
Athena Security uses advanced concealed weapons detection systems to deliver a unified, AI-driven entryway solution for hospitals, K–12 schools, casinos, places of worship, government buildings, and commercial facilities across the U.S. The Apollo 500 enables seamless walk-through screening to detect weapons in real time, giving operators more actionable data points than traditional systems for faster, more confident decisions. Athena’s AI-powered X-ray leverages iPad technology to modernize screening and improve threat detection.
Athena’s Hospital Visitor Management System integrates with EPIC to connect identity, access, and screening data. Innovations include the Ambulance Bay WDS for stretcher screening and secondary screening for bags and lower extremities to reduce human error. Designed with compliance in mind, Athena aligns with California AB 2975, which mandates weapons detection screening at key hospital entrances by 2027 to improve safety and reduce workplace violence.
DHS-aligned workflows ensure testing, controls, and compliance, while telepresence and AR alert glasses provide real-time support. All systems connect in one platform for centralized monitoring and enterprise reporting.
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Okyline is an Executable Data Design (EDD) platform focused on executable validation contracts and operational data quality control.
Rather than managing separate specifications, validation code, tests, and monitoring dashboards, Okyline centralizes validation and quality supervision around a single readable executable contract acting as the operational reference for enterprise data flows.
The same contract powers deterministic validation, advanced business invariant checks, multi-format execution, data quality gates, and historical quality analytics across APIs, events, files, LLM structured outputs, and distributed operational systems.
Contracts are designed directly from annotated sample data, making validation rules immediately understandable for developers, architects, QA teams, and business analysts.
The Community Edition includes the public specification, a free Java runtime engine, a Claude AI assistant for contract generation, and an online studio supporting executable JSON validation contracts and JSON Schema transpilation.
The Enterprise Edition adds native validation for JSONL, XML, CSV, FIXED, and EDI flows together with operational quality dashboards and data quality gates, without requiring databases or centralized infrastructure.erprise Edition supports direct validation of JSON, JSONL, XML, CSV, FIXED, and EDI flows with operational quality dashboards and analytics, without databases.
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Xovis
Xovis provides a robust range of solutions aimed at enhancing the movement of people in various settings. Their advanced technology combines 3D sensors with sophisticated software to deliver real-time insights into movement trends, allowing for the effective management of spaces such as airports, retail establishments, transit stations, and intelligent buildings. Within airports, the Passenger Flow Management System (PFMS) from Xovis meticulously monitors passengers' progress from the curb to the gate, offering critical metrics such as wait times and passenger counts. This information empowers airport management to oversee lines, pinpoint congestion points, and significantly improve the travel experience for passengers. In the retail sector, Xovis' offerings analyze customer movement and time spent in-store, providing valuable feedback that retailers can utilize to refine store designs and enhance customer satisfaction. Additionally, the system is capable of identifying group formations while excluding personnel from customer counts to guarantee the precision of the collected data, ensuring that businesses can make informed decisions based on accurate insights. Through these comprehensive solutions, Xovis supports organizations in creating more efficient and user-friendly environments.
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GroundStar
GroundStar, an innovative Airport Resource Management solution developed by INFORM Software, aims to enhance the efficiency of fixed airport infrastructure, including stands, gates, baggage belts, and check-in counters. The system empowers airports to strategically manage their capacity over various timeframes—short-, medium-, and long-term—by utilizing advanced optimization algorithms that take into account specific business regulations, preferences for stands and gates, and limitations related to infrastructure. Additionally, it facilitates complex what-if scenario modeling and provides real-time decision-making support, enabling resource managers to swiftly adapt to any unexpected changes or disruptions. By employing advanced machine-learning analytics alongside historical data insights, the software forecasts resource demand and assists in reducing bottlenecks, thus promoting a more strategic allocation of resources on operational days. Ultimately, this leads to improved punctuality and heightened satisfaction for both passengers and airlines, contributing to a more streamlined airport experience.
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