Biometric Access Control

Finger print scanner in use featuring Why biometrics is growing in developing countries

Why Biometrics is Growing in Developing Countries

At Arana Security, we’ve seen an increase in the instalment and use of biometrics in developing countries and wanted to explore why and how this has happened. The World Bank estimates that nearly 1 billion people in developing countries worldwide do not officially exist due to a lack of formal identification. This issue has serious implications for both individuals, businesses and governments, stunting the opportunity for political, economic and social development. The introduction and widespread adoption of biometric identification systems in these developing nations has been key in tackling this issue in recent years, with the rapid reduction of people without formal identities from 1.5 billion in 2016 to 1.1 billion in 2017. So, what have been the driving factors in the growth of biometrics in developing countries? Closing the ‘identity gap’ In parts of the world where it can be difficult to access ID cards, passports or birth certificates, individuals struggle to access services and rights that are taken for granted in developing countries. These include: Healthcare Voter registration Financial aid Payroll and pension services Education Formal employment Mobile phones Bank accounts Travel Without unique and reliable individual identifiers, governments cannot provide goods and services to the population and tax evasion and fraud tend to be prevalent. The resource-intensive paper system used in these countries is easily manipulated and fragile in nature. It has become clear to the governments in these nations that the identity gap is not just a symptom of underdevelopment, but a major contributing factor. Beyond the opportunities for individual citizens, ensuring the entire population has a legal identity is vital for national development, the ability to raise revenue and promoting and encouraging growth in the private sector. The United Nations Sustainable Development Goals include ensuring that everyone has a legal identity by 2030 which prompted groups like the World Bank to set up ID4D (ID for development) and ID4 Africa. With access to biometric technology like our Biometrics ID products, these groups are working to tackle the identity gap challenge and help grow the use of biometrics in developing countries. Developments in technology The technology behind biometrics in developing countries has not always been accessible due to a range of complex factors including cost, infrastructure, remoteness and environment. In recent years rapidly falling costs have opened the biometrics market up to parts of the world that need it desperately, and advancements in biometrics tech have made the identification and authentication of hundreds of millions of people a possibility. Extreme environmental conditions that previously seemed insurmountable have been overcome by tech innovation. Extreme temperature, dust and sunlight that would render tech ineffective have been combated with adaptable, lightweight mobile devices. Combining these devices with biometric technology has facilitated the successful implementation of identity programmes. A booming industry The scope of the identification issue in developing countries has created huge opportunities for biometrics companies which in turn drives innovation and progress. In Africa and the Middle East, the biometrics market is forecast to grow at an annual rate of 21%. By 2027, the global biometrics industry is expected to reach $82 billion, according to the report, ‘Biometrics – Global Market Trajectory & Analytics 2020,’ published by Global Industry Analysts.  In developed countries, biometrics evolved from law enforcement, through border control, to broader use purposes. Due to the identity gap, there has been a much broader application of biometrics in developing countries, especially for delivering public services, from health records and civil registries to public payrolls, pensions and voter registration to name a few. In the more affluent nations, governments have the capacity to carry out national identity programs while in the developing nations, solutions providers are better equipped and experienced. This means there are opportunities for companies to win large national contracts and gain a foothold in local and national markets. In Africa, where over half of the nearly one billion people without legal identity reside, there are many examples of how transformative biometric technology has been for individuals, companies and the way in which governments operate. Nearly 50 African nations have been issued e-passports in a drive to push biometric IDs. In Zimbabwe, the Public Service Commission implemented a biometric system and in 2020 they used it to discover 3,000 ‘ghost workers’ on the payroll. They were then able to remove them and save the country money. In Tanzania in 2020, the government made it mandatory for SIM card users to register their SIM cards biometrically, so now the majority of citizens have a biometric ID. This was a big step to successfully start rolling out biometrics in developing countries at a large scale, allowing the citizens time to adjust and paving the way forward for the installation of biometrics in other applications. There have been initiatives put in place across West Africa with the Bill and Melinda Gates Foundation naming biometrics, bank accounts and mobile phones the ‘trinity’ that will lead to digital inclusion.  The president of ID4 Africa, Dr. Joseph Atick commented on the scope of the issue, “If they don’t exist officially, they cannot have a stake in society, and as a consequence, it’s a priority to rectify. It’s a priority for development agencies because of the opportunity to empower the development indicators.’ To find out more about the biometric solutions we offer at Arana Security, click here.

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5 Reasons Why You Should Use Biometric Access Control For Your Organisation

Security is so important, not only for keeping staff safe but also for protecting company assets.  Restricting access to an organisation’s building or certain parts of a building is an important part of a company’s security. However, why should companies consider biometric access control over cards and fobs? Here are 5 reasons why your organisation should use biometric access control: 1. Helps protect against Fraud As digital fraud is on the increase, the necessity to keep evolving is essential. We know through our own solutions at Arana Security, such as our Biometric Access Control and Biometric ID platform that biometric security offers a vital defence against the rising wave of criminal fraud. In a recent report on cyber fraud by UK Finance, the organisation states that fraud in UK has reached a level where it ‘poses national security threat’. Figures, reveal that during the first half of 2021, £754 million ($100 million) has already been stolen from digital consumers. According to business internet service provider (ISP) Beaming, small businesses in the UK were particularly impacted, with two-thirds of UK companies, employing between 10 and 49 people, falling victim to some form of cybercrime. This equated to a total cost of 17bn or an average loss of £65,000 per small business in damaged assets, financial penalties and business downtime. Password or passcode access control is not secure as it does not rely on the actual human, being present at the time of the transaction. Instead, it relies only on the constructed elements i.e., the password, memorable answers, passcodes. Etc being available, which are devolved from the human themselves. All information that can and is readily stolen from unsuspecting victims. As we know, at the heart of biometrics is its ability to differentiate between us based on our biological and personal characteristics like voice, language, iris or fingerprints.  Not in the artifice of protection we give to ourselves through the creation of passwords and memorable phrases. 2.  More economical in the long-term Biometric access control is cutting edge technology. Eventually the world will move away from conventional, expensive and less secure fob and entry cards to biometric technology. By adopting the new technologies now, your organization will not then have need to upgrade their system once again in a few years’ time. At the same time, your organization will be cutting the risk of unauthorised entry to practically zero, as it is much more difficult to get someone’s biometrics than someone’s key card! 3. Hygienic contactless access control With technology such as Idemia’s contactless biometric Morphowave, there is no longer a need for contact fingerprint readers. This eliminates the risk of passing viruses such as COVID 19 between your staff/ customers. This offers a completely safe, secure, and seamless process, eliminating the possibility of the fraudulent sharing of, key cards, e-tickets or smart passes and eliminating the need for any unnecessary contact – which, as previously noted, is increasingly desirable due to the Covid pandemic. This technology is the way forward in secure, convenient, and safe access control technology. Safety, ease of use, and time-saving technology is what the world is calling for right now and contactless solutions undeniably deliver on all of these. 4. Improve staff and customer experience Offering frictionless, contactless biometric access can speed up access for employees and allow you to still secure your organisations. A well-managed biometric access control system can also offer a seamless experience for your customers. Biometric access control and time attendance can transform your organisation’s capacity for agile working. For many companies Covid has shown how biometrics can be leveraged for touchless office access. Now, as staff return on hybrid working models, having secure, flexible and adaptable access control systems has never been more important. Organisations have the opportunity to transform their workspaces into frictionless yet secure spaces. 5.  Highly Efficient Organisations demand highly efficient security systems. Biometric verification systems not only enhance security, but make it is easier and more efficient to manage key functions such as employee attendance for payroll, holidays, and access to restricted areas. It is even helpful for employees as they don\’t need to remember their keycards or fobs. In addition, if employees are no longer at the company it’s much easier to remove access without the need to get back cards/fobs. For a seamless biometric access control solution see Arana Security\’s BioWave Solution.

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Regulations of Biometric Data for Use in Security

With the increasing popularity of biometric technology in security, companies are moving towards the use of it rather than the more traditional forms. It offers businesses flexibility and enables them to streamline their authentication processes. Biometric security provides a more robust and advanced level of security over traditional forms. It’s important to consider the regulations around the use of such technology and how the data is processed and stored in terms of data privacy laws. With over 120 of the world countries having some sort of data privacy laws but not many speak specifically about biometrics. With some countries, such as Germany, having much stricter privacy laws than others. Are there UK Biometric Laws? There is no single law that specifically governs the collections and storage of Biometric data in the UK, there are a number of laws that legislate on data privacy and include Biometric data. The Information Commissioners Office (ICO) is a government body that is responsible for regulating data privacy issues. The ICO sets out a code of practice but is not a legal act itself. The practical advice that is offered will help organisations comply with the legal framework. In the UK, the  the Protection of Freedom Act 2012 is one that regulates the use of biometrics in two specific instances. It stipulates that Police are unable to retain DNA and fingerprint data, collect from people not convicted of a crime. It also states that schools using Biometrics can only enrol students with consent of both arent and Child, and it includes any type of biometric data. Classification of Biometric Data Biometric data that is used to identify an individual it is designated as ‘sensitive data’ under data privacy laws and so must be treated with particular care and under stricter regulations. The ICO provides guidance on, what it calls, “special data category”. There are several forms of personal data included under this category but the relevant aspect is that it includes Biometric data where it’s used for identification purposes. Under GDPR biometric data is classified as personal data  and its processing requires explicit consent as well as lawful basis. There is an obligation for organisations to consider whether in fact, they need the data and how it will be kept securely. What are the considerations? Organisations crucially need to have lawful basis to process personal data but they also need to be certain weather they need it. Points to consider; Why is the data being collected? What will be done with it? Where will it be stored? Who will have access to it? How will it be secured? Its also important to determine whether the data needed for the identity verification is more sensitive that the information it gives users access to. If this is the case a less rigorous authentication process would be more suited. To carry out a data protection impact assessment (DPIA) will set out the details and considerations and so allowing for an informed decision weather or not the implementation of Biometric system is the way forward. With the biometric technologies booming in the current pandemic the use of non contact authentication is sure to be further adopted by companies worldwide, to overcome health risk concerns. Using biometric authentication will also allow for more remote working in some sectors where security is of the most paramount importance.

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Moving on from Passwords

Passwords have been around in one form or another since ancient times, spoken words to allow passage. But the first time a password was used to login to a computer was in 1961, for a computer system at MIT. We have come a long way, from that first time to an age where usernames and passwords are used daily to access our information, accounts, and devices. Today we find ourselves at the next stage, the rise of biometric authentication.   The use of Biometric data as authentication. While the origins of biometric data use lay in criminal investigations, authorities used fingerprints to identify suspects of crimes. Nowadays it had become an important aspect of our daily lives. When biometrics is mentioned it does not just mean fingerprints, but it\’s also, iris scan, voice print/recognition, palm scan, brain waves, heart signals, DNA identification, and behavior biometrics. With the surge of biometric data available has led to an increase in the number of applications for its use as well as creating an industry that builds the devices to collect and solutions to store all the data securely.   Not surprisingly the first aspect that biometric technology has enhanced is security. The rise of biometric authentication has meant that the use and dependence on passwords has already started to decline. With biometrics offering a superior level of security than can be provided by passwords alone, it’s not difficult to see why. Human biometrics cannot be replicated or forgotten which offers convenience that consumers look for. Combined with industry trends that have led consumer device manufacturers investing in developing and installing biometric sensors and readers into their devices, makes the use of biometric authentication more easily accessible.   Why are we choosing Biometric data over passwords? Research has also shown that people struggle with remembering different passwords and pins. This tends to create inconvenience and delay in gaining access to accounts and in turn leading to frustration. Which can explain the research that has shown a significant number of people use the same passwords for different accounts and logins, from online banking, online retailers to social media end emails. With research showing that even today, with all the information available to consumers regarding login/account security, the number one password in use is ‘123456’. This will create convenience for the individual but will also leave them more vulnerable to fraud. If one account is compromised this increases the potential that further sensitive information can be obtained. The risks are possessed from password-stealing software, which can harvest autofill data, credit card numbers, saved passwords, and other sensitive information stored in people’s web browsers. This not only causes issues for the individual but is costing businesses and institutions time and money. It’s much more difficult to steal biometric data, which makes it a more secure option for use as proof of identity.   The finance sector has already heavily adopted the use of biometrics in a multi-level authentication for its customers, creating a more secure and easier to implement a verification system. Already the banks who have implemented the use of voice biometric verification estimate millions of pounds have been prevented from falling into the hands of criminals through banking fraud.   What does the future Hold for passwords?   It’s premature to say that passwords will disappear entirely anytime soon. What is changing is that passwords will no longer be the main authentication method. Consumers look for convenience but that has to be balanced with the need for data to be secure.  To have higher security for consumers’ accounts and data there is a need to have Multi-Factor Authentication (MFA) methods. MFA uses different forms of verification in unison with each other, for example using a pin with fingerprint verification.   The other factor of using biometric is the level of confidence that consumers have. Paysafe’s recent research shows that COVID-19 has made a significant impact on views of the security of online payments. 41% said they trusted manual passwords more than biometrics. So as business develop their online platforms it’s crucial to continue to educate and inform consumers of the benefits of biometrics.

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Biometric security for the Air Travel Sector

The development of biometric security technology has paved the way for significant changes in the way passengers experience air travel.  The current COVID-19 pandemic has only accelerated the global shift towards the increased use and reliance on biometrics in the air travel industry. The sudden heightened need for a contact-free approach to many processes and services across most industries has highlighted several benefits of using biometric security systems. With the air travel industry being one of the hardest affected by the global pandemic, its future is dependant on creating changes to the current system quickly. There is an immediate need to provide both employees and passengers with the tools they need to move through the airports with increased safety and efficiency. The use of biometric security systems will make the travel experience more comfortable for passengers at the same time as increasing the efficacy for the airports to move travellers through in a way that will not compromise on the security or safety. How can Biometrics Help? The use of biometric security systems will help to improve the travel experience for passengers while also giving a higher level of assurances in relation to the risks emphasised by the current pandemic. Such systems will also help to create the added benefit for airports by moving passengers through in a way that is more efficient but does not compromise on security or safety of passengers and staff. The biological identifiers such as fingerprints, iris scans and face-recognition are so unique to individuals that they can be used to identify a person with certainty that cannot be matched by the paper-based identification documents. Which brings about the potential for using our unique biometric data to authenticate ourselves for our journeys by mobile device or in airport terminals without the need for ID documents 1,200 million electronic passports are in use across more than 120 different countries globally. And 1.2 billion photos accessible in a standardised format by face recognition systems. So, the foundations have been set for implementation of face recognition technology that will benefit all involved. Using automated systems would solve for the bottlenecks in passenger flow which can be a big issue for airports at peak travel times. With the passenger numbers expected to double by 2030 reaching a predicted 5.9 billion, passenger flow will become more challenging across the world’s busy airports. The use of face recognition can be expanded beyond security and check-in processes to include other airport services, such as paying for duty-free shopping, thus further streamlining and simplifying the airport experience for passengers.  It’s possible to even further extend the uses of this technology beyond the airport and on to the aircrafts themselves to allow in-flight staff to provide much more personalised and higher quality of service. The benefit of biometrics within airports is not only limited to the passengers but can be useful for identifying staff members and controlling the access to sensitive locations which in turn will lead to higher levels of security in a place that can be highly vulnerable. With several trials currently happening, along with those planned in the near future, in airports across the globe using various biometric technologies, the air travel industry is being upgraded and subsequently bringing benefits to all. 

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The Potential of Voice Recognition and AI System

The Start of Voice Recognition Capturing speech and transcribing it to text is the basis of the technology that is revolutionising the way people live and work. Over the last 50 years there has been exponential growth in voice technology. In 1952 the potential for voice recognition was first demonstrated. Then by 1976 computers could only understand around 1000 words. By the early 80\’s that number was around 20,000, with continuous development until 1996 when IBM released the first commercial product, that could recognise continuous speech.    In the last decade the development of Artificial intelligence technology (AI) has speared ahead the technology to unprecedented potential and turned it into a multi-billion Dollar market, expected to be worth $31.8 by 2025. AI is a term used to describe a series of related technologies that use large volumes of data to make predictions. So, in this case analysing the text that has been captured by voice recognition to predict the meaning and find a suitable response.   The machines ability to learn over time and become ‘better’ at predicting what is being said and its meaning has allowed the uses for voice recognition to grow, and the development of products such as Amazon’s echo and Apple’s Siri have quickly gained acceptance by consumers fr use of voice recognition and AI incorporated products. Voice recognition technology is today used by consumers to transcribe speech to text, set up reminders, internet searches, traffic and weather reports and get responses to simple questions and request.   The Use of Voice Recognition in Security Solutions Voice recognition has also found a place in the security sector. The human voice is considered to be a type of biometric, known as a voiceprint. Each person has voice characteristic that are unique to them and can be used for the purpose of identification. Using voiceprint in this way is actually the easiest biometric to implement as it does not require the use of specialised equipment. With the continuous ‘learning’ potential of AI systems it means that the technology will become increasingly reliable and secure.   Voiceprint is already being used to authenticate customers on the telephone by banks. With its ease to implement, voiceprint can also create an added layer of security to existing multi-biometric identification processes.   Research has shown that voice recognition is favoured as a form of identification as it’s a non-contact and non-intrusive and easy to do. Although there is great promise, there are still potential challenges to Voice. The potential high error rate, due to variability in a person’s voice due to illness, mood changes, poor quality voice samples due to the presences of back ground noise are some issues yet to be overcome.

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Top 3 Biometric Solutions for the Financial Sector

Technological advancements in the field of biometrics has made the availability of devises and systems that harness the power of biometrics much more accessible and affordable to business of varying sizes. Use of this technology has rapidly increased over the years, and has redefined the way we see security. The biological identifiers such as fingerprints, iris scans ad voice prints are so unique to individuals that they can be used to identify a person with certainty that cannot be matched by the paper-based identification documents. The financial sector is one that depends heavily on its ability to secure and protect itself from fraud and breeches. Currently Biometric technologies can provide a wide range of applications for the financial sector, all of which aim to increase security while simplifying the processes and providing convenience to both industry and consumer.   MorphoWave Compact Access Control With IDEMIA newest addition the MorphoWave™ Compact and Arana Security’s customisable application, a contactless biometric access control solution for capturing and matching 4 fingerprints with a single hand movement can be implemented. It implements a patented, truly contactless 3D fingerprint technology in a stylish and compact wall-mounted device, suitable for any location. The MorphoWave™ Compact does not only acquire extremely accurate fingerprint data but also overcomes the challenges of wet/dry fingers and latent prints pose to the conventional scanning systems. This plays a vital role within the finance sector that has the critical need to control access of customers and employees into specified areas. Combining the progressive technology and convenience the Morphowave Compact is the solution to contend with.   Safety Deposit Box Solution An application that works with the Morphowave compact to give customers the benefit of a secure next level clearance through the use of touchless biometrics. A solution that can benefit financial institutions by simplifying the verification process for the bank and the customer.The introduction of a touchless biometric reader on site will enable the verification of clients to be fast, smooth and accurate, it means less time wasted at the desk waiting for confirmation of ID and less stress on both the clients and employees. With its sleek and modern appearance, the Wave will sit in its place and remain discreet yet effective. The safety of this establishment must be obtained as soon as you step inside all the while creating a stress-free flow of authentication, maintaining the highest level of security and not compromising at any stage.   Contactless Biometric Payment Terminal Arana Security have introduced a contactless payment terminal offering the latest technology for contactless payments. This is an integrated system using Idemia’s MorphoWave compact device and our customisable application to enrol users and verify payment at the cashier. This system can also be applied within a bank for customers to use to withdraw and deposit cash securely.   For more information on any of the solutions mentioned in this article, please contact us.

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What are biometrics

Biometrics is the use of people’s unique biological characteristics to identify and authenticate individuals. It’s considered to be the most reliable and efficient way for ID authentication. Unique identifiers include fingerprints, hand geometry, face geometry, retina and iris patterns and voice waves.   Current trends in Biometrics: With increasing threats from identity fraud and theft and new threats such as terrorism, new and advanced technology solutions are required and being implemented.   Biometrics has established itself as one of the most pertinent means of identification and authentication. It is being rolled out across many different sectors including governmental, travel, education, corporate and financial.   Although there is some reluctance and public acceptance, the increase in accuracy and security has meant it is becoming more publicly accepted. This has meant that it is being rolled out across industries and applications faster than ever before.   Typical use cases where biometric technologies are used: Law enforcement and public security (criminal/suspect identification) Military (enemy/ally identification) Border, travel, and migration control (traveller/migrant/passenger identification) Civil identification (citizen/resident/voter identification) Healthcare and subsidies (patient/beneficiary/healthcare professional identification) Physical and logical access (owner/user/employee/contractor/partner identification) Commercial applications (consumer/customer identification) Commercial buildings Types of Biometric Identification The oldest form of biometric verification is fingerprinting. Historians have found examples of thumbprints being used in ancient China as a means of unique identification on clay. Many law enforcement organisations have been using ink fingerprint identification for many decades. However, more recently Biometric verification has advanced considerably with computerized databases and the digitalising of analogue data.   Iris and retina biometrics was the next biometric methods to become more widely utilised. Iris identification became popular in the financial sector. More recently Facial and hand geometry has been the emerging technology and more widely used. An example of such technology is the iDemia MorphoWave Compact which uses hand geometry for identification. Facial-recognition technology has been used by law enforcement alongside CCTV for some time now to pick out individuals, however, more recently it is being used across different industries including mobile phones.   AI and Voice recognition is the most recent advancement in biometric identification. This method is being rolled out more in the commercial sector for consumers across many different applications and is becoming increasingly popular.   How are Biometrics used? No matter what biometric methodology is used, the identification and authentication process remains the same. A record of a person\’s unique characteristic is captured and kept in a database or locally on a device. When identification and verification are needed, a new record is captured and compared with the previous record in the database/device. If the data in the new record matches that in the database record, the person\’s identity is confirmed.

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