Рубрика: Cybersecurity

The knowledge, awareness, attitudes, and behaviors of employees regarding the threat landscape, cybersecurity, and information technology make up an organization’s cybersecurity culture.

When it comes to cybersecurity, being proactive is preferable to being reactive. Building an awareness, trust, and knowledge-based culture within your company makes events less likely to happen, and if they do, you’ll be much more equipped to deal with the consequences swiftly and effectively to minimize any monetary, technical, or reputational harm. Cybersecurity has typically been approached in a reactive, episodic, and short-term manner. Everyone has experienced receiving a suspicious-looking email from a C-level official that contains numerous spelling errors and asks for something urgent. However, doing so won’t deter fraudsters from striking, and the company won’t develop a strong cybersecurity culture. While the hybrid workplace has given individuals and organizations new options, it has also given fraudsters new avenues to exploit. New security concerns and challenges surfaced as more businesses adopted the work-from-home model, making communication and education more difficult. Implementing a long-term strategy throughout the organization, stating your goals, and working your way down from the top are all necessary steps in developing a cybersecurity culture in a company

Good cybersecurity practices need to permeate your entire organization to be effective. Prioritize cybersecurity and set the tone for the rest of the company.

This can be achieved by,

• Encourage the participation of your executives in cybersecurity training
• Regardless of seniority, enforce security procedures and rules uniformly
• Work with policymakers to modify procedures by how they benefit board members; if policies are ineffective for board members, they are probably ineffective for those farther down the organizational hierarchy
• Work under the assumption that the spread of practices and the evolution of culture both take time and effort

A cyber-attack could have countless technical effects, financial repercussions, public relations problems, and brand damage. But in many organizations, employees are still unaware of the significance of the information they are expected to preserve, despite repeated reminders about the need to secure customer data, marketing insights, product research, and competitive secrets, as well as the legal requirements. The personal side of this also applies because anyone targeting a worker’s home office will also target their household if they work from home.

Employees must be aware that any violation or breach could result in the company being publicly held accountable. Because no technical precaution is flawless, it is up to employees to limit risk by avoiding the unnecessary potential threat. Being open, concise, and consistent in one’s communication is necessary to foster a culture of cybersecurity. Be positive in your training methods. Instead of criticizing staff members when they make mistakes, view them as a learning opportunity and use them to foster a culture where no inquiry is too simple. Make training interesting and worthwhile for participants, and once more, encourage those at the top of the organization to participate and set an example. Any time you make security changes, be sure to explain your reasoning. Implement a method that is simple for alerting your security team to any suspicious activity.

To increase access restrictions, security solutions like zero trust and multi-factor authentication (MFA) are regularly debated in cybersecurity circles. However, zero trust has been gaining popularity quickly, and many businesses are now looking to embrace a zero trust attitude. To access particular systems or firm data, individuals must first be authenticated, permitted, and continuously validated. This is known as a “Zero Trust” strategy for corporate cybersecurity. As we go towards a permanent era of hybrid working, this involves users both inside and outside the company’s network.

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Ethical hackers are in demand but aspirants are confused as to how to achieve their dreams

Global businesses are basically changing way too fast. With the evolving nature of technologies, professionals and organizations are facing complex challenges that require specific knowledge and skills, many of which are quite difficult to acquire on the job. Gaining that knowledge via traditional mediums like college and university degrees does require more time and money, but it definitely will help the aspirants acquire crucial proficiency in the field. Now, one of the most proficient skills that the tech industry requires currently is ethical hacking. With our growing dependence on technology, scams, hacks, and thefts have become quite common. Over the past couple of years, major tech and non-tech companies have been hacked and robbed of valuable information and hard-earned money. So to combat these challenges, companies have started hiring expert ethical hackers who can detect vulnerabilities and threats and build protective walls around the company.

The demand for skilled ethical hackers has dramatically soared over the years. The domain not only offers valuable career opportunities but also facilitates candidates with lucrative financial packages. This is probably one of the major reasons why aspirants from non-tech backgrounds are also shifting their career trajectories toward ethical hacking and cybersecurity, and end up becoming successful self-taught hackers. Reports reveal that over the past couple of years, colleges and universities around the world have received billions in funding from their local governments to initiate cybersecurity and ethical hacking programs. The results call for a dramatic change in the industry and its functioning. So, if you are looking to build a career in ethical hacking, which should you choose?

College Degrees vs Self-Learning Courses

The standard aspect that anybody would consider before choosing to practice cybersecurity is what kind of courses should they complete. Online courses and boot camps make it plenty clear that self-teaching is absolutely possible, but will it be as effective in getting jobs as college degrees would? Well, that depends on the type and amount of experience you have. Cybersecurity is a hot domain for tech aspirants, but its education and training is just not limited to college and university courses. Possessing a specialization or acquiring a degree in ethical hacking is definitely a positive thing, but acquiring equal levels of experience might actually render the candidate undefeated. And for aspirants who are focused on self-learning, skills, and experience might be powerful weapons.

There are several advantages of possessing a college degree and getting a job in ethical hacking. But in most cases, big tech companies are hiring self-taught ethical hackers, nowadays. These self-made hackers are apparently the real catch for big tech companies since qualities like curiosity and the ability to learn quickly are quite difficult to find. Certification is still useful since it assures that the person has skills and capacities, but self-learning differentiates the competition. It definitely is more difficult, but their ability to work hard should definitely be applauded. Nevertheless, the primary goal is to gain skills and experience and produce valuable outcomes.

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Cybercriminals have injected malware in multiple extensions from FishPig servers to add backdoors.

In this growing trend of artificial intelligence and machine learning, more and more things surrounding us are automated. No doubt it lands with numerous benefits for mankind but in this play of data, cybersecurity is gaining a big concern as cybercriminals are using smart ways to threaten and becomes necessary for companies to handle it with priority.

Cybercriminals have planted malware on servers associated with an unknown number of online retailers after hacking the server infrastructure of FishPig, a Magento and WordPress integration software maker with more than 200,000 downloads. Sansec, the security company that first invented the breach, identified that cybercriminals have injected malware into the FishPig Magento Security Suite and several other FishPig extensions for Magento 2 to gain access to websites using the products. Later on, the planted malware installed a Remote Access Trojan (RAT) called “Rekoobe” that hides on the server as a background process. Rekoobe, which came to light in June, pretends to be a secure SMTP server. When established from memory, it loads its settings, eliminates any malicious files, and assumes the name of a system service to keep away from detection.

Previously, the Linux rootkit “Syslogk” has been noticed to take off this Trojan. Rekoobe can be launched by hidden commands interconnected to the processing of a startTLS command sent by a cyber attacker over the Internet. When Rekoobe is activated, it offers a reverse shell that permits a cyber attacker to remotely mishandle a compromised server. Sansek mentions the FishPig invasion started on or before August 19. He further said that online stores utilizing FishPig software may now have Rekoobe unplanned installed on their servers, offering administrators access to hackers. “It is likely that all paid Fishpig extensions have been hacked. Free extensions hosted on Github don’t seem to be affected,” Sansek commented.

“This file is included in most FishPig extensions, so it’s best to assume that all paid FishPig Magento 2 modules have been infected,” the company advised. It has since

extracted the malicious code and taken steps to ensure further mishandling in the cybersecurity world. FishPig advises all customers to upgrade all FishPig modules or delete the current versions from the source, regardless of whether customers are using extensions that are known to be affected. people who are concerned that malware may be infecting their site and requires help to fix it can take advantage of FishPig’s current free cleanup offer.

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A cybercriminal announces himself as a hacker after hacking into Uber’s Slack

According to a New York Times report, a cybercriminal hacked into an Uber employee’s Slack, a workplace messaging app. The hacker then used his account to send a message to other employees informing them that the Uber systems had suffered a data breach. Not only was the hacker able to send messages to the employees, but he was also able to gain access to other internal company systems. He posted an explicit picture of an internal information page for employees. “I announce I am a hacker and Uber has suffered a data breach. Slack has been stolen…” the hacker wrote on Slack.

Uber, in a tweet, acknowledged the data breach and said that the matter is currently under investigation, “We are in touch with law enforcement and will post additional updates here as they become available,” the company said in tweet.

As soon as the Uber employees received a message from the hacker on Slack, the workplace messaging app was taken offline on Thursday afternoon. Uber staff were strictly prohibited from accessing the messaging app. Along with Slack, some other internet systems were inaccessible to the users.

The hacker told the New York Times that he had sent a message to an Uber employee claiming to be a corporate information technology officer. The hacker coaxed the employee to share his password and the employee fell into the trap. The hacker revealed that he was only 18 years old and had been working on his cyber security skills for years.

“We don’t have an estimate right now as to when full access to tools will be restored, so thank you for bearing with us,” wrote Latha Maripuri, Uber’s chief information security officer, to the employees in an email obtained by The New York Times.

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Lapsus$ is an old player in the cyberattack landscape with Microsoft, Samsung, and Nvidia under its belt.

Uber’s computer network was breached by a cyberattacker last Thursday, who Uber now says hacked into the account of an EXT contractor after likely purchasing the employee’s credentials from the dark web. In a blog post Monday, Uber said it is likely the contractor’s device had been infected with malware, leading to those credentials becoming exposed. Though Uber has online safety precautions in place for employee logins, the contractor unknowingly accepted a verification notification that ultimately granted the attacker access, the ride-share company said. From there, the attacker accessed several employee accounts and tools such as G-Suite and Slack.

Uber laid the blame on hacking group Lapsus$, which used similar attacks to breach Microsoft, Cisco, Samsung, Nvidia, Okta, and others in 2022. Lapsus$ was most recently reported to have been responsible for breaching Rockstar Games last Sunday and leaking early gameplay footage of Grand Theft Auto VI. Uber also confirmed a report last week that the hacker sent a message to a company-wide Slack channel and “reconfigured Uber’s OpenDNS to display a graphic image to employees on some internal sites.”

Uber says it immediately worked to respond to the security breach to protect internal systems and user data, including identifying employee accounts that were compromised and either blocking their access to Uber systems or requiring a password reset; disabling several internal tools; resetting access to many internal services; locking down the codebase; requiring employees to re-authenticate when access was restored, and adding internal environment monitoring “to keep an even closer eye on any further suspicious activity.”

Uber said it is closely working with the FBI, the US Department of Justice, and “several leading digital forensics firms” on the ongoing investigation. The attack on Thursday led Uber to temporarily take down several internal communications and engineering systems, and it instructed employees not to use Slack. By Friday morning, Uber, Uber Eats, Uber Freight, and Uber Drive were all up and running, and Uber was bringing back online its internal software tools.

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Python is used among hacking professionals for its powerful and user-friendly libraries

In the Cybersecurity industry, programming is one of the most important ethical hacking tools. Once you learn Python for cyber security it becomes easy to identify any potential threat and get more cybersecurity training. This programming language is extremely useful for attack vectors, security flaws, and common attacks. A recent data breach in Adobe Systems has resulted in a loss of personal data for nearly 3 million of its customers. As a preventive measure, top IT companies like IBM are investing crores to protect their information. This is where ethical hacking comes in handy. To become successful in the field of cybersecurity, self-taught python developers will require many skills. Because Ethical hacking takes the same route as hackers/malicious actors by replicating their methodologies and tools. It is also known as penetration testing, intrusion testing, or red teaming. In this article, we feature how self-taught Python developers can become a skillful hacker.

Use of Python Programming in Hacking

Python is used among hacking professionals for its powerful and user-friendly libraries. It provides readability and simplicity, which can help you complete your tasks more quickly and easily. Python libraries are also used for code-cracking, decoding, network scanning, and even network attacks.

Python is also useful for an ethical hacker to detect vulnerabilities in a system. It doesn’t require too much coding, which saves time. It is used in penetration testing, understanding vulnerability assessment, and security assessment processes. Many different types of hackers use Python and its powerful libraries to gain a solid understanding of cyber security.

Skills that will help Self-taught Python Developers to Become successful Hackers

Excellent computer skills

This might seem like a basic skill, but it is very important to become an ethical hacker. One should be very prompt at handling basic skills related to operating a system and have a firm hold on the command line in Windows/operating software, edit the registry, and set their networking parameters.

Database management systems (DBMS)

DBMS is the crux of creating and managing all databases. Access to a database where all the information is stored can put the company in a huge threat, so ensuring that this software is hack-proof is important. To become a successful ethical hacker, the self-taught Python developer will require a good understanding of this, along with different database engines and data schemas to help the organization build a strong DBMS.

Linux

As most web servers run on Linux operating systems, gaining access to this server to check for loopholes is another must-have skill for ethical hackers. Insights into operating systems like Redhat, Ubuntu, and Fedora, their commands, and GUI (graphical user interface) will give you great leverage.

Social engineering

Hackers have a common tendency to use tricks such as social engineering, phishing, and trojans to access personal information. Social engineering is the psychological manipulation of users to perform actions or give away confidential/personal information that may threaten the business. Ethical hackers replicate these tricks to test the loopholes, which makes it a desirable skill for them.

Wireless technologies

Learning wireless technologies like WEP, WPA, WPA2, WPS, etc., will help Self-taught Python Developers to protect systems from sending information via invisible waves. A protocol for connection, authentication, and restrictions on wireless technologies can be put in place by having a deep understanding of the same.

Critical thinking & problem-solving

Apart from the technical skills pointed above, a self-taught python developer will also need to be a critical thinker and proactive problem solver to become a successful hacker. They must be eager to learn new ways and ensure all security breaches are thoroughly checked. This requires a lot of testing and a creative penchant to devise new ways of problem-solving.

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Adopting an SSL certificate to secure a website is the smartest way to fight cybersecurity issues

AI Technology has generated sweeping transformation across industries in the previous couple of decades. Today we are living in a technology-driven world where more and more things surrounding us are automated. We play with datasets and in this play, cybersecurity has become a priority for big techs.

The requirement for cybersecurity has risen exponentially as more and more people and businesses are also becoming aware of cyber threats. At the same time, data breach cases are also expected to increase in the coming years. And such cyber threats cost businesses billions of dollars, and the need for data security has increased. Businesses these days have a massive amount of data and hackers are trying their best to get their hands on such sensitive information. Therefore, it becomes very necessary for businesses to take these attacks seriously and understand that attackers are using more smart techniques and will not spare anyone.

The best way to prevent cybersecurity attacks is by securing websites with SSL certificates. A Secure Socket Layer certificate, generally known as an SSL certificate, helps establish secure and encrypted interactions between web browsers and servers. It grants security that no third party can intervene in your online communications. An SSL certificate will provide a secure network for online communication and no one can access the information which is being transferred between the web server and the user’s browser. SSL certificates are compulsory for eCommerce websites and other websites which accept online payments. SSL certificates also assist websites to rank better on Google search results. For example, Google mentions that it is important for websites to have an SSL certificate to rank on their search engine results page. This indicates how important SSL certificates are in terms of security and for higher rankings. Likewise, Secure Socket Layer certificates play a crucial role in preventing cyber threats.

One can easily distinguish between SSL-encrypted websites from those that are not encrypted. If you see a secure padlock on the left side of the URL, it means the website is SSL encrypted and the site’s URL will start with HTTPS:// and not http. Anytime you visit a website, you must check the URL to know whether the website you are about to visit is encrypted or not. If a website is not encrypted with a Secure Socket Layer certificate, it may be unable to accept online payments and search engines like Google will also display a “Not Secure” warning whenever someone tried to access that non-encrypted website. Non-SSL encrypted websites could put their visitor’s data at high risk as the communications done on those sites will not be encrypted, and provides a good opportunity for hackers to intercept and gain access to sensitive information very easily like a user’s password, bank details, etc.

How to Prevent Cybersecurity Threats with SSL Certificates

The safe version of HTTP, HTTPS is a communication protocol that keeps all the sensitive data like your bank details, passwords, username, etc. secure, safe, and private while in transit between your web browser and the website’s server to which you are transferring that data. HTTPS which utilizes the Transport Layer Security protocol securely protects sensitive information. SSL certificates keep cybersecurity threats at bay by using three different layers of security, encryption, data integrity, and authentication.

Encryption – SSL certificates make sure all data you transfer from your device’s browser to the website’s server are encrypted. If in any way hackers manage to hack the data you sent, it will be difficult for them to decrypt it.

Data Integrity – As hackers cannot decrypt and read the data that is transferred, it becomes nearly impossible for them to modify or corrupt the data in transit. If they happen to do so, it can be detected.

Authentication – This particular step guarantee that you communicate with the website you intended to communicate with. You can check for the padlock symbol in the URL bar to be sure whether the website is secured or not.

Here are the advantages of installing an SSL certificate. Let’s understand how SSL certificates protect a website user’s data from cyber-attacks.

Secure Ecommerce Payment Systems

Ecommerce websites guarantee their website users that their sensitive data will be safe by installing trustworthy SSL certificates on their websites. As online shopping becomes more popular, people do not hesitate to share sensitive information like their banking details online. SSL certificates give them the warranty that the website on which they are making transactions is secure and these certificates will also protect them from becoming victims of cyberattacks.

Secure Online Communications

As SSL certificates’ main work is to encrypt online communications, it ensures no third party can access confidential information that users share online. Most SSL certificates offer 256-bit encryption, which is unbreakable and is sure to offer secure communications. Users’ personal information like contact details, banking details, etc. will be kept safely.

Rank Better on Search Engines

Search engines flag websites without SSL certificates as “not secure” and show a warning message whenever a user tries to access such a website. Likewise, insecure websites will rank lower than secure websites on Google.

Final Thoughts

SSL certificate secures a website and its users, so it becomes the most necessary thing to secure the website with an SSL certificate. Install an SSL certificate and make sure all web pages are served over HTTPS. However, an SSL certificate may not be just sufficient for overall security, and you will need to consider other security measures like enforcing strong password policies, keeping your software up-to-date, etc.

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Uber is too ashamed to admit that a teenager hacked its internal systems

The mastermind behind Uber’s hacking last week has turned out to be an 18-year-old who was able to get into Uber’s internal systems (including G-suite and Slack) thus putting the company through a data breach. The anonymous hacker came forward to the New York Times and told the outlet that he pretended to be an IT worker for Uber and sent an Uber employee a text message asking for his password which gave him access to the internal systems.

In particular, the company has released more information about how it was hacked, largely confirming an account made by the hacker themself. Uber says that the hacker exploited the login credentials of a company contractor to initially gain access to the network. The hacker may have originally bought access to those credentials via the dark web, Uber says. The hacker then used them to make multiple login attempts to the contractor’s account. The login attempts prompted a slew of multi-factor authentication requests for the contractor, who ultimately authenticated one of them. The hacker has previously claimed that it conducted a social engineering scheme to convince the contractor to authenticate the login attempt.

Security experts have called this an “MFA fatigue” attack. This increasingly common intrusion tactic seeks to overwhelm a victim with authentication push requests until they validate the hacker’s illegitimate login attempt.

Most interestingly, Uber has also claimed that whoever was behind this hacking episode is affiliated with the cybercrime gang “LAPSUS$.” It’s not totally clear how Uber knows that.

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Quantum cryptography, is a fairly complex mechanical approach providing a solution to hacking

AI Technology has generated sweeping transformation across industries in the previous couple of decades. Today we are living in a technology-driven world where more and more things surrounding us are automated. We play with datasets and in this play, cybersecurity has become a priority for big techs. But quantum cryptography can be a savior.

The requirement for cybersecurity has risen exponentially as more and more people and businesses are also becoming aware of cyber threats. The Internet is filled with highly sensitive data, and data breach cases are increasing very fast. Such cyber threats cost businesses billions of dollars, and the need for data security has increased. Businesses these days have a massive amount of data and hackers are trying their best to get their hands on such sensitive information. Therefore, it becomes very necessary for businesses to take these attacks seriously and understand that attackers are using more smart techniques and will not spare anyone. It is therefore fortunate that quantum cryptography offers not just new, far faster algorithms, but also very effective mechanical approaches.

Quantum cryptography is basically a process of exploiting quantum mechanical properties to carry out cryptographic tasks. The best-known example of quantum cryptography is the quantum key distribution which provides an information-theoretically secure solution to the key exchange problem. The advantage of quantum cryptography is that it allows the completion of various cryptographic tasks that are proven or conjectured to be impossible using only classical (i.e., non-quantum) communication. Quantum cryptography, or quantum key distribution (QKD), applies a series of photons (light particles) to transmit data from one location to another over a fiber optic cable. By comparing measurements of the properties of a fraction of these photons, the two endpoints can determine what the key is and if it is safe to use. In case, the photon is read or copied in any way by a hacker, the photon’s state will change and the changes will be detected by the endpoints. In other words, this means you cannot read the photon and forward it on or make a copy of it without being detected.

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According to Atlas VPN, Apple’s product vulnerabilities grew by 467% in 2021at the peak of COVID-19

Although Apple products can still be hacked, for years it seemed as though they weren’t. As a consumer-focused manufacturers, macOS and iOS weren’t subject to the same level of pressure as other vendors like Microsoft, who bore the brunt of sophisticated cyber-attacks aimed at the enterprise sector.

However, it seems that this is altering. According to Atlas VPN, Apple’s product vulnerabilities grew by 467% to 380 exploits in the second half of 2021, at the peak of the COVID-19 epidemic.

How is Apple’s threat setting changing?

Because it happened at the same time as Apple products started to become more prevalent in workplace networks, the spike in vulnerabilities during the COVID-19 pandemic is noteworthy.

In the same year, 2021, IDC discovered that the average macOS device penetration in businesses with 1,000 or more employees had climbed to 23% from 17% in 2019. This happened as businesses accepted remote work and allowed workers to use their own gadgets to work from home.

It’s crucial to note that this growth also happened soon after the Apple M1 Chip, the company’s first internally developed computer chip with high bandwidth and low latency was released in November 2020 and set an all-time Mac revenue mark of $9.1 billion in Q2 2021.

In any case, the rise in enterprise use has altered the security environment for Apple and increased the vendor’s visibility to threat actors who view these devices as potential access points to protected data.

The Risk

Apple products are now being exploited more than other software vendors, but the risk isn’t necessarily higher due to this. Despite an increase, Apple continues to have significantly fewer zero-day vulnerabilities than Microsoft.

Microsoft has had 242 known exploited problems since the start of 2022, compared to Apple’s 50 and Google’s 43, as reported by the CISA known vulnerabilities catalog.

However, given Microsoft’s history as the industry’s most prominent enterprise vendor and the fact that threat actors constantly target and attack goods within the Microsoft ecosystem, this is to be expected.

However, Apple has also been forced to deal with the consequences of MIT researchers finding the PACMAN vulnerability, an unpatched flaw in the Apple M1 Chip. An Apple M1 chip’s pointer authentication method can be disabled using the exploit in a novel hardware assault, preventing the chip from spotting attacks caused by software bugs.

Although no attacks have been reported that exploit this vulnerability, its seriousness is questionable. According to Apple, “this problem does not represent an immediate risk to our consumers and is inadequate to defeat operating system safeguards on its own.”

In general, research indicates that Macs do have built-in security resistance.

Forrester performed an online survey of 351 security executives from businesses in the US, UK, Germany, Canada, and Australia in 2019 after receiving a commission from Apple to determine the overall financial impact of introducing Macs into the workplace. According to the poll, the use of Macs may actually improve security.

The report’s main finding was that each installed Mac lowered the probability of a data leak by 50%. The interviewees who participated in the survey mentioned built-in security features including antimalware capabilities, automatic data encryption, and simplicity of registration into mobile device management (MDM) technology as factors that helped them maintain their security posture.

Risk reduction for Apple personal devices

Generally speaking, companies may reduce threats to devices by enabling automated updates and making sure that devices are kept patched and current. Making sure that staff is applying these patches presents a difficulty.

Therefore, businesses must establish precise guidelines for the use of personal devices.

Since so many workers work from home, it is unrealistic to entirely restrict personal devices; however, there must be clear guidelines for the kind of data assets and resources that employees are permitted access to.

Mobile device management (MDM) tools like Jamf and Microsoft Intune can assist security teams in managing many Apple devices from a single location for workers using work devices from home, ensuring that each system is updated and not left open to compromise.

According to Michael Covington, VP of portfolio strategy at Jamf, “Device management is actually the first step in constructing a layered defense to secure mobile workers and the critical company data they access while on the road.”

In addition to defining secure Wi-Fi settings and password requirements, MDM solutions can assist in ensuring that devices are configured safely, are running the most recent version of their operating system, and have the most recent security patches.

Additionally, according to Covington, these technologies can be used to install terminal security solutions on external devices and serve as a policy enforcement hub for countermeasures like quarantining compromised devices.

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