The reality is, mobile devices are less safe than desktop computers. Boosting security on such devices is essential if you use them in business. 

Technological breakthroughs have streamlined your operations in several ways. Primarily, you can now use mobile devices to make your communication and data sharing more convenient.

But this technological advancement also means that information on your team members’ mobile devices is no longer limited to just phone numbers and contacts. They now contain much more significant data, such as emails, passwords, and other account details. 

That’s why keeping those mobile devices secure is key to shielding your reputation and minimising the risk of losing money. 

Unfortunately, the protection of tablets and smartphones against cyberattacks isn’t as robust as that of desktops and laptops. Anti-malware applications may be present, but they’re not as powerful as their computer counterparts. In addition, many devices don’t support certain measures and applications that companies develop to enhance business security. 

Fortunately, you can still implement robust safety measures to protect your smartphones and tablets. 

This article will cover the nine best practices in improving cybersecurity on mobile devices.

The Nine Practices

Practice #1 – Establish a Sound Security Policy

Before issuing tablets or smartphones to your teams, create an effective usage policy. Define rules about acceptable use and determine the penalties for violating them. 

Your employees must be aware of the security risks and measures that can help them reduce the risks. They should know that they are the first line of defense against cybercrime. 

Furthermore, be sure to develop a BYOD (Bring Your Own Device) policy if you permit your team to use a personal device for business. Your company policy can include the following: 

• Requirements for the installation and remote software wiping on any personal device that stores or accesses company data
• Employee training and education on safeguarding company information when using wireless networks on their mobile devices
• Data protection methods that include automatic locking or other security measures applicable after long inactivity periods
• Protocols for lost and stolen devices 
• The use of security software and antivirus platforms 
• Backup requirements 

Practice #2 – Ensure the Operating System Is Up To Date

Updating Android and iOS operating systems improve overall user experience, but their most significant role is in addressing security vulnerabilities. 

Therefore, install updates as soon as the developer rolls them out to reduce exposure to cybersecurity threats. Delaying it may give criminals enough time to attack your weaknesses and take advantage of outdated operating systems.

Practice #3 – Enable Password Protection

A complex password or PIN can help prevent cybercriminals from accessing mobile devices. Besides using alphanumeric combinations, you can also use facial or fingerprint recognition, depending on what suits your employees. 

If you opt for digits and letters, don’t share the combination with people outside your company. On top of that, be sure that your staff doesn’t store them on their phones. Unmarked folders and physical wallets are a much safer option.

Practice #4 – Install Business Programs Only

Lenient download policies can allow your team members to install non-business apps. Downloading such apps might seem harmless, but they are also infamous for their harmful advertising codes and many other threats. 

To mitigate this risk, tell your employees they can only download and use apps necessary for their roles. 

Practice #5 – Avoid Public Wi-Fi Connections

Your team may need to use public Wi-Fi networks in emergencies to send crucial emails or schedule a meeting. However, connecting to such networks can expose confidential company information to cybercriminals using the same network. 

The easiest way to minimise this risk is to provide a high-quality internet plan that features roaming services for your remote workers. 

But if there’s no way to avoid public Wi-Fi connections, a reputable virtual private network (VPN) or secure global network (SGN) may do the trick. It can help shield your data by creating direct, secure links from your location to the intended website. 

Practice #6 – Leverage Phone Tracking

Losing company-issued mobile devices is unfortunate, but it’s not the end of the world. 

Enabling Android Phone Tracker, Find My Phone on iOS, or other device-tracking software can help locate your lost smartphones. Some programs also enable you to remove data on your stolen devices remotely. 

Installing these apps takes a couple of minutes and gives you much-needed peace of mind. With it, even if your staff loses their mobile device, cybercriminals are less likely to get their hands on the content. 

Practice #7 – Incorporate MDM (Mobile Device Management Software)

For even more security, you may want to integrate with reliable MDM. It’s an excellent way to separate personal and business information while allowing your team members to set up robust security measures on their devices. 

In most cases, cloud-based software is the most affordable, flexible, and manageable type of MDM. Many platforms let you check out device information, update and manage apps, configure your devices, create usage restrictions, and remove content remotely. 

If possible, implement MDM software that enforces security measures across all devices. As previously mentioned, this can include data encryption, strong passwords, and setting up containers to separate personal information from enterprise data.

Practice #8 – Screen Messages Carefully

Cybercriminals frequently employ SMS phishing to trick your team into clicking dangerous links. They pose as someone credible, asking your staff to share confidential information. 

If your employees encounter such messages, they should delete them or alert the IT department. Another great idea is to avoid opening the SMS and block the sender. 

Practice #9 – Blocking and Whitelisting

Many threats can compromise your company due to employee errors. For example, a team member may not realize they’re downloading a malicious app that allows thieves to steal data from their mobile devices. 

Blocking and whitelisting can enable you to protect your employees from these risks by determining which sites and apps are safe. 

On one hand, blocking certain applications can give your IT department peace of mind and alert them when someone tries to access those applications.

On the other hand, whitelists can work great for highlighting the tools your team should prioritize over social media and games.

Don’t Drop Your Guard

Securing your desktop computers and laptops only is a disaster waiting to happen. 

Your employees may still use their mobile devices to send emails and share sensitive information. That’s why shielding them from cybercriminals should be your top priority. 

So, develop a strict usage policy and follow other recommended practices to make your team’s smartphones and tablets virtually impervious to data theft. 

Get in touch with us today for even more cybersecurity tips. We can schedule a non-salesy chat to help you identify and address any potential security risks.

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This Article has been Republished with Permission from The Technology Press.

Public networks expose your business to security threats. Switching to a VPN can greatly help in reducing those threats.

Many companies rely on public networks for communication and data sharing. It allows them to cut costs and allocate their funds elsewhere. 

However, it also raises several security issues. 

For starters, the network provider might be monitoring the activity, which gives them access to customer details, emails, and critical files. As a result, sensitive information can end up in the wrong hands, compromising the organization’s reputation. 

Another potential consequence is losing access to bank accounts, credit cards, and invaluable resources. These issues can lead to huge losses for any business.

Your business might be facing the same risk whenever a team member connects to a public network. 

To eliminate it, you need to switch to a virtual private network (VPN) or secure global network (SGN). Both offer online anonymity and privacy, enabling you to conduct your operations away from prying eyes. 

Still, you can’t go for just any VPN or SGN. This article features the 10 factors to consider when choosing the right one.

The 10 Factors

Factor #1 – Location

The location of your VPN or SGN servers is essential for a few reasons. 

For example, the greater the distance between your server and your business, the higher the chances of facing latency issues. That’s why to ensure a seamless surfing experience, stick to the nearest server available. 

Furthermore, you can also consider a VPN or SGN from the same place as the content your team needs to access to overcome geographic restrictions. If your work requires research from the UK, for example, find servers from that country. 

Factor #2 – Price

Using free VPNs or SGNs might be tempting, but they deliver a lackluster experience. To start with, they can log you out of internet activities and are often chock-full of disruptive ads. 

You’re much better off investing in a paid platform. They come with various robust features, a larger number of servers, and configurations to bolster your security. 

Factor #3 – Device Compatibility

Another detail you should consider is the compatibility of your VPN or SGN. 

In most cases, you need software that can work with several devices, such as your smartphone, laptop, and tablet. Otherwise, cross-platform work will suffer. 

Factor #4 – Capacity

Before choosing your VPN or SGN, make sure to determine the amount of data you can use. That means if your operations warrant tons of online resources, you should pick a solution that supports considerable data allocation. 

Moreover, check the number of online servers. The higher the number, the more efficiently your platform can support resource-intensive tasks. 

Factor #5 – Protocol Support 

Protocols are rules that stipulate connections between the client (software on your device) and the server. 

There are different protocols, but the most widely used ones include PPTP, OpenVPN, IPSec, SSL, SSH, and SSTP. Each offers varying speeds and levels of security, both of which are vital to your company. 

For instance, OpenVPN is an open-source protocol and one of the safest options for enterprises. It runs on 256-bit encryption keys and advanced ciphers, offering robust protection against cyberattacks. Plus, it features excellent firewall compatibility.

Factor #6 – Data Logging Policies

VPNs and SGNs log user data to streamline customer support and limit available connections. However, you need to consider what information they’re logging. 

In most cases, this includes session times and IP addresses. But some providers can also log your software, downloaded files, and web pages you visit. 

When looking for a suitable VPN or SGN, be sure to read the data logging policy to determine the information the app will store. You should also verify the company is transparent; if someone tries to deceive you, turn down their offer.

Factor #7 – Availability of a Kill Switch

No cybersecurity measure is fail proof – VPNs and SGNs are no exception. Overloaded platforms can trigger IP leaks, interrupting your private connection and exposing your true address when online. 

To avoid this scenario, look for platforms with a built-in kill switch. It disrupts your devices’ access to the internet in case of IP leaks. The kill switch stops transfers of unencrypted information and can help prevent cybercriminals from obtaining your data. 

Factor #8 – Updates

Your VPN or SGN provider needs to roll out regular updates to ensure you can perform your operations safely and efficiently. 

If they don’t openly specify the update frequency on their webpage, find out when the last update was on your app store. It should give you a clue on how frequently the updates get sent out.

Factor #9 – Centralized Management

Centralized management enables you to control VPN or SGN distribution more easily, allowing you to manage access permissions and user accounts. Some of the best apps even feature gateway or role-based access management. It permits users to access only those segments of the network they need to perform their jobs. 

Another important consideration here is control from your console. IT administrators should have permission to open and delete accounts as well as check the devices linked to the platform. 

Lastly, your organization might benefit from VPNs or SGNs with IP whitelisting. They allow administrators to approve the IP addresses of your enterprise to ensure only members with a verified IP can use corporate resources. This feature provides granular control over network accessibility. 

Factor #10 – Customer Support

Customer support might be the most significant factor. Your provider should be easy to contact through different portals, such as telephone, live chat, and email. 

Easy accessibility lets you inform the VPN or SGN developer about various issues. For instance, they can help restore your network if it goes down and prevents unwanted exposure. 

Most client support teams are highly accessible, but make sure to verify this by reading customer reviews. 

Safeguard Against Cyberattacks With a Bulletproof VPN

The digital world is rife with challenges, especially if your business uses public networks. Loss of data can happen at any time, which can give your competitors the upper hand and tarnish your reputation.

That’s why switching to a VPN or SGN is one of the wisest investments you can make. 

To make the most of your service, find an app with dependable security features, customer support, and suitable configurations for your operations. 

You’ll also want to patch up any other cybersecurity vulnerabilities. And we can help you make that happen. 

If you’d like a quick, non-salesy chat to discuss your cybersecurity and find out where you might have any potential risks, contact us today.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.

An effective way to bolster your business’s data security is to work with a Managed Service Provider (MSP) or I.T. Service Provider (ITSP). They address network vulnerabilities to prevent cybercriminals from exploiting them.

Besides monitoring and organizing your servers, a Managed Service Provider (MSP) or I.T. Service Provider (ITSP) plays a pivotal role in the cybersecurity program of your business. They implement several strategies to shield your network from attacks and protect your data. 

For instance, many providers use email authentication protocols to monitor your server’s vulnerabilities. They can keep users from accidentally accessing malicious websites by determining spam emails containing malware or viruses. This results in enhanced system security. 

Another common practice is training your employees to ensure they follow the highest security standards. This is especially important if you have remote team members since there’s no way to keep track of their activities. To tackle this issue, an MSP or ITSP teaches your staff how to operate safely to avoid harm to your company’s infrastructure and reputation. 

On top of that, an MSP or ITSP can neutralize various threats due to their proactive approach. They offer several tools such as firewalls and endpoint detection to control the traffic and stave off cyberattacks. Also, they can install antivirus software and email security to stop intrusion attempts. 

Needless to say, an MSP or ITSP can shield you from a wide array of cybersecurity issues. But it’s vital to work with the right provider. 

To ensure this happens, you should look for and abide by the best practices for an MSP or ITSP in the cybersecurity space. This article will examine what they are. 

The 8 Best Practices

Practice #1 – Enforce Multi-Factor Authentication (MFA)

Cybercriminals are becoming proficient at accessing your credentials, so it’s critical to enable MFA for all your users.  It consists of three elements: a password, security token, and biometric verification. Consequently, if attackers breach one security layer, they’ll still have to do a lot of digging to access your information.

Practice #2 – Make Patching a Priority

Application and operating system exploits are common. Hackers target them to access your system and compromise your data, but you can prevent this through regular patching. 

Making sure your system is up to date with the latest security standards decreases the risk of exploitation. 

Practice #3 – Conduct Regular Cybersecurity Audits

An MSP or ITSP must be aware of onboarding, offboarding, and lateral movements within an organization. This warrants frequent cybersecurity audits to assess the competency of your team. 

Many MSPs or ITSPs hire third-party companies to perform their security audits. They can detect if a person who no longer needs access to the network still has it. It’s something that can endanger the client’s information, especially if the individual is a former employee. 

Conducting regular audits mitigates this risk. It enables an MSP or ITSP to implement some of the most effective access privilege limitations: 

• IP restrictions – These security measures ensure that only users who can access your local network can utilize remote administration tools. 
• RMM software updates – Software vendors typically dispatch updates to fix vulnerabilities and patch numerous security gaps. 
• RDP (Remote Desktop Protocol) Security – This Windows native administration tool reduces the chances of ransomware attacks in your organization. 

Practice #4 – Have An Off-Site Backup

Backups are crucial for tackling malicious activities and ensuring operational continuity after cyberattacks. 

They also help address whether the company and its clients can access the latest version of their data and applications. This feature is vital for enterprises that must adhere to compliance requirements, including PCI-DSS and HIPAA. 

But besides implementing on-site backups, your MSP or ITSP should also set up off-site versions. If attackers compromise your RMM software, they can most likely reach on-site backups, too. 

So, to avoid disasters, businesses should have an off-site backup accessible to only a few people. It should also be offline for greater security. 

Practice #5 – Incorporate Log Monitoring

Log monitoring is analyzing your logs for potential glitches. As an MSP or ITSP scrutinizes your records, they can detect traffic from harmful sources and provide a clear idea of threat patterns. And over time, they can deploy countermeasures to seal these gaps. 

For example, cybersecurity experts use reliable security information and event management (SIEM) tools. They facilitate scanning through piles of information to enable faster threat detection.

Practice #6 – Launch Phishing Campaigns

Phishing cybercriminals target your team members with emails or text messages, posing as legitimate institutions to steal your data. Unfortunately, most attacks succeed because of human error, meaning your MSP or ITSP should be aware of and monitor employees’ behavior. 

Setting up fake phishing campaigns is a great way to test your team’s ability to respond to phishing attacks. It allows you to pinpoint and improve inadequate responses, bolstering data security. 

Practice #7 – Choose Your Software Carefully and Secure Endpoints

From small browser plugins to large-scale business systems, be sure your providers take data protection and cybersecurity seriously. Learn about their commitment to these aspects before purchasing their application. 

Furthermore, employ web filtering tools, antivirus software, and email authentication to fend off ransomware attacks through malicious emails. Ensure each endpoint and your virus definition library are secure and up to date with the latest standards. 

Practice #8 – Set Alerts and Document Everything

An MSP or ITSP that configures their systems to receive alerts upon system changes can work proactively and tackle threats early on. Many platforms automate this process through rules templates, personalization, and direct tickets to the PSA. This eliminates manual digging, saving precious time. 

Another useful strategy is to document your cybersecurity information, such as your defense mechanisms, emergency guidelines, and disaster recovery plans. You should also review it regularly to help pre-empt cyberattacks.

Cybersecurity Is Paramount

While digitalization has significantly streamlined your operations, it’s also made you more susceptible to data theft. 

To ensure cybercriminals don’t get their hands on valuable information and ruin your reputation, your MSP or ITSP needs to adopt well-established security practices. 

But if your provider hasn’t introduced off-site backups, regular patches, and employee training, you’re not getting your money’s worth. Hence, you may be frustrated since your provider isn’t delivering the necessary results. 

This makes you a sitting duck for cybercriminals. You need to resolve the issue as soon as possible. 

We can help you do so. Reach out to us for a quick 15-minute chat, and our tech experts will do their best to show you a way out of your cybersecurity dead end.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.