Lenel Electronic Keypads for Access Control Systems (5)
The LNL-CK lenel command keypad integrates a 32 backlit LCD display with a 16 position keypad and reader port. The command keypad serves as a command reader - a reader from which user commands can be issued to execute local I/O functions. Read command programming is accomplished using the OnGuard System Administration application.Add to Compare
Dustproof and configured to have 2 keys across by 6 keys down. Features an eight bit word data output format. Keypad uses solid state piezo sounder technology to provide audible feedback. Selection of colours available. Can be wired in parallel with any other reader technology.Add to Compare
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In the field of access control, face recognition has come a long way. Once considered too slow to authenticate people's identities and credentials in high traffic conditions, face recognition technology has evolved to become one of the quickest, most effective access control identity authentication solutions across all industries. Advancements in artificial intelligence and advanced neural network (ANN) technology from industry leaders like Intel have improved the accuracy and efficiency of face recognition. However, another reason the technology is gaining traction is due to the swiftly rising demand for touchless access control solutions that can help mitigate the spread of disease in public spaces. Effective for high volumes Face recognition eliminates security risks and is also virtually impossible to counterfeit Modern face recognition technology meets all the criteria for becoming the go-to solution for frictionless access control. It provides an accurate, non-invasive means of authenticating people's identities in high-traffic areas, including multi-tenant office buildings, industrial sites, and factories where multiple shifts per day are common. Typical electronic access control systems rely on people providing physical credentials, such as proximity cards, key fobs, or Bluetooth-enabled mobile phones, all of which can be misplaced, lost, or stolen. Face recognition eliminates these security risks and is also virtually impossible to counterfeit. Affordable biometric option Although there are other biometric tools available, face recognition offers significant advantages. Some technologies use hand geometry or iris scans, for example, but these options are generally slower and more expensive. This makes face recognition a natural application for day-to-day access control activities, including chronicling time and attendance for large workforces at construction sites, warehouses, and agricultural and mining operations. In addition to verifying personal credentials, face recognition can also identify whether an individual is wearing a facial covering in compliance with government or corporate mandates regarding health safety protocols. Beyond securing physical locations, face recognition can also be used to manage access to computers, as well as specialised equipment and devices. Overcoming challenges with AI So how did face recognition become so reliable when the technology was once dogged by many challenges, including difficulties with camera angles, certain types of facial expressions, and diverse lighting conditions? Thanks to the emergence of so-called "convolutional" neural network-based algorithms, engineers have been able to overcome these roadblocks. SecurOS FaceX face recognition solution FaceX is powered by neural networks and machine learning which makes it capable of authenticating a wide range of faces One joint effort between New Jersey-based Intelligent Security Systems (ISS) and tech giant Intel has created the SecurOS FaceX face recognition solution. FaceX is powered by neural networks and machine learning which makes it capable of authenticating a wide range of faces and facial expressions, including those captured under changing light, at different resolution levels, and varying distances from the video camera. Secure video management system A common face recognition system deployment begins with IP video cameras that feed footage into a secure video management system connected to a video archive. When the software initially enrolls a person’s face, it creates a "digital descriptor" that is stored as a numeric code that will forever be associated with one identity. The system encrypts and stores these numeric codes in a SQL database. For the sake of convenience and cost savings, the video server CPU performs all neural network processes without requiring any special GPU cards. Unique digital identifiers The next step involves correlating faces captured in a video recording with their unique digital descriptors on file. The system can compare newly captured images against large databases of known individuals or faces captured from video streams. Face recognition technology can provide multi-factor authentication, searching watchlists for specific types of features, such as age, hair colour, gender, ethnicity, facial hair, glasses, headwear, and other identifying characteristics including bald spots. Robust encryption SED-compatible drives rely on dedicated chips that encrypt data with AES-128 or AES-256 To support privacy concerns, the entire system features an encrypted and secure login process that prevents unauthorized access to both the database and the archive. An additional layer of encryption is available through the use of Self-Encrypting Drives (SEDs) that hold video recordings and metadata. SED-compatible drives rely on dedicated chips that encrypt data with AES-128 or AES-256 (short for Advanced Encryption Standard). Anti-spoofing safeguards How do face recognition systems handle people who try to trick the system by wearing a costume mask or holding up a picture to hide their faces? FaceX from ISS, for example, includes anti-spoofing capabilities that essentially check for the "liveliness" of a given face. The algorithm can easily flag the flat, two-dimensional nature of a face mask, printed photo, or image on a mobile phone and issue a "spoof" alarm. Increased speed of entry Incorporating facial recognition into existing access control systems is straightforward and cost-effective Incorporating facial recognition into existing access control systems is straightforward and cost-effective. Systems can operate with off-the-shelf security cameras and computers. Users can also leverage existing infrastructure to maintain building aesthetics. A face recognition system can complete the process of detection and recognition in an instant, opening a door or turnstile in less than 500ms. Such efficiency can eliminate hours associated with security personnel checking and managing credentials manually. A vital tool Modern face recognition solutions are infinitely scalable to accommodate global enterprises. As a result, face recognition as a credential is increasingly being implemented for a wide range of applications that transcend traditional access control and physical security to include health safety and workforce management. All these capabilities make face recognition a natural, frictionless solution for managing access control, both in terms of performance and cost.
In daily work and life, various locks have always played the role of protecting asset safety. In different usage scenarios, the most appropriate lock must be selected to maximise benefits. In the past applications, the difficulties encountered by managers are as follows. Unlocking authority is difficult to control, unclear access records, emergency unlocking, and troublesome upgrade and installation. Through the following points, how the key-centric access management system solves such problems. Access management system The key-centric access management system, also known as intelligent passive electronic lock system, which is based on three elements: electronic keys, electronic cylinders and management software, can provide powerful and traceable access control. Each smart key is unique and cannot be copied, and in the event of loss or theft, these keys can be quickly disabled. Each smart key is unique and cannot be copied, and in the event of loss or theft, these keys can be disabledIn the process of using traditional mechanical locks, it is not difficult to find that it is quite complex to realise the access control of unlocking. The difficulty is that the keys can be copied at will, the use records are not clear, and the credibility of employees cannot be guaranteed... etc. For managers, this is a safety issue that cannot be ignored. Mechanical lock system And through the key-centric access management system, we can accurately assign access authority for each user, and set different access authority for locks in different areas. For example, we can set the XX user to have access to the archive room (A) from 10:00 on May 1, 2021 to 17:00 on June 1, 2021, within this time range. Outside this time range, there will be no unlock authority. The flexibility of the traditional mechanical lock system is insufficient. There is no clear record to determine who entered the area. It is usually a simple paper record that records the unlocking records of the employees. The authenticity and validity of the system need to be examined. In the key-centric access management system, when an employee unlocks the lock, the unlock record will be synchronised to the management terminal. Remote authorised unlocking With the key-centric access management system, remote authorised unlocking can be realised Through secondary records, managers can easily track employees and supervise employees' visits to each area. In daily work, there are often emergencies that require temporary visits to certain specific areas. If you encounter a situation where the distance is extremely long, and you don’t have the key to that area, you can imagine how bad this is. The process of fetching the keys back and forth is time-consuming and laborious. With the key-centric access management system, remote authorised unlocking can be realised. You can apply for the unlocking authority through the mobile APP, or you can temporarily issue the unlocking authority for the area on the management terminal, which saves time and effort. When faced with the failure of ordinary mechanical locks to meet management needs, some managers can already think of upgrading their management system, that is, the intelligent access control system. Passive electronic locks But before making this decision, the manager will inevitably consider the various costs brought about by the upgrade, including installation costs (cable cost), learning costs, and maintenance costs. Since most of the universal intelligent access control systems on the market require wiring and power supply, the cost of transformation and upgrading is quite high for managers who have such a huge amount of engineering. The key-centric access management system is the ‘gospel’ for managers. Since passive electronic locks and ordinary mechanical locks have the same size, they can be directly retrofitted to existing hardware, and they can be replaced step by step simply and easily. At present, the key-centric access management system is being known and applied by more and more managers and enterprises. Application industries include, such as power utilities, water utilities, public security, telecommunication industry, transportation, etc.
The experience of the COVID-19 pandemic has made us all more conscious of who is coming and going from our property. Whether it is a family home, business premises or public building, property owners want full control over access for protection and peace of mind. As a provider of access control technologies, we are seeing a growing demand for automated gates with a variety of access control systems. There are a number of considerations that buyers need to make when investing. And as an installer, there is advice that you can offer to help your clients make the right choice for their property. Here are some of the key considerations you’ll need to make and discuss with your client. Whomever you buy from, you should be offered more than a simple instruction manual. Electronic locks, magnetic locks and code security In the first instance, you’ll need to advise on the type of lock and access control available. Electronic locks release on the operation of the automation system to allow the gates to open. Locks are required for all non-locking (also known as reversible) operators and are recommended for any gate on a multi-user site or any gate over 2.5m. Apply the same logic to an automated gate as you would to a domestic door – for example, you wouldn’t fit your front door with a lock on the same side as the hinges or a drop bolt at the hinge end of a manual gate so why dispense with this logic when the gate is automated? Electronic locks release on the operation of the automation system to allow the gates to open There are a number of locks on the market including magnetic locks, drop locks that “shoot” a bolt into the ground and side latching locks. These are all designed for external use. While the gate itself will provide physical security, the customer will want to feel in control of who enters their property, when and for what purpose. Consider access for post and deliveries, waste disposal and visitors arriving on foot etc. There is a range of options available. Intercom systems will allow the user to vet visitors, keypad entry can allow remote access for visitors with a specific code, remote controls allow an oncoming driver to open the gates without getting out of the vehicle, and a timer control can be used to open or close the gates at certain times of the day. Vehicle detection loops can be installed discreetly under the tarmac allowing the presence of vehicles to exit the gates and prevent closing whilst obstructed. Sliding gates versus swinging gates There are a number of locks on the market including magnetic locks, drop locks that “shoot” a bolt into the ground and side latching locks Gates can be automated to either swing or to slide open and in the case of swinging gates, the opener may be concealed underground or gate mounted. The most suitable opener for your installation will depend on the space available and the type of gate selected. Concealed underground automation is ideal for highly ornate gates. However, where gates are fully infilled (typical of many timber designs), gate mounted openers are concealed from the front of the gate by the gate leaf and present a cost-effective option. The choice between slide and swing is largely down to space - swing gates require a clear space for their opening arc whilst sliding gates require space to one or both sides of the gate. Sliding gates are perhaps the best choice where the drive slopes or when drive space is limited, as they use the least space when opening. Voltage Most swing gate and sliding systems are available in 24v or 230v. The 24v systems still need 230v mains power – there is a transformer built into the 24v control panels. Deciding which voltage to use can include a combination of factors such as the material of the gates, the location of the system and the safety features you want. Concealed underground automation is ideal for highly ornate gates With wrought iron gates, the wind can pass through them whereas with fully boarded wooden gates (popular because they give full privacy) the wind has nowhere to go, so they act like sails. For commercial or industrial applications with larger entrances and a heavy gate, you may need 3 Phase 400v power (sliding gates only). Installing gate motors in confined spaces The environment in which you are fitting may well influence which gate and motor you recommend. Will it be in an exposed area which is subject to the elements? Will it be positioned on a slope? Sliding gates are perhaps the best choice where the drive slopes or when drive space is limited Installers have always faced the challenge of installing gate motors in confined spaces. When fitting a pedestrian gate, there is often limited space in which to work – potentially making an installation time consuming and technically demanding. If this is the case for you, consider a gate operator which is designed specifically for installations with limited space for manoeuvre. An example of this is the E5 compact gate operator. The operator is not only small but has an optional slide lever attachment designed for installations where there is extremely limited space, meaning that just 8cm of the pillar is needed for installation. What’s more, improved fixing points and a simple ‘hook and fasten’ process means assembly is safe, quick and straight forward. Ultimately, you’ll be looking for a good quality, reliable product with good service. Work with a supplier that offers more than just a manual. If they are happy to offer training, their time and advice when you buy, the chances are you’ll get their support long term.
The Physical Security Interoperability Alliance (PSIA) announces it has approved the Secure Credential Interoperability (SCI) 1.0 specification. The PSIA has been working with a broad group of industry pioneers in the access control industry to come up with this specification, which is likely to have a significant influence on the future of secure mobile credentials. Mohammad Soleimani, the Chief Technology Officer of Kastle Systems and the Chairman of the SCI Work Group, introduced this concept to the organisation in 2020 and has had a strong influence in engaging other companies in its development. Compatible secure credential “A standard for secure mobile credentials has been long overdue in the industry. SCI relies on established standards and the Public Key Infrastructure, to provide a simple, but elegant solution,” said Soleimani. SCI addresses the need for a universally compatible secure credential for the physical access control industry in the form of cards, fobs, mobile devices, and wearables. Progress has been dramatic, with the technology being demonstrated at a PSIA technical meeting in August featuring apps from IDEMIA and Johnson Controls and a Kastle reader developed by WaveLynx. “It has been our mission from day one, to drive secure credentials and interoperability into the market” said Laurie Aaron, Executive Vice President at WaveLynx Technologies Corp. “Joining PSIA to collaborate and execute on a standard that is made available to all, has been a fast track to mission success.” Different mobile platforms The SCI specification helps the industry to take steps towards the last mile of credential evolution" One of the important characteristics of SCI is its interoperability across different mobile platforms including iOS and Android or devices with the ability to generate ephemeral key pair, which can be communicated over various protocols such as BLE (Bluetooth Low Energy), NFC (Near Field Communication), and UWB (Ultra-wide band). “The SCI specification helps the industry to take steps towards the last mile of credential evolution where interoperability of credentials can exist. The simplicity of the use of a public key leveraging standards and best practices ensure a secure and open way to manage credentials that takes proprietary out of the picture.” says Jason Ouellette, the Head of Technology and Business Innovation for Johnson Controls Access Control and Video Solutions business. Security industries’ efforts Participants in the spec development include, ASSA ABLOY, Deister Electronics, Farpointe Data (a dormakaba company), HID, IDEMIA, Kastle Systems, LenelS2, rf IDEAS, SentryCard, Siemens, and Johnson Controls. “This is an important milestone in the security industries’ efforts to enable flexible, interoperable and scalable solutions,” states Peter Boriskin, Chief Technology Officer for ASSA ABLOY Opening Solutions Americas. “It will be essential to consider how this and other standards apply across various industries, and how current and emerging standards impact each other.”
Traka announced that the company has received LenelS2 factory certification for OnGuard access control solution, as a LenelS2 OpenAccess Alliance Program (OAAP) partner. Traka’s key and asset management system interfaces with the OnGuard access control system, and provides seamless, single-credential access to property secured by Traka. LenelS2 OAAP factory certification “Traka has completed the required factory testing at LenelS2, to validate the functionality of its interface to OnGuard. This partner interface provides regional security and control over important company assets,” said John Marchioli, Director of Strategic Alliances and OAAP Product Management at LenelS2. John Marchioli adds, “We look forward to their continued involvement in the LenelS2 OpenAccess Alliance Program.” Traka - LenelS2 partnership The combination of Traka and OnGuard allows companies to control access and permissions" “We’re excited about this latest certification with LenelS2. Our continued partnership ensures our mutual customers have the latest in innovative access management solutions,” said Wayne Stant, Product Director at Traka. Wayne Stant adds, “The combination of Traka and OnGuard allows companies to control access and permissions, monitored by OnGuard, to track who checks out vital keys and equipment. It simplifies and improves security, while reducing administration overhead.” Electronic key and equipment management solutions Traka provides electronic key and equipment management solutions, allowing organisations to secure, manage, and audit the use of their important physical assets, including facilities, equipment, machinery, and vehicles. Traka’s products can be used standalone or integrated with many of the world’s renowned access control systems.
Carrier Global Corporation, a global provider of healthy, safe, sustainable, and intelligent building and cold chain solutions is delivering a full suite of innovative building technologies at Emory Healthcare’s new cutting-edge Musculoskeletal Institute (MSKI) in Atlanta, Georgia. Advanced solutions Carrier and Emory are collaborating to implement advanced solutions from Carrier’s Healthy Buildings Program – including HVAC, building automation, fire detection, access, and video management and digital services – at this state-of-the-art facility. Carrier’s portfolio features products that optimise indoor environments to improve occupant experience, operational efficiency, and inspire confidence in everything from physical safety and security to improved health, productivity, and cognitive performance. Eco-friendly building design Emory’s vision to be a model of transformative practices serves as the inspiration for the eco-friendly design" “Emory’s vision to be a model of transformative practices and sustainable choices at every level serves as the inspiration for the eco-friendly design of the building,” said Scott D. Boden, MD, Director of Emory MSKI and Professor and Chair of the Department of Orthopaedics, Emory University School of Medicine. To deliver this vision, it was important for Emory to partner with an innovative building technologies company like Carrier that provides the most advanced solutions. Intelligent technologies “At Carrier, we recognise the potential for indoor environments to help shape a healthier future. We are pleased to provide Emory’s MSKI with our full suite of intelligent building technologies. It’s through relationships built on a shared vision of innovation, that we can see the full potential of our technologies,” said Mead Rusert, President, Automated Logic Corporation, a Carrier Company. “I am confident that patients and staff will see and feel the benefits of the technologies in this world-class facility.” From the most fundamental elements of safety and security to the cognitive and health benefits of improved air quality and ventilation, Carrier’s high-performing building solutions at the Emory MSKI facility enhance the occupant experience. WebCTRL® building automation system WebCTRL helps customers achieve their sustainability and energy-efficiency goals by optimizing equipment At the core of the enhancements is the Automated Logic WebCTRL® building automation system, a powerful web-based platform that provides the MSK Facilities Team with software tools and insight to keep occupants comfortable while managing energy consumption and to identify, prioritise and analyse operational issues. WebCTRL helps customers achieve their sustainability and energy-efficiency goals by optimising equipment and proactively identifying issues. Carrier’s Abound IoT platform will integrate into WebCTRL and will monitor indoor air quality and operational performance, displaying the data on user-friendly dashboards in the main lobby and on MSK’s website. Safety and security MSK chose products from Carrier’s Fire & Security portfolio, including LenelS2 and Edwards, to enhance the safety and security of the facility. The LenelS2 OnGuard® access control system secures the facility by leveraging mobile credentialing technology through the MyWay app, eliminating a significant number of access touchpoints and affording a safer, more secure, healthier experience for building occupants. In addition, through LenelS2’s continued collaboration with Milestone Systems, a provider of video management software, MSKI operators benefit from a unified security management system that incorporates access control, video surveillance, and other technologies to help keep people and property safe. EST4 enhances system survivability through advanced encryption and safeguards, managing cyber threats EST4 emergency communications system The facility also utilises the Edwards EST4 premier emergency communications system. Featuring new network architecture, EST4 enhances system survivability through advanced encryption and safeguards, managing today's cyber threats. The system also benefits from Edwards’ Signature Optica™ detectors which distinguish between different types of fires, enhancing the protection of people and property, while reducing the number of false alarms that cause business interruption and unnecessary responses by fire departments. Location Located in Emory’s Executive Park health innovation district, Emory’s MSKI is a six-story,180,000 square-foot building that focuses on innovation, improving the patient experience and research while providing all musculoskeletal services in one convenient location for patients.
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