Understanding Cyber Attacks in The Cloud

In today’s world of rapidly advancing technology, the need for understanding cyber-attacks in the cloud is paramount. Cloud computing has revolutionized how we store and access data, allowing faster and more efficient workflows and collaborations. However, it has also created a new avenue for cybercriminals, who can target cloud-based systems with sophisticated attacks. As such, organizations need to understand the various types of cyber-attacks that can occur in the cloud and develop strategies to protect against them.

Welcome to another episode of Uptime with Richard Luna! We are thrilled to have you with us. We explain best practices, highlight critical issues like cybersecurity in the cloud in the current threat landscape, and provide guidance on keeping safe and secure online. This blog will overview the different types of cyber-attacks in the cloud and discuss what organizations can do to safeguard their data and systems.

Types of Cyber Attacks in the Cloud

There are several types of cyber-attacks in the cloud, including Denial of Service (DoS), Data breaches, Digital extortion, Viral infections, Theft of data, and Access control attacks. Let’s take a closer look at each attack to understand better the risks involved.

• DoS attacks occur when a hacker floods a website with so many requests that the site cannot keep up with the load and goes offline. A hacker who wants to take down a website may use a DoS attack. This type of attack can be launched against websites that are hosted in the cloud, as well as on-premise systems.
• Data breaches occur when a hacker is able to gain access to sensitive data stored on cloud systems. A data breach can occur through various attack vectors, such as malicious code, malicious insiders, and improperly configured security systems.
• Digital extortion involves hackers obtaining access to sensitive data and threatening to publish it on the internet or sell it to others if a ransom is not paid. While this type of attack can occur on-premise and in the cloud, it is more common in cloud environments due to the lower barriers to entry.
• Viral infections occur when a hacker uploads malicious code to a cloud service, such as a file storage system, and others unknowingly download and distribute the code. This attack can spread quickly as others download and upload the infected files, creating a viral infection.
• Thieves can steal data from a cloud system by hacking into the system or by tricking users into downloading malicious code or applications that steal data.
• Access control attacks often work around or bypass access control measures to steal data or user credentials. Malicious actors can easily bypass access control by logging in as authorized users and using their resources after obtaining the latter.

How to Prevent Cloud Attacks

Given the evolving landscape of cloud cyber attacks 2023, organizations must adopt a comprehensive security strategy to safeguard their sensitive data. Recognizing that no single security measure is foolproof, a multi-layered approach involving a combination of security tools and processes is crucial. Here are essential strategies for cybersecurity in the cloud:

• Strong Passwords: Strong passwords are essential to any security strategy, particularly in cloud environments where accounts are shared across different organizations and individuals.
  • Best Practices: Implement and enforce strong password policies for all cloud accounts. Utilize a mix of uppercase and lowercase letters, numbers, and special characters.
  • Regular Updates: Encourage users to update their passwords regularly to reduce the risk of unauthorized access.

• Two-Factor Authentication (2FA): Two-factor authentication is another critical part of any security strategy. This feature requires users to enter a password and perform an additional verification step, such as entering a PIN or scanning a unique barcode with a smartphone. Two-factor authentication provides a significant additional layer of security against cyber-attacks by requiring two forms of authentication.
  • Additional Layer: Enforce 2FA for all cloud accounts, requiring users to provide a second verification form alongside their password.
  • Biometric Authentication: Explore options for biometric authentication to enhance security further.

• Firewalls: Firewalls provide an important layer of security between an organization’s network and the internet. This centralized system can be configured to block or allow specific data packets based on their destinations and types.
  • Network Security: Deploy robust firewalls to create a secure barrier between the organization’s network and the internet.
  • Configuration Control: Configure firewalls to block or allow specific data packets based on destination and type, minimizing the attack surface.

• Encryption: Organizations should use encryption for all sensitive data to prevent hackers from accessing it and can breach a system. SSL/TLS certificates are a common form of encryption cloud computing providers use to secure data between a user’s computer and a website.
  • Data Protection: Utilize encryption for all sensitive data to prevent unauthorized access. Cloud providers often use SSL/TLS certificates to secure data in transit.
  • End-to-end Encryption: Implement end-to-end encryption to protect data throughout its entire lifecycle, both at rest and in transit.

• Data Audits: Data audits are essential to any security strategy, particularly in cloud environments where users’ data is stored and shared across different organizations and individuals. Conduct regular data audits to identify potential security risks and find ways to mitigate them.
  • Regular Assessment: Conduct data audits to identify and assess potential security risks within cloud environments.
  • Mitigation Strategies: Develop mitigation strategies based on audit findings to address vulnerabilities promptly.

• Incident Response Plan:
  • Preparation: Develop and regularly update an incident response plan specific to cloud environments.
  • Training: Train relevant personnel to follow the incident response plan effectively during a cyber attack.

• Continuous Monitoring:
  • Real-time Visibility: Implement continuous monitoring tools to provide real-time visibility into cloud infrastructure and detect suspicious activities promptly.
  • Anomaly Detection: Utilize anomaly detection mechanisms to identify deviations from normal behavior, signaling potential security threats.

• Regular Security Training:
  • User Awareness: Conduct regular cybersecurity awareness training to educate users on how to prevent cyber attacks 2023 and about the latest cyber threats and best practices.
  • Phishing Awareness: Place a strong emphasis on phishing awareness to prevent users from falling victim to social engineering attacks.

Securely Store Your Data with Access Control

Access control systems are an essential part of any infrastructure, be it a private cloud solution, a hybrid cloud, Infrastructure as a Service (IaaS), Platform as a Service (PaaS), or Software as a Service (SaaS). These systems provide layers of security, preventing unauthorized access to sensitive data, credit card information, and other valuable assets. Different types of access control exist, such as role-based, mandatory, or discretionary, each with its specific purpose. However, even with access control systems in place, cyber-attacks can still happen. Malware attacks, SQL injection attacks, DDoS attacks, man-in-the-middle attacks, and other malicious software can exploit weaknesses in an operating system or other parts of the infrastructure, ultimately leading to data breaches. Therefore, it is crucial to choose access control systems carefully and implement additional measures to secure your infrastructure.

Final Words

In conclusion, cyber-attacks in the cloud are a significant threat that organizations must be prepared to defend against. By following the above best practices, organizations can better protect against cyber-attacks in the cloud and keep sensitive data safe.

Protected Harbor offers enterprise-grade hosting, 24/7 monitoring, and high availability to keep your business online. Our data centers are U.S.-based SOC 2 certified to meet the strictest data security requirements. Our expert engineers work around the clock to keep your data safe. Our private clouds are designed to provide secure, reliable hosting of virtualized corporate data and applications. Private cloud hosting is scalable and offers high availability. It also enables data backup and recovery, as well as system redundancy.

Protected Harbor’s mission is to make hosting your business online as simple and secure as possible. Sign up now to try our services risk-free.

Third-party Vulnerabilities: Stay Protected from Software Supply Chain Security

The global economy is becoming more interconnected, making it easier for hostile actors to carry out these assaults, which take advantage of the trust businesses and their partners have in one another. Supply chain cyber-attacks are on the rise.

In the past 12 months, 45% of respondents to the 2021 Global Security Attitude Survey by cybersecurity company CrowdStrike experienced a supply chain assault. This increased from 32% of respondents in 2018, indicating that hackers are becoming more comfortable using this sophisticated cyberattack.

Attacks on the supply chain increased by 42% in the first quarter of 2021. Surprisingly, 97% of businesses have had a supply chain breach, with 93% experiencing a direct violation due to a supply chain security weakness.

If you are well-prepared, you could be positively affected by a software breach you use or have an essential service or supplier of goods fall offline for several days due to a cyberattack.

Let’s take a closer look at software supply chain security.

What is a Supply Chain Attack?

A supply chain attack is a type of cyberattack in which malicious actors attack a company’s supply chain, which can be as simple as stealing money from an e-commerce site or as complex as stealing intellectual property.

In some cases, hackers wait for a company to make a purchase and then try to steal information about that transaction. In other cases, hackers might try to steal money directly from the company’s bank account.

The goal of a supply chain attack is to disrupt the flow of goods from the factory to the store shelf. This can allow attackers to take advantage of the lack of visibility into their supply chains and move more quickly than companies would otherwise be able to do on their own.

How Do Supply Chain Attacks Work?

Supply chain attacks are not just about stealing intellectual property like trade secrets or confidential data; they also involve stealing physical assets such as manufacturing equipment or companies.

Supply chain attacks work by taking advantage of vulnerabilities within the supply chain itself. These vulnerabilities could be in the form of human error or poor security practices for the companies involved in making and shipping products.

Different Forms of Supply Chain Attack

Supply chain attacks can take many forms, including firmware, hardware, and software attacks.

Supply Chain Attack on Software

One compromised application or piece of software is all needed for a software supply chain assault to spread malware throughout the whole network. Attackers frequently aim for the source code of an application to introduce malicious code into a reliable program or computer system.

Supply Chain Attack on Hardware

Similar to the USB keylogger we previously stated, hardware attacks rely on actual physical objects. To maximize their impact and harm, attackers will aim for a device that travels through the entire supply chain.

Supply Chain Attack on Firmware

An attack that introduces malware into a computer’s booting code can be launched instantly. The malware starts to run as soon as a computer starts up, endangering the entire system. Attacks on firmware are swift, frequently unnoticed if you’re not looking for them, and very destructive.

Best Practices to Counter Supply Chain Attacks

Companies can implement various strategies to combat supply chain assaults, from fixing problems with their overall cybersecurity infrastructure to ensuring endpoints are protected against intrusion.

Attacks on the supply chain can be challenging to identify and prevent because they take advantage of organizations’ confidence in their suppliers. Fortunately, there are still methods companies may take to prevent or lessen the effects of a supply chain attack.

Install Backup Vendors

You run a considerably more significant chance of downtime if you sell widgets and only have one supplier for a particular component needed for that widget than if you had two vendors.

For instance, most businesses would view themselves as inoperable and unable to function without their internet. If your primary ISP goes down, having a backup provider will help prevent extended downtime.

Use a Model of Zero Trust

Businesses should request that their IT department use a zero-trust approach whenever possible. This restricts the kinds of activities carried out within a network because it presumes that no user or application should be trusted by default.

Implement Security Tools

Firewalls and antivirus software are security solutions that can only sometimes stop supply chain attacks. They might be able to let you know if an attack is happening. For instance, firewalls may be able to identify and halt significant volumes of data from leaving a network, which would indicate a breach. Still, antivirus software can identify malware, such as ransomware.

Include Third-party Threats in Your Threat Intelligence Program

Vendors, suppliers, service providers, resellers, agents, channels, joint venture partners, and intermediaries like payment processors, utilities, nonprofits, subscription services, contractors, affiliates, rating agencies, governmental organizations, and trade associations are all your supply chain.

In the supply chain, businesses and applications work together to deliver products. Security measures in software or physical form could be used to achieve this. On the other hand, more high-risk endpoints result from each additional link. Make careful to double-check all integrations and risks. After all, you cannot defend that which you do not comprehend.

Impose Stringent Shadow IT Regulations

All IT equipment that a company’s security staff has not vetted is called “shadow IT.” As a result of the recent widespread acceptance of a remote-working paradigm, many employees are setting up their home offices with their own personal IT equipment.

All IT equipment should be registered, and there should be clear rules regarding what can and cannot be linked, according to IT security agencies. To identify DDoS assaults conducted through the supply chain, all authorized devices (particularly IoT devices) should be monitored.

Conclusion

Although attacks on the software supply chain have increased recently, they have been around for almost a decade. Software developers must follow the best practices to safeguard their build, deployment, and delivery systems.

When protecting the software supply chain, you need to be proactive. For most organizations, security isn’t something they do but rather something they have. They’re likely not setting up or implementing the right solutions and need to address security concerns in their software supply chain. And when the issues arise and are exploited, they’re forced to deal with them later.

You require a well-organized and experienced third-party risk management staff like Protected Harbor to handle supply chain vulnerabilities. The team should frequently and early involve essential suppliers. And to secure the entire supply chain, your technology team should consider blockchain and hyper ledger technologies.

To ensure that your developers and vendors always provide certain products, the best defense is one you build yourself. To delve further into this topic or for more information about software security, contact us today!

9 Tips on How to Share Files Safely and Efficiently.

How to share files safely is a fundamental question for anyone whose job requires file sharing. The internet is a common source of many scams, viruses, and general spam activities. The only way to protect yourself from these threats is by sharing files with the right people and services. This can be difficult as many resources claim they can make your file sharing experience safer while protecting your privacy.

They all look pretty good at first glance, but none are 100% secure.

Let’s take a look into some file sharing risks and the safest ways to mitigate them so you will experience fewer problems in the future.

Risks Involved with File Sharing

The risks involved with file-sharing are many and varied. The following are some of the more common risks:

Release of Sensitive Data

The most common risk regarding file sharing is that sensitive information can be released from your network. This includes personal information, such as financial data, credit card numbers, and social security numbers, and business-sensitive information, such as sales figures and customer lists. If a user has access to this information, they can use it to commit fraud or identity theft.

Installation of Malicious Software

The file-sharing site you use may have an infected program or script on its servers, which could allow hackers to steal your personal information and infect your computer with malware.

Susceptibility to Attacks

When you share files over the internet, you open yourself up to attack by other users on the same network as you. These attacks could include viruses or worms that will infiltrate your computer and cause damage, also known as “malware.” If malware is installed on your computer, hackers can then use it to steal data from your computer or even take control of it entirely!

Hacking Into Computers Remotely

A hacker who gains access to another person’s computer through file-sharing could then use the same method to gain access to their computer, which could give him access to any passwords needed for other computers on the network or even access valuable financial information such as credit card numbers or banking details.

9 Tips on How to Share Files Safely and Efficiently

Sharing files online may seem harmless, but it is not always safe. Someone who sees your file could steal your identity or even hack your computer. Here are some tips on how to share files safely:

1.    Keep Backups

Always keep backups of all your files and folders. You never know when they might be needed in the future. You should also ensure they’re backed up with an external drive or computer that can be accessed from multiple places.

2.    Avoid Emails

To be safe when sharing files, avoid sending sensitive files via email. Email is an insecure way to share data because there’s no way to guarantee that the recipient won’t forward your message to another person or group of people. If someone forwards your email to several other people, those people could potentially access the shared file.

3.    Double-Check Inbox Emails

When you receive an email with a file attached, double-check the sender’s email address before opening it. You should also ensure that it’s from someone you know and trust. If it’s not from someone you know, don’t open the message and delete it instead. This will prevent the person who sent you the email from accessing your computer without permission.

4.    Encrypt with Passwords

Encrypting your files with a password will make them more secure because only the person with access to that password can view or access those files. If someone steals your password (or if someone hacks into your computer and gets hold of it), they won’t be able to view any of your encrypted files unless they have access to your password!

5.    Refrain from Clicking Links

Refrain from clicking links that you are not entirely sure of. It is always better to be safe than sorry, so avoid clicking on the links of unknown websites. If you click a link that doesn’t take you to the website you were expecting, then report it immediately to the site administrator.

6.    Change Passwords Often

Always change your passwords regularly, especially if they are used for multiple accounts on different websites. It would be best if you change your passwords every few weeks or months, depending on how often you use them. This is also a good practice as a general rule of thumb because it ensures that no one else will have access to your account. Therefore, there will be no unauthorized access to any information stored within it.

7.    Update Your Security Software

If you use any software or browser, ensure that these programs are up to date before using them for anything meaningful like work or school applications. This way, the program will run faster and more efficiently, which means you will get better results in less time.

8.    Avoid USB Drivers

If someone has tried to access your computer remotely or installed malware, they can access all your files as soon as they connect the device to the computer. This is called an “evil maid attack” because it allows hackers to gain access to a computer without physical access.

9.    Use Secure Connection

When working with sensitive information such as financial or personal data, it is vital to ensure that you use a secure connection when sending emails or copying files from one computer to another. This will help prevent hackers from gaining access to your information and make it more difficult for them to steal it from your computer.

Final Words

One of the most crucial procedures in many workplaces is probably file sharing. However, file sharing can also result in malware and viruses that may harm a network, cause irreversible file loss, or jeopardize sensitive data.

The potential hazards involved in this system can be significantly reduced by sharing files securely.

The company is safer from outside threats by securing its data transfer from one employee to another. With a secure file transfer solution from Protected Harbor, employees can focus more on their daily tasks and less on data security. Our solution is ready for both an on-premises or cloud platform. With IP Reputation and anti-bot technology, we offer robust security against data breaches, malware, and DDoS attacks. With this solution, you can set the rules and restrictions for each employee to ensure they can only access the necessary files at the correct time. The team of experts at Protected Harbor always strive to stay updated with the current happenings in the world of cybersecurity. This enables us to provide the latest solutions to keep our clients secure.

We also scan your data, identifying sensitive information and removing it before it leaves your network to reduce the risk of a data breach. With the help of this solution, you can improve the security of your data, reduce operational costs, and avoid risks related to data loss.

Contact us today, get a free IT Audit, and share files securely and effortlessly.

The Most Common SMB Cybersecurity Threats And How to Protect Your Business

Even though cyberattacks on small and medium-sized enterprises don’t always make news, they pose a real threat to many professionals’ lives, their jobs, and the clients they represent. Because small and medium-sized businesses may lack the backup and mitigation capabilities of some of the more prominent players, SMB cyberattacks frequently impact them.

A new report from the National Small Business Association (NSBA) finds that small businesses are the most likely to be targeted by cybercriminals. The study, which was conducted in partnership with Norton by Symantec, found that small businesses make up 99% of all companies and are responsible for nearly half of all jobs in the United States.

Common SMB Cybersecurity Threats and Their Prevention

The research revealed that the most common SMB cybersecurity threats include social engineering, physical access to networks and data, malware (DDOS), phishing, ransomware, etc. Let’s discuss this in detail!

DDOS

A distributed denial of service (DDOS) attack overwhelms your network’s capacity. The United States targeted about 35% of distributed denial of service (DDoS) attacks in 2021. With slightly under 20% of attacks, the United Kingdom came in second and China third. The most common target is the computer and internet sector.

Using numerous compromised computer systems as sources of attack traffic, DDoS attacks are practical. Computers and other networked resources, like IoT devices, can be exploited by machines.

When viewed from a distance, a DDoS assault resembles unexpected traffic congestion that blocks the roadway and keeps ordinary traffic from reaching its destination.

How to Prevent DDOS

It is not enough to choose a good hosting provider; you also need to ensure that your website is configured correctly so that it will not be susceptible to a DDoS attack. You should use an effective Content Delivery Network (CDN) if possible because CDNs can help reduce the load on servers operated by your website and thus reduce the stress placed on them during an attack.

Phishing Attacks

Phishing attacks can also come through social engineering because they use spam messages that look authentic but contain links or attachments that look like something else. Financial institutions targeted 23.6% of all phishing attacks during the first quarter of 2022.

These attacks can be hazardous for small businesses because their employees may not know how to recognize fake emails from their bosses or co-workers.

How to Prevent Phishing Attacks?

The simplest way to protect yourself from phishing attacks is to educate your people on how to respond if they encounter one. Here are some tips:

• Don’t click on links in emails that aren’t from someone you know.
• Never enter personal information into forms in emails
• Don’t open attachments unless they come from someone you know and trust.

Malware

Malware is malicious software that can infiltrate a network, damage files, steal sensitive information, and encrypt data. It can spread through email attachments or links in social media posts. The professional sector was the first worldwide industry affected by malware assaults between November 2020 and October 2021. There were 1,234 malware incidences in the industry throughout the measurement period. With 775 such events, the information sector was in second place.

How to Prevent Malware?

• The good news is that there are several ways to protect yourself against malware attacks.
• Use antivirus software
• Keep your operating system up-to-date
• Use antivirus software with real-time protection
• Perform regular backups

Ransomware

In ransomware, data on a victim’s computer or mobile device is encrypted, and the victim is demanded to pay to have it decrypted. Ransomware affected 68.5% of businesses in 2021. This was the highest figure reported thus far and increased from the prior three years. Each year, more than half of all survey respondents said their employer had fallen victim to ransomware.

To release the data, cybercriminals demand ransom money from their victims. A vigilant eye and security software are advised to guard against ransomware infection. Following an illness, malware victims have three options: either they can pay the ransom, attempt to delete the software, or restart the device. Extortion Trojans use the Remote Desktop Protocol, phishing emails, and software flaws as attack vectors.

How to Prevent Ransomware?

A ransomware infection can’t be removed by turning off one computer and switching to another due to encryption. Getting your data back requires either recovering from a backup or paying the attackers. A malware infection can take anywhere from days (if it’s relatively simple) to weeks (if it’s more complicated).

Viruses

A security breach or loophole allows viruses to enter the equipment. Viruses come in various forms and are designed to damage your electronics. Computer viruses can impede computer performance, destroy or eliminate files, and impair programs. A virus can be acquired in several ways, including file sharing, corrupt emails, visiting malicious websites, and downloading destructive software. An increase in pop-up windows, unauthorized password changes to your account, destroyed files, and a slowdown in your network speed indicates that you have a virus on your computer.

How to Prevent Common Viruses?

There are many ways to protect from viruses attacks, but here are some of the most important ones:

• Don’t open attachments from unknown sources.
• Use antivirus software regularly. Antivirus software protects computers from viruses.

SQL injection

Relational databases can be accessed using the standard language known as SQL or Structured Query Language. Databases are used to store user information like usernames and passwords in apps and other forms of programming. Additionally, databases are frequently the most efficient and safe way to store various types of data, such as private bank account information and public blog postings and comments.

SQL queries frequently employ parameters to send data from users into a secure database or the other way around. Attackers can leverage the points where your app talks with a database using a SQL argument to access private data and other secured locations if the values in those user-supplied SQL arguments aren’t protected by sanitizing or prepared statements.

How to Prevent SQL Injection?

To prevent SQL injections, Use parameterized queries. Parameterized queries allow you to specify what parameters will be used in the question and what values will be permitted for each parameter. This prevents hackers from entering malicious data into your application.

Conclusion

Unfortunately, you can’t avoid cyber threats. But you can protect your business from them by investing in cybersecurity solutions.

Even though small businesses don’t have the same resources as larger enterprises, they can still protect themselves from cyber threats. You can start with basic security measures, such as installing antivirus software, updating your computer’s operating system, and using strong passwords. Additionally, you should consider investing in a cybersecurity solution.

Choosing the right cybersecurity service provider is just as important as the other steps your company takes to protect its data.

Unfortunately, many small businesses don’t have the resources to hire a full-time staff to manage their cybersecurity. That’s where a managed service provider like Protected Harbor comes in. Protected Harbor protects your data against cyber threats, including malware, ransomware, and data leaks. In addition, you have a team of experts at your side.

Our main focus is on risk reduction and breach prevention, so you can expect a lot of attention to detail regarding accounting monitoring and protection against malware, viruses, phishing scams, and other threats. The service also strongly focuses on data privacy, a highly sought-after feature among customers who work with sensitive data.

Get a free cybersecurity assessment, network penetration testing and secure your business today. Contact us today.

How Remote Patient Monitoring Creates Security Threats

Securing data flow is essential for new technologies in a world of cybercrime and security. The potential value of patient data to criminals is significant in today’s healthcare industries.

Even before the COVID-19 crisis, remote patient monitoring was widespread. As clinicians increasingly use technology to support patients’ health and wellness and changes to Medicare CPT codes in 2020, RPM has grown into one of the most lucrative Medicare care management programs.

Between 2015 and 2022, the remote patient monitoring market’s CAGR is anticipated to increase by 13%. However, the quick adoption of telehealth is not without security threats. Security issues must be carefully evaluated, even though they may not outweigh telehealth’s enormous advantages to patients and clinicians.

What Is Remote Patient Monitoring?

Patient monitoring is placing a device on an individual’s body to monitor their vital signs and diagnose or treat medical conditions.

Remote patient monitoring enables patients to be monitored in a remote location away from the hospital, clinic, or another healthcare facility. This can be done using various devices, including smartphones, tablets, and computers.

Remote patient monitoring is becoming more popular as it provides the following:

• Increased convenience for the patient
• Reduced stress on the healthcare team by allowing them to focus on other aspects of treatment rather than dealing with monitoring equipment
• Improved patient outcomes with fewer visits to the hospital emergency room
  

Examples of Remote Patient Monitoring Technology

RPM technology can include everything from mobile medical equipment to websites that let users enter their data. Several instances include:

• People living with Diabetes can use glucose meters.
• Blood pressure or heart rate monitoring.
• Remote monitoring and treatment for infertility
• Drug abuse patients may benefit from at-home exams to help them stay accountable and on track with their objectives.
• Programs for tracking diet or calorie intake.

Security Threats to Remote Patient Monitoring

Here are major security threats to remote patient monitoring:

Credential Escalation

Credential escalation is one of the most common threats to remote patient monitoring. This is because it allows attackers to access devices and systems they would not otherwise have access to, like networked printers and medical devices. It also allows attackers to steal data or turn off your monitoring system.

Insecure Ecosystem Interfaces

Many systems that support remote patient monitoring have an interface that allows patients and doctors to control them. These interfaces often use web technology to interact with their users. Still, they also have access to other systems connected via different protocols like UPnP (Universal Plug and Play) or RDP (Remote Desktop Protocol). These protocols are designed for local networks; they cannot be used on a public network without some proxy.

Phishing attacks

Phishing is a social engineering method involving sending an email or text message to an unsuspecting user, pretending to be from the bank or other company they frequent.

Many remote patient monitoring systems have a single point of failure. The system administrator is responsible for ensuring that the backup system is functioning correctly and that it’s up to date with any security patches.

If the system fails, an attacker can take over your RPM system. This can be done by sending out phony emails or fake phone calls, tricking you into clicking on malicious links in those emails or calls. Once inside the network, an attacker could access sensitive information about patients and their medical records.

Malicious Software

All the patient monitoring devices used in hospitals, clinics, and other healthcare facilities have been susceptible to malicious software attacks. The most common cause for this is outdated software versions that do not provide adequate protection from hackers or cybercriminals.

These devices are still vulnerable because they do not have enough security measures to protect them from hackers and cybercriminals. Some hospitals have decided to upgrade their systems to prevent these attacks.

Ransomware

The ransomware attack on Remote Patient Monitoring is a new trend in the digital world. This attack will most likely occur in small and medium-sized businesses focusing primarily on their services and products.

The primary purpose of this attack is to steal vital information or resources from companies or individuals so they can use them later for their benefit.

Ransomware attacks usually target companies with confidential files on their computers and servers because they are easy to access. People who want to get these files will pay money for them, either directly or indirectly.

How to Protect Remote Patient Monitoring?

The remote patient monitoring industry is proliferating, and so are the attacks on it. Here are some steps to protect your business from potential threats.

Keeping Technology Updated

Remote patient monitoring systems contain many components, including cameras, sensors, and software. These systems must be kept up-to-date with the latest security patches and updates. This is especially important if you use a third-party vendor to provide your network security solution.

Protecting the Cloud Environment

The cloud environment can be vulnerable to cyberattacks, especially regarding HIPAA-compliant healthcare information, usually stored in the cloud. To protect your data from being stolen by hackers or other malicious actors, consider using a cloud storage provider specifically designed for healthcare applications – such as a cloud storage provider built for healthcare settings like yours.

Embracing a Zero-Trust Approach

A zero-trust approach means that all interactions between an organization’s devices and its users should be trusted automatically without requiring any permissions or confirmation from human users. This helps minimize the possible points of failure in organizations’ networks and reduces the risk for employees who unknowingly share sensitive information.

Conclusion

While monitoring a patient’s health remotely does seem like a great idea, especially for the chronically ill who may have trouble leaving their homes, remote monitoring also introduces new security threats into the healthcare industry. No system is perfect without precautions and security measures. Healthcare organizations must be aware of these new vulnerabilities, from patients’ privacy to the dangers of cyber hacking and compromising patient information.

With the right partner, you can feel confident that your data stays protected. Our team is dedicated to keeping your data safe and secure, so you can focus on providing the best care possible.

With the Protected Harbor team’s vast experience and proven track record, you can trust that your data is in good hands. With years of experience delivering secure IT, and Cloud solutions in line with industry standards and best practices, Protected Harbor professionals pay close attention to the vulnerability of remote monitoring solutions.

We work with all types of providers, from small to large, to protect your data, reduce risk, and keep your organization secure. Our team of experts will work with you to create a customized solution that meets your company’s requirements. Our cybersecurity solutions are reliable and scalable to fit your organization’s needs.

Feel free to contact our experts if you wish to begin developing a hack-proof medical device or if you wish to schedule an IT audit.

How Social Media Angler Phishing Attacks Target Businesses

Cybercriminals develop new methods every day for committing online fraud. This also applies to Angler Phishing, a recent type of cybercrime. This threat targets its victims via social media. The criminal gathers private information by posting false messages on a bogus social network account.

Social media is an effective tool for phishing attacks. The key to social media phishing is using personal information, such as a username and password, to trick users into revealing sensitive information about themselves. Most attacks are carried out via fake email messages, but there has also been an increase in phishing websites and malicious links.

In this blog, we’ll explain how Angler Phishing operates, how to spot it, and how to safeguard yourself against the potential loss of your data and possibly even your money.

What is Angler Phishing?

Angler phishing is a form of email fraud that uses fake websites to trick you into clicking on a link. This scam aims to steal your login credentials and use them to gain access to your bank account or other personal information.

The act of pretending to be a customer care account on social media to contact an irate customer is known as angler phishing. In these attacks, victims were lured into providing access to their personal information or account credentials in almost 55% of cases last year that targeted clients of financial institutions.

These scams are often spread by emails that appear to be from banks, authorities, or other reliable companies. The emails contain links or embedded images that can direct you to fake websites that appear legitimate. Once there, you’ll be asked to enter your account information — including login credentials for your bank accounts and email addresses for various social media platforms.

The goal is to steal your login credentials and use them to gain access to your bank account or other personal information.

How do Angler Phishing Attacks work?

Angler phishing attacks are simple but effective because they exploit a vulnerability in business-related social media accounts. In most cases, the attacker will create a web page with an identical URL address as the legitimate page they are trying to access.

When a BEC attack targets a business through social media, companies must take precautions against these cyberattacks.

Impact Of Angler Phishing Attacks on Business

If you run a company or have a presence on social media, you should be aware of the impact of an angler phishing attack on your brand’s reputation:

1.   Business Disruption

A business may suffer a substantial loss due to a cyberattack, mainly if malware infestation is involved. A complete reversal of operations may be necessary to address the hack. The virus may require the company to operate on a skeleton crew or suspend operation altogether until the malware has been removed.

An interruption of business services can cause significant economic disruptions if the economy is already fragile. A cyberattack could also increase crime rates, making the situation worse.

Business disruption can result from both natural disasters and manufactured events like cyberattacks. The latter category includes everything from information theft to destructive viruses that target specific industries or sectors of society.

2.   Revenue Loss

Loss of revenue can have a huge impact, especially for businesses that rely on the internet and e-commerce. The costs of fraud, cyber security breaches, and other types of attacks can be very high, so it is essential to prevent them from happening in the first place.

The first step is creating an active cyber security policy that clearly outlines what the organization expects from its employees, what it will do if a breach happens and how it will respond to such an event.

Secondly, training employees about the importance of validating incoming data before acting on it is essential. Employees should also be made aware that no information should be shared with anyone outside their team without prior authorization.

3.   Intellectual Property Loss

Even if businesses are not protected under a ransomware attack, they risk losing user data, trade secrets, research, and blueprints. Regulatory companies, tech companies, pharmaceutical and defense providers are often hit the hardest. A company losing a patented invention for millions of dollars would no longer be able to afford to undertake the kinds of research and development that precede it.

Attempting to struggle directly with financial setbacks is simpler than you might think, but it’s far more challenging to do well without handling sensitive company info appropriately.

Trade Secrets Theft also has severe implications for manufacturers and suppliers who rely on customer relationship management (CRM) systems to track sales trends and contact lists. Suppose a hacker could access these systems and steal trade secret information such as product formulas or pricing strategies. In that case, this could seriously impair their ability to compete against other companies that have not been victimized by cybercrime.

4.   Reputation Effect

While the damage to reputation is the most significant consequence of a data breach, it’s not the only one. The costs involved in mitigating a breach can be substantial.

Although many companies have experienced data breaches, few have suffered the consequences. However, even though there are many benefits to having your own data breach preparedness plans, you still need to consider some risks before implementing one.

Conclusion

While many types of attacks from botnets or DDoS attacks use malvertising to gain access to sensitive business data, Angler phishing can potentially allow for the same. As a result, businesses need to be aware that such attacks exist and how they work to prevent them from occurring in the first place.

Another tip is to be wary of links in emails. Most email links don’t go anywhere and are just there for decoration.

Many companies are likely unaware of such attacks against their networks, trying to mitigate them once they occur. The best way to avoid these attacks is to be skeptical of any links or offers you see on social media. Protected Harbor is your partner in safeguarding your business against cyber threats. With our risk-based approach to security and our experience with thousands of customers, we can create a solution that works for you. Our team of experts will assess your organization’s security posture and recommend how to improve it. We will also develop a detailed action plan to help you stay secure from phishing emails, ransomware, and threat detection and response.

We offer a free cybersecurity audit to all businesses, regardless of size or industry. Contact one of our cybersecurity experts today.