Transparent Intelligent Display Platform
A patent-protected display and edge-content architecture for the software-defined vehicle — transparent rendering with privacy-tint overlay, speech-driven on-device content creation with DLT certification, hierarchical multi-display networks, and cross-environment session continuity. One license, full portfolio access.
Platform Specification
Transparent AI Display Platform
Patent-protected transparent intelligent display architecture. Privacy-tint overlay with opaque window mode, DLT-certified content management, on-device edge content creation, hierarchical multi-display controller networks, and cross-environment session continuity.
Transparent Intelligent Display
Transparent or optically clear intelligent display with an integrated controller (processor and memory), on-device content creation, and a switchable privacy-tint overlay providing an opaque window mode.
Hierarchical Multi-Window Networks
Multiple display units organized in a hierarchical master/secondary controller network, operating cooperatively as an extended, semi-immersive display experience.
Cross-Environment Session Continuity
Session handoff across physical environments. Display-state information transfers with the user between vehicle, building, and device via DLT-backed state records, with on-device and networked implementations supported.
DLT Certification & Validator Network
Content certified via distributed ledger technology — a peer-to-peer network of displays operating as ledger nodes to verify content authenticity and integrity.
Edge AI Content Creation
Supports content creation directly on the display-integrated controller at the edge, with on-device processing and distributed-ledger certification.
Environment-Agnostic Architecture
The platform is environment-agnostic — automotive, retail, healthcare, and defense are all supported deployment contexts, and a single portfolio license can be scoped to cover them.
Cross-Vertical Platform
Cross-Vertical Deployment Coverage
The transparent intelligent display platform is designed for any deployment context, with vertical-specific licensing scope available in each market segment.
Automotive / SDV
Cockpit-domain HMI platform designed to integrate with zonal and domain-based E/E architectures: IP-addressed display controllers in a master/secondary hierarchy. On-device content creation, DLT certification, and GPS session continuity. Partition-compatible above ASIL-certified OS environments.
Retail / Digital Signage
Transparent display storefronts overlaying digital content on physical products. Hierarchical multi-panel controller networks with centralized content management and privacy-tint overlay with opaque window mode.
Smart Home / IoT
Transparent display windows integrated into residential architecture. Privacy-tint overlays with opaque window mode, sensor connectivity, and session continuity across rooms and environments.
Aerospace / Aviation
Transparent heads-up displays for cockpit situational awareness. Edge AI processing, hierarchical display controller networks, and on-device content creation at the controller level.
Healthcare / Medical
Transparent display surfaces for surgical suites and diagnostic environments. Real-time data overlay on glass, privacy-tint overlay for controlled viewing, DLT-certified content integrity.
Defense / Military
Tactical transparent displays for command centers and vehicles. Secure content pipelines, DLT-certified content integrity, and multi-panel hierarchical architectures for classified environments.
Maritime / Naval
Transparent bridge displays overlaying navigation and radar data on ocean views. Cross-environment session continuity across vessel zones, DLT-certified content, edge processing at the display.
Industrial / Manufacturing
Transparent HMI panels for factory floors and control rooms. Real-time production data overlay, hierarchical multi-display networks, and on-device processing for predictive analytics.
Lead Vertical — Automotive
The Next Interface Is the Windshield
A cockpit-domain HMI platform that sits above the vehicle’s E/E architecture — built on patented transparent display technology with networked, hierarchical display controllers, edge content creation and DLT certification, designed to be partition-compatible above ASIL-certified OS environments (ASIL-B/QM classification). Protected under US 12,087,253 B1, with a broadening reissue application under active prosecution.
Software Interface Digital Cockpit Display System
Cockpit-domain HMI platform built on patented transparent display technology — multiple transparent display windows with IP-addressed controllers organized in a master/secondary hierarchy, designed to operate above ASIL-certified OS environments. Compatible with modern compute stacks.
Interactive Glass Display Tech
Transparent AI display window with on-device content creation and distributed-ledger certification — content generated at the edge, certified as unique, and rendered directly in the occupant’s field of view.
GPS Session Handoff
Cross-environment session continuity across the cockpit-domain controller network. Display-state information transfers via DLT-backed records as occupants move between vehicle, home, and office — supporting both on-device and networked state recovery.
IP Portfolio
A Transparent Display Platform Portfolio · Two Patent Families
A granted U.S. patent plus pending applications directed to the transparent intelligent display platform, with vertical-specific licensing scope across automotive, retail, healthcare, and defense.
US Patent No. 12,087,253 B1
Granted September 10, 2024 with October 6, 2021 priority. Twenty original apparatus claims (3 independents) covering the Transparent Data Display Window apparatus — granted IP available for licensing today. Publicly searchable now in USPTO Patent Public Search.
Broadening Reissue — U.S. Application No. 19/793,540
Reissue of US 12,087,253 B1, filed with the USPTO on September 1, 2026, seeking broader, environment-agnostic and display-agnostic coverage of the transparent intelligent display platform. Pending; announcement in the USPTO Official Gazette and public-record availability to follow in due course.
U.S. Application No. 19/577,425
A patent-pending application filed March 25, 2026 (priority March 25, 2025) extending the platform toward next-generation Human-Centered AI display systems. Pre-grant publication by the USPTO is pending; the application will become publicly searchable upon publication.
Portfolio Licensing Structure
Licensing scope structured at the platform, vertical, and feature level, anchored by the granted '253 patent. Pending claims remain confidential until publication.
Environment-Agnostic Platform
Platform-Level Coverage
Directed to the transparent intelligent display platform itself — from single devices to multi-environment DLT-linked networks. Broader platform-level coverage is sought in pending applications.
Vertical-Specific Coverage
Transportation · Structure · Infrastructure
Deployment-context coverage (vehicle, building, maritime, industrial) extends licensing scope into each vertical. A single portfolio license covers the platform plus per-vertical deployment scope — no per-deployment renegotiation.
Feature Coverage
On-Device Compute · DLT · Secure Rendering
Granular technical capabilities — on-device content creation, distributed-ledger content certification, and secure rendering — each addressable as a specific feature in licensing.
Granted Foundation
US 12,087,253 B1
Twenty apparatus claims (3 independents) granted September 10, 2024 — enforceable today. A broadening reissue application is under active prosecution for display-agnostic coverage; the granted claims remain in force.
Technical Coverage Map
Feature-level coverage across the transparent intelligent display platform.
Display Architecture
Transparent and opaque electronic data displays with integrated controller, privacy-tint overlay providing an opaque window mode.
Content & Certification
On-device edge content creation with distributed-ledger certification — content generated and certified at the edge.
Session Continuity
Cross-environment session handoff — display-state information follows the user between physical environments.
Controller Architecture
Hierarchical master/secondary display controllers with unique network addresses operating cooperatively as an extended-display network.
Security & Compute
Secure on-device processing with distributed-ledger content certification and content-integrity safeguards.
Licensing Models
Cross-Vertical Licensing
A single agreement can be scoped to cover your entire transparent display product line across every vertical within your defined field of use — no separate license per deployment context. Each agreement covers the current portfolio across both patent families, which remains under active prosecution.
Non-Exclusive · Multi-Deployment
Non-Exclusive Licensing
Deploy the transparent AI display platform across multiple customer programs — structured for integrators deploying across automotive, retail, smart-building, or industrial verticals. Because the platform is environment-agnostic, one agreement can cover every deployment context within your defined field of use — no separate license per vertical you operate in.
Co-Development / JDA
Strategic Partnership
Joint development agreements for next-generation transparent display systems. Co-develop cross-environment session continuity, transparent display rendering, and hierarchical multi-window controller architectures on your target compute platform. Deeper engagement structures — including field-of-use scoping — available for qualified anchor partners.
What a Licensee Receives
Every license includes the deliverables your program team needs to move forward.
Patent License Grant
Defined field-of-use and territory covering the portfolio across both patent families.
License Documentation
Formal license grant and technical disclosure package for your program's records.
Technical Disclosure Package
Architecture specifications, integration guidance, and technical reference material from the patent portfolio.
Integration Support
Guidance on deploying the licensed architecture on your existing ASIL-certified OS and hypervisor stack.
Portfolio Coverage
Your license is structured around the full portfolio, which remains under active prosecution across both patent families.
Flexible Terms
Royalty, flat-fee, milestone-based, or hybrid structures — scoped to your business model and deployment context.
Portfolio Licensing
Why Partner With HumanUs AI
If your product roadmap includes transparent intelligent displays, on-device edge content creation, or cross-environment session continuity — patent-protected architecture operates in this technology domain. A portfolio license provides access to the patented architecture for your product programs.
Your Roadmap, Covered
Transparent AI displays, on-device content creation, hierarchical HMI controllers, cross-environment session handoff — the portfolio is directed to this foundational architecture. A license provides access to the patented technology for your programs.
One Agreement, Full Portfolio
A single portfolio license provides access to the full patent portfolio across your entire product line — cockpit displays, infrastructure HMI, or both. One agreement can be scoped to every deployment context you operate in.
Non-Adversarial Licensing Partner
Licensing partnerships, not litigation. Flexible terms — royalty, flat-fee, milestone-based, or hybrid — structured to align with your program timeline and business model.
Coverage That Grows With You
Your license is structured around the full portfolio, which remains under active prosecution across two patent families — a single agreement built to cover the portfolio as it develops.
Target Partners
Deployment Environments
Software Interface Digital Cockpit and Interactive Glass Display technology deployed across automotive, built-environment, and mission-critical verticals. An environment-agnostic platform with vertical-specific deployment coverage for per-deployment licensing scope.
Automotive OEMs & Tier 1 Suppliers
HMI / Display · Edge AI · Cybersecurity
Lead vertical. The portfolio is directed to transparent intelligent display architecture, including hierarchical multi-display networks, edge content creation, DLT certification, and cross-environment session continuity. Designed for partition-compatible deployment above ASIL-certified OS environments.
Smart Building & Retail Integrators
Digital Signage · Smart Glass · Retail Tech
Transparent AI display windows for commercial environments — retail storefronts, smart office partitions, and public information kiosks. Privacy-tint overlay with opaque window mode for controlled viewing. On-device content creation with DLT certification ensures authenticity for advertising, wayfinding, and interactive signage.
Aerospace, Defense & Industrial
HUD Systems · Command & Control · Industrial HMI
Head-up and transparent display systems for cockpits, command centers, and industrial control rooms. Secure on-device processing, DLT-secured content pipelines, and cross-environment session continuity for mission-critical operations where display integrity and data provenance are non-negotiable.
Integration Architecture
Deploy on Your Pre-Certified Foundation
The Interactive Glass Display system integrates as a partition-compatible layer above your existing ASIL-D certified OS and hypervisor stack. The certified foundation handles safety-critical functions; the licensed HumanUs AI partition handles HMI rendering, on-device processing, and session continuity.
How It Works in Practice
HCAI Display & AI Partition
Interactive Glass Display, DLT-certified content management, GPS session continuity — ASIL-B / QM classification
Certified Hypervisor Partition
Safety-isolated partition separates AI/display/entertainment from safety-critical vehicle functions
ASIL-D Certified OS Foundation
Pre-certified foundation handling all safety-critical functions — no additional OS certification required
Zero Additional OS Certification
“The HumanUs AI display and AI partition runs safety-isolated on your existing ASIL-certified OS stack. Your underlying OS certification is preserved. The licensed partition operates under ASIL-B or QM classification — consistent with established Tier-1 infotainment and HMI deployment models.”
A partition-based deployment model your certification teams already understand — designed to integrate with existing safety-certified foundations.
RTOS-Based Deployments
If your cockpit runs on an ASIL-certified RTOS, the Interactive Glass Display system drops into your existing certified partition architecture with fast-track integration support.
Hypervisor-Based Deployments
Running a certified hypervisor and RTOS? The same partition model applies — your certified safety layer stays untouched while the licensed display system operates alongside it.
Contact
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