Patent Summaries
US 11,128,840 — Issued Oct 14, 2020
Introduces an AI-enabled entry management device, system, and method integrating camera, microphone, motion sensing, and processing components within a unified hardware platform. The invention enables automated monitoring, identity verification, and controlled access decisions at a physical entry point.
US 11,128,840 — Issued Oct 14, 2020
Introduces an AI-enabled entry management device, system, and method integrating camera, microphone, motion sensing, and processing components within a unified hardware platform. The invention enables automated monitoring, identity verification, and controlled access decisions at a physical entry point.
US 11,303,856 — Issued Apr 14, 2022
Directed to a security entry and delivery system, enabling controlled delivery access using verified credentials and monitored interaction with a secured location. The invention supports authenticated delivery events, temporary permissions, and auditability of access activities.
US 11,393,269 — Issued Dec 30, 2021
Describes deployment of entry management systems across networked and distributed
environments, enabling remote monitoring, secure communications, and coordinated
management of multiple entry devices through connected platforms.
US 11,398,120 — Issued July 26, 2022
Enhances surveillance and entry management by incorporating automated monitoring, event
detection, and alert generation. The system improves situational awareness and response
capabilities at secured locations.
US 11,403,901 — Issued Aug 2, 2022
Focuses on structural and operational aspects of an entry management device, including integrated sensors, communications components, and processing logic supporting automated access control and monitoring functions.
US 11,436,882 — Issued Sept 6, 2022
Covers coordinated operation among multiple entry management and surveillance devices. The patent enables shared policy enforcement, device communication, and scalable deployment across multiple secured access points.
US 11,468,723 — Issued Oct 11, 2022
Defines an access management system utilizing polymorphic or dynamically generated access keys transmitted between mobile devices and access control systems. Authorization occurs when the received key matches platform verification criteria.
US 11,625,966 — Issued Apr 11, 2023
Further develops the access management platform by enabling validation of access credentials obtained, captured, or transmitted by a mobile device and verified through a centralized system connected to controlled objects or spaces.
US 11,756,357 — Issued Sept 12, 2023
Extends mobile-centric access management, detailing mechanisms for receiving, verifying, and granting access based on authenticated digital keys associated with authorized accounts or devices.
US 11,790,713 — Issued Oct 17, 2023
Applies access management technologies to broader transactional and service environments, allowing authenticated access credentials to enable controlled participation in services, events, or authorized activities.
US 11,854,328 — Issued Dec 26, 2023
Strengthens access management verification processes, including detection of unauthorized credential usage and improved validation workflows supporting trusted access authorization.
US 12,300,054 — Issued Jan 10, 2024
Advances the entry management system architecture with expanded interoperability between entry devices, mobile systems, and external platforms, supporting integration into enterprise and multi-system environments.
US 12,340,643 — Issued June 24, 2025
Introduces enhanced administrative control, policy configuration, and operational governance capabilities for managing access rules and monitoring compliance across deployments.
US 12,444,258 — Issued Oct 14, 2025
Further develops entry management functionality through improved analysis of environmental and operational signals to support proactive access decisions and system responsiveness.
US 12,450,962 — Issued Oct 21, 2025
Addresses system reliability and continuity by enabling secure operation during degraded connectivity, partial sensor failure, or adverse operational conditions
US 12,488,644 — Issued Dec 2, 2025
Represents a continuation consolidating the entry management ecosystem, covering coordinated operation across physical entry devices, mobile systems, and network services within a unified access management framework.
1-Page Investor-Ready IP Narrative
Overview
1AHEAD Technologies has developed a patent portfolio focused on AI-enabled entry management and access authorization systems spanning physical environments, mobile devices, and connected platforms. The patents collectively define methods for monitoring entry points, authenticating users, managing digital credentials, and coordinating secure access across distributed systems.
Core Innovation
The portfolio moves beyond traditional credential-based access control by combining:
- sensor-enabled entry devices
- mobile-device authentication
- dynamically generated access credentials
- centralized verification platforms
Access authorization becomes a system process, integrating device data, credential validation, and automated decision logic rather than relying solely on static badges or passwords.
Platform Evolution
- Early patents: establish AI entry management hardware and monitoring architecture.
- Mid-generation patents: introduce mobile access management and polymorphic digital keys.
- Later patents: expand interoperability, scalability, governance, and resilient operation across large deployments.
Together, the patents evolve from individual entry devices into a broader access management
platform.
Strategic Significance
The portfolio sits at the intersection of:
- AI-enabled access control
- Mobile digital credentials
- Smart environments and IoT security
- Secure delivery and service authorization
- Physical–digital identity convergence
The inventions enable deployment across consumer devices, enterprise environments, logistics, smart buildings, and connected infrastructure.
Why It Matters
As physical spaces, devices, and services increasingly rely on digital authorization, secure access management becomes foundational infrastructure. The 1AHEAD portfolio defines mechanisms for establishing, verifying, and enforcing trusted access across interconnected environments, creating opportunities for licensing, integration, or platform adoption by device manufacturers, service providers, and enterprise security ecosystems.