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The Thesis
Every piece of video infrastructure today was designed for human eyes.
AI models don't watch video — they compute from learned features. We're building the infrastructure that lets AI skip the pixel step entirely.
Every video codec was designed for the human visual system — color spaces, motion blur, inter-frame compression. AI models don't perceive any of it. They reason over learned representations. Transporting pixels to them is the wrong abstraction.
More cameras means more streams. More models means more decode pipelines. Representation collapses both problems: one compressed stream serves unlimited downstream AI — independent of camera count and model count.
Detection, tracking, segmentation, search, retrieval — every modern vision model begins from the same latent representation. Mahamaia makes that representation the transport layer. Decode once. Execute everything.
Upgrading AI shouldn't require hardware swaps. Deploy models to the cloud. Let the edge do one thing: encode. Everything else lives downstream — always upgradeable, never a truck roll.
Applications
Every industry with cameras and constrained bandwidth faces the same bottleneck. Representation makes camera count independent of bandwidth cost.
ISR, perimeter security, and tactical surveillance across constrained and contested networks.
Vessel tracking, port surveillance, and coastal monitoring over satellite links measured in kilobits.
Remote platform inspection and predictive maintenance. Continuous AI monitoring where continuous video is impossible.
Safety monitoring, equipment inspection, and environmental compliance at remote sites with limited connectivity.
Corridor monitoring, yard surveillance, and predictive maintenance across distributed infrastructure networks.
Sensor fusion for robots, drones, and autonomous vehicles. One representation feeds perception, planning, and control.
Research prototype. Currently validated for single-detection pipelines on ResNet50-FPN P4 features.
Multi-model, multi-backbone, and edge deployment are active development targets.