The Lottery Killer: An Immersive Murder Mystery Logic Puzzle | Eliminate 6,000 Tickets to Find the

6,000 TICKETS. ONE PAID FOR MURDER. CAN YOU FIND THE KILLER?
A first-of-its-kind murder mystery puzzle book where you become the detective, and the clock is running.

At the annual Pembridge Manor Charity Gala, six thousand guests gather for an evening of champagne, an exclusive auction, and the most anticipated lottery in the county. Before the night ends, philanthropist Edmund Pembridge is found dead in his Library. The cause: poison.

Within hours, the police arrest his wife, Clara. Within days, she has vanished, leaving behind a single envelope. Inside it: fifteen clues, a lottery register of 6,000 ticket records, and a desperate plea.

"The killer is hidden in the register. Find the ticket, and you will find the truth."

Using Clara's fifteen clues, each precise, each pitiless, you must work through 6,000 ticket records, eliminate the innocent, and identify the one ticket that paid for murder. There is no shortcut. There is only the data.

WHAT MAKES THIS DIFFERENT FROM EVERY OTHER MURDER MYSTERY BOOK:
A REAL CASE — Not a story you watch a detective solve. A case you solve yourself. Pencil in hand. Cross out tickets. Narrow the field.
STRUCTURED DATA, NOT FREE TEXT — Five fields per ticket: number, time, booth, zone, colour. Logic puzzle precision. No vague riddles.
A LIVING NARRATIVE — Clara Pembridge speaks to you directly through her note, her clues, and the case file. You are not just solving, you are working with her, against the clock.

PERFECT FOR:
Adults and teens who love murder mystery puzzles, logic puzzle books, escape room games, detective fiction, and immersive crime solving. The ideal gift for puzzle lovers, mystery fans, true crime enthusiasts, and anyone who has ever wanted to actually be the detective.

The register is waiting. Clara is counting on you.

Will you find the killer before the case closes forever?

A. S. Remington holds a PhD in Engineering and has spent years studying how hidden patterns emerge in complex systems. His work is shaped by a fascination with logic, evidence, and the challenge of reasoning from incomplete data. He now brings that same analytical mindset to immersive mystery and puzzle design.