Autonomous Systems
Distributed sensing and response
Portable and distributed architectures for detection, classification, local awareness, and coordinated response in complex environments.
Technologies
Core technology platforms and system stacks.
Metacore organizes its work around four technical domains: autonomous systems, photonic interfaces, secure embedded infrastructure, and energy-linked technical control. These platforms are designed to work independently or as interoperable layers inside larger physical-digital systems.
Metacore system stack
1
Inputs
Sensors, optics, biometrics, and physical energy measurement provide the raw signals and system state needed for technical decisions.
2
Processing
Fusion, classification, orchestration, and embedded control logic turn those inputs into actionable technical understanding.
3
Trust Layer
Integrity checks, authorization, tamper detection, and context-aware release conditions govern what the system is allowed to do.
4
Physical Effect
Displays, deployment, actuation, and energy-linked control translate technical decisions into visible, mechanical, or infrastructural outcomes.
Platform structure
Shared system spine
Inputs: sensing, optics, biometrics, and environment-state measurement
Processing: fusion, orchestration, classification, and control logic
Trust layer: integrity, authorization, tamper detection, and release conditions
Outputs: displays, deployment, actuation, and energy-linked technical actions
Platform logic
How the technical domains reinforce one another
Metacore’s platforms are structured as interoperable layers rather than isolated inventions. The same sensing, trust, and actuation principles can support defense, mobility, infrastructure, and advanced industrial applications.
Photonic Interfaces
Transparent display systems
Integrated display systems that redirect light in transparent substrates to create visible human-machine interfaces.
Secure Embedded Infrastructure
Authorization and fail-safe control
Embedded trust architectures combining biometric, integrity, tamper, and context-aware decision chains.
Energy Infrastructure
Physical energy linked to digital value
Measurement and control architectures connecting physical energy quantities to standardized digital technical units.