QBitFlipper

While chasing The Spot through an abandoned Oscorp research facility, Miles Morales interrupted him while he was activating a strange prototype chip connected to the collider control systems.

Miles managed to shut the system down before it finished initializing, but The Spot escaped through a portal, leaving the device behind.

Spider-Byte recovered the hardware and began analyzing it.

The chip appears to be an experimental Oscorp System-on-Chip (SoC) composed of three custom modules:

OSCORP QRYZEN™ Hybrid Core OSCORP QOREX™ OSCORP QELIX™ Memory Array Components OSCORP QRYZEN™ Hybrid Core A programmable processor responsible for coordinating system operations and interacting with the memory array.

**OSCORP QOREX™ **

.... Some IC it is not outputing any values.

OSCORP QELIX™ Memory Array A 16-cell experimental storage array used by the processor.

Unfortunately, the QOREX ASIC is completely destroyed.

However, Spider-Byte discovered that the QRYZEN Hybrid Core still exposes a low-level debug interface.

Recovered Clues

From the lab we recovered:

A diagnostic image dump from the device

A diagram of the SoC architecture Miles also noticed a note written on a nearby lab whiteboard:

Operator nibble mapping

0001 → BIT 0010 → PHASE 0011 → BITNPHASE

The processor expects correction instructions encoded as:

[4-bit operator][4-bit address]

Each instruction targets one of the 16 cells inside the QELIX memory array.

Each bits are addressed as 0,1,2,3 4,5,6,7 ...... ......,15

Mission The processor is outputing decoding error find what is wrong and get an output.

Author: Eappen