an advanced behavioral authentication system designed to enhance security by monitoring and analyzing user behavior. By leveraging typing patterns, mouse movements, and application interactions, BAM provides a continuous, non-intrusive method of verifying user identity.
Project BAM is ideal for organizations that require high security and want to minimize friction in the user experience. By focusing on behavior rather than static credentials, BAM offers a more resilient and dynamic approach to authentication and security.
Real-Time Behavioral Monitoring:
o Analyzes typing cadence, mouse patterns, and application usage in real-time.
o Uses advanced AI algorithms to detect anomalies in user behavior.
Adaptive Authentication:
o Automatically adjusts security requirements based on confidence scores.
o Reduces the need for traditional multi-factor authentication (MFA) during trusted sessions.
Multi-Layer Security:
o Combines behavioral data with traditional authentication methods for enhanced security.
o Implements role-based access controls (RBAC) to manage permissions.
Anomaly Detection & Alerts:
o Identifies suspicious behavior, triggering alerts and adaptive security responses.
o Allows security teams to set thresholds and customize alert types.
Integration Capabilities:
o Supports integration with frontend and backend systems using APIs and middleware.
o Compatible with Node.js, MongoDB, and Redis environments.
Compliance and Security:
o Ensures data is encrypted at rest and in transit.
o Supports GDPR compliance with data privacy and consent management.
Project Avian Shield
Project Avian Shield by Game Theory Energy Inc. (GTEI) is an innovative bird strike deterrence system designed to protect buildings and urban environments while ensuring the safety and well-being of bird populations. Utilizing advanced AI technology and eco-friendly deterrence methods, Project Avian Shield offers a non-harmful solution to prevent bird collisions with structures.
Project Avian Shield exemplifies GTEI’s commitment to creating solutions that balance technology, safety, and environmental responsibility, keeping urban spaces bird-safe and harmonious with nature.
Key Features:
AI-Based Detection:
∙ Integrates camera sensors and AI algorithms to detect birds approaching vulnerable areas.
∙ Automatically activates deterrence mechanisms when needed, ensuring a responsive and effective system.
Bird-Friendly Deterrence:
∙ Uses sound frequencies between 3-5 kHz, delivered in pulsed or random intervals.
∙ Volume is maintained at a safe 70-80 dB to avoid harm while effectively guiding birds away.
∙ Directional speakers focus sound only where needed, minimizing impact on other wildlife.
Environmental and Structural Benefits:
∙ Reduces maintenance and cleaning costs by preventing bird droppings on buildings.
∙ Enhances safety for residents and visitors by preventing potential hazards associated with bird strikes.
Pilot and Market Strategy:
∙ Initial testing conducted on high-rise structures and controlled environments.
∙ Branding emphasizes eco-friendly design and harmony with nature.
∙ Marketed to commercial and residential property managers, building maintenance companies, and developers.
Project Ankhiale
Project Ankhiale is a quantum-enhanced heat shield technology developed by Game Theory Energy Inc. (GTEI) for aerospace and extreme environment applications. Named after the Greek goddess of warmth, Ankhiale represents our vision of transforming heat and chaos into stability and control.
Leveraging advanced quantum mechanics, Project Ankhiale uses adaptive surface technology to manage extreme temperatures, vibrations, and environmental stress. The system is capable of withstanding high temperatures, dynamically adjusting its surface properties to maintain stability under chaotic conditions (vibe_2.9).
Unlike traditional heat shields that rely on physical movement or mechanical flaps, Project Ankhiale operates with a unique approach to energy management. It converts environmental stress into usable energy, enabling propulsion systems to harness up to 9.6 GW of power from recaptured chaos. This energy is then distributed to propulsion, shielding, and structural reinforcement systems, creating a self-sustaining cycle of resilience.
Ideal for reentry scenarios, deep space missions, and high-energy environments, Project Ankhiale offers unparalleled protection and efficiency. It is not just a heat shield but a pioneering technology that redefines how aerospace systems interact with their surroundings.
