Category Archives: Gemalto

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Gemalto eSIM technology enables Always Connected experience for new Microsoft Surface Pro with LTE Advanced

Category : Gemalto

Advanced integration of eSIM into Windows 10 delivers an enhanced user experience

Gemalto, the world leader in digital security, is supplying the eSIM (embedded SIM) solution for Microsoft’s Surface Pro with LTE Advanced, the most connected laptop in its class1 which will begin shipping to business customers in December 2017. Gemalto’s partnership with Microsoft enabled Surface to become the first fully integrated embedded SIM PC in the Windows​ ecosystem.

Gemalto’s advanced technology supports seamless activation of mobile subscriptions for users of the innovative Surface Pro with LTE Advanced. This smooth experience leverages Gemalto’s remote subscription managementsolution in conjunction with Windows 10. Surface customers expect their products to deliver advanced technology and with Gemalto’s eSIM solution, all possible connectivity options are available out-of-box, including the purchase of cellular data from the device itself.


Compliant with the GSMA Remote SIM Provisioning​specifications, Gemalto’s eSIM solution is fully integrated with Windows 10. This integration enables the Gemalto solution to have a complete servicing model so that patching and lifecycle management features are available as the technology and standards evolve over time. This capability extends the value promise of Surface as new experiences and capabilities will be available to today’s purchasers of the Surface Pro with LTE Advanced.

“The Surface Pro has redefined the laptop category,” said Paul Bischof, Director, Devices Program Management at Microsoft. “Gemalto’s eSIM solution is helping us to materialize our vision of an uncompromised customer experience.”

“Adoption of eSIM technology is growing rapidly. Mobile operators recognize the potential of seamless connectivity and increased convenience as a way of expanding their customer reach to additional devices” said Frédéric Vasnier, executive vice president Mobile Service and IoT for Gemalto. “We are at the beginning of a significant technology transformation and the Surface Pro with LTE Advanced represents the start.”


  1. Comparison of supported bands and modem speed for Surface Pro with LTE Advanced vs. 12″ and 13″ LTE-enabled laptops and 2-in-1 computers. Service availability and performance subject to service provider’s network. Contact your service provider for details, compatibility, pricing and activation. See all specs and frequencies at

Always Connected Service availability and performance subject to service provider’s network.  Contact your service provider for details, compatibility, pricing,​​​  and activation.  See all specs and frequencies at


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3 lessons to learn from Blade Runner 2049

Category : Gemalto

Last month, a very long wait came to an end for Blade Runner fans. Since the original (set in 2019) was released in 1982, a cult-following of fans from all over the world has been waiting (and hoping) for a sequel. 35 years later, their patience has been rewarded with a masterpiece; Blade Runner 2049 has been heralded as five-star blockbuster, visually stunning, and a philosophically profound classic.

For those that haven’t seen it yet, here’s the trailer:

2049 raises several questions that encourage us to think carefully about the future in relation to AI. Is there anything we can learn from the way the film deals with human and machine existence?

1. AI’s potential is incredible, and for some unsettling

The potential of artificial intelligence has been well-documented, particularly in the last few years. However, 2049 does highlight AI’s potential in a brilliant and concerning way. It shows us that if perfected, we might be able to create forms of the intelligence that could execute tasks, jobs and assignments more effectively than we humans ever could. Indeed, we’re getting close now when it comes to diagnosing some cancers.

The performance of Ryan Gosling’s K throughout the film shows us incredible skill, reasoning, quick thinking, strength and bravery. If, someday, we become able to create replicants such as this, the possibilities are endless – these forms of intelligence could revolutionize everything, from education, to medicine, to services, to policing, to transport.

In fact, we’re already seeing how machine-learning, in ways a precursor to a fully-realized AI, can enhance mobile marketing strategies and paymentsright now… and if these forms of AI continue to progress (which is likely), we may even see a Zero UI System (or screen-less) in the future, which would be truly incredible. For more on this fascinating concept, check out Rand Hindi’s Ted Talk.

But the capability of AI in the film is unsettling. The potential of AI is wondrous, of course, but 2049 shows us a myriad of ethical problems and dilemmas relating to the rights and treatment of the film’s AI protagonists (known as replicants). And without providing too many spoilers, it also shows us the possibility of AI thinking completely independently, which is a difficult scenario for many to deal with. This brings us to our second lesson.

2. Distrust of AI is highly likely

Early into the story, we see a widespread distrust of replicants. The humans of 2049 are clearly uncomfortable in the presence of AI, and we’re already seeing some distrust today. A recent survey has found that 85% of Brits believe that AI in marketing should be governed by a key principle from the Blade Runner franchise, now known as the “Blade Runner rule”. This rule dictates that it is illegal for AI applications such as chatbots, social media bots and virtual assistants to conceal their identity and pose as humans. All companies considering the use of AI in these forms should bear this in mind, and ensure transparency, or risk alienating customers.

3. AI could hold the key to building a truly connected world and greater civilizations

If you’ve now watched the trailer above and listened carefully, you’ll remember how the eerie Niander Wallace claims that “every civilization was built off the back of a disposable work force”. A chilling claim, but one with arguably some truth within it. Perhaps an AI-based workforce is the key to building an even greater world? It’s difficult to predict though, and ethical concerns spring to mind immediately. However, there is a point to be made when it comes to AI’s relationship with the IoT.

The IoT is currently producing astounding volumes of data, so much that analysts won’t even come close to processing it all accurately. Simply put, big data is being produced more quickly than we can deal with it. One hope of getting a hold on it, and harnessing its potential is AI. It could be the only way to build an IoT to be proud of, and it’s something we’re working on with our Assurance Hub. This new platform aims to prevent online banking fraud through a detailed analysis of customer behavior and biometric markers.

What did you think of Blade Runner 2049? Do you think there are any parallels with the connected society many are building? Should we be more concerned around the ethics of AI?

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What will smartphones look like in 2025?

Category : Gemalto

According to Mashable, the biggest tech story in 2016 was that iPhones lost their headphone jack. Could this move be the hint of a wider trend? One leading to the complete dissolution of smart phones? Possibly…

Since their apparition 10 years ago, smartphones didn’t stop gathering new features. Like Swiss army knives, phones can now advantageously replace your camera, GPS, music player, book, notepad, game console, etc.  All these features are now gathered in a pocket-size device, making life very convenient.

Despite their handiness, they do of course carry some trade-offs.

Our phones are not perfect

While we all love our phones, they are not exempt from criticism. Here are five reasons why:

  • They can be very expensive. Especially for such fragile pieces of technology. Look at the new iPhone X for example, which has a starting price of £999. These new devices completely go against the old adage: “do not put all eggs in one basket”
  • They are not modular. If you want a better camera you will have to change the whole phone
  • They are redundant: the only real difference between your phone, your tablet and your smart TV is the screen size
  • Their ridiculous battery life should be a deal killer
  • They can be cumbersome

Meanwhile, in a near future, perhaps in 10 years times, computing will become ambient. We will be surrounded by specialized connected objects. For example, if you need to display something, chances are that you won’t be very far from a self-service screen available for you to use. In this connected world, full featured phones sometimes make no sense.

The gist of smartphones

A solution to improve on those smartphone flaws would be to perform a simplification, meaning that we should try to reduce the phones to their intrinsic essence. So, what makes a phone ‘smart’? There are three main characteristics any smartphone has:

  1. They are connected
  2. They can run applications
  3. They are very personal

In order to achieve those three functions, there are only a few things that you need:

  • Radio transmitters for the connection (4G, Wi-Fi, Bluetooth, Software Defined Radio…)
  • A powerful SoC (System on Chip) for running the apps
  • trusted zone to store your private data
  • Power to make them run: a battery or power harvester

Nothing else is needed: no screen, no GPS, no speaker, no keyboard… Only the bare minimum.

For a matter of convenience, we could name this new kind of device “a Gist”, because it is no longer a smartphone but the gist of it.

Moving meshes

The idea is that your Gist will scan the networks around you and detect available devices and services. The Gist operating system will interconnect some of them depending on the needs of the application. With this simple mechanism, you will be able to perform any task that we achieve today with our PCs, phones and tablets. Below are some examples to illustrate this.

Let’s start with the basics: the phone application. To make it run, you only need your standard Bluetooth headset connected to your Gist. Then when you want to call someone; you can use the built-in vocal assistant, and that’s all.

Now, if you want to edit a document, you should run the editor and thus your Gist will link together a keyboard, a mouse, a display device and a cloud storage.

If you’re in your car, the gist can extend its tentacles to your stereo system, GPS, and the car’s engine control unit (ECU), providing you with vocal directions, music and information about the car’s maintenance status.

When shopping, we can see another example where the Gist can interact with merchants’ infrastructures and can give you information about current discounts. It will securely store your banking credentials and allow you to pay via NFC or Bluetooth.

And finally, when you are at home, the Gist can be the puppet master of your appliances taking care of adapting your living to your needs. You want to play a game? No problem, get your wireless joypad, and play on your TV…

Small but powerful

When all our everyday devices become connected, there will be no point to concentrate all functionalities inside smartphones. By getting rid of all the redundant features and accessories, our phones will get smaller, simpler, cheaper, and less power hungry. They may well dissolve into IoT.



Author: Julien Delsuc

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Double Down On Security

Category : Gemalto

People around the world are increasingly conducting their banking operations online from a range of devices, including computers, tablets and mobile phones. Innovative banking services are flourishing, providing more reliable, simple and convenient solutions. And yet, the growth of online and mobile payments has also been accompanied by a dramatic growth of Internet fraud.

Banking customers expect convenience but are not willing to trade away security in the process. According to a recent Gemalto poll, 44% of those surveyed would switch banks if their current bank was breached. The onus on protecting personal customer information is clearly on the bank.



The revised Payment Service Directive (PSD2) provides banks with a more robust framework to offer the added security that consumers are seeking. The new European regulation mandates Strong Customer Authentication (SCA) procedures for online banking services and for initiating and processing electronic payments.

Strong Customer Authentication, as defined in PSD2, means that transactions are authenticated using two or more of the following elements:

  • Knowledge: something only the user knows (e.g. password, pin, ID number)
  • Ownership: something only the user possesses (e.g. mobile device, token, smart card)
  • Inherence: something only the user is (e.g. fingerprint, face or voice recognition)

In the case of remote payments PSD2 also requires the creation of a dynamic link, an additional authentication element that dynamically links the transaction amount and the account number of the payee.


Looking to provide added security to your banking and financial services? The Gemalto Mobile Authentication Suite provides state-of-the-art security to the mobile channel for a seamless user experience.

The software suite easily integrates into any mobile financial app to support the full set of strong customer authentication factors, including biometric methods such as fingerprint and facial recognition. It also shields your mobile banking app against attacks like key loggers, malware, reverse engineering application cloning and phone theft. The built-in messenger software also secures the mobile channel, the authentication elements, the transaction value and beneficiary. Using it as an out-of-band authentication channel helps protect non-mobile transactions against attacks like phishing, man-in-the-middle and man-in-the-browser.

Considering the security requirements stated by PSD2 / RTS, we may assess that our Mobile solutions address all the needs expressed by EC and EBA, and may help banks to reach a high compliance level, especially:

  • Having a secure storage environment separated from processing environment
  • Protecting data as confidential data are enciphered or not stored, Strong Customer Authentication is required to access them and measures against data duplication exist
  • Securing communication thanks to ciphering, servers exchanging with mobile are authenticated and secure channel is provided as well as device binding

All over the world, financial institutions trust Gemalto to leverage the mobile channel to deliver secure and convenient digital banking services to their customers. The software suite is already used by more than 40 banks across the world to secure their financial services in such areas as mobile banking, mobile wallet and payments, online banking, e-commerce, card management, P2P money transfers and cardless ATMs to name a few!



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Behavioral Biometrics, Machine Learning and Risk Assessment – the Future of Online User Authentication

Category : Gemalto

The majority of today’s transactions have a digital element to them and that makes it extremely important to verify who we are since online identities are easy to fake. This is done in a number of ways with PIN entry, fingerprint authentication and now facial recognition the most widely recognized techniques. Howard Berg, Senior Vice President and Managing Director for Gemalto UK, recently spoke about a technology for authentication that goes beyond the PIN and password, something called Behavioral Biometrics.

But what is Behavioral Biometrics and how are they implemented in the financial world? A summary of Howard’s interview is below, or you can watch the whole this here to find out.

Howard’s focuses on providing insights on one simple question: How can behavioral biometrics combined with machine learning and risk assessment techniques provide a much more innovative approach to online user authentication?

But before we tackle this question, let’s quickly discuss what Behavioral Biometrics are.

Behavioral Biometrics – a recap

Behavioral Biometrics are each person’s unique rhythm of their key movements such as their signature, the way they type keystrokes, or their voice.

They can be divided into two areas. The first is the individual’s behavior when using their mobile phones. The second one is the device itself and its IP address – do we recognize it? Can we identify its location or is it hidden from us? At Gemalto we then go further to look into the SIM in the device and if it’s been in any type of transaction that might be questionable, but not necessarily fraud.

From all this information, Gemalto builds up a pattern and provides assurance to the bank that the person who is using this device is who we expect it to be.

How can individual merchants and banks use this technology?

Gemalto’s SEO Assurance Hub is cloud based and is designed to provide frictionless experience for the user, where we bring in other partners of the services, meaning that the interaction with the bank or individual merchant is very simple. We provide the service to them in a single cloud-based solution, so that individual merchants or banks do not have to invest in new terminals.

In a crowded market, how do banks/ financial services decide which risk management offering to choose?

At Gemalto we partner with ‘best in class’, so the ‘hub’ word from Assurance Hub is about partnering with other companies that are specialists in their areas – be it biometrics identification, SIM swap, etc., to produce a solution that enables a bank to have a single contract with Gemalto, but take the services of many solution providers.

Bank cards with fingerprint authentication– how is this going to work?

“That’s about moving to the next generation of authentication. We’ve used a signature for many years and we’ve become used to PIN codes and the question is what next and we believe that’s biometrics.”

The biometric card has a simple pad on it where you place your finger, and it compares it with your fingerprint that has already been stored on the chip of your card. No information is sent to third parties for authentication, it’s all done on the card which is powered by the terminal on the point of sale. From there, it compares your fingerprint to the one stored on the card and confirms the match.

How difficult is for banks to stay ahead of cybercriminals?

It is a challenge that we and our customers are working on all the time. The skill is to stay one generation ahead, meaning that every time we bring out a solution we’re looking at the next generation as we know there will be fraudsters looking to break those solutions.

“As long as we’re staying one generation ahead – we are winning the battle.”

Biometrics can deliver a new era in digital authentication for financial institutions.


Author: Maria Barbieri

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5 ways NFC technology is improving the sports world

Category : Gemalto

When you mention ‘NFC’ to the average American sports fan, they might not immediately think of Near Field Communication technology, a short-range wireless connectivity standard that uses magnetic field induction to enable communication between devices… Instead, they might think of the National Football Conference, which makes up one half of the NFL; the other half is the American Football Conference, known as the AFC).

The NFC is full of some very famous and iconic teams, such as the Dallas Cowboys, the Green Bay Packers and the San Francisco 49ers, so don’t be surprised if that’s what is thought of first. But can NFC help the NFC? Can contactless technology improve sports in general? The answer is yes. See below for our list of the top five ways this is happening.

  1. Improving running shoes


Running is incredibly popular and a great way to keep fit. For example, in the UK alone, there are an estimated 10.5million+ runners (and possibly six times as many in the US) – that’s a lot of running shoes in regular use! But how can NFC improve them? Adidas has found a way – they’ve recently put NFC chips in many of their shoe models that reveal original content when used with the Adidas app…

But there are much more advanced and ambitious plans for the technology on the way. Adidas is planning to give users the ability to send feedback directly to the company with details on how the shoes fit and perform in various conditions. These chips will give Adidas an incredible wealth of data to help develop the best possible products for the future. The more chipped shoes they sell, and the more data they receive, the more they can improve their performance running shoes.

Adidas is already using this type of data to build specific shoes for runners in different cities – it turns out runners in London are different to those in New York City. As a result, Adidas has just launched a new shoe call the AM4LDN— “Adidas made for London” – and a shoe for Parisian runners will launch next week.

  1. Helping basketball fans engage with the game

The NBA (National Basketball Association) is taking big steps to upgrade fan experiences in 2017 by effectively bringing fans to the courtside thanks to the release of new official Nike uniforms.

The new jerseys incorporate technological innovations may change the sports apparel industry forever. They come complete with an NFC chip that connects to your phone, offering exclusive gameday information and content such as highlight reels, real-time stats, exclusive offers, and even favorite music playlists of the players!

These ‘smart jerseys’ will help fans achieve a more in-depth and interactive experience when watching the game, and help them connect to the players they cheer for. They’re already available, perfect timing as the season is just beginning.

  1. Speeding up baseball stadium entry for MLB

We’ve all been there; standing in line, near the back, waiting for an eternity to get into the stadium so you can watch your favorite team play. You just want to get inside and find your seat and get ready for the action. If only there were some way we could speed up the entry process… if you’re an MLB (Major League Baseball) fan, specifically a fan of the Oakland Athletics, you’re in luck!

The team is piloting an NFC ticketing solution allowing fans to enter the stadium by tapping their iPhone (or Apple Watch) on a ticket scanner – the same way you’d use Apple Pay. This method uses the NFC technology you find in contactless rewards cards (such as a Walgreens Balance Rewards) via Apple Pay.

However, this is the first time the technology is being used outside of reward cards or stored balance gift cards, so it’s a great move forward and use of NFC that will save baseball fans plenty of time.

  1. Preventing fraudulent sales of sports memorabilia

Unfortunately, fraud and sports memorabilia are regularly linked to each other. Fake sports memorabilia is impossible to avoid – all too often you see stories of someone paying hundreds (sometimes thousands) of dollars for a piece of iconic sports memorabilia, only to then discover it’s fake later down the line.

Fortunately, NFC tags are here to help! NFL legend and former Dallas Cowboys star, Emmitt Smith (who played in the NFC his entire career), has founded a startup that creates stamp-sized NFC chips that track when an item is worn or used in a game. The smart tags from PROVA do more than just track items; they also identify stolen goods – ultimately making it very difficult for anyone trying to sell property owned by the NFL.

It’s a win-win for fans and the NFL and a considerable blow for anyone trying to steel or sell stolen sporting goods. Hopefully, this will help prevent any more fiascos such as Tom Brady’s stolen Super Bowl jersey earlier this year.

  1. Speeding up sales in NFL stadiums

Buying food and drinks in a large sports stadium (particularly a busy NFL stadium) can be time-consuming. There are long queues, mainly due to arduous payment processes with fans fiddling around with loose change or forgetting their PIN codes… Once again, it’s NFC to the rescue! Last year, Visa partnered with the NFL and the San Francisco 49ers to provide Levi’s Stadium, the site of Super Bowl 50 with approximately 700 NFC-enabled, point-of-sale terminals, enabling cardholders at the game to swipe, tap or click-to-pay using a smartphone when purchasing food, drinks or merchandise. And over in England, Gemalto has introduced NFC bands at Saracens, the superstar rugby team, to help improve the fan experience on matchday.

The move in San Francisco was a big success and was one of the many reasons why Super Bowl 50 was a great experience for all the fans in attendance (apart from Carolina Panther’s fans who had to witness their team suffer at the hands of Von Miller).

So, there you have it – five ways NFC technology is helping improve the sporting world. What do you think? Are there more use cases for NFC in sports on the way? Let us know by tweeting to us @Gemalto, or leave a comment below.

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Partnering With Startups – The Road to Innovation

Category : Gemalto

Until recently, established enterprises and startups addressing the same customer issues saw each other as competitors. However, due to the rapid technological evolution and adoption, today it’s more important than ever before to be more open and be able to see startups as potential partners rather than a threat. Through partnerships, you’ll be able to properly harness the exciting technological and service innovations we’re witnessing every day.  In a recent blog, we explored the reasons for banks and fintechs to collaborate.  Now, we would like to share more about our own experience working with disruptive players and go through some of the key reasons why any business should strongly consider working with startups.


From a cultural perspective, we’ve found that startups enhance traditional approaches and reinvigorate established teams, creating room for creativity and innovation, and driving new ways of thinking. For example, in the banking and payments sector, we’re seeing next-generation technologies such as blockchain and machine learning-driven fraud prevention solutions taking center stage and progressively replacing solutions that have been in place for decades. Many startups we’ve collaborated with pride themselves on having a deep understanding of the emerging technologies and customer pain points, so engagement with their experts will prove valuable for your business and offer new insights from a different perspective.


As a global company, we have a large portfolio and work across a very wide range of industries all over the world. In contrast, startups tend to focus on one area only, which makes them more agile and able to develop and react faster to new technologies. As an established player, we can help them better understand the ecosystem, compliance requirements and potential challenges to gain scale. This means that the collaborative process can be very helpful for both parties.

For example, our strategy team regularly collaborates with fintech startups, as they can prove to be good partners to address fast-changing feature needs thanks to their focused expertise. A key priority for us is to make sure our banking and payments solutions meet new requirements related to Open Banking initiatives and new regulations such as PSD2. As part of this, we work with different types of fintech startups to ensure end-users enjoy a secure and frictionless end-to-end experience when using their preferred app to access banking services. The final result of this is that startups and our teams can address joint opportunities and benefit, as well as the end-users relying on our solutions.

We’ve also found that collaboration can be also very efficient when working on solutions for specific local market requirements. Our regional teams, for instance, create partnerships with local hubs to share knowledge and build offers for their market requirements.

New ways to market

Additionally, fintech startups can be important channel partners for large companies in the financial services sector. They offer a unique user experience and/or a combination of services which can be integrated with core technologies for bigger impact. As we recently mentioned in an article for Fintech Times (page 9): “For instance, we provide “banking as a service” platforms with proven KYC, authentication, and payment solutions, which they can integrate into a comprehensive banking offer.

Due to their large size, enterprise corporations can offer in return better access to market opportunities for startups. In addition, they can also provide core expertise and resources, to drive startup development in their industry.


In our experience, it’s clear that collaboration between startups and larger enterprises is mutually beneficial, but for this partnership to succeed, it is crucial that both parties have a good understanding of the opportunities to be gained from successful collaboration. Startups should be no longer exclusively be seen as a threat, as many can offer new perspectives on efficiency problems and provide enhanced technical insight, hugely needed to succeed in the fast-moving world we live in. And from a startup perspective, they can benefit greatly from their collaboration with larger corporations, as they get access to wider expertise, further knowledge, and market opportunities that wouldn’t normally be available to them.

What do you think about partnerships between startups and larger enterprises? Let us know by tweeting to us @Gemalto or leaving a comment in the section below.


Author: Emilie Casteran

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Building a Case for Legislating IoT Security

Category : Gemalto

Earlier this summer, US lawmakers proposed a new legislation that will seek to address vulnerabilities in Internet of Things (IoT) devices. The IoT Cybersecurity Improvement Act would require vendors that provide internet-connected equipment to the US government to meet a set of basic security requirements that limit the risk of exploitation and cyberattacks.

Some might ask why we need legislation to protect the IoT – after all, it hasn’t been required in many other areas of technology. Most importantly, the significance of this legislation is that it provides evidence for the government’s growing concern for cybersecurity. But there are a number of reasons why it can be a good idea.

To create a set of common rules

The Act is focused on the US government’s procurement of IoT devices, and suggests several key security rules, notably:

  • Ensure all devices sold to the US government are patchable
  • Require IoT vendors to not include hard-coded passwords that can’t be changed
  • Require devices to be free from known security vulnerabilities

These are important to stop repeats of the Mirai attack that compromised chronically insecure internet-connected devices in 2016 and impacted the whole internet with a snowball effect. Ensuring that devices are always patchable and passwords can always be changed would go some way to helping to shut down a similar attack. And although the legislation is designed principally to protect the US government, the same principles could be hugely beneficial for IoT security at home or in the enterprise.

To help inexperienced companies

It’s important to remember that the IoT is not just restricted to technology companies. Companies in any sector could conceivably become IoT vendors – whether they make toasters or clothes or anything else. These companies do not necessary have the security heritage or expertise they need, also their market may not be able to stand the additional costs that would require. Similar rules would help them understand what’s required and stop products being released before they are fully protected.

To extend security updates practice to any connected-product

People generally understand that their computers or smartphones often need software updates to close security gaps – but asking them to do the same with other types of connected device – e.g. a smart hi-fi system or connected washing machine – might not be as fruitful, as consumers are simply not used to having to update these types of appliance. And while devices like laptops and smartphones are typically replaced quite regularly, other connected devices could be used for years – meaning that companies need to be prepared to protect them over a longer term. So, this legislation could be an important first step in ensuring that manufacturers make life as simple as possible for consumers buying into the IoT and contributing to the global web safety.

To continue building the ecosystem

The IoT is all around us and is already making our lives more convenient. By the end of this year there could be as many as 8.4 billion connected devices, while Gardner predicts that spending on IoT services and endpoints is set to reach almost $20 trillion by 2020. These statistics speak about the huge potential of IoT and how quickly it’s becoming part of our everyday lives. Not to mention that IoT is the foundation for the driverless car and the smart city of the future. However, getting IoT security right is paramount if we are to realize its huge potential – and more high profile cyber incidents could dent confidence or dampen consumer interest.

The focus of the proposed legislation was echoed at the recent Black Hat USA conference, by the US Federal Trade Commission. The Commission, which aims to protect consumers, has also been looking at IoT security and come to several similar conclusions – notably that manufacturers should disclose a minimum period for security support so that consumers can understand how long a device is intended to work.


Author: Sophie Bessin-Py

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DDL Pilot Goes Live in Maryland and Washington DC

Category : Gemalto

Gemalto’s live pilot for digital driver’s licenses is progressing quickly after a successful phase one launch in Colorado in July.

Our DDL team recently spent an action-packed four days with eager pilot participants in Maryland and Washington D.C.

As the DDL pilot expanded eastward, we were able to apply digital driver’s license technology in a number of real-world settings and collect feedback from several new use-cases.

Checking out DDL at Bay Ridge Wine & Spirits in Maryland

​​The pilot kicked off at Bay Ridge Wine & Spirits, a quaint family-owned and run liquor store in Annapolis, MD.

After decades specializing in fine wine, beer, and spirits, Bay Ridge has evolved into a customer-focused, community-minded small businesses leader in the region. Their team was focused on learning all they could about DDL technology, as we talked through their daily challenges with verifying IDs for proof of age and what impact a DDL could have on this process.

Learn the four main use cases of DDL in our infographic.

Pilot participants from Maryland and DC stopped by to test the technology from the user’s perspective with their smartphone-based DDLs. The friendly “Brew Crew” associates conducted multiple ID checks and were surprised by how fast and easy verifying a customer’s age with a DDL proved to be.

DDL Pilot tests age verification scenario at a liquor store in Maryland

The favorable response from a trusted local establishment spoke volumes about the eagerness to adopt cutting-edge technologies like DDL in the area. Applying a digital driver’s license solution in a real-world setting showed just how convenient and secure a quick stop at your favorite liquor store can be.

Testing DDL with Law Enforcement in Maryland

The next two days of Maryland’s DDL pilot enlisted the help of the Maryland Transportation Authority Police and a group of willing test drivers for a series of simulated roadside traffic stops.

The MDTA Police, who are responsible for law enforcement at the state’s highways, tunnels and bridges, BWI Airport, and at the Port of Baltimore, was able to engage DDL technology in a number of common cases where driver identification is required.

Instead of drivers turning over a plastic license to the police officer when they’ve been pulled over, pilot participants were equipped with individual digital driver’s licenses on their mobile devices, and officers were able to verify the drivers’ records electronically.

Law Enforcement test out the DDL Pilot for ID verification in Maryland

It was a win-win in terms of security and efficiency because drivers did not have to part with their secured documents – or in the case of a DDL, with their mobile phones – and officers had a quick and reliable platform to verify license credentials.

Nobody likes getting pulled over, but DDL pilot users and the MDTA officers were all smiles during the test, having proved that the verification process was both simple and effective for law enforcement and driver’s alike.

Game on with casino verification in Maryland

The next stop for the DDL pilot team was at Maryland Live! Casino, a 24/7 casino and entertainment complex with thousands of games and classic decor.

​Here, Marylanders and DC pilot participants were able to explore the benefits of DDL technology firsthand by verifying their proof-of-age electronically, instead of using a traditional plastic licenses to enter the venue.

In Maryland, DDL Pilot tests age verification for casino admittance

DDL pilot participants were equipped with an individual digital credential on their mobile device, which offered users the privacy of displaying the personal information that is relevant for age verification, instead of all the information that is normally visible when you hand over a plastic driver’s license or ID.

In age-restricted establishments like Maryland Live! Casino, venue employees and DDL pilot users alike appreciated the innovative, secure, and efficient way to verify customer’s proof-of-age so they can quickly and easily enter the facility and start having some fun!

Slidi​ng into home at Oriole Park

To round out the week’s activity in Maryland, the DDL team was hosted by the Baltimore Orioles at their beautiful ballpark at Camden Yards.

Partnering with the Maryland Department of Transportation for their annual employee game night, we set up a booth-style demonstration area to give the nearly 27,000 ballgame attendees a sneak peek at the DDL technology we’ve been testing during this pilot.

Baseball fans in Maryland use a digital driver’s license during the DDL Pilot

We allowed fans – Orioles and Astros alike – who were passing by to use sample credentials on demo phones to simulate the age verification process using a digital driver’s license. We then gathered feedback through our onsite response surveys and talked through the future use-cases with many interested parties.

We heard all kinds of perspectives, from both Marylanders and out-of-towners, and overall felt a strong sense of excitement for the technology with many people asking when they could get their own DDL.

Though the Orioles did not manage to pull out a win over the top-ranked Houston Astros, the DDL team finished the week batting 1000 with a fantastic evening at Oriole Park!


Author: Tiffany Conway

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The Blockchain Bubble, Identifying viable opportunities for blockchain

Category : Gemalto

Blockchain technology is popping up everywhere from the currency market to smart contracts. The growth in the technology is evident from the investments being made, for example, PwC estimated that in the last nine last nine months of 2016, $1.4 billion had been invested globally in blockchain startups. This stems from its potential to enable efficiencies and cost-saving opportunities based on moving to a decentralized approach and away from the current centralized systems. With all the hype around blockchain, companies need to cut through the hype and ask the question – when does blockchain actually make business sense?

Blockchain is not a silver bullet and cannot solve every problem. There is also the added complexity of managing the security of many distributed nodes can only be justified by gaining business benefits from using blockchain. In this webinar, we will look at a business qualifying approach to blockchain to help you evaluate valid blockchain use cases and identify the security needs surrounding blockchain operations. Join us to learn more on:
•Securing blockchain from the edge to the core
•The operational benefits and pitfalls of blockchain technology
•Our 4 step qualification process for blockchain business opportunities:
1.Is there an established business process?
2.Are there more 3 parties involved – i.e. is it a distributed problem?
3.Is it important that the data being exchanged is trusted and considered to be factually accurate?
4.Would automation improve the performance of the process?

Live online Sep 26 11:00 am United States – New York
or after on demand 60 mins