The work behind the architecture.

August 4, 2026 · Technical product white paper

Oak & Sparrow Gatekeeper

Deterministic Execution Control for Enterprise AI Agents

Status: BLUE / External Release 1.0

The current external Gatekeeper paper defines the deterministic execution-control boundary between probabilistic AI agents and consequential enterprise actions. It covers pre-execution authorization, versioned rules as code, GREEN/YELLOW/RED outcomes, capability-scoped execution, Safety Receipts, ProofVault, post-execution validation, deployment patterns, benchmark scope, and explicit non-claims.

September 14, 2026 · External research edition

The Architecture of Authority

How Humanity Removed the Friction Between Knowing and Acting

Status: Full-Manuscript External Edition v1.5-E

A historical-comparative systems study of administrative compression: the recurring drive to reduce the labor, latency, handoffs, and infrastructure between information and action. It separates computational friction from governance friction and asks how standing, delegation, purpose, jurisdiction, authorization, refusal, revocation, evidence, and accountable disposition survive to the point of commitment.

August 7, 2026 · Public research paper

Building Phase One

The Research Architecture Required Before an Artificial Entity Can Safely Hold and Exercise Economic Agency

Status: v1.4

A reconstruction of the research prerequisites hidden inside the original SIP Phase 1 concept. It separates identity, knowledge, standing, rights, permission, operational authority, evidence, and execution, then argues that economic capability belongs at the end of a governed dependency chain rather than at the beginning.

August 27, 2026 · Technical white paper

Parent Shield

Pre-Execution Family Safety Infrastructure for AI and the Web

Status: Draft v0.1

A family-safety architecture that moves the decision boundary before consequential digital actions. It applies explicit family policy, parental authority, fail-closed uncertainty handling, contestability, and privacy-conscious evidence to browser navigation, AI responses, and future agent actions.

August 4, 2026 · Applied interoperability research

NeoMundi × OASSE Common Metrological Layer Research

Status: Controlled pilot evidence

Research on preserving independent deterministic authority while consuming an external runtime measurement layer. The work includes a focused 60-request benchmark and a controlled 1,000-request experiment with trace reconciliation and evidence-chain verification.

September 3, 2026 · Working research monograph

The Geometry of Information: Gravity to Bind Dynamics

Status: Historical starting volume

The September GOI gravity branch begins by separating bind and horizon modular structures and formulating the original route from information geometry toward a dynamical bind description.

September 5, 2026 · Working research monograph

Bind Projection, Microscopic Relaxation, and the Scale Obstruction

Status: Channel-first reformulation

Develops the channel-first GOI formulation, the Choi-Effros distinction, protected-subsystem examples, stationary-semigroup decomposition, multiple relaxation clocks, and a scale-rescaling obstruction.

September 6, 2026 · Working research monograph

Bind Dynamics, Emergent Gravity, and Finite-Bind Closure

Status: Conditional gravity closure

Carries the selected transport model through information, measure, metric reconstruction, a coupling candidate, and a conditional finite-bind fluctuation law, while recording the independent physical inputs that remain unresolved.

September 12, 2026 · Working research monograph

Planck to Quark

Gauge Structure, Chiral Matter, and the Microscopic Closure No-Go

Status: Microscopic closure no-go

Tests whether the GOI framework can close from gravitational-scale structure into internal gauge and matter structure. It develops conditional N=5 and three-generation minimality results while proving that the current axioms do not uniquely determine the physical transport law.

September 18, 2026 · Working research monograph

Protected Dynamics, Quantum Thermal Governance, and Energy Systems

From Exact Reset Channels to Data-Center Energy, Quantum Cooling, and Falsifiable Fusion

Status: Exact model and executable benchmarks; physical validation open

Applies the GOI protected-transition discipline to systems where energy is spent, heat is deposited, state is reset, or a materials hypothesis can be falsified. It separates an exact finite-dimensional collision model from synthetic data-center benchmarks, quantum-cooling proposals, and fusion hypotheses.

September 17, 2026 · Technical discussion white paper

Governed Lattice Fusion

From Software-Validated Simulation to Controlled Physical Validation

Status: Version 1.0, physical validation open

Defines a conservative path from OASSE's lattice-confinement simulation and deterministic governance environment toward independent scientific review, calibration, measurement, correction, and falsification.

September 18, 2026 · Working derivation instrument

GOI Derivation Workbook

Quantum Gravity and Governed Lattice Fusion

Status: Working Edition 1.0

A controlled whiteboard route from the five September GOI monographs to explicit physical models, independently fixed quantities, failure tests, and falsifiable outputs across separate gravity and fusion tracks.