Planning engagement for airport counter-UAS deployments covering system selection, sensor placement, weakness identification, and performance envelope, characterized against the airport's actual geometry, RF environment, and operating tempo before sensors are procured. Simulation stages run from 3D campus geometry through dynamic ramp activity, response-window timing, and fused multi-sensor alert confidence.

Planning engagement for UAV operations covering antenna characterization, airframe integration, dynamic uplink and downlink propagation, and multi-UAV coordination, characterized against the mission environment before the aircraft is on a deployment manifest. Route, link margin, and coverage are validated before the aircraft moves.

Planning engagement for commercial construction projects covering site geometry, temporary infrastructure, workforce and material flow, multi-team coordination, and schedule impact, modeled against the site as it evolves phase by phase. Trade conflicts surface in the model rather than during execution; schedule forecasts translate field disruption into delivery and cost consequence.

Planning engagement for shipyard refit and overhaul operations covering facility-state digital twin, vessel-state progression, capacity conflict, labor and material readiness, and schedule compression, modeled against the yard's actual layout and refit pipeline. Constraints are resolved in the model before they become field-level delays.

Planning engagement for passenger-ferry IoT and emergency-response deployments covering vessel digital twin, onboard antennas, deck-level integration, coastal propagation, dock handoff, uplink and downlink coverage, evacuation simulation, and operational readiness. Communications and emergency capability are validated against the conditions of the day.

Operational-state planning engagement for multi-office legal practices covering matter intake routing, lifecycle dependencies, cross-office handoffs, role capacity, billing readiness, and operational scenario stress testing, modeled against the firm's actual workflow and office network. Workflow problems are surfaced before they become missed deadlines or revenue delay.

End-to-end research facility design and operationalization delivered for a defense client — covering site architecture, RF instrumentation deployment, network and computing infrastructure buildout, and regulatory certification. Specialized test equipment specified, procured, and integrated across the facility to support live signal collection, spectrum analysis, and experimental RF operations. Workforce development program designed and delivered to bring a multidisciplinary team — including engineers, intelligence analysts, and military operators — to operational proficiency on advanced RF systems and experimental methodologies.

ML-driven signal identification, AoA/TDoA localization, and automated alerting for contested spectrum environments. Enables operators to track and identify emitters, building pattern-of-life intelligence through persistent monitoring across multiple operational zones.

EMI/EMC compliance completed for an aerospace platform per DO-160D, MIL-HDBK-516C, and MIL-STD-461 — enabling international flight clearance. EMIT cosite analysis automated for high-altitude platform antenna systems. EM emission and susceptibility test procedures drafted across multiple LRUs.

Planning engagement for residential drone-detection deployments at high-value estates, covering sensor architecture, ingress-path coverage, tracking continuity, and alert design, characterized against the property's actual geometry, vegetation, and RF environment. Simulation stages run from estate geometry through RF visibility, sensor placement, ingress paths, and alerting logic.

Planning engagement for distributed environmental monitoring networks covering site selection, sensor and gateway placement, link reliability under noise and weather, and outage and maintenance risk, characterized against the site's terrain, hydrology, and operating envelope. Simulation stages run from site digital twin through terrain-aware propagation, throughput validation, seasonal degradation, and live telemetry calibration.

AI-driven workflow automation covering job estimating, scheduling, purchase orders, invoicing, and document processing for operations-heavy businesses. ML demand forecasting systems deployed with ERP integration, reducing overstock and stockout events. Automated customer profiling from transaction history enabling targeted outreach and replenishment.

End-to-end process redesign for a multi-location construction services firm — unified dashboard consolidating lead tracking, recruitment pipeline, and outcome tracking into a single operational view. Customer intake, appointment scheduling, and billing automation deployed across twelve service locations, eliminating manual handoffs. AI-assisted documentation converts service notes into structured billing codes with automated invoicing and outreach sequences.

Simulated coordination algorithm for autonomous multi-drone fleet navigation — decentralized swarm behavior for area coverage, target search, and dynamic obstacle avoidance. Validated in simulation environments for defense and commercial applications.

Full-stack application for savings goal management and automation — helping users set goals, track progress, and receive personalized guidance based on spending patterns. Integrated with core banking systems via API for real-time account data and automated transfers.

Remote observation of environmental conditions with automated transmit profiles for experimentation. Real-time data collection across temperature, humidity, vibration, and spectrum occupancy with web-based visualization and replay. End-to-end automation system enabling remote experimentation for defense research facilities.

End-to-end web application for load assignment, GPS-based vehicle tracking, and ML-driven dispatch optimization. Driver mobile interface with ETA prediction and at-risk delivery flagging enables real-time decision-making for dispatch operations. Load acceptance, status updates, and document capture delivered to dispatchers.

FMCW W-band and SFCW K-band radar systems designed, simulated, fabricated, and characterized in LTCC. Novel power amplifier assembly method patented, enabling measurable radar range extension. K-Band antenna designed in 9K7 LTCC with improved fabrication procedures.

Full architectural design and development of Boltzmann — a web-accessible multiphysics simulation platform built for high-frequency device characterization, EM field simulation, and inverse design workflows. Real-time streaming computation engine for interactive analysis and remote collaboration.

Automated simulation workflows for multi-domain RF device modeling. Large-scale parametric sweeps across electromagnetic and semiconductor physics domains. ADS-based matching network and filter design with full S-parameter validation.

Resonant disk cavity filters and planar MMIC filters for packaged Gunn diode oscillator integration. Hairpin resonators, LPF, BPF, and diamond resonators for harmonic control. Equivalent circuit models developed capturing packaged device parasitics.

Automated SDR calibration system enabling repeatable, scalable calibration procedures for deployed SDRs. Phase noise characterization establishes system noise baselines with traceable, consistent results across fielded units.

Passive radar solution leveraging cellular tower infrastructure for target detection — including software, hardware, and field experimentation. Antenna element characterization performed in anechoic chamber. System designed for covert surveillance without active transmission.

Direction-finding antenna arrays designed, fabricated, and characterized for high-resolution angle-of-arrival estimation. Multi-element array geometries optimized for field-deployable RF localization systems. Signal processing algorithms implemented for operational intelligence collection.

ATAK plugins for real-time battlefield situational awareness — heatmap visualization, emissions monitoring, and target display. RF localization integrated with tactical displays enabling units to monitor spectrum activity and view geolocated emitters under live mission conditions.

No-code platform for programming hardware security credentials resistant to AI phishing and credential theft. Visual wizard interface with batch provisioning and support for modern authentication standards including passwordless and certificate-based access. 20+ pre-built applets for access control and authentication with 3D card preview.

LLM integration for distributed sensing enabling natural language queries across sensor networks. Users perform cross-site anomaly comparison, trend analysis in plain language, and automated report generation from complex telemetry data. Conversational interface for non-technical users to explore sensor data without SQL or dashboard navigation.

Simulation and modeling for a sports wearable platform with high-density concurrent device streaming. On-body RF performance modeled across deployment environments. WiFi modeling quantified throughput and latency scaling across 2.4/5/6 GHz bands with channel distribution strategy optimization.