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Artificial intelligence is revolutionizing surveillance across public and private sectors. What were once passive security systems are now intelligent networks capable of analyzing behavior, detecting anomalies, and responding to threats in real time. This evolution is reshaping how organizations manage risk, ensure safety, and improve operational efficiency.   At the heart of this transformation is data quality. AI-powered surveillance systems depend on clear, uninterrupted visual input to function effectively. That means camera hardware must deliver consistent performance - free from obstruction, distortion, or downtime. Image clarity, system uptime, and environmental protection are no longer optional - they’re essential.   This growing dependence on AI has elevated the importance of the physical infrastructure supporting surveillance systems. Camera housings, once seen as secondary accessories, now play a critical role in ensuring reliable video and data capture. These housings must protect sensitive equipment from weather, vandalism, and tampering - while also preserving optimal viewing angles and enabling discreet installations.   From retail stores and airports to hospitals, campuses, and transit hubs, AI is being used to monitor foot traffic, detect abandoned objects, and flag unusual behavior. In these environments, every frame matters. A compromised camera housing can degrade image quality, reducing the effectiveness of AI analytics and potentially missing key insights.   As AI continues to expand its role in surveillance, the physical layer of these systems must evolve in parallel. Durable, purpose-built housings are no longer just about protection - they’re about enabling intelligent systems to perform reliably over time.

As the digital world moves beyond traditional passwords, the need for robust identity assurance becomes more critical than ever. Biometric scans, mobile credentials, and smart cards are increasingly common, offering streamlined access and stronger protection against phishing and credential theft. However, these technologies are only effective when tied to verified individuals through a secure and trusted process. Establishing the Trust Layer   Passwordless systems rely on a high level of identity confidence. According to a recent report, 41% of organizations plan to implement passwordless authentication or passkeys within the next one to three years. Physical identity assurance plays a vital role in this transition by verifying individuals in person using secure, proven methods.   Enrollment typically involves capturing biometric data, presenting government-issued identification, or verifying credentials at a controlled access point. These steps ensure that digital credentials are rooted in a confirmed identity - not in manipulated or inaccurate information. Bridging Physical Presence and Digital Access   The true value of physical identity assurance lies in its ability to anchor digital credentials to real-world individuals. Whether through turnstile entry, kiosk-based enrollment, or ID checks at secure facilities, these interactions create an auditable trail that reinforces identity integrity from the outset.   Organizations adopting passwordless systems cannot afford weak onboarding processes. Physical validation not only protects against misuse but also ensures accountability across all access points. Real-World Applications in High-Security Environments   In sectors like aviation, finance, healthcare, and government, the convergence of physical and digital access is constant. A biometric scan to enter a secure area or access a system must trace back to a verified individual who has completed a validated enrollment process. This approach enhances compliance, reduces risk, and ensures operational continuity.   When physical identity assurance is embedded into infrastructure, organizations gain greater control over who has access—and under what conditions. A Strategic Foundation for the Future   Physical identity assurance adds structure, resilience, and trust to passwordless authentication. It provides security teams with a reliable foundation and supports the full lifecycle management of digital credentials. As organizations embrace modern access technologies, integrating physical identity assurance will be key to building a secure, scalable, and future-ready identity strategy.   RSA. RSA ID IQ Report 2025. RSA Security LLC, 2025. https://www.rsa.com/wp-content/uploads/2025-rsa-id-iq-report.pdf .

Access control now serves a broader role than just restricting entry, it supports precision, privacy, efficiency, and trust. Biometrics, mobile credentials, access cards, and PIN codes each offer distinct advantages and challenges. Knowing where and how to use them shapes both operational outcomes and user experience.   Biometrics: Precision and Accountability   Biometric access methods such as fingerprint, facial recognition, and iris scans deliver high accuracy and are difficult to duplicate or share. In environments where confirming identity is essential, like government and military facilities, data centers, financial institutions, secure transportation infrastructure, biometrics offer consistent reliability.   Still, public concerns about data use and privacy can create hesitation. In locations where ease of use or speed is prioritized, or where the population is unfamiliar with the technology, adoption can be slower. Biometrics perform best where trained personnel, and clear policies support their use.   Mobile Credentials: Low Cost and Easy to Manage Credential   Mobile credentials offer enhanced security and convenience compared to traditional access methods like key cards, but they also present challenges related to device compatibility, security risks, and privacy concerns.    Managing mobile credentials, including updates and revocations, can require ongoing effort and resources.    Cards: Familiarity and Flexibility   Proximity and smart cards remain popular for their years or existence, ease of use and quick entry. They are familiar, easy to distribute, and simple to replace. In spaces like office buildings or employee entrances, cards offer a reliable option that balances convenience with control.   However, cards can be misplaced, shared, or cloned. For sensitive zones, they are more effective when combined with additional authentication measures rather than used alone.   Codes: Simplicity and Speed   PINs and keycodes are easy to implement and manage. They work well for temporary access or in lower-risk areas such as supply closets or remote utility buildings. Users do not need to carry anything, and administrators can update codes quickly.   Because codes can be shared or seen by others, they are best reserved for locations where risk is limited or when combined with time-based access rules or monitoring.   Finding the Right Fit   Selecting an access method depends on context. Consider the area’s sensitivity, number of users, need for traceability, and how people interact with the space. Biometrics suit high-security zones. Mobile Credentials are low cost and easy to manage and deploy.  Cards are effective in busy areas with regular staff. Codes provide quick access in less critical locations.   A strong access strategy often blends these technologies to meet both security demands and operational goals while maintaining trust and usability.

In transportation hubs, convention centers, stadiums, and other high-traffic facilities, power access is now a core expectation. Passengers, guests, and visitors arrive with smartphones, tablets, laptops, and wearables that demand frequent recharging. While the presence of some power outlets and USB ports may appear to check the box, the reality is more complex. Most public charging stations deployed in public spaces utilize non-BAA outlets and USB charging ports that fail in a short period of time.  Not all power delivery systems are built to handle real-world conditions where demand is dynamic, user needs vary, and safety is paramount.   Planning for modern power delivery starts with understanding peak usage. A single traveler charging a phone may draw minimal current, but when dozens of people plug in at once across a seating area, the infrastructure must support a consistent and safe power load. Electricity demand in the United States is projected to increase by 25 percent by 2030 and 78 percent by 2050, driven by artificial intelligence, electric vehicles, and data centers (SAN, 2024). Without built-in surge protection and proper load balancing, facilities risk damaging devices, triggering outages, or worse, creating unsafe conditions.   The rise of fast-charging protocols further complicates power design. USB-C Power Delivery and other standards enable rapid charging, but only if the infrastructure can supply adequate current and manage thermal regulation. A fast-charging port that does not meet protocol specifications can underperform or overheat, leading to diminished device performance and long-term battery damage. On the other hand, over-engineering can result in higher costs and unnecessary energy consumption. Facility managers must strike a balance based on traffic patterns, dwell times, and the mix of devices likely to be used.   Safety also plays a critical role. Outlets installed in public furniture, under counters, or near water sources must be tested for shock protection, tamper resistance, and code compliance. Power modules should be housed in materials that are durable and easy to clean, while installation methods must prevent accidental unplugging or obstruction. AC outlets must adhere to a minimum insertion rating, maximizing their time of reliability. Routine maintenance and monitoring ensure that power systems continue to perform overtime without creating risk for guests or staff. Adding small, illuminated indicators to charging stations supports easy inspection of your charging infrastructure.   A well-designed charging infrastructure is invisible when it works and immediately frustrating when it does not. Power planning is no longer a simple checkmark on a facility upgrade list. It is a strategic decision that impacts guest satisfaction, operational efficiency, and long-term safety.   Sources : SAN. “Electricity Use in US Could Surge 25 Percent by 2030 Double by 2050.” Straight Arrow News, 2024. https://san.com/cc/electricity-use-in-us-could-surge-25-by-2030-double-by-2050

Ceiling and Transom Parabit introduces the ParaREX Motion Switch: a motion-based Request-to-Exit switch designed for secure, touchless egress. Built for high-traffic, high-security applications, ParaREX delivers reliable performance and simple integration with any access control system. The ParaREX and ParaREX+ Ceiling and Transom Motion Switches provide reliable and efficient request-to-exit solutions for secure access control systems. Utilizing advanced radar sensor technology, they enable motion detection and presence sensing with configurable range settings to accommodate various security needs. Designed for long-range detection, these sensors ensure seamless operation by allowing adjustable open-lock time delays and integration with door contacts for real-time status monitoring. Built-in audible alerts assist visually impaired individuals, while secondary outputs enable connectivity with third-party alarm systems. Available in black or white, they offer versatility to complement any installation. The ParaREX Motion Switch Device meets the requirements of FCC: CFR 47 Part 15 Sec 15.255 for intentional radiators under FCC ID: 2AQ6KA1001, and the requirements of FCC: CFR 47 Part 15 Subpart B Class A and IC (Canada): ICES-003 Issue 7-Class A for unintentional radiators. Key Features: • Motion-activated touchless exit • Selectable output timing • Visual and audible status alerts • Surface-mount, 12–24 VDC operation ParaREX is the latest addition to Parabit’s growing portfolio of egress and entry solutions, designed, built, and supported in the USA.

For decades, surveillance systems served a singular purpose: record and store. Security teams reviewed footage only after an incident occurred, often sifting through hours of video to piece together what had happened. Cameras functioned as silent witnesses. The value of these systems came after the fact, but that legacy is now shifting. Advances in video analytics, sensor fusion, and AI-driven monitoring have transformed cameras from passive recording tools into intelligent sentinels. Facilities across sectors such as airports, casinos, healthcare centers, and transit hubs are rethinking how video systems are deployed. By 2025, over 83% of businesses are expected to adopt cloud-based surveillance systems, reflecting a significant shift towards AI and cloud integration within security infrastructure. This evolution unlocks more from the infrastructure already in place. The shift begins with real-time situational awareness. Modern surveillance platforms can now flag anomalies as they occur. Whether loitering near a restricted area or movement after hours within a secure zone, alerts can be triggered instantly, prompting immediate response. The integration of video data with facilities and security systems makes this even more powerful. Cameras work alongside access control, intrusion, facility monitoring and audio systems to provide a layered view of activity. When a door is forced open, cameras can auto-PTZ to capture the event, trigger a light change, send an alert to mobile devices in seconds and more. Analytics are also making surveillance more precise. Intelligent algorithms detect patterns of behavior such as entry attempts, crowd formations, and traffic bottlenecks, allowing teams to adjust operations and respond before problems escalate. Instead of reviewing footage after an emergency, teams are now using insights to plan surveillance deployments, adjust staffing, and prevent disruptions. There is also a growing emphasis on use cases beyond security. Retailers analyze movement patterns to improve store layouts. Transit agencies track crowd flow to enhance rider safety. Hospitals monitor high-traffic areas to reduce infection risk. Surveillance is becoming a decision-making tool as much as a safety measure. The ability to prevent rather than react hinges on how well systems are designed and managed. Optimal camera placement and smart integration with other systems ensure surveillance performs when it matters most. As surveillance becomes more intelligent, so does the responsibility to maintain transparency, and ethical oversight. With the shift from passive to proactive AI rich surveillance, organizations get to know more, act faster, minimize disruption and enable law enforcement investigations. Sources : Vortex. “Cloud Surveillance: The Future of Smart Security.” Vortex Cloud. Accessed May 27, 2025. https://www.vortexcloud.com/resource/blog/surveillance-system

Design has always played a role in shaping how people move through and interact with a space. Increasingly, it is also being used to support safer environments. Placement, sightlines, and enclosure design all contribute to more effective security outcomes without disrupting aesthetics or functionality.   Whether in transit hubs, financial institutions, campuses, or public venues, security considerations need to be part of the early planning stages. When these elements are considered upfront, the result is a space that not only looks good but also functions safely.   Supporting Awareness Through Sightlines   Clear sightlines give staff better oversight and help visitors feel oriented and aware. This visibility reduces the number of blind spots and supports faster response times if issues arise. From a design perspective, open sightlines help reduce anxiety by making spaces easier to navigate.   Elements like partitions, kiosks, and service desks should be arranged to maintain visibility without limiting movement, and the design should support both supervision and ease of use.   Strategic Placement as Prevention   The location of devices impacts their effectiveness. Surveillance cameras, access control readers, and help points need to be both accessible and protected. Security components added late in the process often end up in less-than-ideal locations.   Hardware should be placed with attention to lines of approach, lighting, and patterns of movement. A reader positioned at an awkward angle or in low light may go unused. A kiosk installed too far from high-traffic areas may not meet its intended purpose. Placement is a practical decision that affects usability and deterrence.   Purposeful Enclosure Design   Mounts and enclosures do more than protect devices. They also influence how people interact with security equipment. A well-designed enclosure ensures functionality while discouraging misuse or tampering.   Enclosures can stand out for visibility or blend in depending on the environment. In busy public areas, visibility may encourage appropriate use and awareness. In quieter or more sensitive settings, subtle integration can create a more comfortable atmosphere.   Materials, durability, accessibility, and maintenance all factor into enclosure design. These details can impact how well a device performs over time and how easy it is to service.   Collaborative Planning for Better Results   Security outcomes are more successful when design and security professionals work together from the start. Architects, integrators, and product manufacturers can align early on to ensure that security elements are seamlessly incorporated.   The result is hardware that supports safety goals while still aligning with the architectural intent. Reader posts that direct flow without disrupting the environment, camera mounts that maximize coverage, and kiosks that enhance engagement are all examples of this collaboration in action.   Planning Ahead   As environments become more complex, there is growing demand for solutions that combine function, security, and design. This requires a forward-thinking approach rooted in collaboration and purpose.   Security planning should never be an afterthought. When design and security work together, the outcome is safer, more efficient spaces that serve both people and operations.

Casinos are dynamic environments where the stakes are high not only for the players but also for the operators responsible for ensuring safety, regulatory compliance, and operational integrity. Security must be robust and ever-present, but it must also remain unobtrusive, preserving the luxury and excitement that define the gaming and hospitality experience. The real challenge is not choosing between security and guest satisfaction, but rather designing systems that protect without disrupting and that enforce policy without interfering with flow.   Frictionless access is central to this balance. Guests expect to move fluidly between hotel entrances, gaming floors, lounges, restaurants, and high-limit areas. Each transition involves a different level of risk, requiring a tailored security response. Traditional methods like ID checks, badge scans, or physical keys can create bottlenecks or break immersion. In contrast, integrated access control solutions that authenticate through discreet methods such as biometrics or mobile credentials help eliminate unnecessary touchpoints while strengthening oversight.   What makes this integration work is a design-first mindset. Hardware and software must be aligned with the architecture and purpose of the space. Readers should not stand out as surveillance devices but should instead complement interior aesthetics. Mounting locations, user flow, and accessibility all play critical roles in how security systems are perceived and used. When systems are intuitive and seamless, staff and guests engage with them naturally, reducing resistance and increasing compliance.   Behind the scenes, these systems must provide granular control to administrators. Role-based permissions, audit trails, and real-time supervision allow for precise management of access to sensitive areas like cash handling rooms, surveillance control centers, and employee-only zones. When a breach or irregularity occurs, the response can be swift and targeted, minimizing operational impact and preserving guest trust.   The path to effective access control in a casino is about understanding the rhythm of the space and building systems that support that rhythm without drawing attention to themselves. It is also about future-proofing. As technology evolves, so do the methods of deception or intrusion. Systems must be adaptable, scalable, and ready to integrate with broader property management and security platforms.   Ultimately, the goal is to deliver an experience that feels open yet protected, personalized yet standardized, luxurious yet vigilant. When done right, guests notice the ambiance, the service, and the thrill of the game, not the security systems guiding their path.

For public spaces to function efficiently and equitably, the design and deployment of technology must go beyond convenience and aesthetics, and as today’s world becomes increasingly interconnected and diverse, true engagement begins with inclusion. When public-facing technology is designed with a wide range of users in mind, it not only supports compliance with accessibility standards but also builds trust, improves service delivery, and enhances the overall user experience.   In airports, hospitals, government facilities, transit systems, and a wide range of other environments, people rely on technology to navigate spaces, access services, and complete important transactions. These interactions must be intuitive and accessible to individuals regardless of language, ability, or familiarity with the system. When design focuses only on the average user, it excludes a significant portion of the population and ultimately limits the effectiveness of the solution. However, when inclusivity is part of the foundation, the result is a system that works better for everyone.   Three critical elements support this kind of inclusive infrastructure: multilingual support, audio prompts, and tactile interfaces. When implemented thoughtfully and cohesively, these features ensure broader access and more meaningful engagement across a wide variety of user groups.   Multilingual support is one of the most effective ways to eliminate communication barriers in public spaces, especially in environments that serve international travelers, multilingual communities, or areas with diverse populations. By providing system interfaces, signage, and support in multiple languages, organizations empower users to complete transactions and access information independently and confidently. True multilingual design does not rely solely on word-for-word translations but considers cultural context, intuitive phrasing, and interface clarity to guide users through each interaction without confusion or hesitation.   Audio prompts enhance clarity and provide essential support for individuals who are blind or have low vision, but their impact extends beyond a single user group. Audio guidance helps older adults, individuals with cognitive impairments, and users who may be unfamiliar with a given system feel more confident and in control. Clear, well-paced voice prompts can walk users through complicated processes, confirm that actions have been completed, and reduce reliance on staff for assistance. In doing so, they make interactions more fluid and inclusive, especially in high-traffic or high-stress environments where confusion can quickly escalate.   Tactile interfaces create a physical path to digital access by incorporating features such as raised keypads, Braille labels, and touch-based feedback. These additions are especially important for users who have difficulty interacting with flat touchscreens, whether due to vision impairments, dexterity challenges, or a need for physical reference points. A well-designed tactile interface makes it possible to complete a task independently, accurately, and securely. When tactile elements are integrated from the earliest stages of product development rather than being treated as retrofits, they offer a seamless and dignified user experience that communicates consideration and respect.   Building inclusive public technology is about making a commitment to serve everyone, and doing so in a way that promotes autonomy, reduces friction, and creates welcoming experiences. People notice when a space anticipates their needs, and they remember when a system made their journey easier rather than more difficult.   The future of public interaction will be shaped by how thoughtfully we design for inclusion today. By embedding multilingual options, audio guidance, and tactile controls into public-facing technology, organizations can ensure that their solutions reach more people, support a broader range of needs, and ultimately foster environments where everyone feels empowered to engage fully.

In hospitality, technological advancements have made it so that great service no longer begins and ends with human interaction. As technology plays a growing role in enhancing the guest experience, the placement of that technology becomes just as important as the functionality itself. Whether it is a kiosk, digital signage, or charging station, strategic placement can drive higher usage, reduce friction, and ultimately improve how guests experience the facility. The Lobby is Only the Beginning Lobbies are natural focal points, they are the first space guests encounter and often the first place they look for self-service technology. But within the lobby, precise positioning makes a difference. Kiosks near entry points streamline check-in for guests who want speed and independence, but too close to the doors can cause congestion. Positioning them near reception without interfering with line flow encourages adoption and allows staff to assist if needed. Charging stations in lobbies work best when they are integrated into seating areas. Guests naturally linger in these zones while waiting for rooms, transportation, or companions. Providing convenient access to power in these high-dwell areas turns what could be idle time into a positive and productive experience. Design with Intent in Mind The purpose of each kiosk or charging station should inform where it is installed. A check-in kiosk belongs near entrances or the front desk. A wayfinding terminal performs best near elevators or major intersections within the property. A digital concierge is more effective when placed near high-traffic common areas or lounge spaces. Similarly, charging needs vary by location. In transitional areas such as corridors or elevator banks, compact charging units with quick access are ideal. In meeting spaces, lounges, or business centers, larger units that accommodate longer sessions provide more value. The goal is to meet guests where they are, both physically and mentally. Make It Easy to Find and Use No matter how advanced the technology is, if guests cannot find it or reach it easily, they will not use it. Placement must account for visibility and accessibility. This includes thoughtful lighting, clear signage, and compliance with ADA guidelines. Ensuring that devices are easy to spot and approach without disruption builds confidence in usage. In larger properties, especially resorts and convention hotels, multiple strategically placed kiosks or charging stations prevent crowding and support a smoother guest journey. High-traffic areas are key, but context matters. Placement should feel intuitive, not forced. Support the Brand Experience Kiosks and charging stations are not just tools, they can also be part of the brand narrative. Placement, design, and integration should reflect the look and feel of the property. A sleek kiosk tucked into a marble-clad alcove or a well-branded charging station in a contemporary lounge adds to the aesthetic and reinforces a commitment to guest comfort. Add custom branding or advertising and the look becomes even more elevated. Guests notice when these elements are thoughtfully placed. It communicates that their time and needs were anticipated. That level of attention builds trust and strengthens brand loyalty. Let Data Guide the Strategy Real-world guest behavior can provide insight that planning alone cannot. Usage data, traffic patterns, and guest feedback offer valuable input for refining placement decisions. Over time, data can help identify underused locations, peak usage windows, and the potential for relocation or expansion. For hotels hosting events or seasonal activities, this data is especially important. Temporary kiosks or mobile charging carts can be deployed where and when they are most needed. Placement evolves, and flexibility should be part of the long-term approach. The right technology in the wrong place is a missed opportunity. Placement is not just about visibility or convenience, but also about understanding how guests move, what they need, and how to remove barriers from their experience. As hospitality continues to innovate, technology must be positioned with the same care and thought as any other guest-facing element. Placement transforms devices from tools into touchpoints, brings service into flow with the space, and allows hotels and resorts to deliver smarter, smoother, and more satisfying stays.

Traditional surveillance methods have long provided basic security in public spaces, but as environments become more complex, the demand for advanced security and operational efficiency grows. Intelligent monitoring technologies now offer powerful solutions to meet these evolving needs, transforming surveillance from passive observation into active and proactive management. Advanced analytics enable surveillance systems to interpret and respond to real-time events dynamically. Technologies like behavioral recognition, artificial intelligence, and precise human presence detection elevate monitoring beyond simple video recording. These innovations allow systems to identify suspicious behaviors, track movements, and even predict potential risks before incidents escalate, significantly enhancing overall safety. In sensitive public areas such as hospitals, airports, transit hubs, venues, financial institutions, and critical infrastructure sites, intelligent monitoring solutions deliver crucial advantages. Airports, for example, use advanced surveillance technology to streamline passenger flow, reduce congestion, and detect security threats early. With intelligent monitoring, facility operators can respond immediately to unauthorized access attempts, identify lost or unattended baggage swiftly, and manage crowd density effectively. Similarly, financial institutions employ intelligent monitoring to deter criminal activity, prevent ATM fraud, and maintain customer safety. By integrating sophisticated analytic capabilities, surveillance cameras can detect abnormal behaviors such as loitering or lingering, flagging potential issues immediately for security personnel to address proactively. This proactive approach reduces incidents and contributes to enhanced trust and confidence among customers and staff. Transportation hubs like train stations and bus terminals also benefit significantly from intelligent surveillance. These systems provide robust crowd management solutions, enabling facilities to efficiently monitor passenger flow, respond quickly to incidents, and maintain smooth operations even during peak periods. Moreover, data gathered through intelligent monitoring helps transit authorities make informed decisions about resource allocation, maintenance schedules, and infrastructure improvements, ultimately leading to better public services. Beyond security, intelligent surveillance technology plays a key role in operational enhancement. By delivering actionable insights from collected data, organizations can better understand visitor behavior, traffic patterns, and operational bottlenecks. This data-driven approach allows management teams to optimize resources, reduce operational costs, and enhance visitor experiences, driving both efficiency and satisfaction Furthermore, intelligent monitoring systems significantly reduce response times during emergencies. With automatic notifications and detailed real-time information, security personnel can quickly and accurately assess situations, make informed decisions, and deploy resources effectively. Such responsiveness is critical in sensitive environments where every second counts. As technology continues to advance, intelligent surveillance solutions will become even more sophisticated and integral to safety and operational strategies. Embracing these technologies now positions organizations to stay ahead of emerging threats and operational challenges, ensuring both secure environments and seamless public experiences.

This Earth Day, we recognize that sustainability starts with responsibility, and continues with every decision we make.   Parabit is committed to minimizing environmental impact by designing long-lasting, high-quality solutions, built and supported in the USA. From occupancy-sensor LED lighting in our facilities to low-power equipment upgrades and responsible recycling practices, every step in our process is built around efficiency and purpose.   We recycle all byproducts, eliminate hazardous waste, and responsibly manage electronic waste during system upgrades, decommissions, and replacements. Our forward-thinking designs support future upgrades, reducing unnecessary replacement and reducing environmental strain.   Durable. Reliable. Made in the USA. Happy Earth Day! Learn more about Parabit at https://www.parabit.com/about-us .