Every transaction depends on a shared belief that the figures, materials, and approvals behind it are genuine. When that trust is exploited, a minor irregularity can become part of a system that harms millions. D. G. Chapman’s THE WORLD WE COULD explores what might happen if technology could stop such deception at the exact moment it occurs.
A Quiet Career Meets a Dangerous Discovery
Marcus Vance has never considered himself a crusader. He’s a hardware engineer at Ashworth Instruments in Enfield, where he has spent thirty-one years testing equipment with patience and precision. His retirement is eleven weeks away, and a quieter life appears comfortably within reach.
Then a routine soak test exposes an unexpected detail in a municipal procurement ledger: the same £6,400 invoice appears twice.
The duplicate could easily be dismissed as an administrative mistake. Marcus has built his career around investigating faults, however, and he understands that a small inconsistency can reveal a much larger problem. He follows the trail through purchasing records, suppliers, and payment structures. What emerges is a carefully layered network of margin-stacking intermediaries and shell companies.
Each additional business creates distance between the original purchase and the final payment. Costs rise as goods move through the chain, while responsibility becomes increasingly difficult to locate. The documentation appears orderly enough to satisfy routine checks. Beneath it sits a structure designed to reward waste, conceal substitutions, and protect those who understand how to exploit the gaps.
For Marcus, the issue becomes immediate when he discovers that inferior alloy entered a batch of medical implants. His wife, Nell, received one of those implants. The consequences have left her walking with a stick.
Nell’s condition gives the investigation a human centre. The compromised alloy is a physical reminder that procurement fraud can reach operating rooms, homes, and families. Marcus now has personal evidence of what happens when a system values completed paperwork more than verified reality.
An Invention That Refuses Permission
Marcus knows how conventional audits operate. They usually review what has already happened. Payments have cleared, materials have arrived, and accountability has been divided among departments, contractors, and jurisdictions. A report may identify irregularities months later, when recovering the money or reversing the damage is exceptionally difficult.
His solution begins in his garage.
Marcus constructs Veritas Core from copper laminate, a brass solenoid valve, and rigid cryptographic architecture. The device is placed directly on the hardware path, where it checks every instruction against the physical conditions associated with a transaction. The system requires the declared figures and verified reality to agree.
When they fail to match, Veritas Core closes the path and prevents execution.
That physical response makes the invention fascinating. It has no interest in corporate assurances, persuasive explanations, or promises of a later review. Its decision follows deterministic rules. The transaction either meets the verified conditions or it stops.
The circuit also raises difficult questions. Institutions have built immense procedures around human discretion, administrative flexibility, and delayed oversight. A device capable of enforcing accountability immediately could transform global trade. It could also threaten every organization that benefits from ambiguity.
As knowledge of Veritas Core spreads, the story moves from Marcus’s garage into a much wider arena. Financial leaders in Basel recognize its disruptive potential. Australian shipping cooperatives see how it could reshape supply chains. Rooftop mesh networks in Manila reveal how communities might adopt the idea through decentralized infrastructure.
Dean gives each location a meaningful role in the novel’s expanding vision. The international scope shows that hidden markups and unreliable sourcing belong to a global problem. The technology may be complex, yet its purpose remains easy to understand: truth must be established before a system grants permission.
About the Author
Dean Chapman is an owner-builder and systems architect whose creative and technical interests developed through hands-on experience. While overseeing a residential construction project in Sydney, he became responsible for coordinating a complicated international flow of products, prices, suppliers, and deliveries.
The build exposed serious inefficiencies across global logistics. Dean observed cost bloat, fragmented sourcing, and the waste created when durable goods pass through disconnected layers. Tracking those issues encouraged him to consider how the infrastructure itself could be redesigned.
This experience inspired the patent-pending Veritas Core. The system was conceived as a foundational response to the enormous waste within international trade. Dean’s practical background gives THE WORLD WE COULD a grounded quality, allowing its ambitious ideas to feel connected to recognizable problems.
The Question Readers Carry Forward
Available on Amazon, THE WORLD WE COULD offers suspense, technical imagination, and a deeply personal reason to care about institutional accountability. Marcus Vance begins with a duplicate invoice and eventually challenges the assumptions supporting global commerce. His journey leaves readers with a compelling thought: if a circuit could enforce truth before damage occurred, how much of the modern world would be forced to change?
