Biometric authentication

Trueface announced being awarded its third contract from the Air Force's AFWERX and Small Business Innovation Research Program (SBIR) program, satisfying their need for frictionless access control to inhibit the spread of COVID-19 through physical contact by implementing facial recognition ingress on-base. The Trueface solution will instantly identify individuals at Eglin Air Force Base and Joint Base McGuire-Dix-Lakehurst who have been cleared to access the installations without the need for physical contact with Security Forces Squadron or other host units, thus preventing the spread of communicable viruses like the novel coronavirus. Facial recognition The addition of Trueface technology at Eglin AFB will add a layer of security that a human just can't do. Trueface's facial recognition will cross-check every person coming on base with the National Crime Information Center database. Additionally, the touchless entry for base access prevents the spread of COVID-19 or similar viruses while expediting access to Eglin AFB and reducing traffic congestion. We look forward to fielding Trueface technology at Eglin AFB. As an American-made company, Trueface has been honoured to partner with the Air Force on past Phase I and Phase II deployments to make their installations safer and smarter. We are proud to be playing our role in helping our Armed Forces reopen safely and responsibly" The Trueface team is enthusiastic about the opportunity to affect the mission and empower the 87th Security Forces Squadron and the 96th Test Wing with frictionless access control capabilities, which will also result in reduced traffic congestion at entry points, improving the everyday ingress process for airmen and visitors alike. Biosecurity and physical security priorities During unprecedented times such as these, it can be difficult for government entities and businesses alike to balance biosecurity and physical security priorities. Solutions like contactless access control via facial recognition can satisfy both priorities simultaneously and encourage a safe and secure environment for all. Trueface CEO Shaun Moore commented, "We are proud to be playing our role in helping our Armed Forces reopen safely and responsibly." Trueface technology is currently being optimised to ensure compliance through recognising an individual's face even when a mask is being worn.

To meet the evolving design needs of the diverse and growing market for biometric access control, Fingerprint Cards AB (Fingerprints™) announces the expansion of its fingerprint authentication touch sensor portfolio for physical and logical access devices and applications. To enable greater choice and enhance product design, two additional colours are now available for the sensors in the access series, featuring additional white and silver versions alongside existing black option. The new colour range follows increasing market demand for design flexibility in a variety of access control use cases. Biometric authentication technology “As adoption of biometrics in access control grows, consumers and businesses alike are increasingly looking for solutions where slick design matches biometric smartness. The rise of smart home devices has boosted this demand, with consumers keen for biometric-enabled products to complement the design of their homes.” “With our extended colour range, we are enabling manufacturers to enhance new product ranges with greater design choice - all powered by market-leading biometric authentication technology,” comments Michel Roig, Senior VP of Payments and Access at Fingerprints. The access sensor series combines Fingerprints’ proven technology to make life simple for device makers and end users.

Intersec, the world’s renowned security, safety, and fire protection trade fair, has been rescheduled to take place in January 2022, organiser of the trade event, Messe Frankfurt Middle East confirmed on September 24, 2020. The 23rd edition of the three-day event was originally set to run from January 24-26, 2021, at the Dubai World Trade Centre, in Dubai, UAE. However, the event has now been moved to 2022, after extensive consultation with key industry stakeholders. Intersec Dubai 2022 “We’ve spoken to many of our exhibitors, industry trade associations, supporters, and partners over the last couple of weeks and have heard first-hand the many challenges they’re facing putting pressure on their ability to participate at Intersec in January 2021,” said Alexandria Robinson, Intersec’s Show Director at Messe Frankfurt. He adds, “Moving Intersec to its customary January dates in 2022 at the Dubai World Trade Centre will allow time for recovery.” Webinar series in 2021 Ms. Robinson said Intersec will be very active throughout 2021, via its ongoing webinar series, while the team is now working towards creating a virtual event early next year, so as to engage industry leaders, regulators, government agencies and opinion formers. “We might be restricted physically, but we know there is a definitive need for critical conversations and discussions to address the challenges the industry has faced,” said Robinson. Digital forum to share ideas and solutions By hosting these talks via a digital forum, it enables us to keep connected to the industry" He adds, “By hosting these talks via a digital forum, it enables us to keep connected to the industry and nurture our existing relationships, whilst sharing solutions and common goals. We’ll share further details and plans about the digital event in the coming weeks.” Intersec’s popular free-to-attend webinar series, of which there’ve been 11 so far in the last four months, have kept thousands of attendees abreast of the latest industry trends and opportunities. Ensuring safety in COVID-19 pandemic period “We know we have a vital role to play in connecting and supporting the industry, and the Intersec webinars stimulate meaningful conversations, collaborations and success stories,” stated Robinson, adding “We will continue to run these and support our stakeholders in every way possible until we meet again personally, and safely, at Intersec 2022.” She further said, “One thing is absolutely certain, our community is resilient and will bounce back. It has been involved in many frontline situations throughout the course of this year and it will continue to play a critical role in the months ahead. Throughout 2021 and come January 2022, we’ll have much to share and learn from each other.” Intersec 2020 Intersec in 2020 featured 1,100 exhibitors from 56 countries, while attracting 33,872 visitors from 135 countries. The global industry event is supported by Dubai Civil Defence, Dubai Police, the Security Industry Regulatory Agency (SIRA), Dubai Police Academy and Dubai Municipality.

Iris ID Systems Inc., a globally renowned iris recognition-based identity authentication solutions provider, has announced that it has entered into a global partnership with Remo+ (Olive and Dove Company) for smart home and IoT devices. Iris ID – Remo+ partnership This partnership will broaden the accessibility of home video security and IoT solutions for the global market and enable Iris ID to introduce new products which complement and expand the capabilities of its existing markets. The strategic collaboration will allow Remo+ to access extensive distribution networks for access control solutions, targeting market opportunities where consumers seek a superior security solution that is easy to use and contactless. Biometrics and home security solutions Our partnership with Remo+ is a first in the biometric and home security industry" "Our partnership with Remo+ is a first in the biometric and home security industry,” said Mohammed Murad, Vice President, Global Sales and Business Development, Iris ID, adding “Iris ID and Olive and Dove joined forces to produce innovative solutions for the consumer market. With Iris ID’s extensive global distribution channel and state-of-the-art product portfolio, this partnership will create greater accessibility for these technologies around the world.” He adds, “The Remo+ product brand’s proven track record of designing and manufacturing home security cameras is a perfect complement to Iris ID leadership in the biometric security industry." Exclusive distribution rights for consumer security applications The agreement grants Iris ID exclusive distribution rights for consumer security applications from Remo+ (Olive and Dove Company) in North America and non-exclusive rights in the rest of the world. Products under this arrangement will continue to be sold under the Remo+ brand.  Iris ID will continue supporting existing distributors and resellers, while expanding the market for the consumer security marketplace. Murad further stated, “Iris ID looks forward to further collaboration with Remo+ (Olive and Dove Company) for future product development in this market.” Enhancing home security portfolio "We are very pleased to partner with Iris ID and combine forces in our industry,” said Moon-Chul Lee, Chief Executive Officer, Remo+ (Olive and Dove Company), adding “Success in the home security and other markets requires strong application software, as well as a strong sales channel and service support resources, which Iris ID has globally.” He adds, “This agreement allows Remo+ to concentrate on expanding its growing market in the Americas and beyond. We look forward to improving customer support and services through Iris ID’s outstanding worldwide solutions provider network."

Boon Edam Inc., a global provider of security entrances and architectural revolving doors, announced they are showcasing a new optical turnstile, the Speedlane Compact, as well as presenting the inaugural first episode of BoonTV about “Scalable Security” at the Global Security Exchange Plus (GSX+) virtual exhibition hosted by ASIS International. Security professionals from across the globe are converging online to participate in over 100 educational sessions, network with peers, and visit the virtual “Marketplace” to browse and learn about new and innovative security technologies. Boon Edam’s Marketplace Profile at GSX+ features information about a new physical security solution, the Speedlane Compact optical turnstile. Biometric device integration Due to the global outbreak of COVID-19, security professionals are tasked with providing a “touchless” entry A video teaches security managers about the key features of this new turnstile, created out of a need for a shorter security barrier with the same level of security as more robust optical turnstile models. The Speedlane Compact features swinging barriers, generous space for access control or biometric device integration, and tailgating, safety and low-object detection sensors - all in a compact footprint ideal for locations where interior space is at a premium. The Speedlane Compact has recently won the Security Today 2020 New Product of the Year Award in the Pedestrian Security Entrances category. This honour is awarded to products that are considered to be particularly noteworthy in their ability to improve security. Due to the global outbreak of COVID-19, security professionals are tasked with providing a “touchless” entry experience while maintaining the security of the building. Touchless entry Boon Edam’s Marketplace Profile contains a “Security Entrances” Brochure which outlines the types of security entrances that also fulfill the need for touchless entry. Boon Edam’s Entry Experts are available the entire week of the GSX+ event to field questions and host face-to-face meetings to discuss further how to make buildings contactless and secure. The Boon Edam virtual booth will also feature a 20-minute episode of BoonTV where host, JC Powell, Vice President of Sales at Boon Edam, will introduce the concept of “Scalable Security.” JC discusses the three basic capability levels of security entrances relative to tailgating mitigation - deterrence, detection and prevention - in order to help security professionals, identify the best entrance type for each area of their building.

EyeLock LLC, the provider of iris-based identity authentication solutions, announces the release of its highly anticipated EyeLock ID® logical access system for connected workers. Recognising that passwords and usernames are things of the past, EyeLock ID combines its myris® iris authentication device and an easy-to-use software application to enable individuals to securely logon to computers, networks, and apps. myris is handheld, USB connected, and the ideal biometric solution to facilitate trouble-free, secure access to networks and corporate applications for remote and on-site workers. myris has been an EyeLock workhorse and is the core technology of the EyeLock ID system. Biometric authentication solutions The software application within EyeLock ID was co-developed by New Jersey-based Integral Biometrics, formerly Integral Technology Solutions, and leverages Integral's extensive experience developing and deploying integrated biometric authentication solutions to top tier global corporations. Responding to the COVID-19 pandemic, companies around the world have enabled their employees to work from home. Many will not return to the office due to the freedom and flexibility working from home provides. With that said, it comes as no surprise that corporations feel uneasy with the lack of data security for computers being used outside of the organisation. Most have policies to limit who has access to devices, apps and networks but these policies are tough to enforce. Identity management tool EyeLock ID includes one myris sensor and an annual software subscription EyeLock ID requires remote employees to logon to the computer and corporate applications using their irises to automate and simplify credential-based logins. "The EyeLock ID logical access solution ensures greater data security for businesses and requires additional accountability by their employees when working from home. With this easy-to-use and affordable identity management tool, EyeLock ID should go home with every corporate computer and be used on every office workstation," said Jeff Carter, CEO of EyeLock. EyeLock ID includes one myris sensor and an annual software subscription. The solution provides biometric login support for Microsoft Windows® via Active Directory accounts, application-specific automated access to numerous corporate systems such as SAP®, Citrix® and other key corporate applications. Multi-factor authentication It also provides single sign-on (SSO) solutions with multi-factor authentication (MFA) options. EyeLock ID takes just a few minutes to install. Marc Diament, CEO of Integral Biometrics, added, "The Integral team is excited to partner with EyeLock to help businesses become more comfortable with remote and on-premise network access by their employees, and EyeLock ID is the best product on the market to achieve this objective. With the current changes and challenges faced in a swiftly morphing workplace, every opportunity to achieve greater security while eliminating complexity is a welcome transformation that we are eager to help deliver."

In recent years, multinational corporations such as Cathay Pacific, Facebook, Uber and numerous others have been heavily fined due to security and data protection violations. This period has seen data protection laws increase as more and more information is gathered and shared online. As such, it becomes crucial to account for security capabilities when choosing an embedded device that touches potentially sensitive data. RFID readers very much belong to the ecosystem wherein personal or user identification data is transmitted either to a host system such as a PC or to an endpoint such as a Human Machine Interface (HMI). A passive RFID transponder, soft credential such as a mobile phone app using BLE/NFC or smart cards and other contact-based credentials all can carry sensitive data or personal information. In the case of smart card or contact-based credentials, the storage of personal information such as name, address or date of birth is more prevalent compared to contactless credential where an identification number may be used. Security as a concept RFID media may directly lead to a compromise in your intended application’s security In general, security as a concept is always related to the entire system that includes RFID media (contact/contactless credentials), RFID reader, the host system and any database or cloud server. While accounting for security across a system is needed it is more important to consider the application or use case that is in question. One should carefully evaluate the consequences of any security breaches and if there is any sensitive information being exchanged from the RFID media to the host. As an example, the simple choice of RFID media may directly lead to a compromise in your intended application’s security. There are numerous references on security vulnerabilities related to Low Frequency (125KHz) contactless transponder types. The references focus on using interceptors to access unprotected static card information. The adversaries may then clone this credential that may be used for triggering action such as granting access to a facility or unlocking a computer. Some references also highlight vulnerabilities in the Wiegand interface about intercepting the data signals to capture card value. Therefore, some older RFID transponders and communication interfaces that may be based on the aforementioned technology or have been subject to vulnerability hacks are now considered fundamentally compromised. As mentioned previously, the overall security depends on every component of the system that includes the RFID reader. This article will mainly focus on some of the basic security considerations that need to be accounted for when choosing an RFID reader but also whether or not your application requires these abilities. Some of the key security considerations are as follows: Does your application require encryption capabilities? If so, does the reader have the capability to execute cryptographic algorithms?  In every application where RFID technologies are involved, there is a need to first assess whether encryption is required and if so, determine the exact channel where this needs to be enforced. It could be that the host interface requires the exchange of encrypted data or the air interface needs to transfer protected data. Once the requirements are established, one may then evaluate the strength of this security. Furthermore, many types of contactless transponders can store data within their memory segments and encrypt or lock these segments with cryptographic keys. An apt card reader is one that can not only decrypt the memory segments and access the data but also provides an easy means for the end-user to carry out this operation. In many instances, the end-users have their own customised cryptographic keys for their credentials and are unwilling to share these keys with the card reader provider. Therefore, having the capability to load custom keys by someone other than the card reader manufacturer becomes essential. This can be facilitated in multiple ways, such as implementing high-level APIs and allowing the user to write applications for the card reader, or it could be enabling the customer with agraphical user interface to enter keys used to access data sectors. Many types of contactless transponders can store data within their memory segments Do you require encrypted data exchange? If so, where and can the card reader support this? In a typical scenario, the card reader behaves as a medium to facilitate data collection and transfer between the contactless or contact-based transponder and the host system. The host system can either be an endpoint that locally validates the credential presented to it or it can be a microcontroller that sends data over the network to the cloud or a database for validation and authentication.  As mentioned previously, assessing whether the need for encryption is between the RFID media and the reader or from the reader to the host is important. If the former, the appropriate credentials are required. Depending on this factor you may then consider choosing an appropriate RFID reader. There are use cases wherein personal information such as name, address, date of birth or biometric data can be stored within the credential, eg: smart cards or passports as credentials. Therefore, encrypting the exchange of such data both between the credential and the reader as well as the reader and the host becomes critical. Moreover, encryption algorithm engines such as AES, DES, 3DES, or the capability to implement custom algorithms, need to be present on the card reader as this enables ease of integration. In cases where smartcards or contact-based credentials are used, the host system typically drives the communication in its entirety. So, the card reader must also have: Software capabilities such as Personal Computer Smart Card (PCSC) or Chip Card Interface Device (CCID) mode of communication. The availability of drivers to facilitate communication with the host also enables easy software integration. Hardware support for communication standards such as ISO7816 and the presence of Secure Access Modules(SAM) slots and other contact-based interfaces. Does your application require MUTUAL authentication with Secure Access Modules (SAM) and RFID media? If so, does the reader support This? A Secure Access Module is a type of smart card that follows a contact-based communication standard to interact with a card reader. These modules ensure the protection of security keys as well as facilitate cryptographic operations. Typically, SAMs are used to generate application keys based on a specific master key or to generate session keys. They also enable secure messaging between the RFID media, the reader and the host system. Many contactless credentials hold memory segments/applications that are encrypted with cryptographic keys. These keys are often stored in SAMs and supplied to card reader manufacturers. This not only ensures the security of the keys but adds a step in the authentication process. The card reader in this case should first perform authentication operations with the SAM and then carry out a series of cryptographic and bit manipulation operations between the contactless card and the SAM. This can be further secured by adding a key diversification step. The card reader must be able to support such a scenario both in the hardware as well as in the software. Many end-users require the card reader to natively support such a scenario and have the ability to provide high-level API’s to help in their implementation. In addition to this, high-security applications demand the transfer of data in an encrypted format. One can ensure end-to-end encryption/security with the help of SAMs. In such an architecture, the reader facilitates mutual authentication with the RFID media and the SAM, thus transferring protected data over a Radio-Link and also ensuring the security of encryption keys. The reader can also transfer data encrypted by the SAM to the host system maintaining a high level of security across the system. Appropriate precautions are to be put in place to improve the overall security Note that the safety of distributing SAMs as well as administering the installation process within the reader should be treated as a separate issue and tackled accordingly. There is also an issue of the readers being stolen or the SAM modules being dismounted from the reader. The security considerations here do not indulge in these topics and appropriate precautions are to be put in place to improve the overall security of the system.  Does the card reader have communication interfaces other than Wiegand such as RS485 or RS232? The Wiegand card as well as the Wiegand interface for data transmission is a 40-year old technology that originates from the Wiegand effect discovered by John R. Wiegand in the early 1970s. While the Wiegand cards are still in production, they have been largely replaced by newer and cheaper forms of access cards. However, these cards are still based on the Wiegand data format that is susceptible to interception as the data are available in plain text. Also, the Wiegand interface introduced in the 1980s remains prevalent across the logical access as well as the physical access control industry despite various security vulnerabilities. This technology no longer conforms to the current security standards. It is therefore important for integrators to choose a communication interface that can offer higher security from interception and support encrypted data exchange. Do you require tamper detection technologies? If so, can the reader meet this requirement? The need for tamper detection largely varies from one application to another so it is more important to consider whether this level of security is suitable for your respective use case. As an example, card readers attached to multi-function printers (MFPs) for releasing print jobs in an enterprise environment can be considered less critical since tampering with the reader can ultimately lead to the downtime of the printers but will not compromise the safety of your documents. Typically, in such scenarios, the card reader works hand in hand with the MFP and a print management solution that ensures the release of print jobs. Therefore, if the card reader is sabotaged or tampered with, the MFP or the solution simply prevents the release of any information. On the other hand, high-security environments such as data centers certainly need greater protection. One must thoroughly evaluate the consequences of any attempts directed towards compromising the device integrity or the data associated with the device. These topics need to be considered separately and are outside the scope of this article. In conclusion, depending on the application, the credentials involved as well as the data that is being exchanged with the card reader and eventually the host, tamper detection technologies can improve the security of the device. There are several technologies in the market such as mechanical and optical tamper detectors that can be embedded directly on the card reader for superior protection against threats.  Do you require the reader's ronfiguration or firmware to be securely shared or loaded on the card reader?  If so, can the reader meet this requirement? We are all aware of system and application software updates as at some point our phones have received security patches or app upgrades over the network. In the case of card readers, the process is quite similar except here the software or configuration updates might require encryption based on your use case.  For example, if an end customer is reading static card numbers from an RFID media or isn’t using data protected by encryption keys this does not require the firmware or the configuration to be encryption for a simple reason that these files do not carry any sensitive information. The need to encrypt configuration/firmware files arises if the data that is being read by the reader contains any personal information or is part of a proprietary corporate format that is confidential, or should a customer wish to move to a higher security credential encrypted with keys. This means that either their existing card readers or new card readers must have a configuration that holds these keys. Configuration or firmware must also be encrypted since it holds sensitive information In such a scenario, the configuration or firmware must also be encrypted since it holds sensitive information. If the configuration or the firmware is encrypted, the file will no longer pose a security risk and can be shared with customers to perform updates to the existing readers or with the card reader manufacturers to load new readers with the configuration of firmware updates. This not only secures the sharing process but also the update process since the reader is now receiving an already encrypted file. After all, it is essential to choose a card reader that can carry out the aforementioned security considerations but more importantly the security features that are chosen need to be appropriate to the requirement of the customer. Any integrator first and foremost should thoroughly evaluate the respective application. They should work with subject matter experts in the field and establish requirements and objectives. After developing the concept, system architecture, data flow as well as various secure channels, only then can one begin to account for the security features needed. This process not only helps cement the end system’s overall security view but also elucidates the exact security requirements that correspond to the resulting application. In conclusion, choosing an RFID product that not only has the above security features but also has a flexible system design capable of accommodating future adaptions will prove to be the right choice for OEM’s and system integrators.

Security experts have discussed the demise of the passwords for years. As early as 2004, Bill Gates told the RSA Security Conference that passwords “just don’t meet the challenge for anything you really want to secure.” Change has been slow, but the sudden increase in remote working and the need for enterprises to become touchless as they try to encourage teams back to the office is increasing traction. Here we look at the future of passwordless authentication - using the example of trusted digital identities - and share tips on choosing a solution that works for your organisation. The move away from passwords was beginning to gain momentum pre-pandemic. Gartner reported an increase in clients asking for information on ‘passwordless’ solutions in 2019. Now Gartner predicts that 60% of large and global enterprises, and 90% of midsize enterprises, will put in place passwordless methods by 2022. This is up from 5% in 2018. The many limitations of passwords are well-documented, but the cost of data breaches may be the reason behind this sharp upswing. Stolen credentials – usually passwords – and phishing are the top two causes of data breaches according to the 2019 Verizon Data Breach Incident Report. Each breach costs businesses an average of anywhere between £4M to £8M depending on which studies you read. A catalyst for change As in so many other areas, the pandemic has been a catalyst for change. Newly remote workers using BYOD devices and home networks, sharing devices with other family members, and writing down passwords at home all make breaches more likely. And seasoned home workers represent a risk too.  It also means that enterprises are developing new procedures to mitigate the spread of disease. This includes a thorough examination of any activity that requires workers to touch surfaces. Entering passwords on shared keyboards or touchscreens falls squarely in this area of risk. As does handling physical smart cards or key fobs. Enterprises are expanding their searches from “passwordless” to “passwordless and touchless,” looking to replace physical authenticators. In the quest to go touchless these are items that can be easily eliminated. The future of passwordless authentication Using fingerprint or facial recognition often only provides a new front-end way to activate passwords Common alternatives to passwords are biometrics. But, using fingerprint or facial recognition often only provides a new front-end way to activate passwords. Passwords are still required for authentication after the biometric scan and these live in a central repository vulnerable to hackers. With one successful hack of the central repository, cyber-criminals can swipe thousands of details. In other words, biometrics on their own are not an improvement in security, only a better user experience. They need to be combined with a different approach that adds another layer of security. A more secure option is to move away from the centralised credential repository to a decentralised model. For example, one based on trusted digital identities. This is where digital certificates are stored on users’ phones. Think of encrypted digital certificates as virtual passports or ID cards that live on a worker’s device. Because they are stored on many separate phones, you are able to build a highly secure decentralised credential infrastructure. A solution that uses people’s phones is also compatible with touchless authentication systems. You can replace smart cards and key fobs with a phone-based security model and reduce the number of surfaces and items that people touch. This is especially beneficial for workplaces where people have to visit different sites, or for example in healthcare facilities. Replacing smartcards with a phone in a pocket reduces the number of items that clinicians need to take out and use a smartcard between and in different areas, which may have different contamination levels or disease control procedures. How do trusted digital identities work?   Workers unlock their mobile devices and access their trusted identity using fingerprint or facial recognition Here’s an example installation. You install a unique digital certificate on each user’s mobile device — this is their personal virtual ID card. Authorised users register themselves on their phones using automated onboarding tools. Workers unlock their mobile devices and access their trusted identity using fingerprint or facial recognition. Once they are authenticated, their device connects to their work computer via Bluetooth and automatically gives them access to the network and their applications with single sign on (SSO). This continues while their phone is in Bluetooth range of their workstation, a distance set by IT. When they leave their desk with their phone, they go out of range and they are automatically logged out of everything. Five tips on choosing a passwordless solution More automation means less disruption Consider how you can predict and eliminate unnecessary changeover disruptions. The task of onboarding large or widely dispersed employee populations can be a serious roadblock for many enterprises. Look for a solution that automates this process as much as possible. Scalability and your digital roadmap Will you maintain remote working? Having a high proportion of your team working remotely means that passwordless solutions will become more of a necessity. Are you expecting to grow or to add new cloud apps and broader connectivity with outside ecosystems? If so, you need password authentication that will scale easily. Encryption needs and regulatory requirements If your workers are accessing or sharing highly sensitive information or conducting high-value transactions, check that a solution meets all necessary regulatory requirements. The most secure passwordless platforms are from vendors whose solutions are approved for use by government authorities and are FIDO2-compliant. Prioritise decentralisation Common hacker strategies like credential stuffing and exploitation of re-used credentials rely on stealing centralised repositories of password and log-in data. If you decentralise your credentials, then these strategies aren’t viable. Make sure that your passwordless solution goes beyond the front-end, or the initial user log-in and gets rid of your central password repository entirely. Make it about productivity too Look for a solution that offers single sign on to streamline login processes and simplify omnichannel workflows. For workers, this means less friction, for the enterprise, it means optimal productivity. Security improvements, productivity gains and user goodwill all combine to form a compelling case for going passwordless. The additional consideration of mitigating disease transmission and bringing peace of mind to employees only strengthens the passwordless argument. The new end goal is to do more than simply replace the passwords with another authenticator. Ideally, enterprises should aspire to touchless workplace experiences that create a safer, more secure and productive workforce.

A total of £1.6 billion worth of goods are reported as ‘lost’ to in-store theft in supermarkets each year, with figures increasing steadily. The presence of self-checkout systems have increased in supermarkets, as well as other industry retailers. By 2021, we’re globally on track to have 468,000 self-checkout machines in operation, nearly double the 240,000 in existence since 2016. While this increase comes with such benefits as reduced wait times for customers and staff costs, it also comes with a risk of retail theft at self-checkouts. With the circumstances the world now finds itself in i.e. mass unemployment, financial uncertainty, the retail industry has seen an influx in these types of petty crimes, hitting retailers during an already turbulent period. While retailers are taking precautions to protect themselves and their patrons in this new era of in-person shopping, it’s important to ensure the business itself is protected. A popular method to combat these fears is to employ on-site security personnel, however, as we continue to adapt to new operating guidelines, retailers must begin thinking past the immediate future, and begin implementing long-term security solutions to prepare for life after lockdown such as strong CCTV systems with remote access. How has the security industry adapted its services to a post-lockdown world? Technological innovations like thermal recognition are key to adapting security systems for a post-lockdown world. Businesses which previously relied on facial recognition now must update their methods to account for shoppers wearing masks on-site and in-store. By 2021, we’re globally on track to have 468,000 self-checkout machines in operation, nearly double the 240,000 in existence since 2016 Biometric systems are now able to identify people with face masks, and thermal recognition such ADT’s Thermi-Scan system which can track human body temperature without the need for contact. Implementing these safe protocol procedures protect both employees and customers against virus outbreaks such as COVID-19. The need for these advances in video surveillance will reportedly increase the biometric facial recognition market by 14 per cent by 2027. Artificial intelligence has been hailed recently as the way forward for remote security needs, and whilst business-owners continue to navigate procedures of returning to work post-lockdown, having remote access to real-time security monitoring is essential now more than ever. What are the main measures stores can take to prevent or reduce theft? Strategically placing a multi-camera surveillance system to ensure clarity, eliminate blind spots, and deter thieves should be top priority. It’s equally essential to invest in a system which has an efficient playback programme, particularly in situations where reviewing important footage efficiently can offer vital information to the police force. Advances in video surveillance will reportedly increase the biometric facial recognition market by 14 per cent by 2027 As business-owners continue operating at reduced hours and with limited on-site staff, being able to access camera footage quickly and remotely is a key factor to consider. Whether owners opt to receive an alert on a mobile device allowing them to review notifications, or if their system is monitored by a remote security centre, it’s important to be able to access footage quickly for added efficiency and ease. Facial recognition and AI have been popular points of discussion in relation to security cameras and CCTV. While careful considerations must be taken prior to utilising any sort of facial recognition technology, including conducting a Privacy Impact Assessment, the benefits include being provided with real-time tracking of repeat offenders which immensely helps the prevention of in-store theft. Here are some key points to consider when choosing in-store surveillance: Assess your needs – To get the best out of your security system, it is essential to analyse what your requirements are for your business as they might have changed to adapt to a post-lockdown world Camera setup – With store layouts shifting to accommodate social distancing guidelines, it’s important to re-evaluate the current set-up of any security cameras. Depending on any layout updates, it might be important to consider operating multiple cameras in one area to ensure a peripheral view and eliminate any blind spots Camera positioning – For optimal performance, check that light sources are not obstructing your view such as glare from the sun. It is also worth considering the height at which cameras are installed to maximise surveillance Check the focus – It is worth testing camera lenses bi-monthly to ensure that lighting or weather hasn’t affected the focus of the lens, resulting in a blurry visual Remote access – As guidelines continue to evolve, ensure you’re able to access any necessary camera footage quickly and safely in case of emergency Will we begin to see a reduction of theft as new technology is implemented? We’re beginning to see incidents of shoplifting and theft being taken more seriously by law enforcement. In the coming months, for the first time in Britain nearly twenty shoplifters who were either caught red-handed or identified on CCTV will be appearing before magistrates. While currently these court cases are being pursued by a private police force, these actions come after a Government plea to high-level police to prosecute shoplifters stealing under £200. Retailers have long voiced concerns that forces have abandoned low-level thefts and these steps are small but show that businesses are being heard. As innovations in surveillance security continue, we’ll be seeing a move away from human involvement which will create a more reliable and efficient system able to rely on machine learning and analytics. While there have been wider strides made in utilising AI for surveillance, these are largely being used currently by local governments to alert police forces to threats of criminal activity. It’s not unreasonable to think that in the near future, these types of smart technology will be employed by private businesses to analyse suspicious behaviour or possible theft. However, as we see an increase in the advancement of security technology, we anticipate that those inclined to commit in-store theft will adapt their methods, therefore retailers should look to regularly evaluate their security needs to keep risks at bay.

Spread of the novel coronavirus has jolted awareness of hygiene as it relates to touching surfaces such as keypads. No longer in favour are contact-based modalities including use of personal identification numbers (PINs) and keypads, and the shift has been sudden and long-term. Both customers and manufacturers were taken by surprise by this aspect of the virus’s impact and are therefore scrambling for solutions. Immediate impact of the change includes suspension of time and attendance systems that are touch-based. Some two-factor authentication systems are being downgraded to RFID-only, abandoning the keypad and/or biometric components that contributed to higher security, but are now unacceptable because they involve touching. Touchless biometric systems in demand The trend has translated into a sharp decline in purchase of touch modality and a sharp increase in the demand for touchless systems, says Alex Zarrabi, President of Touchless Biometrics Systems (TBS). Biometrics solutions are being affected unequally, depending on whether they involve touch sensing, he says. Spread of the novel coronavirus has jolted awareness of hygiene as it relates to touching surfaces such as keypads “Users do not want to touch anything anymore,” says Zarrabi. “From our company’s experience, we see it as a huge catalyst for touchless suppliers. We have projects being accelerated for touchless demand and have closed a number of large contracts very fast. I’m sure it’s true for anyone who is supplying touchless solutions.” Biometric systems are also seeing the addition of thermal sensors to measure body temperature in addition to the other sensors driving the system. Fingerscans and hybrid face systems TBS offers 2D and 3D systems, including both fingerscans and hybrid face/iris systems to provide touchless identification at access control points. Contactless and hygienic, the 2D Eye system is a hybrid system that combines the convenience of facial technology with the higher security of iris recognition. The system recognises the face and then detects the iris from the face image and zeros in to scan the iris. The user experiences the system as any other face recognition system. The facial aspect quickens the process, and the iris scan heightens accuracy. TBS also offers the 2D Eye Thermo system that combines face, iris and temperature measurement using a thermal sensor module. TBS's 2D Eye Thermo system combines face, iris and temperature measurement using a thermal sensor module Another TBS system is a 3D Touchless Fingerscan system that provides accuracy and tolerance, anti-spoofing, and is resilient to water, oil, dust and dirt. The 2D+ Multispectral for fingerprints combines 2D sensing with “multispectral” subsurface identification, which is resilient to contaminants and can read fingerprints that are oily, wet, dry or damaged – or even through a latex glove. In addition, the 3D+ system by TBS provides frictionless, no-contact readings even for people going through the system in a queue. The system fills the market gap for consent-based true on-the-fly systems, says Zarrabi. The system captures properties of the hand and has applications in the COVID environment, he says. The higher accuracy and security ratings are suitable for critical infrastructure applications, and there is no contact; the system is fully hygienic. Integration with access control systems Integration of TBS biometrics with a variety of third-party access control systems is easy. A “middleware” subsystem is connected to the network. Readers are connected to the subsystem and also to the corporate access control system. An interface with the TBS subsystem coordinates with the access control system. For example, a thermal camera used as part of the biometric reader can override the green light of the access control system if a high temperature (suggesting COVID-19 infection, for example) is detected. The enrollment process is convenient and flexible and can occur at an enrollment station or at an administration desk. Remote enrollment can also be accomplished using images from a CCTV camera. All templates are encrypted. Remotely enrolled employees can have access to any location they need within minutes. The 3D+ system by TBS provides frictionless, no-contact readings even for people going through the system in a queue Although there are other touchless technologies available, they cannot effectively replace biometrics, says Zarrabi. For example, a centrally managed system that uses a Bluetooth signal from a smart phone could provide convenience, is “touchless,” and could suffice for some sites. However, the system only confirms the presence and “identity” of a smart phone – not the person who should be carrying it. “There has been a lot of curiosity about touchless, but this change is strong, and there is fear of a possible second wave of COVID-19 or a return in two or three years,” says Zarrabi. “We really are seeing customers seriously shifting to touchless.”

Technology is expanding passenger screening functions and other capabilities at airport security checkpoints. For example, Smiths Detection is exploring the concept of a security checkpoint that integrates biometric identity management with screening solutions, says Richard Thompson, Global Market Director Aviation, Smiths Detection. Biometrics is the “unique identifier’” for passengers, and through integration of biometrics directly into the checkpoint, passengers can be matched with their luggage trays to enable real-time risk-based screening (RBS). The system is now able to trigger differentiated workflows for each passenger and their bags. Risk-based screening Risk-based screening optimises security operator resources through enhanced screening of passengers who represent a higher risk, while passengers deemed to be low risk enjoy a more seamless journey.Passengers deemed to be low risk enjoy a more seamless journey Easily integrated with existing infrastructure, biometric checkpoints deliver operational efficiencies and a competitive advantage to airports through accelerating the screening process, thus enabling a more seamless free flow of passengers. Passenger and tray identification Through passenger and tray identification, new data insights can also be gathered to inform decision-making. Advanced data analysis based on flights, airlines or destinations could be utilised by airlines and security authorities. For example, airlines could monitor passenger flow through security for specific flights or track the number of trays per flight to predict overhead compartment capacity. Checkpoint data could also be combined with hold luggage screening results or shared with transit and arrival airports to better inform security assessments. Advanced data analysis based on flights, airlines or destinations could be utilised by airlines and security authorities Advanced screening of carry-on baggage Smiths Detection’s HI-SCAN 6040 CTiX offers advanced screening of carry-on baggage using Computed Tomography (CT), an advanced X-ray technology originally intended for medical applications, which allows for detailed, layered 3D images to be rotated and dissected. Electronic devices and liquids do not need to be removed from baggageThis enables detailed detection, meaning electronic devices and liquids do not need to be removed from baggage, thus expediting screening and further improving the passenger journey. Smith Detection’s iLane.evo is an automatic tray return system. By delivering a steady flow of trays, it plays a critical role in streamlining the screening process and delivering increased throughput; optimised operational costs; and an improved passenger experience. AI for object recognition In other trends, the use of artificial intelligence (AI) in aviation security is on the rise due to the exponential growth in computing power. It has the potential to significantly boost the performance of screening equipment – allowing for the deployment of new object recognition functions at the checkpoint, which could pave the way for a more automated, alarm-resolution-only passenger screening.  Smiths Detection has developed a family of smart algorithms, called iCMORE, which use machine learning to reliably detect prohibited or dangerous goods in baggage, including weapons, to reduce the burden on image analysts and improve screening outcomes.

A larger proportion of cyberattacks in the first half of 2019 can be attributed to electronic criminals (eCrime adversaries) compared to state-sponsored or unidentified attacks. CrowdStrike, a cybersecurity company that provides the CrowdStrike Falcon endpoint protection platform, observes that 61% of targeted cybersecurity campaigns in the first half of 2019 were sourced from eCrime adversaries, compared to 39% from other sources. Technology was the top vertical market targeted by cyber-attacks in the first half of the year CrowdStrike Falcon Overwatch platform The eCrime portion more than doubled since 2018, reflecting an escalation of criminal players in search of more and larger payouts. The trend is among the information presented in CrowdStrike’s Overwatch 2019 Mid-Year Report: Observations from the Front Lines of Threat Hunting. Falcon OverWatch is the CrowdStrike-managed threat hunting service built on the CrowdStrike Falcon platform. Technology was the top vertical market targeted by cyber-attacks in the first half of the year, followed by telecommunications and non-governmental organisations (including think tanks). Other targets (in decreasing order) were retail, financial, manufacturing, transportation and logistics, gaming, entertainment and engineering. Hospitality disappeared from the list so far this year, although Crowdstrike expects an increase in intrusions aimed at the hospitality industry to put it back in the top 10 by the end of the year. Intrusion adversaries In terms of intrusion adversaries, the top players so far in 2019 are Spiders (eCrime) and Pandas (China). Regarding initial access techniques, the most common remain, in order of prevalence, valid accounts, spear-phishing and exploitation of public-facing applications. 2009 is proving to be an active year with a significant increase in eCrime and the inter-relationships occurring across different groups as they strengthen their organisations, forge alliances and expand their footprint. Need for a proactive security posture Basic hygiene form the foundation for a strong cybersecurity program Many of the techniques used by eCrime actors are easily defensible through strong security products and a proactive security posture, says CrowdStrike, which recommends the following measures to help maintain strong defense in 2019: Be attentive to basic hygiene such as user awareness, asset and vulnerability management, and secure configurations, which form the foundation for a strong cybersecurity program. User awareness programs can combat the continued threat of phishing and related social engineering techniques. Asset management and software inventory ensures that an organisation understands it footprint and exposure. Vulnerability and patch management can verify that known vulnerabilities and insecure configurations are identified, prioritised and remediated. Multifactor authentication (MFA) should be established for all users because today's attackers are adept at accessing and using valid credentials. A robust privilege access management process will limit the damage adversaries can do if they get in and reduce the likelihood of later movement. Implementing password protection prevents disabling or uninstalling endpoint protection that provides critical prevention and visibility for defenders. Countering sophisticated cyber attacks As sophisticated attacks continue to evolve, enterprises face more than a "malware problem" As sophisticated attacks continue to evolve, enterprises face more than a "malware problem." Defenders should look for early warning signs that an attack may be underway, such as code execution, persistence, stealth, command control and lateral movement within a network. Contextual and behavioral analysis, when delivered in real time via machine learning and artificial intelligence, effectively detects and prevents attacks that conventional "defense-in-depth" technologies cannot address. "1-10-60 rule" in combating advanced cyber threats CrowdStrike recommends that organisations pursue a "1-10-60 rule" in order to effectively combat sophisticated cyberthreats. That is, they should seek to detect intrusions in under one minute; to perform a full investigation in under 10 minutes, and to eradicate the adversary from the environment in under 60 minutes. A source at CrowdStrike said "Meeting this challenge requires investment in deep visibility, as well as automated analysis and remediation tools across the enterprise, reducing friction and enabling responders to understand threats and take fast, decisive action."

G4S is the globally renowned integrated security company with operations in approximately 85 countries. At the core of the business is G4S Integrated Security, which combines expertise, security professionals, technology and data analytics. G4S Integrated security G4S delivers integrated security around the world with the last six months having brought significant change for the company. The sale of the conventional cash business has enhanced strategic, commercial and operational focus and strengthened the company’s financial position. G4S is transforming, with an intensified focus on integrated security solutions strategy. They are winning business faster and growing stronger than ever before. Through the launch of the global G4S Academy, the organisation is offering an opportunity to share knowledge and work more collaboratively with customers. Sector specific solutions and a global approach to risk and investment in technology are delivering clear benefits to customers and differentiating G4S’s offering in the security market. Below are some examples of G4S Integrated Security delivered to customers around the world. G4S Americas In the United States, one of G4S Americas’ Security and Risk Operations Centre helps prepare for, monitor and respond to threats from one central location. The Security and Risk Operations Centre, based in Florida, provides integrated security solutions by seamlessly combining monitoring capabilities, data analytics, enterprise risk intelligence and global response services. Through actionable data and valuable insights, G4S experts are able to identify threats early and respond quickly. Their technology enabled intelligence-gathering and data analytics enable customers to know immediately when incidents occur. They also allow the organisation to support customers by optimising spend, mitigating risk and enhancing their security programmes. G4S Europe & Middle East The diverse team of highly-trained security professionals has adapted to the changing security climate At a Critical National Infrastructure site in southwest England, G4S’s connected security professionals use technology and data to assess threats, manage incidents, and keep a large workforce safe. The diverse team of highly-trained security professionals has adapted to the changing security climate and conduct automated fever screening, as people enter their site. Specially trained security professionals use the best technology, including G4S’s proprietary software RISK360, on this complex, long-term project. G4S RISK360 proprietary software G4S RISK360 proprietary software allows the team to manage incidents, instantly share information, and detect patterns and trends. The training of connected security professionals is tailored to the site. They are setting the gold standard on securing critical infrastructure. In 2019, the Singapore Government asked the industry to prioritise technology over manpower through ‘Outcome Based Contracting’. G4S won an important contract to secure 62 schools using the Threat, Vulnerability, and Risk Assessment (TVRA) Solution. Threat, Vulnerability, and Risk Assessment Solution TVRA risk-based solution combines access control, biometric time and attendance with patrol and response The TVRA (Threat, Vulnerability, and Risk Assessment) risk-based solution combines access control, visitor management systems, biometric time and attendance with patrol and response, incident reporting, and remote CCTV monitoring. G4S security professionals and Security Risk Operations Centre are in control of the situation, at all times, using cutting edge technology and data analytics. These are just some of the ways by which G4S is securing the world. G4S Africa In South Africa, G4S security integration of risk consulting, security professionals and technology, for a global FMCG brand, is underpinned by the organisation’s data analytics. G4S security professionals protect valuable goods that are delivered all over the country. From the G4S Security and Risk Operations Centre near Johannesburg, experts use G4S RISK360 proprietary software to enable secure and reliable deliveries. The security software provides critical data and analysis that is then used to monitor and deploy resources to the highest risk areas. This data is continually shared with the customer, laying the foundation for a partnership that is building a more secure future.

St. James Hospital in Dublin, Ireland, which has more than 1,000 beds, is a teaching hospital that specialises in not only treatment but health promotion and preventative services at its central location. It is also a central location for the treatment of COVID-19 patients. Tasked with keeping patients and staff safe from the threat posed by the COVID-19 pandemic, St. James Hospital needed a way to add additional screening capabilities to its facility alongside its existing access control terminals. The technology needed to bring a multi-layered approach to screening individuals entering the hospital facility who could potentially introduce a significant amount of risk to those within the facility. Access control solution integrated St. James Hospital chose the Vanderbilt ACTpro access control solution integrated with the ZKTeco Proface-X-TD Facial Recognition Terminal to address its challenges. The ACTpro solution specifically used the ACT1500 Single Door IP Controller and ACT1030 MiFare Card Reader alongside the ZKTeco system. The Proface-X-TD solution uses intelligent engineering facial recognition algorithms and the latest computer vision technology. It supports both facial and palm verification for a fully touchless experience. Coupled with the Proface-X-TD solution, ACTpro can not only grant and restrict access based on biometric functionality, but can detect mask-wearing and high temperatures as a means to grant or restrict access to the facility. As a result, better hygiene is achieved with touchless biometric authentication, skin temperature detection, and masked individual identification. Anti-spoofing algorithm If a member of the staff presents to the door with high skin temperature, that individual is routed to another location, and the door will not open to identify potential infection. The Proface-X-TD solution is also equipped with an anti-spoofing algorithm for facial recognition against almost all types of fake photos and videos. The solution is ideally suited to hospitals like St. James because of their ability to be layered as part of a comprehensive approach to screening individuals considered at-risk for infection as a means to protect patients and other staff members. Elevated temperatures detections The touchless nature of the terminals brings safety and hygiene issues to the forefront, cutting down on possible exposure to infectious disease. The device detects people with elevated temperatures who can then be further scrutinised to add extra screening processes and identify potential disease exposure. This ability, along with the visitor check-in and tracking processes integrated with the ACTpro access control system, is a critical component in today’s modern healthcare facilities to provide real-time data for security officials.

Václav Havel Airport Prague (PRG), with its prime location in the Centre of Europe, is the largest and most important international airport in the Czech Republic. Prague Airport handled 17.8 million passengers in 2019 and received the Airport Service Quality Award 2019 awarded by ACI1 for the second time in a row. At Prague Airport, there are different types of areas restricted to authorised personnel. These are governed by an access control system fitted with approximately 1,000 readers and over 1,500 secured points (doors, locks, etc.). Mifare Desfire cards are predominantly in use for the time being. Among these, Security Restricted Areas (SRAs) are the highest security areas, with 60 access points of high importance. Contactless biometric technology Due to the critical nature of those areas, Prague Airport needed a very high level of security, and decided to implement a biometric solution, as the card itself (including with the use of a PIN code), would not be deemed as secure enough. The biometric system had to be able to cope with over 20,000 individuals, with the capability to increase to up to 30,000 users in the future. Prague Airport decided to keep the existing access cards but to add a biometric verification level for the SRAs. This means that the biometric solution would have to be used in combination with the existing cards through a two-step process. In order to avoid any physical contact with the devices, for user convenience as well as for hygienic considerations, it was decided to deploy a contactless biometric technology. Access control system The readers were installed at existing control points and are fully integrated into the airport access control system Prague Airport tested two technologies capable of connecting to its access control system, among which IDEMIA’s MorphoWave Compact contactless fingerprint terminal. After a thorough testing period, the choice was to go for IDEMIA’s technology for a number of reasons including: great user experience with an easy and quick hand gesture, as well as a strict GDPR compliance with users’ biometric information stored only in their cards. Prague Airport deployed more than 60 MorphoWave Compact in its SRAs. The readers were installed at existing control points and are fully integrated into the airport access control system. More than 20,000 users now have their biometric data in their access cards and the system is fully operational. Embedded card reader IDEMIA’s seamless biometric technology helps address health and safety issues. Employees appreciate the user experience provided by the solution deployed: it is easy to tap the access card onto the embedded card reader situated at the top of the reader and then to just wave the hand in a quick simple movement to get 4 fingerprint verified in less than 1 second, without the need to touch any part of the device. Airports is a key vertical among the many different ones served by IDEMIA. The biometric devices are used by 35+ of them throughout the world for staff access control, as here in Prague. The company’s biometric solutions are also used for border control and passenger flow facilitation, in more than 30 different airports.

Beginning September 1, 2020, six Vision-Box Automated Border Control (ABC) eGates will greet arriving travellers enrolled in the NEXUS Program at Winnipeg International Airport. As the only international airport in the Province of Manitoba, Winnipeg is an important travel hub for the region, having served close to 5 million aviation passengers in 2019. NEXUS program NEXUS is a trusted traveller program operated by Canada Border Services Agency (CBSA) that expedites border crossings for pre-approved and enrolled Canadian, American, and Mexican citizens. Travellers enrolled in the NEXUS program avoid border entry lines by using specially reserved lanes equipped with identity screening platforms for expedited checks when entering the country from anywhere in the world. Automated Border Control (ABC) eGates ABC eGates will facilitate and speed up the border clearance of arriving NEXUS enrolled passengers The Automated Border Control (ABC) eGates will facilitate and speed up the border clearance of arriving NEXUS enrolled passengers from all international locations using safe and secure automated biometric facial matching. “Finding better ways to serve the needs of travellers is paramount for Winnipeg Airports Authority,” said Barry Rempel, WAA President and Chief Executive Officer (CEO), adding “Adding Vison Box eGates for NEXUS users at Winnipeg Richardson International Airport not only enhances the customer experience but sets the foundation for future innovation and brings us one step closer to seamless, touchless passenger travel.” NEXUS touchless solution This is the first time that ABC Biometric eGates are being deployed to process NEXUS enrolled Travellers, instead of the regularly used NEXUS kiosks. It is also the first NEXUS touchless solution that will improve the border clearance process and give NEXUS travellers a unique convenience at the airport. The deployed GT-11 eGates are part of Vision-Box’s newest generation digital identity systems and will use the latest advances in biometric technology to securely and efficiently clear travellers using digital facial matching. The GT-11 eGates offer a smaller footprint than the previous NEXUS kiosks and are part of a modernising process for a seamless travel journey from curb to boarding at Winnipeg International Airport. Remote installation of border digital identity software This may also be the first time that a complete remote installation of border digital identity software has been successfully attempted and completed. Because of the COVID-19 pandemic that quickly spread across the globe, work at Winnipeg International Airport had to be stopped in February 2020, with only the physical installation of the eGates completed. Software and systems setup The ability to go live with a remote orchestrated installation is a major accomplishment" Logical setup of the software and system testing, prior to going live was then completed entirely from Vision-Box Lisbon headquarters, in close collaboration with Canada Border Services Agency (CBSA), using a dedicated secure connection. By remotely installing a border processing system, Vision-Box proved the feasibility and security of a remote installation process that could lead to far-reaching industry changes and cost-saving measures. “The ability to go live with a remote orchestrated installation is a major accomplishment,” said Miguel Leitmann, Vision-Box’s Chief Executive Officer (CEO), adding “Our team, along with CBSA and members of the Winnipeg Airport Authority worked tirelessly across time zones, with frequent and intense communication, to make this happen. I couldn’t be prouder of this accomplishment and I congratulate all the agencies and people involved in making this project a reality.”  Orchestra Digital Identity Management Platform Vision-Box’s Orchestra Digital Identity Management Platform will manage the Nexus border clearance and crossing process. Orchestra manages in real-time the necessary parameters of traveller identification at the crossing point. After the traveller scans their NEXUS member card, a photo is taken of the traveller’s face and a secure identification match is made against the biometric facial information in the traveller’s NEXUS membership profile. This system gives CBSA and Winnipeg International Airport added flexibility with faster dedicated lanes that simplifies the airport border clearance process along the way.

Iris ID, a provider of iris recognition technology, announced its contactless IrisAccess® biometric technology is being used for employee time and attendance at hotels in Iraq which are part of Millennium & Copthorne Hotels, a London-based hotel company that manages and operates 135 luxury hotels in 80 locations worldwide. The Millennium hotels – the Millennium Kurdistan, the Copthorne Hotel Baranan and Millennium Kurdistan Hotel and Spa – are located in the Sulaymaniyah province in the country’s Kurdistan region. Biometric readers The process takes a second to complete and is highly intuitive, requiring virtually no employee training to use" Mohammed Murad, vice president, global sales and business development, Iris ID, said iCAM 7S series biometric readers provide a quick and accurate way to record the time employees work each day. “The process takes a second to complete and is highly intuitive, requiring virtually no employee training to use,” he said. “The iCAM 7S platform automatically tilts to locate a person’s face and iris patterns. Also, it’s important in the COVID-19 era, that the technology is contactless and not impacted by employees wearing personal protective equipment such as gloves, masks and goggles.” Integrate with the payroll management system The iCAM 7S time and attendance units integrate with the hotels’ payroll management system to ensure accurate reporting of hours worked without any manual processes. Iris ID’s highly accurate identity verification technology eliminates a costly payroll fraud scheme known as buddy punching – when one employee signs in or out for another. InfoMet Technologies, an Istanbul, Turkey-based integrator of security and building management systems, installed the Iris ID system in the three Iraqi hotels.

It has been a long time coming, but the Bexar County Metro 911 Emergency Operations Centre (EOC) is up and running, and the security systems implemented to protect the facility are among the best of the best. The regional operations centre unifies emergency operations into one cutting-edge facility. A New Home Built in San Antonio, Texas, the EOC provides a new home for the Bexar County Sheriff’s communications operations and is an alternate site for the San Antonio police and San Antonio fire and EMS operations. The facility is a joint operations centre not only for Bexar County but also for Comal (New Braunfels) and Guadalupe (Sequin) counties. Tight security system All three counties touch dividing lines and are considered part of the San Antonio metro area. Bexar Metro 911 Executive Director Bill Buchholtz said building the facility has stayed on budget of $40 million, “give or take a couple of million.” The electrical system meets Tier IV data centre standards for maintaining operations regardless of any unplanned activity, and the mechanical system meets Tier III standards. Because the building is under a tight security system inside and out, it was also important that redundant systems were in place, as well as uninterrupted power. Employees based at the monitors on the main floor are given breaks every so often to decompress, relax and interact. Early stages of planning Alterman staff was fortunate to work with the general contractor in the early stages of planning security Alterman Technologies was hired to provide, install and direct the security solutions effort for general contractor Whiting-Turner, who directed construction on the 81,500 square foot facility located on 11 acres of land. Alterman Technologies’ staff was fortunate to work with the general contractor in the early stages of planning security for this facility. According to James Carmen, Alterman’s Project Engineer, being able to make early and consistent contact allowed for the integrator to help specify the types of security that they felt would most satisfy the end user. It also allowed the installation crew to be able to meet their integration deadline of 8 months, long before the overall construction of the facility was complete. Enterprise access control systems “We were able to evaluate all components of the security solution when we saw the demonstrations of the Lenel, Axis and Salient products,” Carmen said. “We’re pleased with the decisions we made to deploy this security equipment.” To keep the facility secure, Alterman Technologies installed 170 IP cameras inside and out to enforce perimeter security. Now that the facility has been formally dedicated and is fully in use, if a person doesn’t have a reason to be on property, they aren’t getting inside. The facility is secure. Alterman Technologies installed 120 door enterprise access control systems, including iClass biometric readers. Video management systems To monitor both the outside perimeter and inside the building itself, 110 5 MP Axis Communications IP cameras were paired with Salient Enterprise video management systems integrated with the Lenel access control solution. Inside the operations centre, the facility is outfitted with 100 55-inch video control systems side by side, all of which are integrated with video and audio control solutions. During Hurricane Harvey, operators inside are able to coordinate any and all emergency and rescue operations Inside the facility, there is a first-floor, open room for 104 operator desk consoles, where operators can keep tabs on all three counties. Operators sit in a 13,878-squarefoot Public Safety Answering Point (PSAP) to handle all 911 calls, formerly managed at 25 different locations. In fact, during the recent Hurricane Harvey, operators inside are able to coordinate any and all emergency and rescue operations. Getting behind the power “The ability to have multiple supervisor control stations is a key feature, providing access to sources and allowing supervisors to manipulate the wall and change presets as needed,” said Art Salinas, Project Manager for Alterman Technologies. “It’s a great system with no real limitations. I believe the client has been pleased with the capability to control and preview content before it goes on the wall. They currently have about 30 preset displays.” With the number of cameras and the video streaming to the facility, Salinas had to be certain the equipment he was recommending and the software that would power the system would work without a hitch, 24 hours a day, seven days a week. “Our work to determine the right kind of solution was very involved, and we evaluated all the systems,” Salinas said. “When it came right down to it, we selected Lenel’s OnGuard for access control, Axis Communications IP cameras and Salient’s VMS and its PowerUltra servers. All of this is securely stored in an enclosed network so there is no worry of outside hacking.” Perimeter security system With three counties and multiple agencies using this facility, the security solutions have to be dependable" Salient Regional Sales Representative Paul Fisher said the choice of VMS was truly an important decision because it had to be strong enough to stop any breaches but also be able to provide the ability to run the perimeter security system and the internal security. “Our VMS solution is able to take the lead with all the streaming video and push it wherever it is directed,” Fisher said. “With three counties and multiple agencies using this facility, the security solutions have to be dependable, yet easy to use. We were invited in to demonstrate the system, and we were able to show numerous details that would benefit the end user. We are able to provide reliability and scalability, and we’re a local company, so that worked to our benefit as well,” Fisher said. Law enforcement officials The facility is designed to provide uninterrupted 911 services during various emergencies, including terrorist attacks and natural disasters. There also is an onsite helipad for access by law enforcement officials, should area roadways be closed or congested, and for staging for media during a public emergency. The building is constructed to withstand an EF3 tornado strike and to operate without any public utilities for an extended period of time. “The mission of the facility is to provide that emergency response when a caller is quite possibly going through the worst experience of their life,” said James Hasslocher, Bexar Metro 911 Network District Chairman.

A shift toward touchless devices during the coronavirus pandemic has been a boon to the biometrics sector. Another factor in the recent increase in use of biometrics is lower prices, which are a symptom of a maturing market and of new technology capabilities. Increasingly, integration of biometrics with access control and other security systems is expanding use cases and sales numbers. For additional insights, we asked this week’s Expert Panel Roundtable: What are the new trends and opportunities with biometrics (facial, fingerprint, iris and/or voice)?

The general public gets much of its understanding of security industry technology from watching movies and TV. However, there is a gap between reality and the fantasy world. Understanding of security technologies may also be shaped by news coverage, including expression of extreme or even exaggerated concerns about privacy. The first step in addressing any challenge is greater awareness, so we asked this week’s Expert Panel Roundtable: Which security industry technology is most misunderstood by the general public and why?

Securing large campus environments can be particularly demanding and requires a range of technology solutions. In effect, a campus may represent a dozen or more individual facilities to be secured, in addition to protecting the overall environment. Seeking more insight into the number and variety of needs of securing a campus, we asked this week’s Expert Panel Roundtable: What are the security challenges of protecting large campus environments?