Scanners

IriTech’s IriSentinel Handheld Iris Recognition Scanner has officially become the first iris authentication device to comply with the Modular Open Identity Platform (MOSIP) SBI 2.0 (L1) specification. MOSIP is an open source software standard that was established to help governments looking to introduce their own national identifiers.

Now that the IriSentinel is MOSIP compliant, governments can use the device to verify the identity of citizens registered in such a program. The IriSentinel is able to authenticate registered users with iris biometrics. It can also be associated with IriTech’s IriShield device, capable of performing iris capture. The IriShield complies with the MOSIP SBI 1.0 (L1) specification, making IriTech the first company to offer both enrollment (SBI 1.0) and authentication (SBI 2.0) iris scanners built to the MOSIP standard.

According to IriTech, MOSIP technology will help boost financial inclusion and make it easier for more people to participate in the digital economy. The IriShield enrollment device is already being used to register citizens in the PhilSys national identification program in the Philippines, while the new certified IriSentinel has been selected for a unique digital identity pilot project in Sri Lanka. The IriSentinel has an integrated IT system and uses NXP’s hardware security technology to protect the biometric information of people using the solution.

MOSIP projects have been launched in Guinea, Ethiopia and Morocco, in addition to Sri Lanka and the Philippines. The Guinean project is carried out with technology from TECH5, which was the first supplier to offer support for the MOSIP platform in 2019.

The MOSIP standard itself was inspired by India’s Aadhaar National Identification Program. The IriShield was previously used to enroll people in the Aadhaar system, which now has over a billion people registered. IriTech has also pushed its IriKey digital wallet for those looking to engage in risky financial transactions.

–

September 1, 2021 – by Eric Weiss

President Joe Biden was vague and uncertain Thursday when a White House reporter asked him whether the United States had given the Taliban a list of Americans and Afghans to protect – an action that would amount to handing a list to kill to a mortal enemy.

“I can’t tell you for sure that there actually was a list of names,” Biden said. “I don’t know – there may have been, but I don’t know of any circumstances. “

Meanwhile, the Taliban are certain they have a casualty list.

In a rare interview, a Taliban brigade commander officially confirmed that the Taliban were using a US-built biometric database and some 7,000 hand-held scanners left in Kabul during Biden’s frantic withdrawal.

The Taliban, the brigade commander said, mobilized a special unit called Al Isha to hunt down the Americans and their allies. The existence of this unit has not been previously reported in Western media.

Al Isha Unit Brigade Commander Nawazuddin Haqqani boasted in an interview with Zenger News that his unit uses US-made handheld scanners to tap into a massive, US-built biometric database. United and positively identify anyone who has helped NATO. allies or worked with the Indian Secret Service. Those who try to deny or downplay their role will find themselves contradicted by the detailed computer records.

The existence of the Al Isha unit has not been previously confirmed by the Taliban; So far, the Haqqani Network, a Taliban-aligned terrorist group, has not admitted its role in targeting Afghans or its use of America’s vast biometric database.

The Haqqani Network is “the deadliest and most sophisticated insurgent group targeting US, coalition and Afghan forces,” according to the US National Counterterrorism Center.

The power and scope of the US biometric database is mind-boggling. Virtually everyone who has worked with the Afghan government or the US military, including interpreters, drivers, nurses, and secretaries, have had their fingerprints and scanned for the biometric database in the past 12 years.

US officials have not confirmed how many of the 7,000 hand-held scanners were left behind or whether the biometric database could be removed remotely.

The U.S. state and defense departments acknowledged receipt of Zenger’s questions for this story on Tuesday. Pentagon spokesman Lt. Col. Anton Semelroth said he would pass them on to “the right people,” but did not provide answers until press time. State Department press secretary Nicole Thompson said the issues were “being worked on” within the agency, but also did not provide a response. White House deputy press secretary Karine Jean-Pierre did not respond to multiple requests for comment.

Zenger again asked the three agencies for comment on Friday morning; none of them responded to the questions on file.

“Now that Kabul is taken, operational work has taken a back seat and we have focused on counterintelligence,” Nawazuddin Haqqani told Zenger in a telephone conversation on August 21. madrasas [Islamic religious schools], the Al Isha group is now the main agency in charge of this [biometric] data project.

“We control the Home Office and the national biometric database they kept. We now have everyone’s data with us, including journalists and so-called human rights defenders. We haven’t killed a single foreign journalist, have we? We don’t stop the families of these people [who are on the blacklist] Either, ”he said. “But American, NDS [Afghanistan’s National Directorate of Security] and RAW [India’s Research and Analysis Wing] the puppets will not be released. They will always be watched by Al Isha. Those who barked until a few days ago about having US dollars in their pockets, they will not be spared. They can not be spared, right?

The database, which includes fingerprints, iris scans and other biographical data, was housed in a whitewashed interior ministry building in Kabul. “The centerpiece of the program is the Afghan Automated Biometric Identification System (AABIS), administered by some 50 Afghans at the Interior Ministry in Kabul,” according to a 2011 FBI press release. published an official “Commander’s Guide to Biometrics In Afghanistan” manual in 2011.

The United States began with data from some 300,000 Afghans in 2009, mostly Afghan prisoners and soldiers according to NATO, and the biometric center opened in November 2010. US officials aimed to compile information out of as many as 25 million Afghans, or about 80 percent of the population. , Annie Jacobsen, author of “First Platoon: A Story of Modern War in The Age of Identity Dominance” (Penguin, 2020), told National Public Radio last year. The exact number of Afghans covered by the database remains confidential.

At first, the United States hoped to use the biometric database to spot infiltrated Taliban or catch roadside bomb makers, which had claimed the lives of hundreds of American and Allied sources since 2001. Later, it has evolved into a means of identifying virtually all Afghans. that US forces hired or visited. In 2014, the US military called its strategy “identity domination”.

Now, this identity domination belongs to the Taliban. “We are not collecting new data – we already have it,” Nawazuddin Haqqani said. “The group [Al Isha] just keep an eye out that if anyone has worked for America or the National Directorate of Security [the former Afghan government’s intelligence agency]. “The database is also used to find anyone who has worked with British, European or Indian intelligence services,” he said.

“The question [data collection and making of the list] is being exaggerated by the foreign media and it is nothing more than a campaign to slander us, ”he said. He argued that the database was used to spare the lives of foreign journalists.

Al Isha’s unit has more than doubled in size from 500 to nearly 1,100 over the past month, he told Zenger, and has spread to several of Afghanistan’s 34 provinces.

Asked about reports that Pakistani intelligence agents were overseeing the Al Isha unit’s use of biometric data to interrogate former US allies, Nawazuddin Haqqani did not deny the connection with Pakistan. “You are not that naive – you know the answer to that,” he said. “But what I can say is that you don’t have to train everyone in Pakistan. the emirs [local Taliban chieftains] are quite capable of training infantrymen in handling equipment.

This suggests that the Pakistani spy agency, Inter-Services Intelligence or ISI, has access to the US biometric database. If Al Isha can identify Indian intelligence sources in Afghanistan, the Pakistanis will pursue them as well.

Asked about the details of the data collection, he declined to answer and said: “This is a question that [Taliban political spokesperson Suhail] Shaheen should answer.

Shaheen declined to comment on Al Isha’s existence, the presence of Pakistani intelligence officers, and the use of US-made biometric technology in Afghanistan.

Nawazuddin Haqqani revealed the history and command structure of the Al Isha unit. “The Al Isha is nothing new. It is one of the three groups of the Khalil Haqqani brigade, ”he said.

The brigade is a military unit of over 2,000 fighters named after Khalil Haqqani, who has a $ 5 million bounty on his head and leads Badri 313, which recently mocked the iconic photo US Marines hoisting an American flag over Iwo Jima. .

Khalil Haqqani is the brother of the late Jalaluddin Haqqani, who mentored Osama Bin Laden and later served as Taliban minister in the 1990s.

Nawazuddin Haqqani is a member of the Haqqani clan whom Khalil personally charged with counterintelligence operations in Kabul. In many ways, Nawazuddin is treated like Khalil’s son. But their exact family relationship is debated among Western intelligence analysts and is a sensitive topic on which the Taliban and Haqqani sources decline to comment.

In another part of Kabul, a 26-year-old former Afghan National Army corps commander was reached on his mobile phone on August 16, hours after the Taliban captured the city.

“Well, I came home safe and sound and I’m with my parents, my wife and my child,” he said. “But I don’t think I’ll be here for long. They’re going door-to-door and scanning everyone with biometric scanners, and they’ll be knocking on my door anytime now. “

When asked if he was referring to the Taliban, his words were precise: “Actually, the Al Isha. “

The corps commander, who requested that his name not be released because Al Isha is actively hunting him, says he is in the biometric database due to his volunteer work as a media coordinator with an Afghan non-profit organization.

“The Afghan Taliban are unable to manage the biometric equipment or the database,” he said. “Each research team is supervised by a Pakistani officer or a member of the Haqqani network. “

The phone of the former corps commander has since died.

Edited by David Martosko

The Orange County Election Office Supervisor in Florida has expanded his relationship with BIO-key. The Election Office had already deployed BIO-key’s EcoID scanner in 2019 and will now complement it with the PortalGuard identity and access management solution to further consolidate its identity and access management operations.

BIO-key highlighted the seasonal nature of electoral work as a key factor in the county’s decision. In this regard, he noted that election offices often have a large number of full-time and part-time workers, in addition to volunteer staff in the run-up to elections. The Office needs to onboard all these workers as quickly and efficiently as possible, while ensuring that only authorized workers have access to sensitive voter data.

PortalGuard offers a viable solution to this problem. The platform supports sixteen authentication factors (including multiple biometric authentication factors) and generates a verifiable record of every login event. This means the office knows exactly who has access to what information, even when staff members log in from shared desktops, as is often the case in Orange County.

PortalGuard is compatible with EcoID scanners, which are FIPS compliant. The election office used scanners to identify employees through fingerprint recognition.

“Our growing engagement with the County Election Office Supervisor confirms that we understand their unique security use cases and that our bespoke IAM solutions meet their needs,” said BIO-key President and CEO Mike DePasquale. “BIO-key empowers election officials to meet the challenges of a changing threat landscape in an easy-to-deploy and cost-effective way. “

BIO-key recently unveiled the EcoID II, the latest version of its USB fingerprint reader. PortalGuard, meanwhile, has proven to be extremely popular with academic institutions and government agencies, including the Ministries of Justice and Defense. BIO-key also took PortalGuard to the National Association of Counties conference in July.

–

August 27, 2021 – by Eric Weiss

Swiss entrepreneurs and researchers have announced an effort to create a mobile contactless scanner that reads the veins of the hands as a biometric identifier.

The groups involved are the startup Global ID SA and the Idiap Research Institute. The impetus for the two-year, $ 1.1 million Candy project is to reliably identify people in medical settings without having to clean scanners of potential COVID contamination.

The pair say they will rely on a high-definition multispectral sensor. A first version of the biometric device could have read the identifiers through surgical gloves. Entire hands are captured, making it more difficult for criminals to spoof the system.

Global ID CEO Lambert Sonna said in a press release that the entities’ ultimate goal is to ensure data security and privacy while tackling central biometric issues regarding reliability, robustness and the cost. They have already developed a scanner capable of scanning veins through a surgical glove and now hope to make the scan fast and non-contact.

Sébastien Marcel, head of Idiap’s research group on security and confidentiality in biometrics, underlines the importance of detecting presentation attacks for venous recognition. Idiap researchers have also developed a biohaching technique to protect venous biometric models.

A similar biometric project, although with a retail focus, is underway at Amazon. The company is rolling out non-contact palmprint scanners in some of its physical stores and is attracting the attention of privacy advocates.

Articles topics

biometric identification | biometric sensors | biometrics | CANDY project | contactless | Global identifier | Idiap | mobile device | palm vein | research and development | vein recognition

FACTS AT A GLANCE
Editing: 6; Posted: May 2021
Executive pool: 421
Companies: 65 – Players covered include 3D Systems Corporation; Arctec 3D; Carl-Zeiss Industrial Metrology LLC; Creaform, Inc .; FARO Technologies, Inc .; GOM GmbH; Hexagon AB; Maptek Pty Ltd .; NextEngine Inc .; Nikon Metrology NV; Optical measurement products; Perceptron Inc .; Topcon Corporation; Trimble, Inc. et al.
Blanket: All major geographies and key segments
Segments: Type (laser, optical, structured light, other types); Product (on fixed CMM, portable CMM, tripod mounted, desktop); Range (short range, medium range, Long range); End use (automotive, aerospace and defense, architecture and construction, healthcare, other end uses)
Geographies: World; United States; Canada; Japan; China; Europe; France; Germany; Italy; UK; Rest of Europe; Asia Pacific; Rest of the world.

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ABSTRACT-

Global 3D Scanners Market to Reach $ 5.8 billion by 2024

3D scanning is a non-contact, non-destructive process of digitally analyzing and capturing the shape of physical or real objects. Data collected on the shape and appearance of the physical object or the real world is used to create digital 3D models. A 3D scanner uses many different technologies including laser, optical and structured to build digitized models of objects. Structured light 3D scanners and industrial computed tomography can be used to generate digital 3D models without destructive testing. The 3D model includes a point cloud of geometric samples which are then used to infer the shape of the object. Common applications of 3D scanning include industrial design, orthotics and prosthetics, motion capture, gesture recognition, reverse engineering and prototyping, robotic mapping, augmented and virtual reality, and control / quality inspection.

The previous decade saw massive improvements in 3D scanning technology in terms of scanning rate, capture range, display resolution, storage capacity, battery life, portability, ease of use. ‘use, low noise and remote control features. Modern 3D scanners come equipped with the best ability to scan objects in a huge range of sizes, from submillimeter scale to large objects such as airplanes, ship propellers, wind turbines and multi-story buildings. Incorporating laser, optical or structured light technology, 3D scanners are offered in different versions such as fixed CMM scanners, portable CMM scanners, tripod mounted scanners and desktop scanners. On the basis of the scope capability of the device, the 3D scanner market is segmented into short range, medium range and Long range segments. By end use, the market can be segmented into automotive, aerospace and defense, architecture and construction, healthcare, and other end uses.

Amid COVID-19 Crisis, Global 3D Scanners Market Expected to Reach US $ 5.8 billion by 2024, registering a compound annual growth rate (CAGR) of 7.4% over the analysis period. United States represents the largest regional market for 3D scanners, accounting for an estimated 39.3% share of the global total. The market is expected to reach 2.4 billion US dollars before the end of the analysis period. China is expected to spearhead the growth and become the fastest growing regional market with a CAGR of 9.6% during the analysis period. The market is driven by the growing need to maintain high quality standards in manufacturing operations. Market opportunities for 3D scanning technology are emerging from the increasing digitization seen in various industries. The market is also being influenced by the need for real-time analysis of large volumes of 3D data, the time and cost savings associated with the use of cloud computing services, and the growing trend towards outsourcing of 3D data. 3D scanning services. The growing adoption of automation and the emergence of “Smart Factory” and “Smart Manufacturing” concepts are driving the adoption of 3D scanning technology. The advent of Industry 4.0 has opened up opportunities for transparent data exchange and process automation in manufacturing systems. Therefore, 3D scanning systems are increasingly adopted by various industries including aerospace, architecture, automotive, construction, defense, electronics, energy and healthcare. The increased automation driven by the Industrial Internet of Things (IIoT) is also driving the demand for 3D scanning systems. The demand for 3D scanning tools in particular is expected to grow rapidly in the coming years as sensors and robotic arms continue to be widely deployed in the automation industry. Manufacturing plants use optical microscopy compatible robots that are able to analyze measurement data in real time. Growing popularity of virtual simulations, reverse engineering and quality control in manufacturing industry is driving demand for advanced 3D scanning equipment in several industries including aerospace, automotive, defense, energy and electronics, among others.

The continued increase in investments by major market players in research and development (R&D) activities aimed at diversifying product offerings and maintaining their competitive edge in the market is expected to provide significant growth potential in global digitization technology. 3d. Suppliers of 3D scanners require continuous upgrading and restructuring of their R&D to develop more advanced systems. In addition, with the in-house implementation of 3D scanning processes becoming a financial burden, alternative models, including 3D scanning services, appear to be cost-effective solutions to overcome the high investment costs. To implement 3D scanning in production and product development processes, companies should either set up a new facility or outsource the same. Increasingly, businesses are outsourcing their 3D scanning needs to service providers. In the future, the demand for 3D scanning service providers would increase as more and more manufacturing companies seek to outsource the work to these service providers to reduce measurement times and measurement uncertainty and to improve the overall stability of the process. Looking ahead, the growth momentum of the 3D scanners market is expected to continue, against a backdrop of increasing use of technology in various established and emerging applications. Following

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Uruguayan payment and collection provider Redpagos has selected Integrated Biometrics’ fingerprint technology to verify the identity of its customers at 460 locations across the country.

According to a LinkedIn post from Latin America Vice President of Integrated Biometrics, James M. Bell, the solution is provided by CommandLine, IB’s systems integration partner for Uruguay.

Redpagos serves over a million people and completes a total of 7 million transactions per month.

Fingerprints are collected from new users upon registration and all transactions are verified against the national vital statistics database, known as DNIC (Dirección Nacional de Identificación Civil). That, says Bell, translates to fast and accurate connections and identification.

The company has made progress in Latin America with a recent contract signed by its partner Akiyama with the Brazilian Federal Police, and a series of financial institutions in Mexico signed up to use its biometric fingerprint scanners last year. .

IB recently appointed biometrics industry veteran Shawn O’Rourke as its new CEO, and the company expects to reach $ 50 million in annual revenue in 2021.

Articles topics

biometric identification | biometrics | Command line | fingerprint recognition | fingerprint scanners | identity verification | Integrated biometrics | Latin America | partner program

Uruguayan payment and collection provider Redpagos has selected Integrated Biometrics’ fingerprint technology to verify the identity of its customers at 460 locations across the country.

According to a LinkedIn post from Latin America Vice President of Integrated Biometrics, James M. Bell, the solution is provided by CommandLine, IB’s systems integration partner for Uruguay.

Redpagos serves over a million people and completes a total of 7 million transactions per month.

Fingerprints are collected from new users upon registration and all transactions are verified against the national vital statistics database, known as DNIC (Dirección Nacional de Identificación Civil). That, says Bell, translates to fast and accurate connections and identification.

The company has made progress in Latin America with a recent contract signed by its partner Akiyama with the Brazilian Federal Police, and a series of financial institutions in Mexico signed up to use its biometric fingerprint scanners last year. .

IB recently appointed biometrics industry veteran Shawn O’Rourke as new CEO, and the company expects to reach $ 50 million in annual revenue in 2021.

Articles topics

biometric identification | biometrics | Command line | fingerprint recognition | fingerprint scanners | identity verification | Integrated biometrics | Latin America | partner program

– The Access Control Market Analysis conducted by Future Market Insight (FMI) provides insight into the main drivers of market growth. The report highlights the factors determining the outlook for access control demand in terms of components and system type. According to IMF, the demand for integrated access control solutions to provide a safe working environment will remain the main driver of growth.

DUBAI, United Arab Emirates, July 15, 2021 / PRNewswire / – Global Access Control Market Value To Exceed US $ 15 billion by 2021. According to an IMF study, the access control market should reach a valuation of $ 50.4 billion through 2031, increasing at a CAGR of 12.6% during the forecast period 2021-2031 compared to the CAGR of 8.1% recorded between 2016 and 2020.

The emergence of digitalization and cloud computing across the world is driving the market. With the increasing adoption of these cloud-based technologies, the risk of cybercrime, digital fraud and potential information leaks has also increased, making the use of access control systems indispensable in various industrial sectors. This should create lucrative sales opportunities in the market.

The growing need for integrated access control solutions to create a safe working environment is driving demand. It also enabled the market to register an annual growth of 10.8% in 2021. In response to the growing risk of data and security theft, IT companies are installing more and more access control systems to record employee entry and exit times.

The technology also helps prevent unsolicited entry to campus and minimize the risk of a data breach. Thus, the information technology and telecommunications sector is expected to contribute a revenue share of around 23% by 2021, according to IMF.

The fingerprint reader dominates the segment of hardware access control components. Promoted by the heavy use of these scanners in smartphones and laptops to eliminate the need for passwords and login credentials, the fingerprint access control system is expected to account for over 35% of the share market in 2021.

“The main players in the access control market are investing in research and development (R&D) activities and collaborating with other companies to develop industry-specific solutions” said the IMF analyst.

Request a sample report for complete information on https://www.futuremarketinsights.com/reports/sample/rep-gb-13363

Key points to remember from Access control Market research

• North America is expected to remain one of the most attractive markets, with the United States accounting for a market share of over 79% in the region by 2031.
• The UK is expected to dominate the European market with sales growth of access control solutions at a CAGR of over 15% through 2031.
• Thanks to growing government investments in infrastructure development, the demand for access control solutions in China is expected to increase to a CARG of 12% over the forecast period.
• With the increase in terrorist threats in India, the demand for access control solutions in the country is expected to exceed an assessment of US $ 751 million by 2031.
• Japan is expected to become a very lucrative market, growing at a robust 17% CAGR over the next ten years.

Key factors

• Growing awareness of cybercrime and data security is fueling demand for access control solutions.
• The advent of digitalization is expected to create sales opportunities for access control solutions.
• The ongoing technological development in access control solutions will enhance the growth of the market.
• The increasing shift from key-based access control to keyless access control is driving the growth of the market.

Key restrictions

• The high cost of installation is a factor hampering the demand for access control solutions.
• The compulsion to be hacked negatively affects the growth of the access control market.

Learn more about the access control analysis with numbers and data tables, as well as table of contents. Ask a [email protected] https://www.futuremarketinsights.com/ask-question/rep-gb-13363

Competitive landscape

Manufacturers operating in the access control market place great emphasis on optimizing their portfolio of existing products and services. Some of the market players are focusing on endorsing their product to expand their market share, for example.

• Honeywell has extended the capabilities of its MAXPRO Cloud portfolio by February 2021, with the launch of its new products MPA1 and MPA2, access control panels that offer web, cloud and on-premise hosting options.
• Nedap’s AEOS physical access control system has received CPNI certification, making it suitable for UK Technical Authority standards applications.

Some of the major players operating in the market presented by IMF are:

• Username
• Honeywell International Inc.
• NEC Company
• Johnson Controls
• Bosch Safety and Security Systems
• Assa Abloy AB
• Thales Group
• STANLEY Converged Security Solutions, Inc.
• 3M
• Secom Co., Ltd
• Dormakaba Holding AG
• HID Global
• Matrix Comsec Pvt. Ltd.
• Paxton Access Ltd.
• BioEnable Technologies Pvt Ltd.
• Technovision Specters (India) Pvt. Ltd.
• ZKTeco India
• Intellicon Private

More valuable information on Access control Marlet

IMF in its new report offers an unbiased analysis of the global access control market, analyzing forecast statistics to 2021 and beyond. The survey reveals growth projections for the Access Control market with detailed segmentation:

By component:

• Equipment
• Fingerprint scanners
• Facial recognition devices
• Iris scanners
• Smartcard
• Others
• Software
• Integrated access control software
• Stand-alone software / middleware
• Facial recognition software
• Iris recognition software
• Others
• Services
• Professional services
• System integration and installation
• Security advice
• Assistance and maintenance
• Managed Services

By type of system:

• Fingerprint access control systems
• Facial recognition access control systems
• Iris recognition access control systems
• Card access control systems
• Others

By industry:

• IT & Telecom
• BFSI
• Military & Defense
• Manufacturing
• Health care
• Logistic transport
• Government
• Education
• Others

By region:

• North America
• Latin America
• Europe
• East Asia
• South Asia & Pacific
• India
• Middle East and Africa (AEM)

Request a report [email protected] https://www.futuremarketinsights.com/reports/brochure/rep-gb-13363

Key questions addressed in the report

• The report provides an overview of the access control market demand outlook for the forecast period 2021-2031
• The market research also highlights the expected sales growth for the Access Control market between 2021 and 2031.
• The Access Control market research identifies key growth drivers, restraints, and other forces impacting dominant trends and evaluating the current market size and forecast and technological advancements in the market. within the industry
• Analysis of access control market shares, covering key companies in the sector and coverage of strategies such as mergers and acquisitions, joint ventures, collaborations or partnerships, etc.

Explore FMI’s extensive technology coverage

Conference Room Solutions Market: Global Conference Room Solutions Market report from IMF provides a detailed overview of the future expansion prospects, trends, and challenges that the market is likely to face over the course of the next decade. Key statistics regarding key segments have been presented in important geographies along with a detailed assessment of the competitive landscape of the market.

Managed File Transfer (MFT) Market: Future Market Insights gives detailed segmentation of the global Managed File Transfer (MFT) market with upcoming market trends, challenges and future growth dynamics in key geographies and the leading segments. The report offers a holistic approach, mapping the competitive landscape with a detailed analysis of established players, new entrants and opportunities likely to prevail over the decade 2021-2031.

Computerized Maintenance Management System (CMMS) Market: The Computerized Maintenance Management System (CMMS) Market Study released by IMF offers a comprehensive analysis and focused views on the key trends that are expected to shape the outlook future growth. The report provides a detailed analysis of the major drivers, trends, challenges and opportunities prevailing for the next decade in the major geographies as well as the competitive landscape for the next decade.

About Future Market Insights (FMI)

Future Market Insights (FMI) is a leading provider of business information and advisory services, serving clients in more than 150 countries. IMF is headquartered in Dubai, and has delivery centers in UK, US and India. IMF’s latest market research and industry analysis reports help companies meet challenges and make critical decisions with confidence and clarity amid fierce competition. Our personalized and syndicated market research reports deliver actionable insights that drive sustainable growth. A team of analysts led by FMI experts continually monitors emerging trends and events across a wide range of industries to ensure our clients are preparing for the changing needs of their consumers.

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Bosch Building Technologies partners with IDEMIA to provide biometric access control solutions to its customers. Bosch is best known for its Building Integration System (BIS), which combines a number of different security functions under one software.

Older versions of BIS supported everything from fire alarms and CCTV to the public address system. The partnership with IDEMIA will add biometric access control terminals to the mix. The BIS is now specifically compatible with IDEMIA’s MorphoWave fingerprint scanner, and with its VisionPass facial recognition terminal.

As a result, IDEMIA will be able to seamlessly install both solutions in all offices, factories and commercial buildings that operate on the larger BIS platform. The MorphoWave is a non-contact scanner that matches four fingerprints when someone passes their hand through their device, while VisionPass comes with built-in 2D, 3D, and infrared cameras that can match up to 30 faces in one minute. .

Together, the two companies hope to capture a portion of a $ 1.4 billion biometric access control market by 2024. They argue that biometric access control is more efficient and reliable. than traditional security methodologies like ID cards, which can be copied. or stolen and therefore do not offer the same guarantees of identity as immutable biometrics that cannot be shared with another person. Contactless devices can also identify people wearing masks and are more hygienic in a post-COVID-19 environment.

“We are delighted to start this global partnership with Bosch,” said Yves Portalier, Executive Vice President of IDEMIA Biometric Devices and Automotive. “The combination of our biometric devices with the BIS platform will constitute a solid offer for companies looking for a high level of security and comfort of use. “

VisionPass was named best biometric solution at the SIA New Product Showcase Awards in July 2020, while IDEMIA installed MorphoWave in its own offices in Tokyo. Telefónica also began marketing MorphoWave to its own customers earlier this year.

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July 13, 2021 – by Eric Weiss