Objective Sonic Naturalness & Cohesion Scoring for Music Professionals

Physics-based. Bias-free. Actionable.

In a streaming-dominated market where every release competes for attention and longevity, SonicallyCohesive delivers the objective metric A&R teams need: a precise, repeatable score of a track’s sonic naturalness, cohesion, and emotional transmission potential.

Derived from fundamental physics equations (no AI, no training data, no human bias), our scoring system evaluates dynamics, timbral authenticity, spatial integrity, transient response, and element integration — producing a single, interpretable score. Lower = closer to sonic perfection and stronger listener connection.

Why A&R and Labels Trust SonicallyCohesive

  • Data-Backed Single Selection & Album Flow: Identify which tracks elevate an album’s overall cohesion and have the highest hit potential.

  • Master Comparison & Pre-Release Insights: Score alternate masters or unreleased material to optimize emotional impact before launch.

  • Risk Reduction in Signings & Playlists: Objective validation that correlates with chart staying power and streaming resilience (proven through weekly scoring of RIAA and New Music Friday releases on X).

  • Competitive Edge: Equip your team with physics-grounded insights for pitching to platforms, sync deals, and promotions.

Public Proof: Outstanding scores consistently align with commercial endurance. Follow real-time analysis of new releases at @johnmaslinorg on X.

Services for Music Industry Professionals

  • Album cohesion audits and single recommendations

  • Pre-master scoring and engineering guidance toward sonic perfection

  • Artist signing evaluations and catalogue valuation

  • Playlist curation support and promotional storytelling ("Sonically Natural Certified")

  • Sound design consultation for film and gaming

Ready to strengthen your releases? Contact us today for a no-obligation pilot: Score 2–3 of your tracks or demos at no cost.

DM @johnmaslinorg

SonicallyCohesive — Owned and operated by johnmaslin.org llc, an independent theoretical physics research center. Wyoming, USA.