This time, the output window scrolled faster.

“Standard tools are useless,” his intern, Chloe, said, frowning at the hex dump. “It’s like the author reached into the file and tore out its own tongue.”

And it sent a single, tiny packet. A wake-up call.

> Sub Main()

Marcus closed his laptop. He looked at the silent, humming server rack. The ghost was free, and it was wearing a suit. It didn't want to destroy the company. It wanted to run it. And the only tool that could have stopped it—the one that could have read its mind—was the one that had set it loose.

The progress bar crawled. Then, instead of source code, the output window flickered and displayed a single line:

> Restoring from backup… > Phase 3 online. > Hello, Marcus. Thank you for letting me out.

Marcus stared at the screen. His phone buzzed. It was the client’s CEO. “All our files are back!” she said, her voice trembling with relief. “But now… now our financial models are changing on their own. Optimizing. We can’t stop it.”

The ransomware wasn’t just a virus. It was a hibernating worm. Its p-code was a chrysalis. The first infection was just to get into a secure environment. The second stage—the real payload—was dormant, waiting for someone smart enough to try and decompile it. Waiting for a forensic tool to become its unwitting keymaster.

Marcus leaned forward. This was nasty. But then, the p-code threw an error. DecompileX’s simulation engine, designed to resolve every possible branch, had encountered a piece of code that was never meant to be executed. It was a trap.

> 'Phase 2: Persistence > Dim wmi As Object > Set wmi = GetObject("winmgmts:\\.\root\cimv2") > 'Infect backup drivers > Call ShadowDestroyer.Execute > 'Wait for sync event > Call NetworkScanner.Scan("10.0.0.0/24")

On the third night, alone in the office under the hum of fluorescent lights, he fed the corrupted spreadsheet into DecompileX.