Per Ardua
Patents
Edge computing, API throttling, ad-tech optimization, and multi-agent coordination
3
Granted
3
Applications
2011-2026
Filing Range
Edge Communication Locations
Methods for reducing network latency in cloud-based services using edge server locations. The edge server independently performs a TLS handshake with a client device, then forwards requests to a main server through a private connection — reducing connection establishment time from 600+ ms to approximately 30 ms. Continuation of US 11,601,519.
Application Programming Interface (API) Request Throttling
Systems for monitoring incoming API requests and applying calibrated delays to repeated requests to prevent service disruption. Tracks a counter of previous failed requests from the same device directed at the same resource, compares against a threshold, and applies progressive delays as repeated failures accumulate.
Edge Communication Locations
Edge locations that reduce network delays for cloud-based services. An edge server performs the connection establishment procedure with a client device, validates authentication details, then relays data requests to the primary server through a secure private link and forwards responses back.
Entropic Market Saturation System and Method
Methods and systems for generating competitive advertising bids for smaller geographic markets within a larger geographic market, based on bids for the larger market. Sole inventor.
Stigmergic Coordination Protocol for Multi-Agent Systems
Indirect coordination via environmental signal deposition. Agents leave structured traces that shape subsequent behavior without direct communication channels. Filed independently.
Filed
February 2026
Decentralized Coordination of Multi-Agent Systems via Broadcast-Shared State and Deterministic Hierarchical Bisection
Four-layer decentralized swarm architecture (assignment, recovery, priority allocation, localization) on a single broadcast-as-shared-state primitive with hierarchical PCA-tree bisection. Closest-surplus patch protocol, shadow-fleet redundancy at designated key positions, phase-transition synchronization through quiescent broadcast, threat-classification → counter-manifold mapping, and witness-alarm byzantine defense via mutual physical observation. Confirmation #2637; Patent Center #75757834. Filed independently.
Filed
May 2026