NINODE

Owner

Goods & Services

Computer hardware, namely, hardware-isolated artificial intelligence (AI) nodes featuring integrated circuit superchips for local inference, with hardware-enforced volatile static random-access memory (SRAM) architecture for the secure, stateless processing of biometric telemetry data, optimized for the execution of multimodal large language models; electronic security tokens, namely, hardware-based authentication devices featuring optically-encoded substrates for the physical triggering of system-on-chip (SoC) memory purges; electronic chassis for computer nodes featuring integrated light-pipe status indicators for the visual verification of hardware-level data erasure; semiconductor heat sinks integrated with electromagnetic-interference (EMI) shielding for secure edge processing; all of the foregoing excluding optical proximity sensors and touch-sensitive user interface components.

Real estate management and real estate brokerage services in the field of high-security residential properties and athletic village enclaves; leasing of luxury real estate featuring integrated hardware-isolated artificial intelligence (AI) infrastructure as a permanent fixture of the premises; real estate management of private, high-security managed residential apartments and homes; real estate management of specialized veterinary diagnostic facilities and museum data-storage facilities; leasing of real estate featuring built-in, climate-controlled, electromagnetic-interference (EMI)-shielded enclosures installed as permanent fixtures for the housing of computing nodes, within temporary athletic housing facilities and equine stables; leasing of smart-home residential real estate featuring integrated, hardware-isolated artificial intelligence (AI) privacy infrastructure.

Architectural and technological design of secure smart-home, athletic-village, and temporary-event infrastructure; providing temporary use of non-downloadable software featuring a digital audit interface for the real-time certification of hardware-level data erasure; Software-as-a-Service (SaaS) featuring a vendor-agnostic orchestration layer for the secure, human-directed execution of third-party artificial intelligence (AI) models across multi-cloud and edge computing environments; architectural design of modular sovereign, namely, self-contained, locally-operated, air-gapped, computing enclaves for permanent and temporary deployment; platform-as-a-service (PaaS) featuring software for the decentralized management of private artificial intelligence (AI) inference models; technological certification of hardware-level data-destruction protocols; architectural design of air-gapped data processing environments within residential and remote-location facilities.