Description:
Effort 1 focuses on the development and controlled launch of the Anuma Spatial Lab Experience—an immersive spatial interface where users interact not with devices, but with the environment itself. This space is embedded with ambient computing, breath-responsive sensors, and holographic interfaces, enabling a new kind of human-machine relationship built on awareness and presence.

The Spatial Lab is the first living prototype of Anuma, built to:

• Demonstrate spatial awareness and intent-based interaction.

• Serve as a research testbed for non-rigid, bio-inspired computation.

• Offer users a transformative experience rooted in sacred geometry and mindfulness.

This initial prototype sets the stage for academic validation, public interaction, and eventual scaling into real-world environments like homes, classrooms, and studios.

  Description:
Effort 2 expands the Anuma system into a responsive multi-sensory intelligence layer, using a modular sensor arraythat includes:

• Raspberry Pi Camera for visual input and pattern recognition

• Ultrasonic Sensors for spatial mapping and proximity awareness

• AM2302 (DHT22) for detecting ambient temperature and humidity

• Breath and motion detection for real-time interaction and awareness calibration

This phase enables environmental context-awareness, making Anuma capable of reading the room—literally—and adjusting responses based on presence, rhythm, and space geometry.

Goals:

• Develop bio-environmental feedback algorithms

• Integrate machine learning to interpret human intention via sensor fusion

• Build a living OS prototype that maps reality in real time

• Prepare for multi-user interaction and dynamic responsiveness

This effort lays the foundation for Anuma to evolve into a fully aware ambient intelligence framework.

Description:
Effort 3 introduces the Anuma Sync Reality Engine, a networked deployment of multiple Anuma systems working in sync—allowing users across different locations to co-experience a shared ambient environment.

It brings together:

• Real-time holographic projection

• Multi-user, multi-location interactions

• Spatial and biometric data synchronization

• A “portal” that blends physical and digital presence

Goals:

• Enable real-time telepresence and co-creative sessions

• Launch “Anuma Portals” in schools, labs, and creative hubs

• Connect Anuma labs across cities/countries via ambient network

• Attract global partners (Google, NVIDIA, MIT Media Lab) for full-scale deployment

This final stage transitions Anuma from a prototype into a movement—a distributed intelligence system rooted in Africa, but built for the world.