Research Grounded
The project studies public-safe structural audio signals while keeping proprietary and patent-sensitive implementation details out of the website.
Patent Pending
WAVEMULATOR
Structural Music Analysis Infrastructure
A patent-pending deep-tech music technology project focused on structural music analysis and originality verification.
Melody
Rhythm
Harmony
Texture
public structural feature view
public proof-of-conceptstructural comparisonproduction engine separate
About WAVEMULATOR
Infrastructure for examining musical structure.
WAVEMULATOR is a patent-pending music technology research and development project focused on structural music analysis and originality verification during the music creation workflow.
The project investigates how melodic, rhythmic, harmonic, temporal, and relational characteristics of music can be represented, compared, and explained beyond exact recording-level matching.
System Oriented
The long-term direction is infrastructure for structural originality workflows across analysis, explanation, and scalable comparison.
Limited Public Demo
The interactive demo is intentionally simplified. It is a research proof-of-concept, not a legal detector or production scoring engine.
Project Progression
- 01Research
- 02System Architecture
- 03Working Public Proof-of-Concept
- 04Patent Filing
- 05Web Demo
- 06Production R&D
Technology
Structural relationships beyond surface-level audio characteristics.
WAVEMULATOR explores structural relationships in music beyond surface-level audio characteristics.
Melodic behavior
Rhythmic relationships
Harmonic characteristics
Temporal organization
Broader structural relationships
The public demo uses a simplified research proof-of-concept. It is not the production WAVEMULATOR engine and does not disclose proprietary scoring, registry, calibration, or other patent-sensitive methods.
Public Demo
Compare two tracks with the public proof-of-concept.
Upload Track A and Track B to run the same public-safe analysis direction from the current proof-of-concept: pitch/harmony similarity, rhythmic energy similarity, texture similarity, best matching region, and top segment matches.
Structural Similarity
Awaiting resultPublic demo aggregate from pitch/harmony, rhythmic energy, and texture comparisons.
Pitch / Harmony
Awaiting resultSimplified comparison of pitch and harmony behavior in the public proof-of-concept.
Rhythmic Energy
Awaiting resultSimplified comparison of rhythmic energy behavior over the matching segment.
Texture
Awaiting resultSimplified comparison of broad audio texture characteristics.
Strongest Matching Region
No matching region is shown until the backend returns a valid public demo result.
Explainability
The explanation layer remains empty until the backend produces a real public demo result.
Top Segment Matches
Top segment matches will appear here after a successful analysis.
This is a simplified public proof-of-concept. It is not the production WAVEMULATOR engine, not a legal plagiarism detector, produces no legal conclusion, and similarity does not imply copying.
Research
The central research question.
How can similarities in musical structure be represented, compared, and explained beyond exact recording-level matching?
Research scope
The public research explores explainable structural comparison across melodic, rhythmic, harmonic, temporal, and other musically relevant characteristics.
Public limitation
The public demo uses a simplified research proof-of-concept. It is not the production WAVEMULATOR engine and does not disclose proprietary scoring, registry, calibration, or other patent-sensitive methods. Public outputs are demonstration scores and explanatory summaries only, with no legal conclusion. Similarity does not imply copying.
Milestones
Current public status.
Overall System Architecture
DevelopedPublic Proof-of-Concept
WorkingIndian Patent Application
Filed / Patent PendingInteractive Web Demo
In DevelopmentProduction Engine
Research & DevelopmentFounder
Chetan Teja Rachapudi
Founder & Research Architect
Chetan Teja Rachapudi
Chetan Teja Rachapudi is an independent music-technology researcher, Founder & Research Architect of WAVEMULATOR, composer, and music producer working across audio technology, acoustics, signal processing, structural music analysis, and computational approaches to music.
His current work focuses on designing technical systems at the intersection of music, signal processing, structural reasoning, and software architecture.
Read the Founder profileCollaboration
Open to focused technical conversations.
WAVEMULATOR welcomes conversations with researchers and engineers working in adjacent fields.
Music Information Retrieval
Audio DSP
Audio Representation Learning
C++ / JUCE
Audio Software Engineering
Scalable Audio Infrastructure
Contact
Research and engineering inquiries.
For public contact, collaboration discussions, or founder inquiries, use the address below.