The crucial role of MSPs in SMB cybersecurity

With modern cyberattacks targeting companies of all sizes, businesses cannot afford to relegate cybersecurity to the bottom of their list of priorities. When it comes to cybersecurity, even small- and mid-sized businesses (SMBs) would do well to get help from an expert. Here’s how having a managed IT services provider (MSP) implement robust cybersecurity solutions for you will benefit your business.

The numbers

Through the years, the number of SMBs falling victim to cyberattacks has drastically increased. Ransomware attacks, misconfigured systems, credential stuffing, and social engineering are among the many cyberthreats that SMBs face. Also, according to Verizon’s 2021 Data Breach Investigations Report, one in every five data breach victims was an SMB. What’s more, only 47% of SMBs are able to detect breaches within days.

The financial consequences have also considerably increased. IBM’s Cost of a Data Breach Report 2021 shows that “data breach costs rose from USD 3.86 million to USD 4.24 million.”

The numbers don’t lie, so it’s only about time SMBs take cybersecurity seriously. You can safeguard your business from cyberattacks and provide a more secure customer experience by working with a trusted MSP.

Why managed services?

Partnering with MSPs is the most effective way to prevent attacks and defend against malicious threats. MSPs offer a full range of proactive IT support that focuses on advanced security, such as around-the-clock monitoring, data encryption and backup, real-time threat prevention and elimination, network and firewall protection, security awareness training, and more. Here are some of the services an MSP can offer:

    • Around-the-clock monitoring – A cyberattack can happen at any moment. By having someone watching your networks and systems 24/7, MSPs ensure that any potential threats are identified and dealt with quickly.
    • Data encryption and backup – Data encryption transforms readable data into an unreadable format. This can be done through the use of a key, which is only accessible to authorized users. This way, even if the data is compromised, it can’t be read without the key. Meanwhile, data backup is the process of creating and preserving copies of data so that it can be restored in the event of data loss.
    • Real-time threat prevention and elimination – By using technology that can detect and stop threats as they happen, this security solution can minimize the impact of an attack and keep your business data safe.
    • Network and firewall protection – Networks and firewalls create a barrier between the business network and the internet, securing confidential data, such as customer information, employee records, and trade secrets. Networks can be configured to allow certain types of traffic through while blocking others, so that only authorized users can access specific resources.
    • Security awareness training – Now, more than ever, SMBs need to be aware of cybersecurity threats and how to protect themselves. MSPs can facilitate security awareness training that can help employees spot red flags and know what to do (and not do) to keep company data safe.

Managed IT services are designed to identify and fix weak spots in your IT infrastructure, enabling you to optimize the digital backbone of your business processes. With managed IT, you’ll also have faster network performance, a solid business continuity and disaster recovery strategy, and minimal downtime. You’ll also get a dedicated team of IT professionals ready to assist you with any technology-related problems. This is much more effective and budget-friendly than having in-house personnel juggling all of your business IT needs.

Being proactive when it comes to cybersecurity is the only way to protect what you’ve worked hard to build. If you’d like to know more about how managed services can benefit your business, just give us a call — we’re sure to help.

This post was originally published on this site

What you need to know about Mac ransomware

New strains of ransomware usually impact many Windows users, while only a small percentage of Mac users get affected. However, there are ransomware strains that specifically target Apple computers. Boost your defenses against these threats by following these security tips.

What is ransomware?

Ransomware is a type of malicious software that holds computer systems hostage via encryption until a ransom is paid. Attackers typically threaten to release the encrypted information to the public or destroy sensitive data if victims don’t pay within a certain deadline. Healthcare and finance organizations, in particular, are more likely to pay the ransom because these organizations tend to be worth a lot of money and have many valuable assets, and can’t afford to lose access to their critical data.

As its name suggests, Mac ransomware is simply ransomware that targets Mac desktops and laptops. And just like other types of ransomware, it is typically distributed via phishing emails.

Types of Mac ransomware

In 2016, the KeRanger ransomware was distributed through the popular BitTorrent app Transmission. KeRanger was signed with an authorized security certificate, allowing it to evade macOS’s built-in security measures and infect more than 7,000 Mac computers.

Meanwhile, the Mac ransomware strain Patcher was discovered in 2017. It disguised itself as a patching app for programs like Microsoft Office. When launched, Patcher would encrypt files in user directories and ask for a Bitcoin ransom. But the ransomware was poorly built, so there was no way to retrieve the decryption key once the ransom was paid.

In 2019, the EvilQuest ransomware encrypted files and forced victims into paying a Bitcoin ransom. Much like Patcher, however, there was no decryption key, leaving those who paid the ransom with nothing.

Ransomware attacks like these can make a resurgence at any time, which is why you need to be prepared in case of an attack.

An ounce of prevention goes a long way

Preventive measures are the best way to keep your Macs safe from ransomware. This involves installing only programs from the official App Store and the latest software patches to defend against the latest threats.

Since phishing emails are the usual delivery method of ransomware, be wary of suspicious links and email attachments. Always be on alert even if the email appears to come from a legitimate company or someone you know.

You must also maintain offline backups and have a disaster recovery plan to keep your business running in the event that ransomware successfully infiltrates your systems.

Responding to ransomware

If your Mac is infected with ransomware, do not pay the ransom fee, as there’s no guarantee that hackers will provide a decryption key and release your data. Instead, use an up-to-date anti-malware program to remove ransomware from your computer. There are also free ransomware decryption tools online that you can use to remove the infection.

If these tools don’t work, contain the spread of the ransomware by disconnecting from the network. Afterwards, run data recovery procedures and immediately seek the help of our cybersecurity experts. We stay abreast of the latest Mac security threats and know just how to keep your business safe.

This post was originally published on this site

PHI best practices that all business leaders should know

Protected health information (PHI) is a common target of cybercriminals, as the personal, medical, and financial information that comprise it can be abused for financial gain. This is why businesses that handle PHI should take every step possible to ensure that their clients’ data is always protected.

Provide your staff with regular training

A comprehensive data security training program is necessary to combat ever-evolving threats to the healthcare industry. Training should be done regularly and must cover all the different areas of data security, including the various data breach methods employed by hackers. For instance, your employees should be educated on how to spot phishing attacks, which are the number one cause of data breaches, according to the 2021 Verizon Data Breach Investigations Report.

Understanding how phishing works will help your employees recognize and avoid falling victim to such scams. It’s also important to keep updating your staff with developments in the world of cyberthreats, so that they can stay a step ahead of attackers.

Enforce strict access policies

Place access restrictions on your files and documents to keep unauthorized users from getting their hands on PHI. This entails granting employees access to only the PHI they need to perform their tasks. For instance, accountants should not have access to data about patients’ health conditions. Similarly, physicians shouldn’t be able to see patients’ billing information.

Healthcare executives must also hold employees accountable for accessing PHI for no valid reason. Together with regular cybersecurity training, this will minimize the risk of data breaches resulting from insider threats.

Employ full-disk encryption

Full-disk encryption is an inexpensive and quick method to secure private information saved in computers and portable devices. It renders data indecipherable to users who don’t possess the matching decryption key. This means that even if an employee’s laptop or smartphone is lost or stolen, the thief won’t be able to access any encrypted PHI stored in it.

Build a resilient infrastructure

Malware is a blanket term for viruses, Trojans, and other harmful programs that cybercriminals use to damage systems and gain access to sensitive data. To ensure the security of PHI, your healthcare organization must build an IT infrastructure that is protected against malware of all kinds.

This involves setting up safeguards to keep malware and other threats at bay, such as advanced firewalls, intrusion prevention systems, and email filtering software. You should also consider network segregation and segmentation to block hackers’ attempts to penetrate your networks and steal PHI.

If malware does manage to infiltrate your network, stop it from spreading by deploying next-gen anti-malware software that can detect and quarantine any signs of a breach. If such systems fail, you’d also need a data backup and recovery plan so you can continue caring for your patients even during a major incident.

Implement physical security measures

Many healthcare organizations still rely on paper-based PHI and store these in file cabinets. Secure these valuable assets by installing physical security controls, such as surveillance cameras and card entry systems, in the areas of your facility where records are stored. You should also implement strict record log-out procedures, which will help ensure that only authorized personnel can access records that contain sensitive data and that these are returned promptly.

To learn more about how you can secure PHI and other digital assets, drop us a line today. Our team of professionals can provide you with the knowledge and assistance you need.

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Prevent phishing attacks with these Microsoft 365 Defender features

Microsoft is a provider of powerful and intuitive tools that improve efficiency, productivity, and security. And as phishing attacks become more sophisticated and prevalent, Microsoft is taking steps to protect its users, one of which is releasing powerful cybersecurity tools via Microsoft 365 Defender. Here are some of them.

1. Anti-phishing

The most dangerous types of phishing scams involve emails that are disguised to appear like it’s from an entity. An attacker may use cunning tactics, such as referring to the victims by their nickname. They may even take over actual email accounts and use these to trick their victims.

Through machine learning, Defender creates a list of contacts that users normally communicate with. It then employs an array of tools, including standard anti-malware solutions, to differentiate acceptable from suspicious behaviors.

2. Anti-spam

Since common phishing campaigns utilize spam emails to victimize people, blocking spam is a great way to protect your company from such attacks.

Defender’s anti-spam technology addresses the issue by examining both an email’s source and its contents. If an email is found to come from an untrustworthy source or has suspicious contents, it is automatically sent to the Spam folder. What’s more, this feature regularly checks the activity of people in your company to ensure that none of them sends out spam emails.

3. Anti-malware

Malware, such as ransomware and spyware, can spread via phishing emails. Ransomware locks systems and files from users until a ransom is paid. Spyware, on the other hand, steals data by recording keystrokes, copying clipboards, and taking screenshots, among other methods.

Defender employs a multilayered defense against both known and unknown types of malware. This covers the different stages of email transmission security, including filtering potentially harmful attachments, and real-time threat response. Microsoft also regularly deploys new definition updates to keep its defenses armed against the latest threats.

4. Sandbox

It’s not uncommon for some users to accidentally open a malicious email attachment, especially if they’re not careful.

Defender resolves this issue by opening all attachments in a sandbox first. This sandbox is an isolated environment, so if the attachment is malicious, it will only infect the sandbox and not your actual system. Microsoft will then warn you not to open the file. If it’s safe, you will be able to open it normally.

5. Safe Links

Instead of attachments, some phishing emails contain URLs that lead to fraudulent websites — often made to look like legitimate ones — that require victims to provide their personal information. Some of these URLs also lead to pages that download malware into a computer.

Through a process called URL detonation, Safe Links protects users by scanning the links in their emails and checking for malicious behavior, such as the transmission of malware. If the link opens a malicious website, Microsoft Defender will warn users not to visit it. Otherwise, users can open the destination URL normally. Even so, the service will rescan the link in the succeeding days and report any suspicious changes.

What’s great about Safe Links is that it also scans links in emails from people within your company and works on files uploaded to Microsoft Teams and SharePoint.

6. User Submissions

Defender allows you to set a specific mailbox to send emails you deem a threat. The User Submissions feature lets you set criteria for both malicious and safe email and identify mailboxes besides your spam folder to keep these messages in. This feature gives your administrators greater control over which emails to flag and which to report to Microsoft.

7. Enhanced Filtering

If your company uses third-party services to route emails to your on-premises environment before they are sent to Microsoft 365, you will benefit from Enhanced Filtering for Connectors. Defender uses inbound connectors to determine the trustworthiness of email sources. The more complex your routing scenario is, the more likely that an email’s inbound connectors will not reflect its real source.

Enhanced Filtering preserves authentication signals that may have been lost over the course of routing emails. This maximizes the effectiveness of Microsoft 365’s overall filtering capabilities, helping it detect spam and phishing emails.

If you need an email service that promotes efficiency while protecting your business, we can deploy and manage Microsoft 365 for you. Call us today to get started.

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Basic cybersecurity terms everyone should know

If the only cybersecurity terms you know are “virus” and “hacking,” now is the time to expand your cybersecurity vocabulary. This will enable you to better understand the variety of risks in the online world and protect your computers, data, and yourself. Here’s a short yet handy list of cybersecurity terms you should know.

Malware

For a long time, the phrase “computer virus” was misused to refer to every type of attack that intended to harm or hurt computers and networks. The more appropriate term for these harmful programs and files would be “malicious software” or “malware.” Whereas a virus is a specific type of malware that is designed to replicate itself, any software created for the purpose of destroying or unfairly accessing networks and data should be referred to as malware.

Ransomware

Don’t let all other cyberthreats ending in -ware confuse you; they are all just subcategories of malware. Currently, one of the most popular of these is “ransomware,” which is malware that encrypts valuable data until a ransom is paid.

Intrusion prevention system (IPS)

There are several ways to safeguard your network from malware, but an IPS is quickly becoming one of the nonnegotiables. An IPS sits inside your company’s firewall and looks for suspicious and malicious activity that can be halted before it can exploit or take advantage of a known vulnerability.

Social engineering

Not all types of malware rely solely on fancy computer programming. Experts agree that the majority of attacks require some form of “social engineering” to succeed. Social engineering is the act of tricking people, rather than computers, into revealing sensitive or protected information. For cybercriminals, complicated software is totally unnecessary if they can just convince potential victims that they’re a security professional who needs the victims’ password to secure their account.

Phishing

Despite often relying on face-to-face interactions, social engineering does occasionally employ more technical methods. Phishing is the act of defrauding people using an app or a website that impersonates a trustworthy or often well-known business in an attempt to obtain confidential information. Just because you received an email that says it’s from the IRS doesn’t mean that it is. Don’t take such emails at face value — always verify the source, especially if the emails are requesting your sensitive data.

Antivirus

Antivirus software is often misunderstood as a way to comprehensively secure your computers and workstations. These applications are just one piece of the cybersecurity puzzle and can only scan the drives on which they are installed for signs of well-known malware variants.

Zero-day attacks

Malware is most dangerous when it has been released but not yet discovered by cybersecurity experts. When a vulnerability is found within a piece of software, vendors will release an update to fix the gap in security. However, if cyberattackers release a piece of malware that has never been seen before, and if that malware exploits one of these holes before the vulnerability is addressed, it is called a zero-day attack.

Patch

When software developers discover a security vulnerability in their programming, they usually release a small file to update and “patch” this gap. Patches are essential to keeping your network secure from the vultures lurking on the internet. By checking for and installing patches as often as possible, you keep your software protected from the latest malware.

Redundant data

When antivirus software, patches, and intrusion prevention fail to keep your information secure, there’s only one thing that will: quarantined off-site storage. Duplicating your data offline and storing it somewhere other than your business’s workspace ensures that if there is a malware infection, you’re equipped with backups.

Our cybersecurity professionals are always available to impart more in-depth knowledge of the many different kinds of cyberthreats. Get in touch with us today and find out how we can help you with your IT security woes.

This post was originally published on this site

Basic cybersecurity terms everyone should know

If the only cybersecurity terms you know are “virus” and “hacking,” now is the time to expand your cybersecurity vocabulary. This will enable you to better understand the variety of risks in the online world and protect your computers, data, and yourself. Here’s a short yet handy list of cybersecurity terms you should know.

Malware

For a long time, the phrase “computer virus” was misused to refer to every type of attack that intended to harm or hurt computers and networks. The more appropriate term for these harmful programs and files would be “malicious software” or “malware.” Whereas a virus is a specific type of malware that is designed to replicate itself, any software created for the purpose of destroying or unfairly accessing networks and data should be referred to as malware.

Ransomware

Don’t let all other cyberthreats ending in -ware confuse you; they are all just subcategories of malware. Currently, one of the most popular of these is “ransomware,” which is malware that encrypts valuable data until a ransom is paid.

Intrusion prevention system (IPS)

There are several ways to safeguard your network from malware, but an IPS is quickly becoming one of the nonnegotiables. An IPS sits inside your company’s firewall and looks for suspicious and malicious activity that can be halted before it can exploit or take advantage of a known vulnerability.

Social engineering

Not all types of malware rely solely on fancy computer programming. Experts agree that the majority of attacks require some form of “social engineering” to succeed. Social engineering is the act of tricking people, rather than computers, into revealing sensitive or protected information. For cybercriminals, complicated software is totally unnecessary if they can just convince potential victims that they’re a security professional who needs the victims’ password to secure their account.

Phishing

Despite often relying on face-to-face interactions, social engineering does occasionally employ more technical methods. Phishing is the act of defrauding people using an app or a website that impersonates a trustworthy or often well-known business in an attempt to obtain confidential information. Just because you received an email that says it’s from the IRS doesn’t mean that it is. Don’t take such emails at face value — always verify the source, especially if the emails are requesting your sensitive data.

Antivirus

Antivirus software is often misunderstood as a way to comprehensively secure your computers and workstations. These applications are just one piece of the cybersecurity puzzle and can only scan the drives on which they are installed for signs of well-known malware variants.

Zero-day attacks

Malware is most dangerous when it has been released but not yet discovered by cybersecurity experts. When a vulnerability is found within a piece of software, vendors will release an update to fix the gap in security. However, if cyberattackers release a piece of malware that has never been seen before, and if that malware exploits one of these holes before the vulnerability is addressed, it is called a zero-day attack.

Patch

When software developers discover a security vulnerability in their programming, they usually release a small file to update and “patch” this gap. Patches are essential to keeping your network secure from the vultures lurking on the internet. By checking for and installing patches as often as possible, you keep your software protected from the latest malware.

Redundant data

When antivirus software, patches, and intrusion prevention fail to keep your information secure, there’s only one thing that will: quarantined off-site storage. Duplicating your data offline and storing it somewhere other than your business’s workspace ensures that if there is a malware infection, you’re equipped with backups.

Our cybersecurity professionals are always available to impart more in-depth knowledge of the many different kinds of cyberthreats. Get in touch with us today and find out how we can help you with your IT security woes.

This post was originally published on this site

Simple ways to defend against Mac ransomware

Although a majority of ransomware attacks usually target Windows PCs, this doesn’t mean Mac users are completely safe. Ransomware attacks for Macs have occurred before, and are growing more widespread over time. So how can you prevent ransomware from infecting your Mac? We’ve compiled some helpful security tips for you.

What is Mac ransomware?

Ransomware is a type of malicious software that holds computer systems hostage until a ransom is paid in gift cards, or cryptocurrency like Bitcoin or Ethereum. It’s typically distributed using phishing emails, but it can also spread via unsecured networks.

When Macs are infected by ransomware, users won’t be able to access their data since it’s encrypted. Ransomware messages may also threaten to release the information to the public or destroy sensitive data if victims don’t pay within a certain deadline. Healthcare and finance organizations, in particular, are more likely to pay the ransom because these organizations tend to have a lot of valuable assets, including money, and can’t afford to lose access to their critical data.

Types of Mac ransomware

In 2016, the KeRanger ransomware was distributed through the popular BitTorrent app Transmission. KeRanger was signed with an authorized security certificate, allowing it to evade macOS’s built-in security measures and infect more than 7,000 Mac computers.

Patcher was another strain of Mac ransomware that was discovered in 2017. This type of ransomware disguised itself as a patching app for programs like Microsoft Office. When launched, Patcher would encrypt files in user directories and ask for a ransom paid in Bitcoin. But the ransomware was poorly built, so there was no way to retrieve the decryption key once the ransom was paid.

In 2019, the EvilQuest ransomware encrypted files and tried to trick users into paying a Bitcoin ransom. Much like Patcher, however, there was no feature to decrypt files after paying, leaving those who paid the ransom with nothing.

Ransomware attacks like these can make a resurgence at any time, which is why you need to be prepared in case of an attack.

An ounce of prevention goes a long way

Preventive measures are the best way to keep your Macs safe from ransomware. This involves updating your software regularly to defend against the latest threats and only installing programs from the official App Store.

Since ransomware initially infects computers using phishing emails, make sure to avoid suspicious links and email attachments. Always be on alert even if the email appears to come from a legitimate company or someone you know.

You must also maintain offline backups and have a disaster recovery plan to keep your business running in the off chance that ransomware successfully infiltrates your systems.

Responding to ransomware

If your Mac is infected with ransomware, do not pay the ransom fee, as there’s no guarantee that hackers will provide a decryption key and release your data even if you give in to their demands.

Instead, use an up-to-date anti-malware program to remove ransomware from your computer. Cybersecurity experts may also release free ransomware decryptor tools to remove the infection, so keep an eye out for these on the internet. If these programs and tools don’t work, contain the spread of the ransomware by disconnecting from the network and run data recovery procedures, provided you’ve backed up your data in an external hard drive or the cloud.

Mac ransomware attacks may not be common, but they still pose a great threat to your business. If you need more guidance, contact our team of security experts today. We stay abreast of the latest Mac security threats and know just how to keep your business safe.

This post was originally published on this site

Simple ways to defend against Mac ransomware

Although a majority of ransomware attacks usually target Windows PCs, this doesn’t mean Mac users are completely safe. Ransomware attacks for Macs have occurred before, and are growing more widespread over time. So how can you prevent ransomware from infecting your Mac? We’ve compiled some helpful security tips for you.

What is Mac ransomware?

Ransomware is a type of malicious software that holds computer systems hostage until a ransom is paid in gift cards, or cryptocurrency like Bitcoin or Ethereum. It’s typically distributed using phishing emails, but it can also spread via unsecured networks.

When Macs are infected by ransomware, users won’t be able to access their data since it’s encrypted. Ransomware messages may also threaten to release the information to the public or destroy sensitive data if victims don’t pay within a certain deadline. Healthcare and finance organizations, in particular, are more likely to pay the ransom because these organizations tend to have a lot of valuable assets, including money, and can’t afford to lose access to their critical data.

Types of Mac ransomware

In 2016, the KeRanger ransomware was distributed through the popular BitTorrent app Transmission. KeRanger was signed with an authorized security certificate, allowing it to evade macOS’s built-in security measures and infect more than 7,000 Mac computers.

Patcher was another strain of Mac ransomware that was discovered in 2017. This type of ransomware disguised itself as a patching app for programs like Microsoft Office. When launched, Patcher would encrypt files in user directories and ask for a ransom paid in Bitcoin. But the ransomware was poorly built, so there was no way to retrieve the decryption key once the ransom was paid.

In 2019, the EvilQuest ransomware encrypted files and tried to trick users into paying a Bitcoin ransom. Much like Patcher, however, there was no feature to decrypt files after paying, leaving those who paid the ransom with nothing.

Ransomware attacks like these can make a resurgence at any time, which is why you need to be prepared in case of an attack.

An ounce of prevention goes a long way

Preventive measures are the best way to keep your Macs safe from ransomware. This involves updating your software regularly to defend against the latest threats and only installing programs from the official App Store.

Since ransomware initially infects computers using phishing emails, make sure to avoid suspicious links and email attachments. Always be on alert even if the email appears to come from a legitimate company or someone you know.

You must also maintain offline backups and have a disaster recovery plan to keep your business running in the off chance that ransomware successfully infiltrates your systems.

Responding to ransomware

If your Mac is infected with ransomware, do not pay the ransom fee, as there’s no guarantee that hackers will provide a decryption key and release your data even if you give in to their demands.

Instead, use an up-to-date anti-malware program to remove ransomware from your computer. Cybersecurity experts may also release free ransomware decryptor tools to remove the infection, so keep an eye out for these on the internet. If these programs and tools don’t work, contain the spread of the ransomware by disconnecting from the network and run data recovery procedures, provided you’ve backed up your data in an external hard drive or the cloud.

Mac ransomware attacks may not be common, but they still pose a great threat to your business. If you need more guidance, contact our team of security experts today. We stay abreast of the latest Mac security threats and know just how to keep your business safe.

This post was originally published on this site

Small- and mid-sized businesses need cybersecurity

If your company has recently suffered from a data breach or a ransomware attack, then you know how costly it can be. You lose not just hundreds of dollars but also the reputation you’ve built through the years. That’s why you need cutting-edge cybersecurity solutions to protect your business from ever-growing cybersecurity threats. The good news? Even small- and mid-sized businesses can partner with managed IT services providers (MSPs) who can provide robust solutions and security expertise to protect businesses from huge losses.

The numbers

According to the Ponemon Institute’s 2019 State of Cybersecurity in Small and Medium-Sized Businesses (SMBs) survey, cyberattacks have increased dramatically. Here in the United States, 76% of companies were attacked in 2019, a significant leap from 55% in 2016. Sixty-nine percent of US businesses reported data breaches in 2019, up from 50% in 2016.

The financial consequences have also increased considerably. The average cost spent by companies because of damage to or theft of IT assets and infrastructure increased from $1.03 million in 2017 to $1.2 million in 2019. Costs due to disruption to normal operations increased from an average of $1.21 million in 2017 to an average of $1.9 million in 2019.

The attacks

Globally, the most common forms of attack on SMBs are those that rely on deception: phishing (57%), stolen or compromised devices (33%), and credential theft (30%). Worse, cybercriminals are targeting SMBs more, with reported attacks having increased from 60% in 2017 to 69% in 2019.

Why managed services?

Partnering with MSPs is the most effective way to prevent attacks and protect your business from malicious threats. MSPs offer a full range of proactive IT support that focuses on advanced security, such as around-the-clock monitoring, data encryption and backup, real-time threat prevention and elimination, network and firewall protection, security awareness training, and more.

And because managed services are designed to identify and fix weak spots in your IT infrastructure, you’ll optimize the digital backbone of your business processes. You’ll have faster network performance, a solid business continuity and disaster recovery strategy, and minimal downtime. One of the best things about managed services is that you get a dedicated team of IT professionals ready to assist you for any technology problems you may encounter. This is much more effective and budget-friendly than having in-house personnel handling all your IT issues.

Being proactive when it comes to cybersecurity is the only way to protect what you’ve worked hard to build. If you’d like to know more about how managed services can benefit your business, just give us a call — we’re sure to help.

This post was originally published on this site