EDFS RESEARCH
Complete EDFS Platform for Advanced Research & Inference
EDFS Research is the most comprehensive EDFS edition. It includes Core, RF, and RF Advanced capabilities and adds MXD-COGN higher inference, radar/AERIS research workflows, the quantum reference engine, experimental kernels, and interfaces for advanced mixed-domain engineering research.
It is intended for universities, research laboratories, advanced industrial R&D, and development of new EDFS domain engines and computational methods.
EDFS RESEARCH
Full Research & Experimental Engineering Edition
The highest-capability EDFS edition for advanced engineering research, MXD-COGN inference, radar, quantum workflows, experimental kernels, and reproducible computational studies.
Purpose
Provide the complete EDFS execution environment for advanced engineering research, experimental domains, higher inference, and development of new graph-native computational methods.
Research Architecture
Everything in EDFS Core
Everything in EDFS RF
Everything in EDFS RF Advanced
MXD-COGN engine
CRE-RF → MXD promotion
NxS observables
MXD Disk
Radar / AERIS research workflows
Quantum reference engine
72-qubit / neutral-atom workflows
Experimental kernels
Custom research domains
Research Environment
Python / NumPy
GNU Octave
MATLAB/reference interoperability where applicable
Solver and measurement adapters
Experimental numerical kernels
Research datasets and reproducibility
LaTeX / PDF technical reporting
Product Principle: Higher inference never replaces physical authority.
Research-level inference consumes closed lower-level engineering evidence through declared promotion interfaces while preserving the underlying physics, numerical assumptions, fidelity, and provenance.
RESEARCH CAPABILITIES
Full EDFS Platform
Research contains the complete Core, RF, and RF Advanced capability stack within the same project and runtime architecture.
MXD-COGN Higher Inference
Promote closed engineering states into mixed-domain and mixed-depth inference for coherence, order parameters, NxS observables, MXD Disk geometry, and higher system interpretation.
Radar / AERIS
Support advanced radar and dynamic RF research workflows extending beyond the standard RF engineering tier.
Quantum Reference Engine
Integrate neutral-atom/72-qubit graph workflows, deterministic numerical references, Jacobian generation, stability analysis, and Python/Octave execution patterns.
Experimental Kernels
Develop and qualify new numerical operators, graph kernels, research domains, and cross-domain computational workflows.
Reproducible Research
Preserve model versions, parameters, environments, provenance, datasets, run identity, and reporting required for traceable computational experiments.
Designed For
University laboratories
Advanced industrial R&D
Research institutions
New EDFS domain development
Quantum engineering research
Higher-inference studies
Experimental computational methods
Current Product Position
EDFS Research is the highest-capability EDFS edition, containing the complete engineering stack plus higher inference, quantum, radar/AERIS, and experimental research capabilities.
EDITION Research | INCLUDES Core + RF + RF Advanced | PLATFORM Complete EDFS 2026 R1 capability stack | ADVANCED ENGINE MXD-COGN | RESEARCH DOMAINS Radar/AERIS · Quantum · Experimental | OBSERVABLES NxS · MXD Disk · Higher Inference | AUDIENCE Research · University · Advanced R&D
Downloads & Resources
Access the current EDFS Core release package, technical documentation, release information, and reference engineering examples.
EDFS RESEARCH Package
Current packaged release of the Core runtime and user environment.
Technical Documentation
Architecture, installation, project workflow, runtime, and reporting documentation.
Release Notes
Version history, implemented capabilities, changes, known limitations, and qualification status.
Example Scenarios
Reference projects demonstrating graph construction, numerical execution, reproducibility, and reporting.
Source & Repository Resources
GitHub or repository access for published components, reference implementations, examples, and developer resources where available.
DOWNLOAD EDFS RESEARXH · DOCUMENTATION · RELEASE NOTES · EXAMPLES · GITHUB
Training & Demonstrations
Learn EDFS RESEARCH through guided workflows, reference demonstrations, and engineering examples.
Quick-Start Guide
Create a project, construct a graph, execute numerical kernels, inspect results, and generate a report.
Workshop
Structured hands-on training in EDFS project construction, execution, reproducibility, and engineering workflow design.
Webinars & Demonstrations
Recorded technical sessions covering EDFS architecture, workflow execution, and application examples.
Example Walkthroughs
Step-by-step demonstrations of representative Core workflows and reference projects.
QUICK START · WORKSHOP · WATCH WEBINARS · VIEW WALKTHROUGHS
Release History
EDFS follows a governed release process built around canonical architecture, validation, regression, packaging, and cross-platform qualification.
2026 R1 — Current Release Program
Canonical consolidation of the EDFS graph runtime, Graph Schema v2, Kernel API v1, results contract, numerical backends, reporting, provenance, validation, and tiered edition architecture.
RC1 — Release Candidate
Final qualification stage following cross-domain parity, regression, packaging, and release acceptance.
GA — General Availability
Production release following completion of R1 qualification and acceptance gates.
Future Releases
Subsequent releases will extend capabilities while preserving the common EDFS graph, kernel, project, and results architecture.
VIEW RELEASE NOTES · R1 ROADMAP · QUALIFICATION STATUS
Related Editions
EDFS CORE · EDFS RF · EDFS RF Advanced
