GPU Extraction eval
CUDA-powered bit classification via PyTorch. Processes millions of sample points in seconds. Transparent CPU fallback.
Automatic Grid Detection eval
FFT-based period detection with sub-pixel refinement. No manual line placement. Handles perspective-distorted dies.
Reticle Review eval
Step through uncertain bits row by row or least certain first, compare every capture side by side, and decide with one click on the reticle: 0, 1, confirm, or capture majority. You set the review threshold.
Multi-Capture Fusion
Stack multiple SEM photos of the same block. Captures are aligned automatically; confidence-weighted merging down-weights blurred or misaligned ones.
Design Rule Checks eval
Row/column balance, columns with unusually many uncertain bits, global skew. Findings are marked on the image; F8 steps through them.
832-Config Decode Ranking
Every transform (invert, rotate, mirror) across 26 bit-order decoders. Identical outputs are merged; results ranked by entropy and known patterns.
Pattern Search & Disassembly
Find reset vectors, file headers and strings across decodings. ARM, Thumb and ARM64 disassembly — click an instruction to see its bits on the die.
Reference Comparison
Diff an extraction against a known dump or another block. Every mismatching bit is listed and marked on the image.
Batch Processing
Process all ROM blocks in a project directory. Automatic grid detection and bit extraction across the entire die.
Full Undo / Redo eval
Every bit toggle, deletion, and grid edit is tracked. Full history navigation with Ctrl+Z / Ctrl+Shift+Z.
Variable-Gap Layouts eval
Non-uniform column groups, horizontal row dividers, and metal trace filtering. Beyond simple uniform grids.
Flexible Export
Export as .bin (with decoder selection), .npy, ASCII, three-class 0/1/unknown, or full-resolution composite images with bits and findings.
