I build defensible differentiation through practical innovation: inventions that reduce operational friction, improve reliability, and enable new business models. These patents are deployed in products generating real revenue.
Systems that improve emergency location identification and response times.
Combines access-event data with emergency alerting to accelerate location identification in high-risk, field-work scenarios.
Integrity-aware geofencing and hybrid location systems for improved accuracy.
Improves confidence in location compliance decisions by incorporating integrity/uncertainty signals, not just raw GPS coordinates.
Enables location determination using short-range links to fixed infrastructure (alarm panels) when GPS is degraded, improving indoor/urban reliability.
Extends battery life by activating GPS/location components based on inferred movement likelihood and radio environment signals.
Intelligent systems for battery management, context awareness, and geofence optimization.
Proposes geofences from movement patterns and categories to improve monitoring relevance and reduce manual configuration overhead.
Increases sampling rate near geofence boundaries to improve compliance confidence, while reducing sampling (and power) when risk is low.
Prevents full depletion by switching operating modes based on remaining charge thresholds and operating conditions.
Uses orientation (e.g., reclined vs upright) to adjust monitoring behavior, improving relevance while managing power and noise.
Speed-aware monitoring and escalation workflows for tracking systems.
Compares device-reported speed/location against road-segment speed limits to detect risk and trigger appropriate workflows.
Detects when infrastructure is not where it is expected to be, and routes operational processes accordingly.
Persistent emergency calling and relay-based device upgrades (Cellco/Verizon era).
Maintains an effective emergency-call experience while allowing location retrieval and re-establishment when calls are disrupted.
Automatically enables required device states (e.g., location services) and retries call setup for reliable emergency activation flows.
Improves reliability by selecting the best location method based on signal conditions and fallback strategies.
Enables a phone to securely relay firmware/software upgrades to an accessory when the accessory is connected.
Foundational tracking, tamper resistance, and alarm response systems (OmniLink era).
Established core architecture for multi-entity tracking, reporting, and operator-driven workflows at scale.
Defines monitoring architecture to process location and event data across multiple tracked entities with configurable rules.
Improves durability and field reliability via a multi-part housing designed to be waterproof and serviceable.
Supports dispatch-optimized response to alarms using combined location + event signals.
I help organizations build and protect patent portfolios that strengthen competitive position and support M&A diligence.