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What is a Data Security Fabric?

A data security fabric is a network-based approach to data security that implements comprehensive and integrated security measures throughout your digital infrastructure. Rather than operating in silos, all your security tools and resources are interconnected, facilitating seamless coordination and communication. This interconnected security blanket, or ‘fabric,’ covers your physical, virtual, and cloud environments.

The central idea behind a data security fabric is its integrative nature. It’s intended to connect disparate security elements, allowing them to collaborate in a unified, comprehensive way. As a result, it provides an in-depth evaluation of your organization’s security posture. 

This approach allows the swift detection, prevention, and mitigation of threats, ensuring secure data flow across your network. Organizations that use a data security fabric can adapt more quickly to changing security requirements and threats due to its scalable and flexible architecture, which integrates seamlessly with existing and future security technologies.

The flexibility of using a data security fabric is another advantage. It enables you to add or remove security components as needed without disrupting the overall system. This adaptability allows organizations to quickly respond to changing security needs and implement new technologies without requiring a complete overhaul. Furthermore, the data security fabric is a centralized control and management platform, making it easier to administer and monitor the entire security infrastructure. Overall, deploying a data security fabric ensures a scalable and efficient security solution that can evolve to meet the organization’s needs.

What are APTs?

In 2023, SQL injection attacks became the most common method during the infiltration phase of APTs, accounting for 42% of hacker attempts on public-facing systems. APTs are cyber threats known for their stealth, continuous, and complex nature. They typically target organizations with high-value data, such as governments, financial institutions, and multinational corporations. The goal of an APT attack is to gain unauthorized access to a network while remaining undetected for an extended period.

APT attackers use sophisticated techniques to infiltrate your network, frequently exploiting zero-day vulnerabilities and deploying advanced malware. Unlike traditional cyberattacks, APTs are highly targeted. The attackers are patient, often lurking within your systems for months or years while stealthily mining sensitive data. This method enables them to systematically exfiltrate or compromise valuable information while avoiding standard security alerts.

The most concerning aspect of APTs is their ability to bypass traditional security measures. Their stealthy nature frequently allows them to fly under the radar of traditional firewalls and antivirus software. This challenge highlights the importance of implementing next-generation security solutions, such as data security fabrics that can better adapt and respond to evolving threats.

How Data Security Fabrics Protect Against APTs

Data security fabrics offer a powerful line of defense against APTs. By providing a holistic view of your security landscape, they allow for greater visibility and control over your data. This visibility is crucial in detecting subtle, stealthy threats that could go unnoticed.

Data security fabrics enable you to monitor and analyze data across your entire network in real time. This allows for immediate threat detection and response. By correlating data from various sources, data security fabrics can identify patterns and anomalies that may indicate an APT attack. Additionally, this level of insight and analysis aids in proactively adjusting security policies and measures, ensuring that your organization’s defenses evolve in tandem with the shifting landscape of cyber threats.

Data security fabrics also offer advanced threat intelligence capabilities. By leveraging machine learning and AI, cybersecurity can be significantly enhanced to prevent APT attacks. Continuous learning from previous incidents also enables data security fabrics to detect warning signs of an impending APT attack, allowing you to respond quickly and effectively.

Other ways data security fabrics protect against APTs include:

• Encryption and Tokenization: Data security fabrics use encryption and tokenization to protect data at rest, in motion, and during use. This ensures that even if data is intercepted or accessed by unauthorized entities, it is rendered indecipherable and useless to attackers. This significantly reduces the risk of data exfiltration and espionage associated with APTs.
• Segmentation and Microsegmentation: These strategies compartmentalize the network and its resources, limiting an attacker’s lateral movement. Data security fabrics make it more difficult for APTs to propagate and access sensitive information by enforcing strict access controls and isolating critical assets, effectively containing the threat.
• Zero Trust Architecture Integration: Data security fabrics frequently incorporate principles of Zero Trust architecture, which assumes that threats can come from anywhere. By requiring strict identity verification, least privilege access, and continuous authentication, data security fabrics reduce the attack surface and the opportunities for APTs to exploit vulnerabilities.
• Regulatory Compliance and Policy Enforcement: Compliance with data protection regulations is facilitated by data security fabrics, which include tools for enforcing privacy policies, audit trails, and compliance reporting. This helps avoid legal and financial penalties and improves security measures against APTs by consistently following best practices and industry standards.

Data security fabrics emerge as a critical defense component in the rapidly changing cybersecurity landscape. Their ability to provide complete visibility and proactive threat management enables organizations to manage modern cyber threats’ complexities effectively. Recent developments in machine learning and AI are expected to enhance these systems’ capabilities in predicting and neutralizing threats before they materialize. Furthermore, the potential integration with technologies such as blockchain promises to transform data integrity and security, making data security fabrics an essential tool in your cybersecurity arsenal.

As we move forward, the shift to cloud-based infrastructures highlights the value of solid security measures that extend beyond traditional network boundaries. With their agility and broad coverage, data security fabrics stand out as a solution capable of adapting to and defending this dynamic digital ecosystem. For organizations with cybersecurity difficulties, adopting data security fabrics can increase their defense against emerging threats and reinforce stakeholder confidence in an age where digital security is essential.

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Let’s go to uncover the Benefits of the cloud-based camera system. Are you ready to get knowledge about it? In this article, we discussed the Benefits of the cloud-based Camera system.

Cloud-based security camera systems are a good choice for businesses and homeowners. They can provide businesses with a way to check many sites and protect sensitive information. Also, to give homeowners peace of mind, they can provide services away from home.

Why Choose a Cloud-based Security Camera System?

Several advanced features are available with cloud-based security camera systems that traditional systems do not have, such as:

You can receive alerts by email or smartphone when cloud-based security cameras detect motion. 

Video Analytics: 

Cloud-based video surveillance systems can use video analytics to identify patterns and trends in the video footage. This can help you identify potential security threats and improve your security.

The Benefits Of Cloud-Based Security Camera Systems

Cloud-based security camera systems offer many benefits :

Remote Access: 

Cloud-based security camera systems allow you to contact your live feeds and recordings from anywhere in the world with an internet connection. This makes it easier to check on your property even when you’re not there.

Scalability: 

Cloud-based security camera systems are mountable, adding or removing cameras as needed. This is ideal for businesses that are growing.

Affordability:

Cloud-based security camera systems are often cheaper than on-premises systems, as there is no need to buy and uphold hardware.

Ease of use:

Cloud-based security camera systems are usually easy to set up and use. There is no need to install or preserve software; most systems can be opened through a web browser or mobile app.

Security:

Cloud-based security camera systems use the latest security technologies to protect your data. Your video footage is stored in a secure data center, and most systems offer structures such as encoding and two-factor verification.

How Cloud-based Security Camera Systems Work

Cloud-based security cameras transmit video data over the internet to store footage in the cloud. The “cloud” is a remote server where video data is stored—instead of stored on a local server or hard drive.

• You must fit cloud-based security cameras on your property to use a cloud-based security camera system. These cameras will connect to your Wi-Fi network and send video footage to the cloud server.
• You can then enter your live feeds and recordings from anywhere in the world with an internet connection. Most cloud-based safety camera systems offer a web gateway and mobile app for reading your footage.
• Cloud-based security camera systems use changing security events to protect your data. Your video footage is coded at rest and in transit, and most systems offer structures such as two-factor verification.

Here is a more detailed step-by-step explanation of how cloud-based security camera systems work:

• You install cloud-based security cameras on your property.
• The cameras connect to your Wi-Fi network.
• The cameras send video footage to a cloud server.
• You can upload your live feeds and recordings from anywhere in the world with an internet connection using a web portal or mobile app.

How to choose the Right Cloud-Based Security Camera System for your Home

To choose the right cloud-based security camera system for your home, you should consider the following factors:

Number of Cameras: 

How many cameras do you need? Consider the size of your home and the areas you want to check.

Camera Features:

 What features are vital to you? Some common structures include motion detection, night vision, and two-way audio.

Cloud Storage: 

How much cloud storage do you need? Cloud storage plans range from a few days to a year of storage.

Price: 

Cloud-based security camera systems can range in price from a few hundred dollars to several thousand dollars. Set a budget before you start shopping.

Why Solink is the Best Cloud-Based Security Camera System

Solink is a cloud-based security camera system that offers many advantages over other methods on the market, including:

All-in-one Solution: 

Solink offers a complete security solution, including cameras, cloud storage, and video analytics. This makes it easy to get started and to achieve your system.

Easy to use:

Solink is designed to be easy to use, even for people who need to be tech-savvy. The cameras are easy to install, and the web boundary is simple to steer.

Scalable: 

Solink is walkable to businesses of all sizes. You can add or remove cameras as needed.

Affordable: 

Solink is one of the most inexpensive cloud-based security camera systems.

Feature-rich:

Solink offers various benefits, including motion detection, integrations, remote access, and video alarms. 

Tips for Getting the Most out of a Cloud-Based Security System

Here are some tips for getting the most out of Solink’s cloud-based security system:

• Choose the suitable cameras for your needs. Solink offers a variety of cameras with diverse features and price points.
• Choose the cameras that are right for your needs, considering the size and layout of your property and the areas you want to screen.
• Position your cameras. Place your cameras in locations where they will have a clear view of the areas you want to screen. Avoid placing cameras where they could be stuffy or destroyed.
• Adjust your camera settings. Solink cameras offer a change of settings that you can adjust to recover the value of your video footage and lessen false alarms. Be sure to take some time to adjust the settings on your cameras to meet your needs.

Use Solink’s video Analytics Features.

Use Solink’s video analytics features. Solink offers a change of video analytics structures that can help you recognize and respond to security threats more. For example, you can use Solink’s motion detection feature to receive alerts when a car is detected in exact areas of your property. 

Review your video footage. Solink’s cloud storage service makes viewing your video footage from anywhere in the world easy. Be sure to test your footage to classify any possible security pressures.

Conclusion 

Cloud-based security camera systems offer several advantages over traditional on-premises methods. They are more affordable, easier to use, and more scalable. They also provide advanced features like motion detection and artificial intelligence. Review your video footage. Solink’s cloud storage service makes viewing your video footage from anywhere in the world easy. Be sure to test your footage to classify any possible security pressures.

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A secure web gateway is a security solution that protects users from cyber threats and malware that occur over the internet. Enterprises use it to protect their employees from accessing malicious websites and internet-borne viruses. Here are some key features of a secure web gateway:

Data Loss Protection (DLP)

A secure web gateway prevents your data from being exported to unauthorized third parties. DLP prevents sensitive content from leaving the network by allowing administrators to control the data users can transfer. Your critical information and sensitive data, such as social security numbers, credit card numbers, or confidential documents, remain inside the organization’s network. 

URL filtering 

URL filtering allows you to permit, block, or limit visiting websites by each user on a company network. Employees will only be able to access the URLs that reduce the possibility of getting viruses. They will block access to all dangerous connections to malicious, phishing, and non-sanctioned content. It will redirect the employees to a page that notifies them that the content is blocked if they attempt to visit the URL. URL filtering requires using blacklists which include restricted sites, and whitelists, which have allowed sites for its use. URL filtering minimizes security risks and improves compliance and productivity. 

Application Control 

Application control is a system designed to identify and control traffic from various applications on a network. It allows administrators to create and apply web security policies to identify, block or limit the usage of web applications. It prevents unauthorized applications from posing any risks to the organization. Other ways to control application traffic include:

• Restricting applications from being added to the information technology environment.
• Allowing access to only approved applications.
• Limiting resources an application can consume.

Secure web gateway uses application control to authorize applications and users. 

Antivirus 

Secure web gateway alerts users when malicious code or software contaminates their devices. Antivirus software protects your files and hardware from worms, trojan horses, adware, and spyware. Antivirus uses real-time virus signatures to prevent, detect and remove the threat. Additional protection offered by antivirus includes blocking harmful websites and customizable firewalls.

A security web gateway can also decrypt HTTPS traffic to scan it for malware. Once the scan is complete and the traffic is deemed safe, It re-encrypts it and forwards it to the end user. It can also evaluate the trustworthiness of encrypted sources without decrypting them.

Endnote 

Secure web gateways protect your firms and businesses against cyber threats that may occur in the internet environment. Secure web gateways can offer protection in the cloud by giving you precise control over web access. They help a business protect against the potential loss of data, filter harmful URLs at work, control traffic from applications, and act as an antivirus. As cloud solutions become widespread, secure web gateways become vital. 

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Passwords

Passwords are the first line of defense against scammers. While passwords alone may not be enough to protect you, a strong one coupled with other cybersecurity precautions can grant significant protection. However, you must know what constitutes a strong password. 

Use different characters, including capital and small alphabets, numbers, and special symbols. Your password should not be a common word, phone number, date of birth, or any other meaningful information. Try to use a random string of characters that do not mean anything. Remembering such passwords is difficult, so write them down in a secure place or use a password manager. 

Another cybersecurity mistake people make is using the same passwords for every device and account. This practice is unsafe, as it increases the risk to all your accounts once a hacker figures out your password. Make sure you use a different password for each account. 

Multi-Factor Authentication

Multi-factor authentication (MFA) is a recent technology that makes your accounts more secure by requiring you to provide more than one evidence of authentication. Hackers can access your data conveniently once they figure out your password. This is a major problem when working remotely, and MFA can help secure your work data.

Multi-factor authentication requires additional authentication to access your files. This can include tapping a number on your phone screen or entering a one-time password the authenticator sends to your linked email or phone. Your biometric data, such as fingerprint verification, can also be used for multi-factor authentication. 

MFA reduces the risk that an unauthorized person will access your data. Places like banks, where cybersecurity is central to operations, commonly use multi-factor authentication, but you can also enable MFA for your devices and personal accounts for added security.

Wi-Fi

You must protect your home’s Wi-Fi and ensure no unknown device is connected. You won’t want the investigators tracking your internet protocol (IP) address if someone else uses your Wi-Fi to commit cybercrimes. 

Ensure that your Wi-Fi is password protected and the password is strong. However, hackers can break through your password, so you should periodically check if any external device is connected to your network. If you find an unknown device, immediately change your password. 

You can also consider getting private Wi-Fi, so you control which devices connect to your network by approving their MAC number in your Wi-Fi dashboard. You can use proxies or VPNs if you want to conceal your IP on the internet. 

Endnote

You should care about your cybersecurity to ensure your data stays protected and secure and no one misuses your accounts. Cybersecurity isn’t essential just for businesses but for personal accounts too. You must use strong passwords and use password managers. Use multi-factor authentication to secure your account further, and protect your Wi-Fi to ensure no one misuses your internet connection. Taking these measures will ensure your digital data stays secure and protected. 

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Cloud security breaches are a severe problem. In the past, companies have been able to store their data in secure, off-site servers. But with the advent of cloud computing, that is slowly becoming obsolete.

Cloud providers like Amazon and Google host data for their clients on remote servers. Cloud computing makes it easier for companies to share files and collaborate. However, it also makes them more vulnerable to security breaches.

Research shows that approximately 81% of companies suffered a cloud security breach last year. Almost half of those organizations had multiple security incidents altogether. These are alarming numbers as many companies move their systems to cloud infrastructures.

Read on and discover the common attack vectors of data breaches and possible solutions to prevent them.

Most Common Cloud Security Issues

The main issue for many companies is cloud data security. These include the need for more transparency and control of data on the client side. Below are some common causes of cloud security breaches

Unauthorized access

Unauthorized access is one of the most common cloud security issues. Hackers can access your data by exploiting vulnerabilities in the cloud platform or stealing your login credentials. They can then steal your data, delete it, or use it.

Insecure interfaces/APIs

Insecure interfaces like Application Programming Interfaces (APIs) are another security problem. They can allow hackers to access your data or the underlying cloud infrastructure. Hackers can exploit API vulnerabilities to gain control of your entire cloud environment.

Misconfiguration

Misconfiguration can also compromise your cloud security. It can occur when cloud administrators do not correctly configure the cloud environment or when users inadvertently expose sensitive data. One of the most common misconfiguration vulnerabilities is weak passwords.

Cyberattacks

Cyberattacks are a significant threat to cloud security. Some of the most common types of cyberattacks are:

• Distributed Denial of Service (DDoS) Attack
• Man-in-the-Middle Attack
• Phishing Attack

Malicious insiders

Malicious insiders pose a significant threat to your data. Some of the most common types of malicious insiders are:

• Employees who have access to sensitive data but are not authorized to access it.
• Employees who are disgruntled with their company or who have been fired.
• Hackers gain access to your system through malware or social engineering.

Denial of Service attacks

A denial of service attack (DoS attack) is a type of attack that hackers can use to disrupt the regular operation of a computer or network. This attack makes a machine or network unavailable to its users by flooding it with useless traffic.

The most common type is the flooding attack. In this method, the attacker sends significant traffic to the target machine or network. This traffic can come from multiple sources, making it difficult to block. The attack’s goal is to overwhelm the target machine or network and prevent it from functioning correctly.

Improve Your Cloud Computing Security With These Habits

While these potential security issues can be challenging, proper computer habits can mitigate them significantly. Check the tips below to help you keep your company data secure in the cloud.

Manage user access

One thing you can do to improve cloud computing security is to manage user access. You should carefully control who has access to your data and ensure that only authorized users can access it.

This practice is critical, particularly during vulnerable periods like office relocations. It would help if you also used solid passwords and two-factor authentication to protect your data.

Establish a comprehensive off-boarding process

When an employee leaves your company, you should conduct a thorough off-boarding process. That ensures the appropriate termination of their access to your systems and data. The off-boarding process should include the following steps:

• Remove the employee from all systems and databases.
• Delete the employee’s account and remove all of their data.
• Reset the employee’s passwords.
• Secure any confidential data that the employee may have accessed.
• Dispose of any company property to which the employee may have access.

Deploy multi-factor authentication (MFA)

Multi-factor authentication (MFA) is a security protocol that requires more than one way to authenticate the identity of a user. The most common type of MFA is two-factor authentication, which requires the user to provide two pieces of validation to confirm their identity. The first piece of combination is usually something the user knows, like a PIN or password. The second piece of confirmation is something the user has, such as a card or token.

Provide regular anti-phishing training for employees

Employees are one of the biggest threats to cloud security. That’s why it’s vital to provide them with regular anti-phishing training.

Phishing is an attack that uses email or text messages to lure people into clicking on links or providing sensitive information. The goal is to obtain personal information such as passwords, credit card numbers, and Social Security numbers.

Phishing attacks are becoming more varied and sophisticated. That’s why you need to make your employees aware of the dangers of phishing. They should undergo training on how to protect themselves from these attacks. It can help them identify phishing emails and avoid clicking on suspicious links. It would help if you reminded your employees not to share sensitive information with anyone outside the company.

Good Habits Increases Cloud Security

As you can see, you can implement a few things to improve your cloud computing security. The best way to protect yourself from cyberattacks is to implement as many of these habits as possible. In addition, learning the most common cloud security issues can help you prepare your security protocols. Combining these best practices and knowledge can lower your vulnerability significantly.

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While big enterprises may get all the media attention, small and medium-sized businesses are also targets of cyber-attacks. Up to 43% of all breaches, according to a 2019 Verizon report, occurred at small organizations. Furthermore, according to statistics from another 2019 report, 63% of small and medium-sized enterprises had data breaches in 2019.

As a result, small businesses need to understand the importance of cybersecurity and how to prevent cyber-attacks. 

In this article, let’s explore 6 reasons why cybersecurity is important for small businesses. 

Untrained Employees

Small business employees are not taught to recognize scams and cyber-attacks. Phishing attacks typically take place through email or other software and are dressed to appear authoritative. They attempt to con employees into disclosing private information, which is then exploited. As a result, employees of SMBs simply fail to detect or report the attack.

Small Business Data 

Hackers are aware that even SMBs trade in data that is simple to sell for a profit, including credit card data, medical records, bank login information, and confidential corporate data. Cybercriminals always look for novel methods to steal this data.

To access bank information and conduct fraudulent purchases, they either use it themselves or sell it to others who will use it.

Computational Power 

Sometimes cybercriminals simply care about utilizing an SMB’s systems to create a big bot army and launch DDoS attacks. DDoS attacks work by falsely creating colossal volumes of web traffic to interfere with a company’s or network of firms’ ability to conduct business. The troublesome traffic is generated in part by the hijacked bots.

To Use as an Entry Point for Large Corporations

Businesses today are interconnected digitally to carry out transactions, control supply systems, and exchange information. Hackers target small businesses as a method to access the networks of major firms because it is likely (but not always the case) that larger companies are more difficult to breach.

No Policies 

Only a small number of SMBs have any kind of data security policy in place, compared to large companies that frequently have elaborate procedures in place. This implies that in the case of a cyber-attack or data leak, small firms are dreadfully unprepared.

Cash Abundant 

Cybercriminals primarily target SMBs and others for financial gain. Yes, some attacks aim to cause disruption, as in the case of DDoS attacks. But most of the time, the goal is to gain money. 

This clarifies why ransomware is such a widely used attack technique. It frequently works, bringing in money for the attackers. And hackers will continue to target small businesses to steal money or trade for cash.

Ways to Protect Your Small Business 

It is crucial to be prepared because the cost of recovery from cyber-attacks frequently surpasses what an SMB can handle. The top priority should be preventing an assault in the first place. The following ways will help your business withstand potential assaults.

Create a Cybersecurity Policy 

Employees may rely on policies to tell them exactly what to do and who to contact if they suspect a cyberattack or phishing scam. These regulations will swiftly halt attacks and lessen their damage.

Train Employees 

Employees should receive training so they are aware of the danger, particularly concerning phishing attempts. An employee cannot identify a threat if they are not aware of it.

Consider a Cybersecurity Solution 

Building a strong cybersecurity framework takes time, just like any other company goal. To achieve your security objectives, consider cybersecurity for SMB solutions.

Your cybersecurity activities can be planned more skillfully with a solution in place. With the help of this solution, your firm can create a long-term, strategic response to cybersecurity. The plan will cover things like technical tools, audits, and assessments, as well as business security rules.

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The Rise of Third-Party Scripts

In the first few years of the internet, webpages were limited to pages of simple HTML or, as creator Tim Berners-Lee simply called it, hypertext. His concept in 1989 was a system of hypertext documents, each of which could be viewed by independent browsers. One of the earliest web pages contained a phone book for Berners-Lee employers, CERN. Other pages began to pop up, including guides for using CERN’s own central computers. The search function relied solely on specific keywords – there were no algorithmic search engines in 1990.

In 1991, these pages became available for colleagues on other CERN computers. Global interest began to spread after Berners-Lee announced his WWW software in various newsgroups. The first browsers were offered by exclusive NeXT computers, until CERN intern Nicola Pellow wrote a simpler form of browser that could be run on any system. The very first web server was brought online in December 1991, at the Stanford Linear Accelerator Center (SLAC) in California. Less than three years later, the world wide web had already gained 10,000 servers, supporting the browsing and surfing habits of over 10 million users.

Nowadays, modern sites are totally alien to the bare HTML pages of 1991. A focus on user experience has seen increasing pressure to adapt pages to the user’s own interest. This describes a dynamic website: offering different content for different users, these can benefit from their tailored design. Dynamic sites supply this tailored feed via advanced scripts that sit adjacent to the core site code. Scripts can add further information to websites, or pass user and browsing habits over to third-parties. 

Client Vs Server Side – And the Security Implications

The difference between client and server side scripts depends on where the code is executed. Web browsers are responsible for executing client-side scripting. Here, the source code that the site owner implements on the web server travels to the user’s computer, before being run on the browser. Client-side scripts are generally written in JavaScript, CSS and HTML5. Server-side scripting, on the other hand, is reserved for tasks that interact with a database, or other systems on the backend.

The modern software supply chain means that eCommerce and other site owners benefit from a wealth of third-party script options. Given the ROI- and efficiency-boosting capabilities that scripts bring, it comes as no surprise that many sites employ over 50 third-party or external scripts. These can provide live chat functions; traffic analytics, and payment processing pages. If these scripts are developed by a third party, your organization has little or no insight into the data that’s traveling between the customer’s browser and the script provider. Though most of these providers will simply be analyzing the performance of their scripts and user behavior, unscrupulous providers may be signing your organization – and users – up to a world of hurt. If a third-party provider is compromised, or actively malicious from the get-go, then a once-legitimate page can force a victim’s browser to download malware. Client-side languages such as HTML and JavaScript facilitate this through a weakness to Cross-Site Scripting (XSS) attacks. 

In 2018, British Airways became the unfortunate multi-million-dollar victims of a severe XSS attack. The attacker – thought to be cybercriminal group Magecart – made use of the airline’s eCommerce site, which allows customers to purchase flight tickets. With XSS, Magecart modified the site’s JavaScript files that were responsible for recording customer data. This data – and the shopping customer – would then be redirected to the attackers’ own server, cleverly named “baways”. In order to dodge any suspicion, Magecart even purchased a secure certificate for this server. A fraudulent payment page was also deployed, leading to the compromise of 420,000 customers and staff. The backlash to this breach was significant: alongside greatly tarnished customer trust, the Information Commissioner’s Office (ICO) issued its largest fine on record, of £20 million.

How Script Visibility is the Answer

The major concern with client-side security resides in the fact that there is no inherent visibility between your organization and the scripts being processed by the client’s browser. The first step toward visibility comes from the automated and real-time classification of all JavaScript services operating on your site. This is not something to be expected from a manual process, thanks to the dozens of third-party scripts littering each site. 

Once a thorough, in-depth inventory has been taken of the sites funneling data throughout your webpages, the second phase of script visibility can begin. Offered by high-class security solution providers, this solution takes a deep dive into the functions of those JavaScript services. By monitoring the behaviors of these third-party lines of code, it allows you to take back control of your site. This allows you to implement a series of checks and controls for what data can be handled by them. This means that only pre-approved services can execute. This means that any changes within the JavaScript are not automatically accepted; in fact, all new changes are blocked until you authorize it. This prevents any attacker from poisoning your site via the very scripts you rely on.

Script visibility is a challenge facing many eCommerce and online businesses today. However, thanks to cutting-edge cloud security solutions, it’s possible to protect customers whilst retaining the valuable features offered by these scripts. 

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Below are ways technology is changing the car security sector:

1) Bluetooth Connectivity 

One of the most popular ways to listen to music in the car is through a Bluetooth connection. However, this same technology can be used by thieves to gain access to your car. By pairing their device with your car’s Bluetooth system, they can unlock your doors and start your engine without touching your key fob. prevent this from happening, it is important to set a password for your car’s Bluetooth system and to

2) Keyless Entry 

Keyless entry systems are another common feature in new cars. However, these systems can also be hacked by thieves. By spoofing the signal from your key fob, they can unlock your car and drive away without ever having to touch your keys. 

It is important to keep your key fob out of sight and use a security system that uses an encrypted signal to prevent this from happening. 

You can work with a locksmith to program a keyless entry key fob that is specifically designed for your car. We talked to Snap and Crack Locksmith, the Locksmith Columbus OH residents trust. They have several walk-in locations and mobile service. Their experts told us to beware of keys sold online. They may fail to program. 

3) Navigation Systems 

Navigation systems are also becoming increasingly common in new cars. However, these systems can be hacked by thieves who can then track your movements and steal your personal information. 

It is important to password protect your navigation system and only enter the information you trust to prevent this from happening. 

4) Remote Start Systems 

Remote start systems are a popular feature in new cars. However, these systems can also be hacked by thieves. By spoofing the signal from your key fob, they can unlock your car and start it without touching your keys.  Some locksmiths can install remote starts or perform other diagnostic work just like a dealership. If you live in a major city like the DFW area in Texas, you can work always engage a licensed Locksmith Fort Worth, TX, to discuss your security options and potentially install a security system that is specifically designed for your car.

It is important to use a security system that uses an encrypted signal to prevent this from happening. 

5) Automatic Headlights 

Automatic headlights are another common feature in new cars. However, these headlights can also be hacked by thieves. By hijacking the signal from your car’s headlights, they can disable your security system and gain access to your car. 

6) Backup Cameras 

Backup cameras are a common feature in new cars. However, these cameras can also be hacked by thieves. By gaining access to your car’s backup camera system, they can see what is going on in your car and steal your belongings. 

It is important to use a security system that uses an encrypted signal to prevent this from happening. 

7) GPS Trackers 

GPS trackers are becoming increasingly common in new cars. However, these devices can also be hacked by thieves. By gaining access to your car’s GPS tracker, they can track your movements and steal your personal information. 

8) Tire Pressure Monitors 

Tire pressure monitors are a common feature in new cars. However, these monitors can also be hacked by thieves. By manipulating the signal from your car’s tire pressure monitor, they can disable your security system and gain access to your car.

The best way to protect yourself from these security risks is to be aware of them and take the necessary precautions. 

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Editorial Staff of the TechnoRoll, are a bunch of Tech Writers, who are writing on the trending topics related to technology news and gadgets reviews.

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What Is DAST?

DAST, or Dynamic Application Security Testing, is a type of security testing that assesses the security of an application in real time, executing it in a controlled environment and monitoring its behavior. DAST can be used to find vulnerabilities such as SQL injection, cross-site scripting (XSS), and buffer overflows.

Why Is DAST Relevant?

Despite the rise of new tools and technologies, DAST is still relevant for several reasons. First, DAST is one of the few ways to detect specific types of vulnerabilities. Second, DAST can be used to supplement other types of testing, such as static analysis and pentesting. Finally, DAST is relatively easy to set up and use, making it a good option for organizations that do not have the resources to invest in more complex testing tools.

Different Types Of DAST

There are two main types of DAST: black-box testing and white-box testing. The most frequent type of DAST is black-box testing. The tester in black-box testing does not have access to the application’s source code or internal structure. White-box testing, on the other hand, necessitates access to the application’s source code and internal architecture.

Types of Organizations That Need DAST

DAST is a good option for any organization that stores, processes, or transmits sensitive data. This includes organizations in the financial, healthcare, and retail industries. DAST is also a good choice for organizations that are required to comply with regulations such as PCI DSS and HIPAA.

Organizations that develop their own applications need DAST the most. This is due to the fact that these companies are more likely to have software vulnerabilities. Organizations that use only off-the-shelf applications need DAST the least. However, even these organizations should consider using DAST on a regular basis.

Features of DAST That Make It a Good Cybersecurity Measure

DAST is a good cybersecurity measure because it can find vulnerabilities that other types of testing cannot. For example, DAST can find vulnerabilities in applications that are not publicly accessible, such as those behind a firewall. Additionally, DAST can test for vulnerabilities that require user interaction, such as cross-site scripting (XSS) and SQL injection.

Tips for Doing DAST Right

There are several things you can do to ensure that your DAST testing is effective-

• First, make sure to test all of the components of your application, including the front-end, back-end, and database.
• Second, create a comprehensive test plan that covers all aspects of security testing.
• Finally, work with a trusted partner who has experience conducting DAST testing.

Tools For Conduct DAST

There are several DAST alternatives to select from if you decide to use it. Some popular options include IBM AppScan, Hewlett-Packard WebInspect, and Rapid007 Nexpose. Other popular tools include:-

• Astra’s Pentest Suite offers automated DAST along with other services to safeguard applications like pentesting, vulnerability scanning, and more.
• One popular DAST tool is WebInspect from HP. This utility may be used to examine the security of online applications and web services. WebInspect can be used to find vulnerabilities such as SQL injection, cross-site scripting (XSS), and buffer overflows.
• WAS is a cloud-based security assessment solution from the makers of Web Application Scanner (WAS) that includes a wide range of capabilities for performing DAST testing. Qualys WAS may be used to evaluate the cybersecurity of web applications, web services, and mobile apps.

Alternatives to DAST

If you feel that DAST is not right for your organization, there are several alternatives you can consider. One option is to use a tool that combines DAST and other types of testing, such as static analysis or penetration testing. Another option is to use a cloud-based security assessment service, which can be more cost-effective than traditional DAST tools.

Conclusion

DAST software is still relevant and necessary for cybersecurity in today’s business world. Despite the many new tools and technologies that have arisen in the past few years, DAST remains a valuable way to assess your organization’s security posture. In this blog post, we have discussed why DAST is still relevant and how you can get the most out of it. We have also explored some alternatives to DAST if you feel this approach is not right for your organization.

Author Bio-

Ankit Pahuja is the Marketing Lead & Evangelist at Astra Security. Ever since his adulthood (literally, he was 20 years old), he began finding vulnerabilities in websites & network infrastructures. Starting his professional career as a software engineer at one of the unicorns enables him in bringing “engineering in marketing” to reality. Working actively in the cybersecurity space for more than 2 years makes him the perfect T-shaped marketing professional. Ankit is an avid speaker in the security space and has delivered various talks in top companies, early-age startups, and online events.

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Having a tool to help you with that is one way to mitigate these risks. That’s where an endpoint protection platform comes in handy. For some users, though, there’s a legitimate question: what other reasons do I have to get endpoint protection? The security benefits are, of course, paramount, but between endpoint protection and other such solutions, it needs to be clear why one would choose this over the alternatives. Read on to learn seven reasons why you definitely need endpoint protection.

Modern Defenses Against Cyber Attacks

Cybercriminals are learning. Just like those that defend us from cyber attacks, the programs that execute these attacks are getting more and more sophisticated over the years, and you need to be sure that the protection you choose is equipped to handle this. Thankfully, EPPs (endpoint protection platforms) are one powerful tool more than capable of handling these new threats. EPPs are able to detect and respond to even malicious software that doesn’t have file signatures, making it easier than ever to keep even today’s cybercriminals at bay.

Enterprise-Level Visibility Of Activities

While it’s important to have defenses in place against threats, a lot of the time it’s just as important to be aware of where threats might be present. That’s what visibility is: it’s the scope with which a cybersecurity tool is able to identify and map out a network and the activities occurring on it. This, of course, includes suspicious user behaviors, unexpected trends in performance, and so on, all of which can indicate a breach or worse. With endpoint protection in use, you can have the visibility necessary to respond to these right when they come up, rather than having to find out by seeing the symptoms of an attack long after it’s begun.

Reduced Downtime And Losses

With the ability to see these threats and pivot accordingly comes the realization that some threats require significant time to resolve. However, by employing a tool that aids you in identifying and responding to risks much more quickly, you’re also minimizing downtime. When possible, you’ll be completely avoiding said downtime, as you’ll have avoided the effects of an attack altogether. However, even in the event of a true breach, or even data loss, you can rest assured that endpoint protection reduces the actual downtime that results from these attacks, as well as the losses you’ll encounter. Whether it’s the quickness of responses or the ability to remediate just as quickly with data recovery and the like, every business knows the value of reduced downtime and of reduced security-related losses.

Protection On Various Endpoints

The scope of your protection is often limited to where you place your protections in the first place: if you install a firewall on your home network, that’s where it’ll stay, and it only protects that which constitutes your home network. However, with endpoint protection platforms, the digital nature of the tool makes it easier than ever to protect various endpoints, various devices, all at once. This proves highly desirable when you consider how many people now work in mobile conditions, work from home, or simply connect multiple devices or users into a digital setting. You want protection wherever you go — and having this type of all-encompassing protection is a great way to achieve exactly that.

Additional Insight Into Existing Security Risks

Past the ability to flag activities on your endpoints and to have a holistic view of these, you also need to be able to apply additional insight to certain circumstances, such as knowledge of external trends, which helps to inform you of how certain cyberattacks behave. This knowledge is known as threat intelligence, and it comes in many forms: some is external, and some is internally sourced as well. This additional insight can sometimes even be compounded by AI analysis, aiding you in assigning context and meaning to certain trends and behaviors more quickly than you could analyze on your own.

Automation Of Attack Responses

There’s something reassuring in knowing that your installed software will automatically act to protect you against any threat. This is definitely the case with EPPs, which are designed to identify and respond to threats on their own. In addition to the built-in responses to certain determined threats, there’s also the ability for you to determine what the tool does in response to other specific risk-related stimuli — letting you capitalize on the best possible uses for automated protection.

Significant Return On Investment

Avoiding numerous attacks over whatever timeline and avoiding having to deal with the downtime associated with such attacks is one easy way of quantifying the ROI of using endpoint protection. Additionally, having one person dedicate their time to the use of this tool is far more cost-efficient in many cases than having to hire multiple IT security teammates that must operate various lower-grade protection tools and analyze their own insights on the risky behaviors that exist in your network. Whatever situation you’re in, evaluating the ROI that would come from having an EPP tool may be one of the most compelling reasons to get one today.

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