@FantasticDorf:
The time to produce the DF 1.0 version will likely change significantly only if there are significant changes to the production process such as the expansion of the production crew to a significantly larger team (but I absolutely share Tarns view of the horror of becoming an administrator rather than someone who does hands on production) or a radical change of production methods, such as e.g. where some kind of AI would do the coding and testing based on descriptions of what to achieve, and be smart enough to ask what to do about boundary cases (unlike the current manager wet dreams of automatic error free code from high level sloppy "specifications", without the need for pesky programmers). If Tarn leaves DF for whatever reason DF 1.0 will never happen, because the group taking over would not share his vision or patience, so DF would take off in a rather different direction, and the results left when that group gets bored is going to be something else (not necessarily all, or even mostly, bad, but quite different).
While it's an impressive stunt to manipulate DNA to encode info, it's just that, at least for any kind of general computing. It's a slow, noisy, and messy process, and reading the data is very slow and noisy as well. In general, biology is a very poor model for digital reliable processing at it excels at producing similar results from a noisy and unpredictable environment, while sort of recovering from errors, and at a biologically relevant speed. If you're looking for something near magical I'd rather look towards 3D holographic storage technology, but whether that will work is of course unknown.