SEARCH RESULTS

Learn how to safely use public USB charging stations and avoid juice jacking. Discover power-only USB ports and smart charging tips. Public charging stations are welcome conveniences in airports, hospitals, campuses, and transit hubs. But with growing concern over juice jacking -a form of cyberattack that targets USB ports-many people are asking: Is it safe to plug into a public USB port? Juice jacking refers to the risk of malware or data theft when a compromised USB port is used. While the likelihood is low, the threat comes from USB ports that allow both data and power transfer . Devices may unknowingly transmit or receive data through the same port used to charge. To address this concern, modern charging stations-like those developed by Parabit -use power-only USB ports . These ports are hardwired to deliver power without allowing data transfer, eliminating the risk of device compromise. Parabit charging stations are built for high-traffic environments with security, durability , and user confidence in mind. Power-only USB ports, tamper-resistant hardware , and tested performance give public users a safe way to stay connected. Tips for Safe Charging in Public 🔌 Use power-only USB ports 🧱 Carry a USB data blocker 🔋 Bring your own AC adapter when possible With the right safeguards in place, public USB charging doesn’t have to be a risk. By choosing power-only ports , using data blockers , and staying informed, you can charge confidently-without compromising your device. View Parabit Charging Solutions .

Modern facilities require exit solutions that combine convenience, security, and adaptability. Parabit’s latest innovations, the Wave to Open Switch and the ParaREX high-frequency radar REX device, deliver exactly that. Designed to meet a range of operational needs, both devices help organizations modernize door security while enhancing user experience.   Wave to Open Switch: Contactless, Configurable, and Versatile   The Wave to Open Switch builds on a previously deployed push-button exit, replacing physical contact with a wave-activated system. This contactless solution offers: ·      Flexible Activation Range - Configurable for activation at 6, 12, or 24 inches based on the environment. ·      Fail Safe or Fail Secure Options - Adaptable to security requirements. ·      Multiple Form Factors - Available in narrow mullion mounts as well as single, double, and triple gang sizes. ·      Optional Modular Camera Integration - Larger form factors can integrate a camera for facial image capture, supporting investigative needs.   Whether integrated into a full access control system or deployed as a standalone exit device, the Wave to Open Switch offers a modern, hygienic, and adaptable solution for any facility.   ParaREX: Advanced Security Through High-Frequency Radar   The ParaREX device introduces high-frequency radar technology to Request-to-Exit (REX) systems-dramatically improving security compared to traditional infrared-based devices. Key features include: ·      Human Presence Detection - Validates exits using organic micro-movements such as breathing. ·      Angle of Approach Evaluation - Ensures an exit is intentional and authorized. ·      Reduced False Triggers - Not activated by objects, minimizing vulnerabilities.   By focusing on actual human presence and movement patterns, ParaREX helps prevent unauthorized exits while maintaining a seamless flow for legitimate users.   Building Smarter, Safer Entry and Exit Systems   Both the Wave to Open Switch and ParaREX can be deployed individually or as part of a complete Parabit access control solution. Together, they: ·      Improve hygiene and user experience ·      Strengthen door security ·      Reduce false activations and vulnerabilities ·      Support integration with other security and monitoring systems   For facilities looking to modernize access points, enhance customer and visitor experience, and ensure a higher level of safety, these solutions represent the next generation of exit device technology. View Parabit Touchless Door Sensors . Video Transcript: "Hi, I'm Heather from Parabit. I just wanted to share a little bit of information around two of our contactless exit devices. Our wait to open switch builds on a previously deployed push button exit, that now provides a contactless technology, where a wave activates the door operator. It can be configured fail safe or fail secure, and it's digitally programmable where the wave can be activated at six, twelve or twenty four inches away depending on the use case. And it just offers a very flexible and modern way for people to exit facilities. We have mullion mounts that are narrow. We also have single, double and triple gang form factors of this device. And the larger double and triple gang form factors can also integrate a modular camera, which allows a facial image capture so that can be documented if an investigation ever needed to occur. We're deploying our Wave to Open Switch with our flagship retail customer access control solution, but it's also a standalone device that can be deployed to support any number of use cases just as a standalone exit device. Earlier this year, we were excited to release a brand new REX device. We're calling it the ParaREX. And the interesting thing about our model is that the underlying technology is high frequency radar, which mitigates the vulnerabilities associated with traditional REX devices. The truly defining feature of our REX device is the capability of the underlying technology of high frequency radar. It can't be triggered by an object and it is looking for an actual human presence and it evaluates organic micro movements such as breathing. It also looks at the angle of approach. And as these factors come together, it can validate an authorized exit. So for those looking to improve their door security and enhance customer experience, our digital technologies, including our wave to open switch, which can support additional door supervision features, as well as our Rex device, which can mitigate door vulnerabilities are both great choices to modernize and improve door security."

Biometric fast-pass systems are gaining momentum across major airports. But behind the smooth experience is a critical layer of physical infrastructure that supports sensors, directs movement, and ensures data capture happens with precision. As identity technology moves faster, airport design remain current - and it starts at the point of interaction.   1. Passenger Experience Begins at the Hardware Level On-the-move biometrics require strategically placed readers, cameras, and signage. Mounting solutions must be tamper-resistant, ADA-compliant, and engineered for high-traffic environments. Reader mounts, camera housings, and display integrations ensure consistent alignment and performance - all while blending into the terminal’s architectural design.   2. Integrating Seamless Access with Smart Wayfinding Physical guidance supports digital flow. When a biometric checkpoint or fast pass zone is in place, wayfinding kiosks and information displays reinforce the process and reduce confusion. Integrated signage and directional messaging prepare passengers before arrival and ease congestion in high-pressure zones.   3. Enabling Compliance and Data Quality with Better Placement Camera and Camera sensor performance depends on consistent positioning. Proper field of view is essential for facial recognition, gait analysis, or temperature screening. Rugged discreet Low-profile Camera mounts and modular Camera housings improve facial image capture rates, and maintain video integrity across changing light or traffic conditions.   4. Supporting Future Flexibility Airport terminals must adapt quickly. Modular infrastructure allows for updates to biometric readers, security tech, and surveillance systems without major construction. Swappable faceplates, adjustable mounts, and rugged enclosures future-proof investments and reduce long-term maintenance costs.   Biometric technology drives speed and convenience. But the real success lies in the infrastructure that supports it. From reader mounts and camera housings to smart wayfinding integration, every physical detail plays a role in creating a seamless, secure passenger journey.   Review Parabit Biometric and Access Control Mounts, Posts, Pedestals and Housings Here: https://www.parabit.com/access-control-biometric-mounts-posts

In fast-paced environments like airports, transit hubs, hospitals, and retail centers, communication needs to be instant, adaptable, and highly visible. Digital signage has become a core element in delivering that kind of responsive messaging, especially in places where people are on the move.   Here’s why digital signage continues to be a vital part of public infrastructure in high traffic areas:   1. Real-Time Information Where It Matters Most Digital signage allows facility teams to update content instantly. Whether it’s a gate change, emergency notice, wayfinding update, or marketing message, these displays ensure information reaches the right people at the right time,without delay.   2. Enhanced Wayfinding and Flow Large spaces can be overwhelming. Interactive or strategically placed signage helps guide visitors clearly and efficiently, reducing congestion and confusion. This supports smoother operations and a better overall experience for everyone moving through the space.   3. Reduced Dependence on Staff In busy facilities, answering questions repeatedly or providing directions manually is inefficient. Digital signage serves as a self-help solution, giving people immediate access to what they need without overburdening employees.   4. Flexibility Across Time and Purpose A single display can serve multiple purposes throughout the day. From public safety messages during peak hours to promotional content in dwell zones, digital signage can shift focus to match operational needs, seasonal updates, or changing priorities.   5. Consistent, Centralized Messaging Networked systems allow facilities to manage content across multiple locations from a single source. This ensures consistency in branding, information accuracy, and compliance with messaging protocols.   Digital signage is a strategic tool for improving communication, efficiency, and experience in environments where every second counts.   Explore digital signage solutions that adapt to your space and goals: https://www.parabit.com/digital-signage-products

Self-service banking areas provide convenience and extended access to customers. However, their accessibility also presents unique safety, security and cleanliness challenges. Protecting and monitoring these spaces requires a layered approach that accounts for both physical infrastructure and user behavior.   1. Start with Controlled Access Limit entry to only authorized individuals using a financial card/NFC credential with an  access control system. Many banks restrict entry after hours to financial card/mobile credential holders. This ensures only these users can enter the vestibule or self-service area.   2. Enable Real-Time Monitoring Install rugged discreet covert surveillance cameras to monitor activity. Camera positioning matters. Cameras should be installed to capture facial images, points of entry, and interactions with your self-service banking equipment. When integrated with analytics, these systems help detect; loitering, suspicious behavior, skimming attemps and vandalism.   3. Illuminate and Design for Visibility Reliable, consistent lighting is your least expensive security measure and deters crime. Remotely monitor consistent, bright illumination throughout your facilities, especially around entrances, self-service equipment and parking lots. Consistent illumination improves visibility, eliminates blind spots and provides a safer self-service banking and customer experience.   4. Use Presence Detection Facility Monitoring sensors alert staff, initiate camera streaming to your SOC which trigger security protocols when unusual activity is detected, such as loitering and multiple people within your self-service banking facilities.   5. Consider Emergency Communication Tools Install vandal resistant communication devices or QR codes that allow your customers to quickly connect with support or emergency personnel. These tools provide peace of mind, reduce risk and exposure and help mitigate incidents before they escalate.   6. Regularly Review and Maintain Systems Security is not set-it-and-forget-it. Conduct routine maintenance and audits of access systems, cameras, sensors, lighting and communication devices to ensure proper function and compliance with state ATM banking security regulations.   Securing self-service banking areas is about maintaining your brand, reducing risk and exposure, balancing convenience and protection. With thoughtful planning and continuous review, your self-service banking facilities can remain safe, clean, and customer-friendly.

Surveillance cameras positioned to optimize facial image capture often serves as the first line of defense in a facility’s security strategy. Having cameras installed only on ceilings can reduce the effectiveness of video surveillance and limit law inforcement investigations. Here are several quick and practical ways to improve field of view without major overhauls.   1. Reevaluate Camera Placement Many ceiling-mounted cameras are installed to cover large areas of our facilities. Simply repositioning cameras to walls, or adding cameras to your transaction points and door frames optimize facial recognition and analytics, support knowledge based digital content and KYC integrations as well as improve law enforcement investigations.   2. Address Obstructions Furniture, signage, or decorative elements can block ceiling mounted camera views. A walk-through audit of your customer areas, while monitoring live camera footage can help identify and remove obstructions and optimize your camera field of views.   3. Supplement with Low-Profile Cameras Adding small, discreet cameras on counters, near elevators, or entry and exit points can provide amazing facial image capture without drawing attention. These can be especially helpful in capturing interactions that overhead cameras miss.   4. Use the Right Lens and Settings Adjusting focal length, field of view, and resolution settings can dramatically improve what a camera captures. In some cases, replacing a standard lens with a wide-angle lens is enough to correct coverage gaps.   5. Optimize Lighting Poor lighting leads to poor camera footage. Bright, even illumination reduces shadows and glare that can hinder camera clarity. Make sure your lighting complements the camera placement to maximize image detail.   6. Adjust Perspective Mounting cameras on walls, versus on ceilings can offer a more commanding view of your space - helping to capture faces effectively.   Improving camera coverage doesn’t always require a major investment. With thoughtful adjustments to camera placement, angles, and customer pinch points, can enhance surveillance effectiveness in any retail environment. View the Surveillance Camera Housing page.

Parabit is announcing the official EOL/EOS timeline for the ACS Enterprise software suite and MMR 2.0/ACS-1EUL firmware, effective July 1, 2026.   This strategic decision is driven by our commitment to advancing security, scalability, and integration capabilities across our access control solutions. Key factors influencing this transition include:   Enhanced Security & Encryption Full support for TLS 1.2/1.3 encryption protocols. AES 256-bit encrypted communication between MMR 2.0 readers and ACS-1EUL controllers. Scheduled and on-demand encryption key and certificate updates.   Expanded Integration & Device Support Support for 1 to 8 OSDP readers. Open integration with third-party hardware and software. DNS/DHCP services for seamless device communication and online resource access.   Cloud & On-Premise Flexibility Cloud-based automatic failover/disaster recovery licensing for ACS Enterprise. Silent installer with cloud/on-prem license activation. Support for private and public network communication .   Accessibility & Usability New multilingual ACS software UI with ADA WCAG 2.2 compliance. Migration to federated access control, simplifying permission management across systems.   Scalable Architecture Modular software, firmware, and hardware architecture for agile integrations and easy expansion. Adoption of Microservice Architecture for improved scalability, fault isolation, and accelerated development cycles.   Continued Support & Future Enhancements   The ACS-1EUL controller and MMR 2.0 reader will remain supported through: The upcoming Q4 release of the new ACS Enterprise software suite. Firmware upgrades for ACS-1EUL and MMR 2.0. Integration of the ACS TLS 1.2/1.3 Crypto PCB into the ACS-1EUL controller’s expansion bus.   Protocol & Certificate Management Universal OSDP V2.2 protocol support for RS485 peripheral devices, including third-party readers (HID, WaveLynx, Elatec). Message-level AES 256 encryption and remote key updates. Certificate management with integration to external certificate managers. TLS 1.2/1.3 encrypted communication with remote certificate provisioning.   Exciting new features are in development. Click here to schedule a call and learn more about what’s coming next.

Discover the best visitor management systems for government facilities. Learn how to enhance security, streamline check-ins, and ensure compliance in public-sector buildings.   Balancing Public Access and Security in Government Facilities Government buildings - from city halls and courthouses to federal offices - face a unique challenge: maintaining open access for the public while enforcing strict security protocols. In 2025, visitor management systems are essential tools for achieving this balance, offering advanced features that enhance safety, compliance, and operational efficiency.   1. Strengthening the First Point of Contact The entryway is the first line of defense in any secure facility. Modern visitor management kiosks, whether self-service or staffed, help screen individuals upon arrival.   These systems can: ·      Capture and verify government-issued IDs ·      Issue time-sensitive visitor badges ·      Alert security teams if a flagged individual attempts entry   When integrated with ID scanners, facial recognition, and video surveillance, these tools create a robust verification process that deters unauthorized access.   2. Enhancing Traceability and Regulatory Compliance Digital visitor management platforms provide detailed logs of every visitor’s entry, exit, and movement within the facility.   This data supports: Emergency response coordination Audit trails for investigations Compliance with federal and agency-specific regulations   Access can be restricted by time of day, department, or security clearance, ensuring visitors only go where they’re authorized.   3. Improving Efficiency Without Sacrificing Security Automated check-in systems reduce wait times and improve the visitor experience - critical in high-traffic government environments.   Key features include: Multilingual interfaces for diverse populations ADA-compliant design for accessibility Customizable workflows for different visitor types (e.g., contractors, vendors, public guests)   These systems streamline operations while maintaining full control over access.   4. Integrating with Broader Security Infrastructure The most effective visitor management solutions integrate seamlessly with: Physical access control systems (PACS) Surveillance and alarm systems Identity and credentialing platforms HR platforms   This unified approach enhances situational awareness and enables secure collaboration across departments and agencies.   Visitor Management as a Strategic Security Asset In today’s evolving threat landscape, visitor management is no longer just about check-in, it’s a strategic component of a comprehensive government security strategy. By investing in the right tools, agencies can protect personnel, safeguard sensitive areas, and maintain public trust. Visit the Visitor Management page here .

As airports continue to expand their common use gates, mobile ticketing podiums are redefining how airports approach flexible customer processing. These compact, mobile podiums serve as flexible access points for ticket purchasing, check-in, or bag tagging - without the need for power and a hard wired network connection.   What sets mobile podiums apart is their adaptability and ability to operate via hot swapable battery power and Wi-FI and/or Cellular. Used in airports, train stations, stadiums, convention centers, and public venues, these podiums can be repositioned easily based on customer demand. This mobility enables facilities to process customers or passengers anywhere within your facility.    Beyond physical flexibility, our mobile podiums are designed to support facility or user  branded front digital display, a touchscreen, scanners, three printers, payment modules, bar/QR code readers and more. This allows users to provide a consistent and secure customer experience, regardless of location.   As transportation, entertainment, and public venues evolve to meet customer  processing, mobile podiums provide a scalable way to improve access, manage wait times, and support operational resilience without major infrastructure investments. View Parabit's Moible Ticketing Kiosk/Podium .

Biometric technologies like fingerprint scanners, facial recognition, and iris readers are transforming access control across healthcare, education, corporate, and government sectors. But with this growth comes increased scrutiny. In 2025, more than 20 U.S. states have enacted or proposed biometric privacy laws, making legal compliance a critical concern for security integrators.   What Are Biometric Privacy Laws? Biometric privacy laws regulate how biometric identifiers - such as fingerprints, facial geometry, and iris scans - are collected, stored, used, and shared. These laws aim to protect individuals from unauthorized use of their most personal data.   Key U.S. Biometric Laws in 2025: Illinois BIPA (Biometric Information Privacy Act): Requires written consent, clear data retention policies, and secure storage. Violations can result in substantial fines and class-action lawsuits. Texas CUBI (Capture or Use of Biometric Identifier Act): Mandates notice and consent before collecting biometric data, though enforcement is less aggressive than BIPA. Washington BPPA (Biometric Privacy Protection Act): Requires transparency and consent, with a focus on consumer rights and data minimization. Other states - including California, New York, Maryland, and Virginia - have passed or are considering similar legislation    What Integrators Must Do to Stay Compliant: As the bridge between manufacturers, software providers, and end users, security integrators play a pivotal role in ensuring biometric systems are legally compliant.   Best Practices for Integrators: Know the Laws: Stay informed about state-specific biometric regulations and how they apply to your clients’ industries and locations. Educate Clients: Help clients understand their legal obligations and the risks of non-compliance. Choose Privacy-First Vendors: Partner with manufacturers and software providers that offer built-in privacy features and strong data protection. Design for Data Minimization: Avoid unnecessary biometric data collection. Use only what’s essential for authentication or access. Implement Retention & Deletion Policies: Ensure biometric data is stored securely and deleted according to legal timelines. Enable Consent Workflows: Deploy signage, digital consent forms, and opt-in mechanisms before activating biometric systems.   Why Compliance Matters More Than Ever: Failing to comply with biometric privacy laws can lead to: Legal penalties and lawsuits Loss of client trust Damage to brand reputation   With courts increasingly enforcing these laws and consumers more aware of their rights, integrators must take a proactive approach to privacy and compliance    Final Thoughts: Compliance Is a Competitive Advantage Integrators who understand and implement biometric privacy best practices are better positioned to win business, build trust, and deliver secure, future-ready solutions. As biometric access control becomes the norm, compliance isn’t just a legal requirement - it’s a business imperative. See Parabit's biometric device housings, mounts and posts here .

In today’s high-traffic healthcare environments, every surface can pose a risk. Hospitals, clinics, and medical offices must constantly balance safety, efficiency, and regulatory compliance. Touchless exit devices offer a smart solution - enabling contactless egress, minimizing cross-contamination, and supporting hygienic, secure operations. Minimizing Risk at Every Doorway Touchless exit solutions eliminate the need to physically push or pull doors, significantly reducing surface contact and the potential spread of germs. This is especially vital in healthcare settings, where infection control is paramount and high-touch surfaces can quickly become transmission hotspots. Streamlining Workflow and Ensuring Compliance Hands-free access enhances both convenience and compliance. Healthcare staff transporting patients, equipment, or supplies can move seamlessly without interruption. These devices also support ADA compliance, infection prevention protocols, and cleanroom standards - while integrating with access control systems to maintain security. Engineered for Healthcare Environments Available in various formats, including wall-mounted sensors and integrated switches, touchless exit devices are designed to meet the unique demands of healthcare facilities. Many models offer relay connections for door automation, access control integration, and alerting functions. With vandal-resistant construction, rapid response times, and straightforward installation, they’re ideal for emergency departments, labs, surgical suites, and patient care areas. A Long-Term Investment in Hygiene Beyond pandemic response, touchless infrastructure continues to play a critical role in promoting public health and patient confidence. Facilities benefit from cleaner environments, reduced maintenance due to less physical wear, and smoother movement for both patients and staff. As healthcare facilities modernize, touchless technologies provide a safer, smarter way to navigate critical spaces - supporting both operational excellence and infection control. See the touchless devices here .

As the Transportation Security Administration (TSA) rolls out updated security guidelines, the spotlight is often on policy changes and procedural updates. But behind the scenes, these new standards are quietly transforming the physical infrastructure of transportation hubs across the country.   From Policy to Physical Space The new TSA guidelines emphasize three core priorities: Enhanced identity verification Remote monitoring Layered access control   These shifts mark a move from reactive investigation to proactive prevention - an evolution that depends heavily on integrated technologies and smart infrastructure design.   Technology-Driven Infrastructure To meet the new standards, facilities must implement systems that: Authenticate identities without manual checks Secure sensitive areas with supervised access Streamline authorized personnel movement while maintaining oversight   This requires more than just software - it demands durable, purpose-built hardware like mounts, enclosures, and kiosks that support surveillance and access control devices. Proper equipment placement, clear visibility for sensors, and seamless integration with architectural elements are now essential for compliance and operational efficiency.   Built for Today, Ready for Tomorrow Scalability and adaptability are key themes in the updated guidelines. Infrastructure must not only support current technologies but also be flexible enough to accommodate future upgrades. This future-proofing ensures that security systems remain effective as threats evolve and innovations emerge.   A Unified Approach to Safety The TSA’s new approach underscores the need for collaboration between architecture, technology, and policy. Facilities that align these elements will be better equipped to create secure, functional environments that meet today’s requirements - and tomorrow’s expectations.