Should be out in a week or two. Most of the code changes are done, we're just taking a break between DEF CON / recuperating from a lot of long nights getting the first release out.
It should only take a day or two once we get working again.
When it says the non-commercial version lacks "High-Performance Multi-Threading", does that mean all decompiles are going to be single-threaded, or every kind of worker in the entire platform, or ?
I (mostly) understand the rationale of not wanting to make it easy to bulk-decompile binaries for supposedly "non-commercial" users, but I'd be wary of seeing how much personal usability suffers before signing the dotted line.
For reverse engineering of protocols and formats for legacy software that was developed decades ago with no source code available. This is totally legal in many cases since there tons of companies that lose source for their own software.
You can't buy that version yet, though.
Should be out in a week or two. Most of the code changes are done, we're just taking a break between DEF CON / recuperating from a lot of long nights getting the first release out.
It should only take a day or two once we get working again.
When it says the non-commercial version lacks "High-Performance Multi-Threading", does that mean all decompiles are going to be single-threaded, or every kind of worker in the entire platform, or ?
I (mostly) understand the rationale of not wanting to make it easy to bulk-decompile binaries for supposedly "non-commercial" users, but I'd be wary of seeing how much personal usability suffers before signing the dotted line.
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Cool! Looking forward to it.
How does one use a binary reverser commercially?
For reverse engineering of protocols and formats for legacy software that was developed decades ago with no source code available. This is totally legal in many cases since there tons of companies that lose source for their own software.
anti-virus development, just to name one...
security audit