01 // Product & Stage
Eligibility For Existence: We are currently in production and planning to wrap by June 8th for Eligibility For Existence. A short film written, directed, and produced by Mike Solow for the Hamilton Film Festival in 2026.
Current Stage: Pre-Production
02 // Business Model
B2B Enterprise SaaS & API. We operate a digital-native business model, offering our software via enterprise licensing. Our core platform allows clients to integrate predictive safety models directly into their compute pipelines, transforming how machines learn to see, analyze, and react to their environments.
03 // Problem & Audience
The Digital Seatbelt for Autonomous Systems. Standard training environments leave dangerous edge cases unresolved because they lack physical authenticity. By biasing models toward foundational real-world physics, we provide the critical safety infrastructure for tomorrow's computational training. We envision a future where autonomous systems operate with absolute predictability.
Targeting: Autonomous Automotives & Robotics.
04 // Compute Infra
High-Fidelity Infrastructure. To realize this vision, we utilize massive-scale compute clusters—including NVIDIA H100s, A100s, and RTX 6000 Blackwells. This hardware stack enables us to render calibrated, verifiable datasets, pairing extreme speed with mathematical precision for enterprise deployment.
Credential // GTHA-01
IPON Innovation Partner
Recognized and supported by Intellectual Property Ontario (IPON) to accelerate development and strengthen my position to protect, leverage and maximize the value of my intellectual property (IP).
Team Information: Led by Founder & CEO Michael Solow, an expert with over a decade of specialized experience in high-fidelity imaging, color science, and perceptual modeling.
Benchmark // CV-SOTA
S.O.T.A. Computer Vision
Our proprietary models surpassed MIT1003 and CAT2000 benchmarks during August 2025 in-house testing. Crucially, we achieved this without requiring ground-truth or domain-specific training. Stochastic models were also developed to address the unique nature of the physiological design.
Laboratory // IMG-LAB
Advanced Imaging Lab
We operate a high-performance imaging and analysis environment focused on extreme-fidelity cinema processing, leveraging modern GPU compute, scene-adaptive analysis, and frame-level metadata systems.
HDR Technology Support
HDR10+™ and HDR10+ Advanced™ dynamic metadata workflows for analysis, encoding, validation, and archival processing.
Governance // ETHICS-04
Governance & Ethics
Strictly compliant with Canadian PIPEDA standards.
We utilize strictly non-generative, deterministic algorithms to ensure archival fidelity.
Our chromatic spectrograph workflows are designed to honor the specific colorimetric choices of the filmmaker, rejecting algorithmic enhancement in favor of absolute fidelity. By enforcing end-to-end management of display luminance and gamut mapping, we ensure that the spectral data presented reflects the exact emotional and visual intent of the original work's specific color decisions.