Files
Kage/README.md
T
SISTA f9eba1ed1b kage: freshycalls + rand gadgets + stack spoof
- freshycalls sorted export rva table instead of hells gate for SSNs
- 64 syscall;ret gadgets in a pool, picks random via xorshift64
- hells_gate.s pushes fake ntdll return before syscall now
- got rid of the 5 wrapper functions, just one syscall_dispatch
- deleted win32.zig, using std.os.windows. named structs for peb
- asm volatile and enum fixes so this compiles on zig 0.16
- build.zig: added .abi = .gnu, .Windows subsystem
2026-07-18 09:30:07 +01:00

45 lines
1.3 KiB
Markdown

# Kage <sub>影</sub>
<p align="center">
<img src="assets/Kage.png" alt="Kage">
</p>
> 影に潜む
Shellcode loader using indirect syscalls. Self-injection, FreshyCalls SSN extraction, random gadget pool, callstack spoofing, per-build XOR key, jitter.
## Why Zig
Zig's build system handles everything: random XOR key generation, comptime shellcode encryption, cross-compilation. One command, no external tools needed. No CRT linked, minimal import table.
```bash
zig build -Dtarget=x86_64-windows-gnu -Doptimize=ReleaseFast
# → zig-out/bin/kage.exe
```
## 仕掛け
- **影探し** — ntdll via PEB walk (`gs:[0x60]`)
- **闇渡り** — indirect syscall dispatch (64 random gadgets)
- **血判** — FreshyCalls SSN extraction (sorted export RVA, immune to inline hooks)
- **封印** — comptime shellcode XOR with per-build 128-bit random key
- **影纏い** — XOR-encoded asm dispatch globals + callstack spoofing
For evasion use [Valak](https://git.churchofmalware.org/JYenn/valak).
## Layout
```
src/
├── main.zig entry, unified syscall dispatch
├── nt.zig NT pseudo-handles not in stdlib
├── pe.zig PE parser, export resolver, section headers
├── syscall.zig PEB walk, FreshyCalls table, gadget pool, PRNG
├── hells_gate.s asm dispatch (XOR globals, stack spoof)
build.zig
```
## License
MIT