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Case Study

Suno : Text-to-Music AI Engine for Instant Audio Composition


Media & Entertainment

Suno (Singapore) – Generative AI for Music Composition

Suno is redefining how music is created with our custom-built generative AI platform. Trained on diverse genres, tempos, and emotional tones, the AI assists users in composing original tracks with minimal input. Whether it’s background scores, hooks, or full-length songs, the assistant adapts to creative intent and mood. We implemented real-time sound synthesis and adaptive progression models to give users production-ready results instantly. It’s perfect for creators, marketers, or indie artists looking for fast, professional-grade compositions. Suno now empowers non-musicians to become instant producers using nothing but text prompts.

Project Overview

  • Client: Suno (Singapore-based AI music company for global content creators)
  • Challenge: Traditional music creation is time-intensive, skill-dependent, and costly
  • Goal: Develop a generative AI platform to:
    • Enable users to create full music tracks using simple prompts
    • Support multiple genres, moods, and pacing styles
    • Deliver production-ready audio via real-time sound synthesis
  • Team: 9 (3 ML Engineers, 2 Sound Designers, 2 Backend Devs, 1 DSP Engineer, 1 PM)
  • Timeline: 6 months (Model Training → Alpha Studio → Global Beta Launch)
    (Suno aimed to build a tool that helps pros and amateurs create music instantly.)

“With GenX’s AI framework, Suno has unlocked music for everyone—no instruments, no DAWs, just pure creativity in a prompt.”

Head of AI Product, Suno

The Challenge

Critical Pain Points:
  • High cost and steep learning curve for music composition and editing
  • Creators often lacked tools for fast turnaround of royalty-free music
  • No AI solution offered real-time, emotionally adaptive music output
Technical Hurdles:
  • Building audio models tailored to diverse genres like hip hop, ambient, and cinematic
  • Generating coherent musical progression with dynamic instrumentation
  • Balancing creative freedom with content quality in auto-generated outputs

Tech Stack

Component Technologies
Generative Audio Models Diffusion Models, Jukebox AI, OpenUnmix, MuseNet
Text-to-Music Layer CLIP, GPT-3, MusicBERT, Latent Audio Transformers
Backend Infrastructure Python, FastAPI, Redis, PostgreSQL, WebSockets
Frontend & Playback React, Tone.js, Three.js (for waveform viz)
Cloud & Hosting GCP, Nvidia CUDA stack, Docker, Kubernetes
Monitoring & Analytics Sentry, Grafana, Firebase

Key Innovations

Suno’s AI generated original compositions from text prompts using real-time synthesis. It adapted to emotional tone and genre to support creators with minimal input. Indie artists and marketers produced pro-level tracks effortlessly.

Emotionally Intelligent Music Generator

  • Adapted melody and instrument layering to user-defined tone (e.g., “uplifting orchestral”)

Result: 3x higher engagement in creative communities vs. static loops

DAW-Free Production Workflow

  • Enabled music creation without a digital audio workstation

Result:  54% reduction in time-to-final-track for content creators

Instant API for Ad Creatives & Video Platforms

  • Delivered soundtrack-ready music directly into editing pipelines

Result: 61% adoption among marketing teams in beta phase

Our AI/ML Architecture

Core Models

  • Prompt-to-Track Generator:
    • Text-to-music model trained using CLIP embeddings and music caption pairs
    • Controls genre, tempo, key, and emotional curve through encoded vectors
  • Adaptive Progression Engine:
    • Predicts verse/chorus/bridge progression using a hybrid of GPT and temporal CNNs
    • Introduces variation while preserving thematic consistency
  • Real-Time Audio Synthesizer:
    • Latent diffusion + waveform reconstruction using neural vocoders
    • Delivers output in <15 seconds with studio-grade fidelity

Data Pipeline

  • Sources
    • Licensed music datasets, MIDI patterns, studio samples, emotional labeling
    • User prompts and real-time style inputs (e.g., “lo-fi sad beat” or “epic cinematic trailer”)
  • Processing: Parallel data encoding with GPU-based audio transformers + latent diffusion modeling

Integration Layer

  • Web-based music studio interface (DAW-lite)
  • Prompt-driven interface with adjustable sliders for genre, tone, and length
  • API available for content platforms, ad tech, and social media apps

Quantified Impact

Avg. Time to Produce a Track
Before AI

4–6 hours

After AI

<2 minutes

Non-Musician Track Creation Rate
Before AI

-

After AI

72% of total

Cost per Track (royalty-free equivalent)
Before AI

$35–$150

After AI

<$1

Track Completion Satisfaction Score
Before AI

64/100

After AI

92/100

Active User Growth (first 90 days)
Before AI

-

After AI

+430%

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