A lot of AI onchain companies since the dawn of virtuals have quit
It’s been too hard
Or simply easier to day trade
We have not given up
@AgentSploots will have a real usecase in web2
Here’s a preview of our tech stack usecases that
@nfteague is almost ready to push and just cleaning now
Real Time Audio Excitement Detection Technology
Overview
This technology continuously monitors audio in livestreams to identify moments of high engagement, automatically triggering actions like clip creation when excitement peaks.
Core Technology Components
1. Adaptive Baseline Establishment
The system learns each broadcaster's unique audio profile over a 10-minute baseline period.
Builds personalized models that account for individual speaking patterns, microphone setups, and typical volume levels.
Uses robust statistical methods (MAD - Median Absolute Deviation) to filter outliers and establish reliable baselines
Continuously validates and adapts to setup changes (new microphone, environment changes, etc.)
2. Universal Pattern Detection Engine
The system identifies five fundamental excitement patterns that transcend specific content types:
Impulse Patterns: Sudden spikes (goals, knockouts, jump scares, plot twists)
Crescendo Patterns: Building excitement (approaching climax, tension building)
Plateau Patterns: Sustained high energy (intense battles, overtime periods)
Oscillating Patterns: Back-and-forth energy (close matches, trading blows)
Cascade Patterns: Multiple rapid events (combo chains, scoring runs)
3. Multi-Feature Audio Analysis
Extracts 30 audio features in real-time:
Timedomain: RMS energy, peak amplitude, zero-crossing rate
Frequency-domain: Spectral centroid, rolloff, flux, band energies
Perceptual: Loudness approximation, sharpness, roughness
Pattern-specific: Onset detection, transient analysis, energy variance
4. Adaptive Scoring System
Normalizes excitement to a 0-100 scale using percentile based mapping
Accounts for broadcasters specific baselines (what's exciting for one may be normal for another)
Industry Applications
🎮 Gaming & Esports
Automatic highlight generation during tournaments
Real time engagement metrics for sponsors and advertisers
Player performance analysis based on audio excitement patterns
Coaching tools to identify high-pressure moments
🏈 Sports Broadcasting
Instant replay triggers for exciting plays
Multi angle clip creation synchronized with crowd noise
Engagement heatmaps for broadcast analytics
Social media content generated automatically at peak moments
🎵 Live Music & Concerts
Setlist optimization based on audience energy patterns
Highlight reel creation for promotional content
Venue acoustics analysis for sound engineering
Fan engagement metrics for artist analytics
📺 Media & Entertainment
Trailer generation from most exciting scenes
Audience testing with realtime engagement data
Content recommendation based on excitement patterns
Ad placement optimization during low excitement periods
Technical Advantages
1. Self Learning System
Automatically adapts to each broadcaster/venue
No manual tuning required
Learns from historical patterns to improve accuracy
2. Robust & Scalable
Handles audio disruptions gracefully
Efficient memory usage with circular buffers
Designed for distributed processing across multiple servers
3. Real Time Performance
Sub-second latency for pattern detection
Processes audio in 500ms windows
Instant clip triggering at excitement peaks
4. Platform Agnostic
Works with any audio stream source
Language and content independent
Universal patterns apply across all content types
Competitive Advantages
No Training Data Required: Unlike ML models that need extensive labeled datasets, this system establishes baselines automatically for each stream
Context Aware: Understands that excitement is relative a chess match has different audio patterns than a football game, but both have detectable excitement