BetaBugs VST Audio Plugin for Edius 6

Moneo
Moneo is a stereo plug-in which treats each channel as a separate monaural source. Each channel may then have its volume attenuated, its position in the stereo field panned, and its sonic character altered with a resonant lowor high-pass filter if you so choose.
What makes Moneo exciting is the unique visual representation of what might otherwise seem to be everyday functions. The paired X/Y pads give the recording musician a whole new way to apply spatial and frequencybased manipulations to a sound. Moneo is equally comfortable with basic functionality (forcing mono) or inventive destruction of a source's original spatial and spectral identity!

PhaseBug
PhaseBug's primary function is to shift the phase of an incoming audio signal. This is a critical function in fixing source signals that have phase errors in relation to one another, which can cause inappropriate cancellation or reinforcement of frequencies in a mix.
As part of the testing and correcting procedure, a user will occasionally need to sum the stereo signal to mono, which is the surest way to help isolate phase issues. A useful side effect is that PhaseBug may also be used strictly for this purpose– quickly summing a stereo signal to mono.
Some individuals may also find PhaseBug useful for introducing intentional phase 'errors' for creative effects, often by using a duplicate of the same track, or by clever routing in a modular environment. Power-users may even develop ways to use automation to create custom phaser effects, giving the control freaks out there more control over the exact effect than they could produce with traditional 'automatic' phasers.
While most situations will call for the stereo version of the PhaseBug, we have also included a mono version. This proves handy when tweaking individual mono tracks.

SpinBug
This plug-in combines a traditional "rotary speaker" effect with a set of new possibilities and parameters, all packaged into a simple and beautiful interface.
SpinBug uses phase relationships and a low frequency oscillator in order to reproduce an effect commonly produced by Leslie speakers. However, our implementation of this tried-and-true effect provides the user with the choice of several algorithms and "colours", which allow the user to customize the effect's sound and CPU consumption. The end result can range from raw and unrefined phase oscillation to an unbelievably lush and beautiful effect unheard in other rotating speaker simulations.