Showing posts with label Mobile. Show all posts
Showing posts with label Mobile. Show all posts

Tuesday, 16 August 2016

How to protect against mobile threats [Link - Information Age]

I was asked to provide an insight into mobile threats, and this is the article that appeared in Information Age: http://www.information-age.com/technology/security/123461862/how-protect-against-mobile-threats

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Cybercrime is on the rise, and with the increasing mobility of today’s workforce, it is not just PCs that need to be protected but a whole range of mobile devices.

Whether owned and managed by the company itself or brought in by employees, all mobile devices now need to be considered in businesses’ security plans.

This is especially true when implementing bring your own device (BYOD) policies, where companies can have less control over their employees’ phones.

With 72% of organisations across the financial services, technology, healthcare, government and education sectors now supporting BYOD for all or some employees, it has never been more crucial to ensure company data can remain secure while allowing easy access for employees.

So what are the threats to mobile devices that businesses face and how can they mitigate them?


Public networks


One of the biggest threats facing businesses – especially those with employees travelling abroad – is the use of free Wi-Fi networks to avoid having to use up mobile data allowances or pay costly roaming charges.

Public, password-free Wi-Fi lacks sufficient encryption, which provides hackers with an opportunity to access and steal almost all information on a user’s device.

The Wi-Fi Pineapple, for example, makes man-in-the-middle attacks easy. In this type of attack, a hacker sits in between the device and the Wi-Fi it is connected to in order to extract information from the device while the user remains unaware.

By educating employees of the dangers posed by using unsecured Wi-Fi, organisations can help to mitigate at least some of this threat.

Also, teaching employees to check if the website uses a HTTPS protocol, and ensuring that they have access to encrypted data storage are two more methods that help in keeping valuable corporate information safe from unsecured Wi-Fi.

Apps and channels


It is important to consider where employees are storing data, and what apps they are using on their device.

Apps present a risk to businesses as potentially confidential data is entrusted to a third party’s security protocols. For example, employees storing data from their mobile phone have to rely only on the strength of passwords for protection, rather than robust end-to-end encryption.

Using the appropriate channels for storing information, such as an encrypted VPN that is available to employees’ mobile devices, is one step towards protecting business assets.

While most app stores vet malicious apps, a user can still download apps from third-party stores that appear harmless on the surface but contain malware. Once downloaded, these have the potential to lock users out of their device, install malware, or carry out other activities, as illustrated with the recent case of fake Pokémon Go apps.

Companies that issue a fleet of managed devices can place restrictions on what apps can be downloaded. But with BYOD, employees are free to download what they want.

By creating a separate, corporate app store on the device through an enterprise mobility management (EMM) platform, IT departments can ensure only approved apps can access corporate information, while still allowing employees the freedom to download whatever they wish to use on their device.

Mobile malware


Just as with a PC or laptop, mobile devices are susceptible to malware attacks.

The recent proliferation of HummingBad malware on Android devices is a prime example of highly-sophisticated malware affecting mobile users.

By attaching itself to infected versions of trusted apps, it puts in place applications that generate fraudulent advertising revenue, collecting personal data to sell on along the way.

The key here is prevention rather than cure. There are many anti-virus, anti-malware and firewall products on the market which can be distributed across a whole network of corporate devices, ensuring they can protect against the latest threats.

For BYOD, EMM platforms can mitigate the risk and protect corporate data by creating a ‘wall’ around sensitive information to prevent infection from compromising data. Meanwhile, robust security policies can be put in place on an employee’s personal phone without invading their privacy or forcing too much control over a personal device to an employer.

None of these are 100% fool proof, however, so educating employees has to be a priority.

Part of this process should involve advising employees of the dangers hacking poses, the reasoning behind approved corporate channels for storing information, and clearly defining the role they need to play in securing their device.

IT departments need to be working with the HR team and heads of departments to create a corporate culture around security, and convey that the protection of company data is as much their responsibility as it is for IT professionals.

OS vulnerabilities


While Apple is known to have complete control over its iOS update system, the same is not true of Android, which has to rely on vendors to patch issues.

This was highlighted in the StageFright attack in 2015, which exploited weaknesses in the Android source code and allowed hackers to execute malicious code remotely.

Therefore, it is imperative that IT departments enforce a strong update policy. With a fleet of corporate devices, these can be managed centrally and updated on a regular basis – however, it is also necessary to advise employees using BYOD to ensure their personal device is up to date with the latest patches for the best protection.

There are as many solutions as there are threats in the corporate mobile landscape, but educating staff is the key to preventing the loss or infiltration of corporate data.

This needs to come from the top down. IT professionals need to be sitting round the same table as the C-suite when discussing mobile, and working closely with all departments of a business to create a ‘culture’ around mobile security.

Saturday, 16 July 2016

Euro 2016: A lesson in BYOD security best practice [Link - ITProPortal]

I was asked to write some thoughts around the security during Euro 2016 for ITProPortal: http://www.itproportal.com/2016/07/16/euro-2016-a-lesson-in-byod-security-best-practice/

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One of the stories away from the pitch at this year’s Euro 2016 event was the significant spike in cybercrime on mobile devices.

Attending football fans, trying to keep on top of work or attempting to access tournament information, became victims to cyberthreats as hackers took advantage of insecure public Wi-Fi networks and applications.

Reports suggest that the host country was targeted in a highly calculated way by hackers during the event, with 72 per cent of malicious websites and 41 per cent of exposed passwords were detected on smartphones in France alone.

The UEFA EURO 2016 Fan Guide App, one of the official UEFA mobile applications, was a prime target for hackers during Euro 2016, having been being downloaded onto more than five million devices.

Designed to provide practical tourist information for fans travelling to France for the tournament, the app leaked user data including usernames, addresses, phone numbers, and passwords due to an insecure connection.

The BYOD threat is real

The scale of the attack during the event highlights just how strong the threat is for businesses, especially for companies operating BYOD policies, as employees are free to access malicious websites, fake apps and connect to unsecured Wi-Fi on the same device they store corporate data.

An additional report also suggests business travellers are more likely to be mugged of valuable private and corporate data than of their travel money. The report found that 59 per cent of staff in senior roles claim to log on as quickly as possible upon arrival abroad, while 48 per cent of senior managers and more than 43 per cent of mid-level managers use unsecure public access Wi-Fi networks to connect their work devices when abroad.

So how can businesses protect themselves against mobile threats and prevent mobile hardware and apps from leaking corporate data, and what are best practices around BYOD security?

Mobile management

With company owned mobile pools now rapidly becoming out of date and workplace bring your own device (BYOD) policies steadily growing, controlling what an employee does on their device has become far more difficult and complex.

Enterprise Mobility Management (EMM) platforms have become crucial in protecting corporate data. Apps and documents can operate separately from the rest of the device, allowing employers to create a ‘wall’ around sensitive information to prevent infection from compromising data.

EMM also allows for robust security policies to be put in place on an employee’s personal phone without invading privacy or forcing too much control of a personal device to an employer.

Right apps, right channels

It is also important to consider where employees are storing data. Some cloud-based storage applications can present a risk as the data is often entrusted to a third party. This means businesses have to rely on the strength of an employee’s password for protection.

Using the appropriate channels for storing information, such as an encrypted VPN, and making these available to employees’ mobile devices is another step towards protecting business assets. This ensures all information is properly encrypted through storage managed by the company itself, rather than entrusted to a separate party.

Another consideration for most businesses is how to prevent staff downloading apps that can leak data. Companies that issue a fleet of managed devices can place restrictions on what apps can be downloaded, but with BYOD, employees are free to download what they want.

By creating a separate corporate app store on the device, IT departments can then ensure that only approved apps can be used to access corporate information, while still allowing employees the freedom to download whatever they wish to use on their device.

Public dangers

One of the biggest threats during the Euro 2016 tournament was the use of free Wi-Fi facilities.

Public, password-free Wi-Fi is a particular threat to both individuals and businesses due to the lack of encryption which allows hackers to access almost all information on a user’s device.

The Wi-Fi Pineapple, for example, makes man-in-the-middle attacks easy. In this type of attack, a hacker sits in between the device and the Wi-Fi to which it is connected in order to extract information from the device.

These type of attacks are especially dangerous for travelling football fans and business people alike, as users often try to avoid having to pay expensive data roaming charges while in foreign countries.

By educating employees of the dangers posed by using unsecured Wi-Fi and unauthorised applications, organisations can help to mitigate at least some of the potential threat.

Part of this process should involve advising employees of the dangers hacking poses, the reasoning behind approved corporate channels for storing information, and clearly defining the role they need to play in securing their device.

IT departments need to be working with the HR team and heads of departments to create a corporate culture around security and convey that the protection of company data is as much their responsibility as it is for IT professionals.


Thursday, 7 July 2016

Euro 2016 breaches [Link - Professional Security Magazine Online]

I was asked some questions around around breaches due to Euro 2016 mobile applications by Professional Security Magazine Online: http://www.professionalsecurity.co.uk/news/commercial-security/euro-2016-breaches/ 

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During the 2016 UEFA European Championships, the SmartWire Labs Team at Wandera has been analysing the mobile data traffic patterns across its enterprise customers in the European countries that make up this year’s tournament. Wandera said that during the research period, the number of data leaks observed increased. The IT firm predicted this number will continue to rise as the tournament goes on as a result of more people travelling across Europe and using unfamiliar apps and websites to access match information. The company suggested that data leaks will peak in late June towards the end of Euro 2016, before going back to normal levels in late July.
The firm summed up that the increased data usage for the beginning of Euro 2016 was no surprise to anyone. The risks associated with this increase in traffic have implications. With more people travelling across Europe, using unfamiliar websites and apps, as well as the discovery that the official UEFA app is leaking data could all lead to serious security breaches with thousands of fans’ data being put at risk, according to the firm.

Comments
Andrew Tang, Service Director, Security at MTI Technology, spoke of two ways organisations can protect corporate data. The first is through a fleet of corporate devices, which can control what apps are installed and which websites can be visited. However, with fleets of devices becoming old-fashioned and bring your own device (BYOD) policies ever more common in the workplace, controlling what an employee uses their device for, has become more complex. Enterprise Mobility Management (EMM) platforms are key to protecting corporate data. By separating company information from the rest of the phone; including apps, emails and documents; employers can ensure that a ‘wall’ is created around sensitive information and as a result, can prevent infection from compromising data.

Can organisations prevent downloading of apps that leak data?
With a fleet of managed devices, this is less of a problem as companies can place restrictions on what apps can be downloaded. With BYOD however, employees can be free to download what they want to. Through a EMM platform, businesses can create a corporate app store that restricts what employees can use through the platform. This allows IT departments to restrict access to certain apps on Google Play or the Apple Store, ensuring that only approved apps are used to access corporate information, while still allowing employees are free to download whatever they wish to use on their device.

What are the best practices for protecting infrastructure during major sports events?
Public Wi-Fi is a particular threat when it comes to malware penetrating a mobile device. Open, password free Wi-Fi connections are not encrypted, which means that they are easy targets for hackers. For example, the WiFi Pineapple makes man-in-the-middle attacks easy. In this type of attack, a hacker sits in between the device and the Wi-Fi it is connected to in order take information away from the device. This is especially dangerous in foreign countries as some users try to make the most of avoiding having to pay roaming charges through free Wi-Fi. Education is key here. By informing employees of the dangers free and open Wi-Fi connections can pose, organisations can hopefully mitigate some of the threat. However, this is far from foolproof.

Monday, 16 May 2016

Home and mobile working - ’10 Steps to Cyber Security’

Mobile working is an established fact of life today, whether you’re accessing corporate data on the move or connecting to the company network from your home. Mobiles devices now make it easier for employees to do all they need irrespective of geographical location.  

While the mobile revolution provides flexibility for employees, it also brings risks. One of which is the simple physical loss of equipment, such as a laptop left on a train, or a smartphone left in a taxi. Being able to access all documents from a single location means that, should the device end up in the wrong hands, the security can be compromised.

Blunders and lapses

Should you happen to find yourself in a situation whereby your device goes missing, do not panic. Laptop lapse can easily be dealt with by encrypting hard drives, enabling remote access to wipe data and also by using extremely robust passwords.

A more immediate danger, however, are sophisticated exploits such as mobile botnets, where multiple smartphones can be infected with a virus or Trojan type software. This can result in a network of phones being programmed for malicious activity, such as stealing credit card data or malware, burrowing into a corporate network. As mobile computing becomes increasingly commonplace, hackers are also increasingly drawn to it.

World of many devices

In terms of home and mobile working, organisations need to secure and manage operating systems in a world of mixed-use devices, while at the same time incorporating identity, context, and privacy enforcement to set the appropriate level of access to enterprise data and services.

Organisations need to address three areas: device management, application management and content management.

In terms of device management, organisations need to be able to secure and manage a diverse range of mobile devices, automatically enable enterprise settings such as Wi-Fi and VPN, as well as providing end-users with secure access to corporate email.

With application management, a business should aim to deliver, secure and when appropriate, retire mobile apps. This provides IT with the ability to manage the application life cycle from making applications available to employees, securing applications on the device and when necessary, containerising corporate apps to keep them separate from personal apps.

Content management is the ability to enable end-users to securely access and manage enterprise documents that are kept in different content repositories, whether on-premises servers or in the cloud. It’s also important that corporate email attachments are encrypted. Ideally, users should also be able to securely browse corporate Intranet content without the need for a device-wide VPN.

Importance of policy

Policy guidelines also need to be in place in order for a business to dictate actions. For instance, if a mobile device falls out of compliance, IT can define remediation actions that will either notify the user of policy violations or remotely wipe corporate information.

In addition, stating how an employee should connect to the corporate network can also help with security. Connecting to a corporate network via secure socket layer virtual private networks alongside a two-factor authentication for identification will also ensure privacy and protect corporate data.

Thursday, 19 March 2015

How big is your wallet?

I was asked to write a blog piece for work which was originally published here: http://mtibytes.com/post/How-big-is-your-wallet

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The average wallet is designed to carry objects of a 3 3⁄8” × 2 1⁄8” form factor, or the size of a standard credit card. I found I was carrying a bit more than that; on some days I might leave the house with a couple of credit cards, a debit card, supermarket loyalty cards, my driving license, Oystercard, and of course, a stack of business cards, requiring an ever-expanding wallet. As I struggled to fit my jumbo wallet and 5” smartphone into my trouser pocket, I decided something needed to be done.

Let me tell you, a few years ago downsizing a wallet would not be for the faint hearted. However, with the rise of mobile payment technologies, getting rid of your wallet for good may not be a fantasy for much longer.

With a few tips (and security considerations, of course) you’ll be well on your way to kicking your plastic to the curb:

Internet payments
I was an early adopter of PayPal, which many were hesitant to join in its early days for fear of leaving their payment details with a third party. Security concerns aside, PayPal is a highly attractive service, making online transactions (namely over eBay) simpler and more convenient. If you’re concerned about the security of internet payments, a simple preventative measure is to use separate banking details for PayPal and other online purchases. This will allow you to monitor online spending apart from your other purchases and, at the same time, keep a watchful eye on fraudulent spending and credit card cloning.

Contactless 
Similarly, I was among the first to purchase the Google Nexus 4 with Near Field Communication (NFC), which I saw as the future of payments (are we sensing a pattern here?). With both mobile and credit card companies adopting the technology, contactless payment seemed like the way forward. Still, I had my reservations about using my phone to buy everything – from petrol to a pint - so I didn’t use the NFC function initially.
That being said, it seems there are more service providers offering NFC for small purchases every month. TFL now accepts contactless credit cards, meaning one less card for me to fumble for on my commute. My mobile phone provider now has a wallet system that is compatible with NFC, as well as offering NFC chips that can be stuck to your phone, offering the contactless payment functionality for any device.

Apps for all 
As an Android enthusiast, I have created a Google Wallet account to use on Google Play. If you can’t bare the thought of parting with your iPhone, don’t despair; Apple Pay is available on all new devices and uses your fingerprint for authentication.
Although both applications are protected by a PIN, keep in mind that these technologies are still in their early stages and possibly more susceptible to fraud as a result. If you’re still hesitant on taking the plunge, I would recommend simply waiting until functionality becomes more conventional.

Say it with me: bin the wallet! 
Mobile is rapidly becoming the hub of our lives, acting as our main communication lifeline, connection to the web, control for our home environment, link for our wearables, and now, primary payment method. As Google and Apple payments join the mainstream, I predict we will do away with our wallets completely and rely solely on our mobile phones.
Although the news is full of high profile security breaches, we needn’t look further than our own pockets for an example of a security risk. These leaps in technology and functionality are impressive, but should only make us more vigilant when it comes to mobile security. So the question remains: how big is your wallet?