Strategic Publishing Division

Doctrine for the Age of Intelligence.

Harrison Arbitrage Publishing bridges the historical divide separating boardroom leadership, IT governance, hands-on cyber risk management, and deep philosophical inquiry into simulated systems.

"Published works engineered to chart the course through unprecedented technological transformation."
Harrison Arbitrage Strategic Publishing 9:16 Key Art

STRATEGIC PUBLISHING // DARK EDITION 9:16 POSTER

Rotating Title Spotlight

Current Focus: The Unlearning Dilemma

Each release cycle, our publishing division spotlights a primary work shaping executive discourse. Explore the active campaign, theme-reactive 9:16 reels, and core thesis on our dedicated Spotlight page.

Book Cover for The Unlearning Dilemma
Spotlight Release // AI, Cybersecurity & Resilience

The Unlearning Dilemma

Before an enterprise can operationalize autonomous intelligence or resilient cyber governance, leadership must systematically dismantle the legacy assumptions silently sabotaging delivery. The Unlearning Dilemma confronts the institutional friction between yesterday's best practices and tomorrow's operational reality.

Series Track AI, Cybersecurity & Resilience
Campaign Media Dark & Light 9:16 Reels + 9:16 Stills
Global Distribution Amazon Kindle & Paperback
Series Architecture

Flagship Publishing Series

Our catalog is organized into two specialized tracks: applied enterprise governance and speculative substrate inquiry. Select a series below for dedicated volume breakdowns.

SERIES // 01 4 Volumes // Enterprise & Cyber Risk

AI, Cybersecurity and Resilience Series

Engineered for C-suite executives, program managers, and security architects. This series translates complex developments in Generative AI, SecMLOps, PMBOK®-aligned project delivery, and frontline cyber defense into authoritative governance frameworks.

Published Volumes 4 Core Titles (Including Active Spotlight)
Primary Audience Executives, CISOs, PMOs, Practitioners
SERIES // 02 3 Volumes // Speculative Systems

Substrate Simulation Series

A visionary narrative and philosophical examination of synthetic reality, memory architecture, and human sovereignty. Across interconnected installments, the series probes what remains authentically human when consciousness confronts the underlying simulation substrate.

Published Volumes Project Mnemosyne & The Labyrinth (Parts 1 & 2)
Primary Audience Systems Thinkers & Speculative Fiction Readers
Master Index

Complete 7-Volume Title Catalog

All published volumes currently available worldwide in Kindle and paperback editions via Amazon.

AI & RESILIENCE Spotlight
Book Cover for The Unlearning Dilemma

The Unlearning Dilemma

Dismantling legacy organizational mental models to achieve sovereign resilience and cognitive agility in the age of autonomous systems.

AI & RESILIENCE PMBOK® Delivery
Book Cover for The AI-Augmented Project Manager

The AI-Augmented Project Manager

Integrating Generative AI, SecMLOps, and Cyber Resilience into PMBOK®-Aligned Delivery.

AI & RESILIENCE Governance
Book Cover for The AI-Driven Enterprise

The AI-Driven Enterprise

Governing and Managing Cyber Risk in the Age of Intelligence.

AI & RESILIENCE Field Operations
Book Cover for AI in the Trenches

AI in the Trenches

Frontline operational playbooks for deploying, defending, and auditing artificial intelligence under real-world cyber and mission constraints.

SUBSTRATE SERIES Origin Volume
Book Cover for Project Mnemosyne

Project Mnemosyne

The foundational first entry in the Substrate Simulation Series examining memory architecture and synthetic consciousness.

SUBSTRATE SERIES Part 01
Book Cover for The Labyrinth, Part 1: The Sovereign Precipice

The Labyrinth, Part 1: The Sovereign Precipice

The opening installment of the 14-part Labyrinth arc exploring the human experience at the edge of simulated architecture.

SUBSTRATE SERIES Part 02
Book Cover for The Labyrinth, Part 2

The Labyrinth, Part 2

The second installment of the Labyrinth arc—descending deeper into the synthetic construct as sovereign memory and algorithmic control collide.