How Shape works | OIKLA
The original guided explanation of the SHAPE workflow.
AAX | VST3 | AU
Add Loudness & Depth To Any Sound
Signup
Start Your
SHAPE
Trial
Today
Please sign in first to access the offer. Your trial and downloads stay tied to your OIKLA account.
Grammy Award Winner Engineer & Producer
Ricky Damian
Adele | Mark Ronson | Lady Gaga
"SHAPE adds so much beef and so much presence to my drums... With the lack of better words SHAPE is so musical, so ear friendly and easy to use"
Adele | Mark Ronson | Lady Gaga | Miley Cyrus | Yebba | Sampha | Jorja Smith
Demo
Watch the demos
Full product videos with player controls
Ambient loops keep the page moving; these controlled players preserve the deeper Wix demo experience with seek, fullscreen, and player controls.
Shape Demo | OIKLA
A controlled player for the source demo experience.
SHAPE Interface Loop
The migrated Wix MP4 demo asset with native browser controls.
How It works
Different sound levels affect how loud low and high frequencies are perceived compared to mid frequencies. SHAPE and Perception compensate for that psychoacoustic shift.
Lows
Mids
Highs
Different sound levels affect how loud low and high frequencies are perceived compared to mid frequencies.
Lows
Weight and warmth shift as playback level changes.
Mids
The reference band stays comparatively present.
Highs
Air and detail can feel exaggerated or disappear.
How does your brain perceive sound?
Your experience of sound is more than just "vibrations" travelling through the air
SHAPE follows the way hearing changes across level and frequency, helping music stay full, detailed, and controlled when the volume changes.
Master Sound Perception
Master Sound Perception at the turn of a knob
SHAPE is built around a fast, musical control surface: choose the mode, push presence or weight, and keep the psychoacoustic curve in motion without losing the sound.
3 Modes
Decide The Frequency Range you want to SHAPE
Select the range that should move with the psychoacoustic curve, from focused high-end presence to full-spectrum depth.