2025-2026 | Functional architecture
Adaptive Functional Neurocartography (AFN)
Development of a framework for patient- or subject-specific functional organization and neurophysiological mapping.
Research Updates
A continuing research trajectory.
Aurealix develops through successive research architectures, technical studies, research software and validation milestones. This timeline records selected substantive steps in that development.
Selected milestones
From conceptual architecture toward experimental validation.
The sequence below is not an invention diary and does not imply that every research architecture is a validated technology or a standalone intellectual-property proposition. It shows how the Aurealix research programme has progressively expanded, differentiated and consolidated.
2025-2026 | Peripheral interfaces
Adaptive Peripheral Intent Mapping (APIM)
Extension toward peripheral physiological information, biological intent and adaptive interfaces for assistive technologies.
2025-2026 | State stabilization
NSPP and BNPSS
Research architectures linking neurophysiological state reasoning, neurocartography and proteostasis-oriented questions while preserving distinct research roles.
2026 | Sensorimotor research
Sensorimotor Transition Mapping (STM)
Development of transition-oriented reasoning for studying relationships between intended, observed and changing sensorimotor organization.
2026 | Longitudinal architecture
Adaptive Physiological Reorganization (APR)
APR extended the Aurealix ecosystem toward longitudinal physiological reorganization and changing functional correspondence over time.
2026 | Intervention research
Adaptive Bioelectronic Intervention (ABI)
An experimental and validation framework connecting sensing, intervention, physiological response and reproducible comparison in adaptive bioelectronic research.
2026 | State-transition research
Probabilistic Pathological State Transition Stabilization (PPSTS)
A research architecture for partially observable physiological states, longitudinal trajectories, instability, stabilization and recovery under uncertainty.
August 2026 | Architecture
The Aurealix Architecture - Version 2.0
The architecture consolidated complementary scientific frameworks while preserving their distinct responsibilities and the separation between scientific architecture and technical implementation.
September 2026 | Research infrastructure
Aurealix Research Platform
ARP development advanced around reproducible configuration, prospective validation, provenance, governance and a clear separation between software acceptance and scientific validity.
September 2026 | Portfolio consolidation
Focused technical selection
Selected technology directions underwent structured prior-art, nearest-neighbour and architectural stress testing to guide validation and intellectual-property decisions.
September 2026 | Validation
Two independent initial validation tracks
Adaptive Bioelectronics and Probabilistic Intervention & Proteostasis are being prepared as independent experimental pathways. Their possible future convergence remains a research question rather than a prerequisite.
Aurealix Research Brief
Issue 01 | 2026
The first Research Brief consolidates the current research architectures, ARP, technical selection and the transition toward experimental validation.