Progress Should Be Visible in the Evidence
Sustainable Future Tech develops research, architectures, specifications, publications, and technology platforms across several complex domains. This page records selected meaningful developments as they occur—focusing on completed work, public artifacts, validated progress, and other developments that materially advance the portfolio.
Progress
Milestones, Not Marketing Activity
This page is intended to document developments that change the state of SFT’s work: a specification is released, a research architecture becomes publicly citable, a major technical manuscript reaches a defined edition, a validation stage is completed, or another substantive outcome becomes available.
Research programs do not all move at the same speed or through the same pathway. A meaningful milestone in one program may be a public technical specification; in another it may be validation evidence, a research result, an intellectual-property event, or a publication.
Future plans and active work are identified separately from completed milestones so that progress is not confused with aspiration.
Completed
Milestone entries describe events or artifacts that have actually occurred rather than intended future outcomes.
Material
The event should materially advance research, architecture, validation, publication, implementation, or adoption.
Evidence-Based
Where practical, milestone claims should connect to a publication, versioned artifact, repository, DOI, review, or other verifiable evidence.
Maintained
This is a living record. New developments should be added in reverse chronological order as SFT’s portfolio advances.
Recent Milestones
The record below highlights substantive developments across runtime governance, secure AI, advanced computing, research, and SFT Publishing. It is intentionally selective rather than a list of every project activity.
2026
Governance Compilation Reaches Preprint Stage
Governance Compilation: A Reference Model for Translating Human Governance into Machine-Evaluable Controls reached preprint status, extending SFT’s runtime-governance work into the problem of compiling human governance requirements into structured, machine-evaluable control artifacts.
Evidence: Versioned preprint within the Runtime Governance Engineering publication program.
Runtime Governance Body of Knowledge First Training Edition
Sustainable Future Tech Publishing completed the First Training Edition of the Runtime Governance Body of Knowledge for Artificial Intelligence and Other Autonomous Systems, establishing a structured body of knowledge around runtime-governance concepts, competencies, roles, assessment, and assurance.
Evidence: First Training Edition dated July 17, 2026.
Runtime-Governance Research Extends Into Hybrid Quantum Systems
SFT published technical work examining execution invariants and governance requirements for quantum and hybrid quantum-classical systems, extending runtime-governance reasoning into advanced-computing architectures.
Evidence: Toward Quantum Runtime Governance and Formal Execution Semantics and Governance Invariants for Hybrid Classical-Quantum Autonomous Systems.
AGCP Operating Model and Semantic Architecture Released
The AGCP research program released version 0.9 of AGCP Operating Model and Semantic Architecture: Proposal Schemas, Governance Context, Canonical State, and Commit-Bound Execution Semantics for Autonomous Systems as a public review draft.
Evidence: DOI-backed technical report, version 0.9.
Core Runtime-Governance Architecture Published
A sequence of technical publications established the architecture and execution semantics underlying SFT’s runtime-governance work, including Runtime Governance Architecture, formal safety invariants, the AGCP execution-layer control-plane model, and a cross-platform synthesis of runtime execution governance.
Evidence: DOI-backed publications dated March 13, March 25, March 29, and March 30, 2026.
PBSAI Governance Ecosystem Published on arXiv
The PBSAI Governance Ecosystem: A Multi-Agent AI Reference Architecture for Securing Enterprise AI Estates was published on arXiv, providing a citable architecture for coordinated governance and cybersecurity across enterprise AI environments.
Evidence: arXiv:2602.11301 and the public PBSAI reference architecture repository.
Versioned Public Architecture Artifacts and Repositories Established
The AGCP Specification v1.0.0 and PBSAI v1.0.0 were released as identifiable technical artifacts, with public repositories supporting continued inspection, implementation-oriented use, and versioned development.
Evidence: DOI-backed releases and public AGCP and PBSAI repositories.
2025
Secure AI Foundations for the Quantum Era Presented
SFT founder John M. Willis delivered the invited industry expert lecture Secure AI Foundations for the Quantum Era for the AICTE–ATAL Faculty Development Programme on Quantum Computing at Jagan Institute of Management Studies in Delhi.
Evidence: Presentation dated November 22, 2025, with a persistent publication record.
Work Now Advancing Across the Portfolio
The items below describe active areas of work rather than completed milestones. They are separated from the historical record intentionally so that current effort is not presented as a finished result.
From Architecture to a Coherent Engineering Discipline
SFT continues integrating Runtime Governance Engineering, Runtime Governance Architecture, AGCP, the Runtime Governance Body of Knowledge, governance compilation, assessment, assurance, and professional education into a coherent technical and professional framework.
Refining the PBSAI Reference Architecture
PBSAI continues to develop as a multi-agent reference architecture for securing enterprise AI estates, with emphasis on governance alignment, coordinated defensive agents, evidence exchange, and implementation-oriented architecture.
Expanding the Professional Book Program
Sustainable Future Tech Publishing is advancing books, bodies of knowledge, professional references, and systems-engineering texts across runtime governance, advanced computing, and sustainability.
Advancing ZNES Through Research and Validation
The resilient thermal-energy platform continues to focus on integrated system architecture, technical validation, research collaboration, intellectual property, and credible pathways toward implementation and commercialization.
Follow the Work, Not Just the Milestone
Many SFT milestones produce artifacts that can be examined directly: specifications, technical reports, research papers, versioned architectures, books, DOI records, or public repositories.
The publishing and research sections of this site provide the more appropriate location for detailed citations, release records, superseded versions, and technical documentation. This page provides the higher-level chronological view.
Technical Publications Library
Browse SFT research papers, specifications, architectures, technical reports, and other formal technical work.
Browse publications →DOI & Research Archive
Review persistent publication records, citations, versions, release status, and relationships among technical artifacts.
Explore archive →Research Programs
See how completed milestones relate to SFT’s seven research programs and their current technical direction.
Explore research →SFT Publishing
Explore book-length works, bodies of knowledge, professional references, and institutional publishing resources.
Explore publishing →Not Every Activity Becomes a Milestone
SFT conducts research, prepares proposals, holds discussions, explores partnerships, develops drafts, and performs internal engineering work continuously. Those activities matter, but they do not automatically belong on this page. The milestone record is intended for developments that materially change what exists, what has been demonstrated, or what can be independently examined.
Progress Matters Most When It Creates Something Others Can Use
SFT’s objective is not simply to accumulate projects. It is to convert difficult problems into useful research, architectures, evidence, technologies, professional knowledge, and implementation pathways that can survive scrutiny and contribute to real-world practice.