
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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Alosant is a branded resident experience platform designed for master-planned communities, residential developers, HOAs, and community management teams. Through one connected app experience, Alosant helps communities manage communication, events, amenity reservations, interactive maps, resident profiles, payments, access control, and day-to-day operations.
Built for communities of any size that need to engage residents, Alosant makes it easier for residents to stay informed, discover events and amenities, participate in community life, and connect with the places around them. For community teams, the platform supports more efficient operations, stronger engagement, and a more consistent resident experience across every stage of community living.
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Liberty Access Control Software
Identiv's Liberty Access Control software offers an effective and budget-friendly solution tailored for small to medium-sized installations, managing web-based access for up to 32 doors. This system not only streamlines access management but also incorporates elevator control and advanced input/output logic capabilities. Utilizing a sleek web server appliance, the Liberty system can be effortlessly managed from any web browser or device with internet access. Its user-friendly web interface facilitates quick and straightforward deployment, ensuring an efficient configuration and programming experience while minimizing both installation time and costs. Moreover, the Liberty system significantly cuts expenses by substituting traditional, bulky control panel hardware with a compact, energy-efficient Liberty Encryption Bridge, making it a more sustainable choice for access control needs. This innovative approach enhances overall system performance and reliability, further solidifying Liberty as a leading option in the access control market.
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Simcenter PSIM
Simcenter PSIM is a specialized Siemens software solution for simulating and designing power electronics, motor drives, and related control systems. It is built to help engineers calculate power converter losses, evaluate motor drive efficiency, analyze conducted EMI, and develop analog or digital control strategies. The platform combines an intuitive interface with a reliable simulation engine that helps reduce time spent fixing convergence problems. Simcenter PSIM is especially useful for high-speed switching simulations because it can handle challenging current and voltage waveforms more smoothly than many general-purpose tools. Engineers can use its design suites for power supplies, resonant LLC converters, motor drives, EMI analysis, filter design, and hybrid electric vehicle powertrain systems. The software can calculate switching and conduction losses for diodes, MOSFETs, IGBTs, SiC devices, GaN devices, and losses in inductors. It also supports automatic embedded C code generation from control schematics, helping teams shorten development time and reduce manual coding effort. Verification features such as Monte Carlo, sensitivity, and fault analysis help users evaluate design robustness and support DFMEA activities. Simcenter PSIM gives power electronics teams a fast and practical environment for simulation, control prototyping, and design validation.
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