Fix spelling in FRIDA mode README.md
@@ -5,13 +5,7 @@ AFL++ just like that provided by QEMU mode. The intention is to provide a very
similar user experience, right down to the options provided through environment
variables.
-Whilst AFL++ already has some support for running on FRIDA
-[here](https://github.com/AFLplusplus/AFLplusplus/tree/stable/utils/afl_frida),
-this requires the code to be fuzzed to be provided as a shared library, it
-cannot be used to fuzz executables. Additionally, it requires the user to write
-a small harness around their target code of interest. FRIDA mode instead takes a
-different approach to avoid these limitations. In FRIDA mode, binary programs
-are instrumented, similarly to QEMU mode.
+In FRIDA mode, binary programs are instrumented, similarly to QEMU mode.
## Current progress
@@ -19,8 +13,8 @@ As FRIDA mode is new, it is missing a lot of features. The design is such that
it should be possible to add these features in a similar manner to QEMU mode and
perhaps leverage some of its design and implementation.
-| Feature/Instrumentation | frida-mode | Notes |
-| -------------------------|:----------:|:--------------------------------------------:|
+| Feature/Instrumentation | FRIDA mode | Notes |
+| -------------------------|:----------:|:---------------------------------------------:|
| NeverZero | x | |
| Persistent Mode | x | (x86/x64/aarch64 only) |
| LAF-Intel / CompCov | - | (CMPLOG is better 90% of the time) |
@@ -47,7 +41,7 @@ system does not support cross compilation.
To build everything, run `make`. To build for x86, run `make 32`. Note that in
x86 bit mode, it is not necessary for afl-fuzz to be built for 32-bit. However,
-the shared library for frida_mode must be since it is injected into the target
+the shared library for FRIDA mode must be since it is injected into the target
process.
Various tests can be found in subfolders within the `test/` directory. To use
