Persistent Records for SFT Research
The Sustainable Future Tech DOI & Research Archive provides persistent publication records for technical reports, specifications, research papers, reference architectures, public technical contributions, and related research artifacts. Use this archive when the exact identifier, version, publication status, citation record, or historical relationship among releases matters.
Discovery and Recordkeeping Are Different Jobs
The Technical Publications Library helps readers discover research by topic, program, format, and audience. This archive is intended for a more exact purpose.
Here, the publication record matters: persistent identifier, version, publication date, classification, status, and relationship to earlier or later releases.
The DOI or repository record remains the authoritative location for record-level metadata supplied by the repository, including downloadable files and any repository-specific license information.
Status Changes How a Source Should Be Used
SFT distinguishes between normative, explanatory, provisional, and superseded material. A rigorous research paper may be highly important without becoming a normative implementation specification, and a public review draft should not be treated as a finalized standard.
Normative
A versioned source intended to define requirements, required behavior, schemas, lifecycle semantics, protocol behavior, or conformance expectations.
Explanatory
Research, architecture, vocabulary, application, or knowledge material used to explain concepts, relationships, models, formal results, or engineering implications.
Provisional
A preprint, public review draft, or developing artifact that remains under technical development or review and should not be treated as a finalized standard.
Superseded
A historical source that has been replaced by a later authoritative version for the purpose for which the earlier version was previously used.
Research Records by Domain
The archive below groups persistent records by primary research domain while preserving individual publication identities and version information.
Runtime Governance
RGA, AGCP, execution semantics, vocabulary, specification, operating model, and secure-by-design.
View records →Quantum & Hybrid AI
Quantum runtime governance, hybrid execution, quantum-AI planning, and anomaly-detection research.
View records →Interpretability
Lifecycle interpretability and quantum-inspired model transparency research.
View records →Energy & Sustainability
Sustainable implementation and thermally integrated energy-system research.
View records →Runtime Governance & AGCP Records
Persistent records supporting the development of Runtime Governance Engineering, Runtime Governance Architecture, AGCP, formal execution semantics, governance vocabulary, and secure-by-design implementation.
Runtime Execution Governance for AI Systems: A Cross-Platform Synthesis and Architectural Framework
Runtime Governance Architecture: Consistent Governance Execution for Enterprise Systems and Autonomous Agents
AGCP: A Deterministic Execution-Layer Governance Control Plane for Autonomous and Programmatic Systems
Formal Execution Semantics and Safety Invariants for Governance Control Planes in Autonomous Systems
AGCP Operating Model and Semantic Architecture: Proposal Schemas, Governance Context, Canonical State, and Commit-Bound Execution Semantics for Autonomous Systems
AI Runtime Governance: Vocabulary–Walkthrough Style
The Historical Lineage of Runtime Governance Terminology: A Reference Guide for AI Governance Control Planes and Execution-Governance Architectures
Operationalizing Secure-by-Design AI Through Deterministic Runtime Governance
Artificial Intelligence Governance Control Plane (AGCP) Specification
Quantum & Hybrid AI Records
Persistent research records addressing quantum runtime governance, hybrid classical–quantum execution, strategic technology roadmapping, and hybrid quantum AI cybersecurity.
Toward Quantum Runtime Governance: Execution Invariants and Governance Requirements for Quantum and Hybrid Quantum Systems
Formal Execution Semantics and Governance Invariants for Hybrid Classical–Quantum Autonomous Systems
Strategic R&D Planning for Quantum and Hybrid AI: Navigating Industry Projections and Conservative Pathways (2025–2030)
Solving Cyber Hard Problems with Transparent Hybrid Quantum AI for Anomaly Detection
Secure AI Foundations for the Quantum Era
Lifecycle Interpretability Records
Research addressing model transparency, lifecycle interpretability, persistent interpretive evidence, and quantum-inspired methods.
QILIS: A Quantum-Inspired Lifecycle Interpretability System for Neural Networks
Sustainable Systems Records
Persistent records associated with SFT’s work in sustainable implementation and resilient thermal-energy architecture.
Implementing Sustainable Living at Scale
A Solar-Thermal Architecture for Grid-Independent Heating, Cooling, and Power Using Thermal Storage and Dual Stirling Engines
Public Technical Contribution Records
Persistent records associated with technical contributions to government, standards, AI-governance, and public-policy discussions.
Execution-Layer Governance for AI Agents: A Deterministic Control Plane Architecture for Secure AI Automation
Response to NIST NCCoE Concept Paper: Accelerating the Adoption of Software and AI Agent Identity and Authorization
Response to the 2025 National AI R&D Strategic Plan RFI
Preserve History Without Confusing It With the Current Baseline
Persistent identifiers make earlier technical releases discoverable even after a newer version becomes the appropriate source for current implementation or conformance.
The AGCP specification illustrates this distinction. Earlier specification material remains part of the historical record, but current AGCP conformance claims should reference the applicable stable specification and associated test artifacts.
AGCP Specification v1.0.0
DOI: 10.5281/zenodo.20297616
Status: Current archived stable AGCP specification.
Classification: Normative for the v1.0.0 architecture, requirements, schemas and protocol behavior, lifecycle and ledger semantics, PDP/PEP relationships, conformance artifacts, and implementation traceability.
AGCP Specification v0.9.0
DOI: 10.5281/zenodo.18923302
Status: Historical specification release.
The v0.9.0 record remains useful for provenance and technical history. The active RGE source baseline uses the archived v1.0.0 specification for current normative AGCP claims.
AGCP Operating Model v0.9 Public Review Draft
DOI: 10.5281/zenodo.20330062
Status: Provisional explanatory architecture.
The operating-model paper remains a valuable source for proposal schemas, governance context, canonical state, commitment semantics, receipts, refusal records, and interoperability, but its public-review status means it should not be substituted for the normative AGCP specification.
Cite the Record You Actually Used
Research artifacts can change over time. Citation should identify the specific work and, where relevant, the version or edition actually consulted.
Persistent Identifier
Prefer the DOI or other persistent identifier associated with the exact publication record. A DOI is intended to remain a stable route to the record even if file-hosting details change.
Version & Status
When a work carries a version number, training-edition designation, public-review status, or other explicit release state, preserve that information when citation or implementation decisions depend on it.
License
License terms are publication-specific. Follow the repository record for the applicable license and reuse terms rather than assuming that all SFT research artifacts share the same license.
Not Every Public Research Artifact Uses a DOI
Some SFT-related research is maintained through other persistent scholarly repositories. These records remain part of the research archive even where the primary identifier is an arXiv record rather than a Zenodo DOI.
The PBSAI Governance Ecosystem
A Multi-Agent AI Reference Architecture for Securing Enterprise AI Estates
John M. Willis · 2026
arXiv:2602.11301 [cs.CR]
QIXAI
A Quantum-Inspired Framework for Enhancing Classical and Quantum Model Transparency and Understanding
John M. Willis · 2024
arXiv:2410.16537
Persistent Records Make Technical Evolution Visible
Research progresses through revision, critique, clarification, implementation, and sometimes replacement. Sustainable Future Tech maintains publication records so readers can distinguish current sources from developing or historical ones, trace the intellectual development of the work, and cite the artifact that actually supports a technical claim.