
AUGMEVERSE
SUMMARY
Augmeverse™, developed by 99 Years Studios, is a next-generation spatial computing ecosystem that merges augmented reality, AI, and sovereign silicon into one unified technology stack. While companies like Meta built closed virtual networks and Nvidia built high-cost simulation engines, Augmeverse™ delivers an open, decentralized, and sustainable platform designed for real-world application across education, entertainment, healthcare, enterprise, and scientific research.
This page outlines a strategic plan to accelerate global development of Augmeverse™ through coordinated partnerships with universities, research institutions, and private investors. The initiative aims to secure USD 2.5 billion in Series C equity funding and university co-development grants to scale manufacturing, expand R&D, and build a global academic grid for real-time immersive learning and innovation.

The Future of Spatial Computing Begins Here

Investors, Universities, and Research Partners: Now is the time to co-build the future of human–machine collaboration.
Powered by three breakthrough products — ARC (zero-wearable room-scale AR), EYE (featherweight visor), and COR (sovereign silicon) — the Augmeverse is not a concept, it’s a working stack designed to transform education, medicine, enterprise, and creativity.

MARKET OPPORTUNITY
$1.35 trillion TAM by 2030 across education, enterprise XR, healthcare simulation, creative industries, and sovereign cloud.
Piloted for universities from Nairobi to the U.S., delivering cadaver-free anatomy labs, tele-presence classrooms, and next-generation research tools.
Proprietary patents, sovereign silicon, and an open developer marketplace with academic partnerships at UC Berkeley, Harvard, Yale, Princeton, ETH Zürich, and beyond.
The global spatial computing market faces high device rejection (comfort, cost, social friction), limited educational adoption, and supply-chain monopolies controlled by a few chip vendors.
98% of the world remains excluded from advanced AR due to the high cost of hardware and dependence on proprietary software ecosystems.
By integrating hardware, silicon, and an open developer marketplace under one ecosystem, Augmeverse™ bridges this divide, positioning emerging nations, universities, and industries to leapfrog into the next digital era.
Augmeverse™ team is actively developing potential pilot partnerships with major universities to validate its impact across education and research environments.
MARKET GAP
PROBLEM
OPPORTUNITY
SUPPORT BASE
INVESTORS, EXPLORE...
We are raising $2.5B Series C to scale ARC/EYE production, expand COR wafer capacity, and seed the global Layer Marketplace with 100 flagship portals across STEM, climate, and cultural heritage. Investors, Universities, and Research Partners: Now is the time to co-build the future of human–machine collaboration.

Augmented Reality Creator (ARC)
ARC™: A zero-wearable spatial device that turns any room into a digital environment.
98 mm × 24 mm magnesium disc; quad-MEMS light-field (130°), 360° LiDAR, ultrasonic audio, concentric piezo haptics, scent atomizer; COR-Lite (8–48 TOPS); Wi-Fi 7/UWB/BT; physical iris & mic-kill; modes: Layer, Portal, Aura Sync.
COR PROCESSOR FAMILY (COR)
COR™: A custom AI processor eliminating dependence on Nvidia and Qualcomm GPUs.
Processor Family:
1.4 nm GAAFET; Tri-Mesh: 64 neuro-vector, 8 P-cores, 32 E-cores; HBM4e (up to 96 GB); on-die transformer & NeRF; PCIe 7/CXL 4; deterministic scheduling (<2 ms). Variants: COR-Lite (ARC), COR-Mobile (EYE), COR-Forge (workstations/edge).


EYE™ — Mixed-Reality Visor
EYE™: A featherweight AR visor for mobile mixed-reality use.
350 g; dual 4K/120 Hz micro-OLED; 100°×80° waveguides; <15 ms pass-through; 300 Hz eye-tracking; ToF depth; COR-Mobile (20 TOPS); hot-swap batteries (≈2 h); open-ear spatial audio; micro-gesture (EMG), gaze, voice.
Revenue Outlook (Years 1–5):



Total Estimated Budget
2.5 Billion USD
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Hardware sales (ARC™/EYE™): USD 3.8B cumulative
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Marketplace ARR: USD 2.1B by Year 5
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Silicon & IP Licensing: USD 1.6B steady-state annual royalties
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Global manufacturing & assembly capacity
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1.4 nm chip design, wafer production, and lab expansion
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Research pilots, equipment donation, curriculum integration
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Developer SDK, content licensing, and monetization framework
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Global awareness, strategic partnerships, media presence
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Supply chain, testing, and regulatory certification

