Blog - Page 23 of 150 - SecureBlitz Cybersecurity

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May 21, 2024

Here are the top 5 cybersecurity breaches in online gambling industry.

The online gambling industry has slowly become the major choice for gambling activities due to the convenience it offers. However, as this sector surges in popularity, it has also become a prime target for cybercriminals, resulting in a series of alarming cybersecurity breaches.

These breaches have not only compromised the sensitive data of users but have also eroded the trust and confidence of online gamblers.

In this article, we will take a look at the top five cybersecurity breaches that have left a significant impact on the casino industry, and provide a guide to protecting your personal information.

Table of Contents

Top 5 Cybersecurity Breaches In Online Gambling Industry

The 888 Holdings Data Breach

The 2017 data breach at 888 Holdings was a significant cybersecurity incident that exposed the personal information of more than 7 million customers. This breach occurred when cyber attackers exploited a vulnerability in the company’s systems, gaining unauthorized access to sensitive data, including customer names, addresses, and credit card details.

The repercussions of this breach extended beyond data exposure. It placed affected customers at risk of financial fraud and severely damaged 888 Holdings’ reputation and trustworthiness within the industry. The incident made it clear that even prominent players in the online gambling sector are susceptible to cyber threats.

888 Holdings was founded in 1997 and has been a big player in the online gambling industry. The company owns several sites in all aspects of online gambling, including 888Sports, 888Casino, and 888 Poker. While the breach was a tough challenge for the operator, it currently stands as one of the safest gambling spots for online players.

The William Hill Phishing Incident

In 2020, the global bookmaker William Hill experienced a phishing attack. Cybercriminals sent deceptive emails posing as legitimate messages to company employees, duping them into revealing their login information. With this access, the attackers gained unauthorized entry to sensitive company data.

Phishing attacks are a common method used by cybercriminals to illicitly access valuable information. Despite being popular, it comes as a surprise that employees in one of the biggest gambling companies would not be aware of it. This makes employee training programs important as it makes them aware of phishing attacks.

Teaching staff how to recognize and report suspicious emails, and reinforcing security procedures to prevent unauthorized access are other ways to combat social engineering attacks and prevent data breaches.

The BetUS Ransomware Attack

In 2019, the online sportsbook and casino BetUS encountered a cybersecurity event – the BetUS ransomware attack. Ransomware attacks involve using malicious software known as ransomware, which encrypts data on compromised systems, making it inaccessible to the rightful owners. In this instance, BetUS fell victim to cybercriminals who successfully encrypted critical data, locking the company out of their own data.

With the act in play, the attackers demanded a ransom payment from BetUS in exchange for the decryption key. However, BetUS chose not to yield to these demands, in an effort not to give the cybercriminals their prize and encourage their activities. This means it took a while for the gambling company to find another route through which it would access its data.

Despite their refusal to pay the ransom, the incident had severe consequences for BetUS, causing operational disruptions and leaving customers questioning its ability to secure their private information.

The Betfair Attack

In 2011, Betfair, a leading online betting exchange fell victim to a significant security breach. Cybercriminals successfully infiltrated the company’s database, gaining access to a wealth of personal information, including usernames, email addresses, and encrypted passwords.

While the passwords were encrypted, Betfair took the precautionary step of resetting all user passwords to ensure the safety of its customers.

This breach is just one of many affecting even big names in the industry that seem to have all the right security features in place. It highlights the critical importance of implementing strong password policies and robust encryption methods to safeguard user data.

Betfair’s breach happened way back to a time when effective security protocols on gaming websites were still being understood and today, it has not suffered any of such breaches.

The PokerStars Distributed Denial of Service (DDoS) Attack

Last on our list of the top cybersecurity breaches in online gambling industry is the PokerStars DDoS Attack.

The PokerStars DDoS attack in 2018 was a major cybersecurity incident that hit one of the world’s largest online poker platforms. DDoS, or Distributed Denial of Service, is when malicious actors flood a network with fake traffic to disrupt its normal operations.

In this case, PokerStars’ servers were overwhelmed by a massive volume of traffic, preventing legitimate users from accessing the site and disrupting ongoing games and tournaments.

Ways on how to protect yourself from the dangers of online gaming

Playing online games can be fun and entertaining, but it’s important to stay safe while at it. To keep yourself protected from the risks, here are some easy steps to follow:

Use Strong Passwords: When creating a password for your gaming accounts, make sure it’s not easy to guess. Use a combination of upper and lower-case letters, special symbols and numbers. Also, avoid using easily guessable information like your birthdate or common words.
Set up Multi-Factor Authentication: Multi-factor authentication (MFA) adds an extra layer of protection to your accounts. It typically involves receiving a code on your phone that you need to enter along with your password. This way, even if someone knows your password, they can’t access your account without that extra code.
Protect Your Personal Information: Online gamers often interact with others, but be cautious about sharing personal information. Avoid revealing your real name, address, phone number, or other private details to strangers. Keep your gaming life and personal life separate.
Only Download from Legitimate Sources: Stick to official app stores or trusted websites when downloading games or game-related software. Avoid downloading from unofficial sources, as they might contain malware or harmful software that can compromise your device and data.
Keep Software Up to Date: Regularly update your operating system, antivirus software, and any gaming platforms you use. These updates often include security patches that protect your device and data from known vulnerabilities.
Be Vigilant Against Phishing Emails: Phishing emails are deceptive messages that try to trick you into revealing personal information or clicking on malicious links. Be extra careful of any emails or messages that ask for your login details or financial information. Double-check the sender’s email address and look for signs of phishing, such as unusual grammar or spelling mistakes.

Cybersecurity Breaches In Online Gambling Industry: Frequently Asked Questions

How common are cybersecurity breaches in the online gambling industry?

Cybersecurity breaches are unfortunately quite common in the online gambling industry. A recent study by SecurityScorecard ranked the industry as the third most likely to experience a cyberattack, just behind energy and financial services. Statistics from 2021 show a 167% increase in web application attacks targeting the online gambling industry alone.

What types of data are most vulnerable to cyberattacks in online gambling?

Cyberattacks in the online gambling industry often target sensitive data such as:

Personal Identifying Information (PII): This includes names, addresses, social security numbers, and passport details.
Financial Information: This includes credit card numbers, bank account details, and transaction history.
Betting History: This includes information about past bets, winnings, and losses.
Player Login Credentials: This includes usernames and passwords used to access gambling accounts.

What are the consequences of a cyberattack in the online gambling industry?

Cyberattacks can have various consequences for online gambling platforms and their users:

For platforms:

Data breaches and identity theft: Stolen data can be used for identity theft, leading to financial losses and reputational damage.
DDoS attacks and system disruptions: These attacks can disrupt online gambling services, leading to revenue losses and customer dissatisfaction.
Regulatory fines and penalties: Regulatory bodies may impose fines and penalties for failing to protect user data.
Loss of customer trust: Cyberattacks can erode trust in online gambling platforms, leading to customer churn.

For users:

Financial losses: Stolen financial information can be used for fraudulent transactions.
Identity theft: Stolen PII can be used to commit identity theft, leading to financial and legal problems.
Psychological harm: Cyberattacks can cause stress, anxiety, and other forms of psychological distress.

How can online gambling platforms protect themselves from cyberattacks?

Here are some measures online gambling platforms can take to improve cybersecurity:

Implement robust cybersecurity measures: This includes firewalls, intrusion detection systems, and vulnerability scanning.
Regularly update software and systems: This helps to patch vulnerabilities that attackers can exploit.
Educate employees about cybersecurity: Employees are often the first line of defense against cyberattacks.
Store sensitive data securely: Data should be encrypted and stored in a secure location.
Have a data breach response plan: This plan should outline how to respond to a cyberattack in a timely and effective manner.
Comply with relevant regulations: This includes regulations such as the General Data Protection Regulation (GDPR) and the Payment Card Industry Data Security Standard (PCI DSS).

By taking these steps, online gambling platforms can significantly reduce the risk of cyberattacks and protect their users and their businesses.

Conclusion

DDoS attacks can seriously harm online gambling platforms, leading to financial losses and damage to reputation. Problems like DDoS attacks are not invincible and can be prevented if online gambling companies take the right steps.

To protect against DDoS attacks, online gambling operators need to implement traffic filtering and use rate-limiting tools to spot and block fake traffic. They can also use load-balancing methods to spread traffic across multiple servers and scale up infrastructure to handle sudden traffic spikes.

Leave a comment below about the top cybersecurity breaches in online gambling industry.

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9 Ways Technology Can Be Utilized to Streamline Workforce Management

Features

Christian Schmitz

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May 21, 2024

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This post will show you 9 ways technology can be utilized to streamline workforce management.

Workforce management, or WFM, is a complex and dynamic aspect of business operations, and optimizing it properly is crucial for organizational success. WFM ensures that businesses effectively allocate and utilize their most valuable resource: their workforce.

Efficient workforce management ensures the right people are in the right roles at the correct times, minimizing labor costs, reducing inefficiencies, and maximizing output. Moreover, it fosters a positive work environment where employees feel valued, engaged, and aligned with organizational goals.

As industries evolve and challenges persist, organizations prioritizing and investing in streamlined workforce management are poised to navigate uncertainties, seize opportunities, and build a resilient foundation for sustainable success.

With the evolution of technology, organizations are presented with an array of tools and solutions that can revolutionize the way they manage their workforce. From optimizing scheduling to enhancing accuracy in time tracking and performance management, technology offers a plethora of opportunities to streamline workforce management processes.

In this article, we’ll delve deeper into the various ways technology can be harnessed to enhance workforce management – automating workflows, simplifying processes, reducing costs, and minimizing errors.

Table of Contents

How Tech Can Be Utilized for Workforce Management Optimization

1. Automating Employee Scheduling and Shift Management

The integration of employee shift management solutions automates the process of creating, managing, and modifying employee schedules.

These tools ensure optimal resource allocation by factoring in variables like employee availability, skills, labor regulations, and workload. Employee shift scheduling solutions minimize the risk of overstaffing or understaffing, significantly improving operational efficiency.

2. Mobile Workforce Management Apps

Mobile apps have become a cornerstone of modern workforce management. These apps empower employees to access their schedules, submit time-off requests, and view their timecards from anywhere using their phones.

This level of flexibility enhances communication between employees and management, increases employee engagement, and enables more efficient schedule adjustments.

3. Custom Employee Time Capture Solutions

Traditional and expensive time clocks are being seamlessly replaced with custom employee time capture solutions that bring several benefits to organizations that need them.

In fact, a custom employee time capture solution for UKG can provide features such as custom data capture for attestations, biometrics for employee verification, employee self-service functionalities, and using any Android or iOS device as a time clock.

Getting customized versions of such versatile solutions can eliminate employee time theft, provide accurate time tracking, reduce significant costs, streamline workforce management, simplify employee clock-ins and outs, and reduce timekeeping errors.

4. Employee Self-Service Portals

Employee self-service platforms are a testament to technology’s ability to empower individuals.

These ESS portals allow employees to easily manage their own HR-related tasks, such as updating personal information, accessing pay stubs, and submitting time-off requests.

By minimizing the administrative burden on HR teams, these custom employee self-service solutions can easily streamline operations and enhance employee autonomy.

5. Predictive Analytics for Labor Demand

The power of predictive analytics is harnessed to forecast future labor demand based on historical data.

These insights guide decision-making related to staffing levels, scheduling, and resource allocation. The result is a more proactive approach to managing workforce fluctuations and aligning staffing with business needs.

6. Real-Time Performance Tracking

Performance management software solutions can easily provide managers with real-time insights into employee performance.

Managers can set goals, provide feedback, and identify areas for improvement on time. This dynamic approach fosters a culture of continuous improvement and timely recognition of employee achievements.

7. Data-Driven Insights

Workforce management software generates actionable insights by analyzing labor trends, productivity metrics, and employee performance data.

Data-driven insights facilitate informed decision-making, enabling organizations to formulate effective workforce optimization strategies.

8. Compliance Automation

Complying with local labor laws and regulations is crucial for avoiding legal disputes and penalties. Technology automates compliance by ensuring accurate time tracking, breaks, and overtime calculations.

Such solutions can also ask employees compliance-related questions when they clock out regarding their breaks, lunch hours, and so on – ensuring proper recordkeeping. Tools that simplify compliance reduce the administrative burden on HR teams and minimize the risk of penalties.

9. Integrated HR and Payroll Systems

Integrated HR and payroll systems consolidate employee data, time-tracking information, and payroll processing into a unified platform.

This integration streamlines operations, enhances data accuracy, and expedites payroll processing, ensuring employees are accurately compensated.

Conclusion

The combination of technology and workforce management has introduced efficiency and effectiveness for organizations that utilize it. From predictive analytics to mobile apps to employee shift management solutions, technology offers an array of solutions that optimize workforce management processes.

The inclusion of custom employee time capture solutions, such as CloudApper’s custom time capture solution for UKG, further exemplifies the potential of technology to transform everyday devices into powerful tools for time tracking.

As organizations continue to embrace technological innovations, they position themselves to unlock new levels of productivity, operational excellence, and employee satisfaction – optimizing workforce management like never before.

The future of workforce management is undoubtedly intertwined with the advancements in technology, and organizations that harness these tools properly and at the right time stand to gain a competitive edge in an increasingly complex business landscape.

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Zero Trust Architecture: Enhancing Network Security

Tutorials

Chandra Palan | ✔️Fact-checked by: Christian Schmitz

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May 21, 2024

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Zero Trust Architecture: Enhancing Network Security

Here, I will talk about how Zero Trust Architecture enhances network security.

In today’s digital landscape, where cyber threats are becoming increasingly sophisticated, traditional security measures are no longer sufficient to safeguard sensitive information. Enter Zero Trust Architecture, a revolutionary approach that is reshaping the way we think about network security.

In this article, we’ll delve deep into the concept of Zero Trust Architecture, exploring its principles, benefits, and implementation strategies to fortify your network against modern cyber threats.

Table of Contents

Introduction to Zero Trust Architecture

Gone are the days when the traditional perimeter-based security model was sufficient to protect networks from breaches.

Zero Trust Architecture challenges the assumption that entities within a network can be trusted by default, regardless of their location.

This approach adopts a “never trust, always verify” mindset, requiring strict verification and continuous monitoring of all network components, whether inside or outside the organization’s perimeter.

The Core Principles of Zero Trust

Zero Trust Architecture is built upon several core principles that collectively enhance network security:

Least Privilege Access: Users and devices are granted only the minimum access required to perform their tasks.
Micro-segmentation: Network resources are divided into smaller segments, limiting lateral movement for potential attackers.
Explicit Verification: Every user and device must authenticate and verify their identity before accessing resources.
Continuous Monitoring: Network traffic and user behavior are monitored in real-time to detect and respond to anomalies promptly.

Benefits of Implementing Zero Trust Architecture

The adoption of Zero Trust Architecture brings forth a range of benefits:

Reduced Attack Surface: Micro-segmentation limits the pathways attackers can take within the network, minimizing the potential impact of a breach.
Improved Incident Response: Continuous monitoring allows for swift identification of unusual activities and immediate action to mitigate threats.
Enhanced Compliance: Zero Trust’s strict access controls aid organizations in meeting regulatory compliance requirements.
Protection for Remote Work: As the workforce becomes more decentralized, Zero Trust ensures secure access regardless of location.

Key Components of Zero Trust Architecture

Micro-segmentation

Micro-segmentation involves dividing the network into isolated segments, each with its own security policies. This prevents lateral movement of threats and contains any potential breaches within a confined area.

Identity and Access Management (IAM)

IAM plays a pivotal role in Zero Trust. Users and devices are granted access based on their roles and verified identities, reducing the risk of unauthorized access.

Continuous Monitoring

Continuous monitoring involves real-time analysis of network traffic and user behavior. Any deviations from established patterns trigger alerts, enabling swift responses to potential threats.

Steps to Implement Zero Trust Architecture

1. Identify and Classify Assets

Begin by identifying and categorizing assets based on their criticality. This helps prioritize security measures and determine where micro-segmentation is most needed.

2. Create Security Policies

Develop stringent security policies that define user access, device authorization, and data handling. These policies should align with the principle of least privilege.

3. Micro-segmentation Implementation

Utilize network segmentation tools to implement micro-segmentation. Each segment should have a specific purpose and limited access, reducing the potential attack surface.

4. Implement Strict Access Controls

Enforce multi-factor authentication (MFA) and role-based access controls (RBAC) to ensure only authorized users can access sensitive resources.

Challenges and Considerations

While Zero Trust Architecture offers immense security improvements, its implementation comes with challenges:

Legacy System Integration: Integrating with existing legacy systems can be complex and time-consuming.
User Experience Impact: Stricter authentication and access controls may initially inconvenience users, requiring a balance between security and usability.

Real-World Examples of Successful Zero Trust Implementations

Google’s Implementation

Google’s implementation of Zero Trust involves rigorous authentication, context-aware access, and continuous device verification. This approach secures their vast infrastructure and user data.

Cisco’s Approach

Cisco employs Zero Trust to secure its global network and workforce. They use identity-centric security and adaptive access policies to protect resources from unauthorized access.

Future Trends in Zero Trust Architecture

The evolution of Zero Trust Architecture is likely to involve:

AI and Machine Learning Integration: These technologies can enhance anomaly detection and automate threat responses.
Zero Trust Beyond IT: The principles of Zero Trust might extend to areas like supply chain security and IoT devices.

Zero Trust Architecture: FAQs

Is Zero Trust Architecture suitable for small businesses?

Zero Trust can be adapted to businesses of all sizes. Its principles are scalable and can offer substantial security improvements.

How does Zero Trust impact user productivity?

Initially, there might be a slight learning curve, but as users become familiar with the new authentication measures, any impact on productivity is minimal.

Does Zero Trust replace the need for antivirus software?

No, Zero Trust complements existing security measures like antivirus software. It adds an extra layer of protection by focusing on identity and access management.

Is continuous monitoring resource-intensive?

Continuous monitoring can be resource-intensive, but advancements in technology have made it more efficient without significantly affecting system performance.

Where can I learn more about implementing Zero Trust?

For more detailed guidance on implementing Zero Trust Architecture, you can explore resources provided by cybersecurity organizations and experts.

Conclusion

In a world where cyber threats continue to evolve, Zero Trust Architecture stands as a robust solution to safeguarding sensitive information.

By challenging the traditional notion of trust, implementing stringent access controls, and continuously monitoring network activities, organizations can significantly enhance their security posture.

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Smart Savings, Smarter Learning: Inexpensive Research Papers

OffBeat

Fiorella Salazar | ✔️Fact-checked by: Christian Schmitz

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May 21, 2024

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Smart Savings, Smarter Learning: Inexpensive Research Papers

Here, I will talk about inexpensive research papers.

In the academic world, the importance of producing high-quality, well-researched papers cannot be overstated. Yet, many students struggle with the financial implications of sourcing the necessary materials for their research.

This article will delve into the world of inexpensive research papers, offering a guide on how to effectively write research papers for cheap without compromising on quality.

Table of Contents

Research on a Budget: Thrifty Tips for Students

Embarking on a research project can be a daunting task, particularly when you consider the cost of the resources you’ll need. But don’t despair, there are ways to navigate this journey without breaking the bank.

Firstly, it’s crucial to plan ahead. By mapping out your research process, you can identify the resources you’ll need and investigate the most cost-effective ways to access them.

For instance, some resources may be available online for free, while others might be accessible through your school’s library or academic databases.

Secondly, don’t underestimate the value of free online resources. Many reputable institutions and organizations offer free access to a wealth of information, including scholarly articles, reports, and databases.

Websites like Google Scholar, JSTOR, and PubMed can be valuable resources for students writing research papers on a budget.

Lastly, consider creating a research group with your fellow students. By pooling your resources, you can share the cost and gain access to a wider range of materials.

This strategy not only helps to reduce the financial burden of research but also fosters a collaborative learning environment where ideas and insights can be shared.

Library Hacks: Accessing Research Materials for Free

Libraries, both physical and digital, are treasure troves of resources. With a bit of know-how, you can access many materials for free, saving a significant amount of money in the process.

Physical libraries often have interlibrary loan systems. This service allows you to borrow materials from other libraries within the same network. Also, student or community membership in libraries typically grants access to a vast array of resources, including books, periodicals, and digital databases.

In the digital sphere, many libraries provide free online access to a variety of resources. These can include e-books, digital copies of academic journals, and databases of scholarly articles. Some libraries even offer remote access, allowing you to access these resources from the comfort of your home.

Finally, don’t forget about the librarians! These professionals are a wealth of knowledge and can guide you on how to best use the library’s resources. They can recommend relevant materials, assist with database searches, and guide you on how to access interlibrary loans.

Cost-Effective Research Strategies: Maximizing Your Resources

While it’s important to find inexpensive or free resources, it’s equally critical to use these resources effectively. Maximizing your resources not only saves money but also fosters a more efficient research process.

An effective strategy is to start your research with a broad overview of your topic. This can be achieved by using free online resources, textbooks, or encyclopedia entries. Once you have a solid understanding of your topic, you can then delve into more specialized and detailed resources.

Another strategy is to prioritize quality over quantity. Instead of purchasing a large number of resources, focus on finding a few high-quality, relevant materials. This approach not only saves money but also ensures that your research is grounded in reliable and credible sources.

Finally, consider using citation tracking. This technique involves following the trail of citations in a paper to find other relevant works. It’s a powerful tool for uncovering valuable resources that you may have otherwise missed.

Affordable Excellence: Research Papers without Breaking the Bank

In conclusion, writing research papers for cheap doesn’t mean you have to compromise on quality. Through careful planning, effective use of libraries, and strategic research methods, you can access a wealth of resources without straining your budget.

Remember, the goal of research is to broaden your knowledge and understanding. So, while it’s important to be budget-conscious, don’t let financial constraints hinder your quest for learning. With the tips and strategies outlined in this article, you’re well-equipped to produce top-notch research papers without breaking the bank.

So, go forth and conquer your research projects with confidence and intelligence. After all, with smart savings comes smarter learning.

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The Transformative Impact of Artificial Intelligence on Surveillance and Safety

Editor's Pick

Daniel Segun

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May 21, 2024

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Here, I will talk about the transformative impact of Artificial Intelligence on surveillance and safety.

Artificial Intelligence (AI): it’s not just a buzzword or the latest fad. It’s become the buddy cop, the trusty sidekick to security professionals in their daily operations. Remember the days when security meant bulky cameras and slow response times?

Those days are dust in the wind. But how, you might ask, has AI helped kick security up a notch? Well, grab a seat and buckle up, we’re about to delve deep into this thrilling world.

Table of Contents

Understanding Artificial Intelligence in the Security Industry

AI isn’t just a robotic voice in a sci-fi movie; it’s a tech marvel turning the security industry on its head. Think of it as equipping security systems with human-like smarts without the coffee breaks.

There’s strong AI, with complex reasoning (like HAL from “2001: A Space Odyssey”) and weak AI, with task-specific brilliance (think Siri or Alexa). Strong AI is the Einstein, while weak AI is more of the specialized surgeon in the field.

Clarification of Artificial Intelligence (AI), Machine Learning (ML), and Deep Learning (DL)

Now, don’t get caught in the tangled web of tech jargon. AI is the big umbrella, and under it, you have Machine Learning (ML) and Deep Learning (DL). Think of AI as the big family, ML as the siblings, and DL as the twins with special powers.

This ain’t just tech talk; it’s vital for security managers to distinguish between the trio. From utilizing AI software by Oxagile to employing ML algorithms, understanding these differences can be the game-changer in threat management.

Machine Learning (ML)

Machine Learning (ML): it’s not just a nerdy term; it’s a technology revolution, particularly in the security industry. It’s the brains behind the machine, giving it the power to learn, grow, and evolve. Let’s break it down.

Machine Learning is like teaching your computer to think and learn, not just follow orders. It’s experiencing explosive growth in the security industry, acting as the Sherlock Holmes of the digital age, always two steps ahead.

Examples and Applications

In the realms of security and retail, ML wears several hats. Here’s a nifty list to give you a snapshot:

Security
- Fraud Detection: Sniffing out suspicious activities.
- Threat Prediction: Knowing the criminals’ next move.
Retail
- Customer Behavior Analysis: What are shoppers looking for?
- Inventory Management: Making sure the shelves are never bare.

Threat Identification and Prediction

Imagine having a security guard who never sleeps, never takes a break, and predicts crimes before they happen. ML is this guard. It analyzes patterns, understands risks, and rings the alarm at the first sign of danger. How cool is that?

Whether it’s spotting a pickpocket in a crowded mall or identifying vulnerabilities in a complex computer system, ML is the silent sentinel.

ML is not just a tool; it’s an arsenal, opening new horizons in the world of security and retail. It’s not about replacing human intelligence but empowering it, making our world a bit more secure, and shopping a tad more personalized.

Deep Learning (DL)

Deep Learning (DL) is Machine Learning’s more mysterious and complex sibling. Think of Machine Learning as teaching a computer to solve a jigsaw puzzle, while Deep Learning is like teaching it to paint a masterpiece. Here’s how it all connects:

Explanation of Deep Learning

DL is a form of ML that uses neural networks, mimicking human brain functions. If ML is the engine, DL is the turbocharger, taking learning to profound depths. It’s like having a detective who doesn’t just solve crimes but understands the psyche of the criminal.

Differences between ML and DL

While ML learns from data patterns, DL dives deeper, interpreting data through multiple layers. Here’s a comparison:

ML: Requires guidance, like training a dog with treats.
DL: Self-teaching, like a child learning to speak by listening.

Applications of DL

Deep Learning shines in customer behavior prediction and pattern inspection. Whether it’s predicting the next big fashion trend or spotting an anomaly in security footage, DL sees the patterns even when they’re hidden in shadows.

In a nutshell, if Machine Learning is the mind, Deep Learning is the soul. It’s a fascinating, intricate tool, adding nuance to the already bright world of AI. A world where machines don’t just calculate but contemplate, extending the boundaries of what technology can achieve.

Rise of Artificial Intelligence in Security

AI in security isn’t just a fleeting trend; it’s the next big wave, a thunderous force reshaping the landscape. What’s fueling this revolution? It’s not just one thing; it’s a perfect storm of unique characteristics, advancement in technology, big data, and open-source software. These elements are marching together, leading the charge like an unstoppable army.

Proactive threat mitigation has shifted from being a mere luxury to an absolute necessity in this age. The need of the hour is intelligent security, not reactive but predictive.

The AI revolution in security is akin to the shift from candlelight to electricity. It’s not just about doing things faster or better; it’s about redefining what’s possible. The age of intelligent security isn’t coming; it’s already here, transforming how we protect, predict, and prepare. This isn’t just evolution; it’s a revolution.

How Security Professionals Can Use Artificial Intelligence to Perform Better

AI is no magic wand, but it’s darn close to one. It’s like the Swiss Army knife for security professionals, with tools for everything from remote monitoring to “Loitering” Detection. AI and robotics are transforming surveillance, making the 21st-century security professional a high-tech hero.

But hey, before you declare AI as the savior of all things security, take a pause. It’s not a silver bullet. Yes, it’s brilliant, but it’s not without its caveats and limitations.

So, while AI might look like the perfect tool in the security belt, remember, even superheroes have their weaknesses. Approach with enthusiasm but keep those eyes wide open. The future of security is bright with AI, but knowing where it might stumble can make all the difference.

The Future of Artificial Intelligence in Security

Is the future of AI in security a distant dream? Think again. The future is already unfolding, painting a vivid picture of innovation and evolution. From the intricacies of deep-learning technologies to the seamless integration of scalable solutions, AI is not merely a chapter in the security industry’s unfolding story; it’s the entire novel, rich with plot twists and thrilling discoveries.

But what does this mean for you and me? What’s the tangible benefit? It means a world where safety isn’t reactive but proactive. It’s not just about receiving an alert from a threat detection system; it’s about preempting threats, making predictions, and taking action before danger even knocks on the door.

The impact of AI on the physical security industry is monumental, and its footprint is growing. Predicting the next big thing in AI might feel akin to reading tea leaves, but here’s a solid prediction: AI is here to stay.

It’s not just technology; it’s a commitment to making our world safer, smarter, and more secure, one algorithm at a time. This isn’t a sci-fi fantasy; it’s today’s reality, and it’s reshaping our tomorrow.

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Simplified Reporting: Paginated Reports via Power BI Report Builder

Editor's Pick

Marie Beaujolie | ✔️Fact-checked by: Christian Schmitz

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May 21, 2024

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Simplified Reporting: Paginated Reports via Power BI Report Builder

Power BI has become a powerhouse in the constantly changing world of business intelligence and data analysis, helping enterprises to turn raw data into useful insights.

Power BI Report Builder’s ability to produce paginated reports stands out among its variety of capabilities for its accuracy and organized reporting style.

Using Power BI Paginated reports, we’ll explore how to utilize them, and we’ll also provide a step-by-step tutorial for Power BI Report Builder.

Table of Contents

Understanding Paginated Reports

Understanding the Power BI Report Builder’s process and capabilities is necessary to use Power BI Paginated reports. Let’s look at how to use Power BI Paginated reports in more detail, step by step.

Paginated reports are a specific kind of reporting created for situations that demand pixel-perfect layout, such as financial statements, invoices, and operational reports.

Paginated reports have a systematic layout that remains constant regardless of the output medium, whether it be print or electronic versions, in contrast to interactive reports that let consumers explore data through different visualizations.

Step-by-Step Guide to Power BI Report Builder

Step 1: Access Power BI Report Builder

The first step in the step-by-step guide to power BI report builder is to download Power BI Report Builder, which can be downloaded from the Power BI website. Launch the program once it has been downloaded and installed to start building your paginated report.

Step 2: Connect to Data Source

Connect to the data source that holds the data you wish to include in your paginated report at the beginning. A number of data sources are supported by Power BI Report Builder, including databases, Excel files, and online services. Choose the relevant data source and provide the required connection information.

Step 3: Design Your Report

It’s time to create your paginated report now that the data source is linked. Tables, matrices, and charts can be added by dragging and dropping them into the report canvas. Create a layout that meets your reporting requirements by arranging these components.

Step 4: Formatting and Styling

To guarantee that your report is polished and professional-looking, Power BI Paginated Report Builder provides a wide range of formatting and design choices. Align typefaces, colors, and other visual components with the branding principles of your company.

Step 5: Parameterization

One of the main advantages of paginated reports is parameterization, which enables users to alter report outputs according to certain standards. Create settings that users may change when the report is generated to accommodate various departments or teams within your business.

Step 6: Adding Interactive Elements

Although paginated reports are renowned for their organized layout, you may still include interactive components for better usability. To make navigating the report easier, provide hyperlinks, bookmarks, and interactive parameters.

Step 7: Preview and Testing

Utilize the preview function to check how your paginated report will seem to end users before submitting it. To ensure that formatting is consistent across all output media, test the report in a variety of formats, such as PDF or Excel.

Step 8: Save and Publish

Once you’re happy with the layout and functionality of your paginated report, store it where you want. You may publish the report to the cloud for simple sharing and access by other stakeholders if you are linked to a Power BI service.

The Benefits of Simplified Reporting with Paginated Reports

1. Precision and Consistency

Paginated reports provide the highest level of precision and consistency in reporting. The structure and formatting of your report are preserved whether it is printed on paper or read on a screen, guaranteeing that your findings are conveyed clearly.

2. Structured Insights

Paginated reports excel in situations when providing organized insights is crucial. They give decision-makers an understandable and well-organized perspective of the facts, making it simpler for them to draw conclusions that are relevant and choose wisely.

3. Customization and Personalization

Users of paginated reports can modify the report’s content to suit their requirements thanks to the parameterization function. By reducing the requirement for several report versions, this customization increases user engagement.

4. Enhanced Collaboration

Because Power BI Report Builder offers a wide range of export choices, sharing paginated reports is simple. Reports may be exported as PDFs, Excel sheets, or other formats, allowing for easy team and departmental collaboration.

Paginated reports produced by the Report Builder are evidence of the company’s dedication to offering adaptable solutions for various reporting requirements in the field of data reporting.

Power BI’s paginated reports are designed to address situations where traditional reporting formats and pixel-perfect formatting are essential by providing a systematic and exact approach to reporting.

Conclusion

We’ve looked at how to utilize Power BI Paginated reports in this step-by-step tutorial, highlighting the significance of each step from data connection through report creation, parameterization, and final export.

The Power BI Paginated Report Builder is an effective tool for streamlining reporting procedures and providing insightful data to all stakeholders as businesses continue to rely on data-driven insights to make educated choices.

INTERESTING POSTS

What to Expect in Your Next-Gen Firewall: QUICK Guide

Editor's Pick

Daniel Segun

-

May 20, 2024

0

What to Expect in Your Next-Gen Firewall: QUICK Guide

Discover the features of next-generation firewalls in this guide. Understand how they contribute to stronger cybersecurity in the digital age.

In 2023, the global average cost of a data breach due to cyber-attacks was USD 4.45 million. These numbers are expected to grow in the coming days. The growing cyber-attacks eventually stimulate the development of more complicated firewalls to help protect websites and online resources from unauthorized parties.

To protect data from cyber criminals and fight attacks and scams on the internet, a next-generation firewall (NGFW) is the best resource. NGFW has improved technological capabilities that filter out possible threats and malicious attack attempts.

Table of Contents

Introduction to Next-Gen Firewalls

The next generation firewall (NGFW) is a particular type of firewall designed to ensure high levels of safety against increasing cyber threats. NGFW includes integrated intrusion detections, application control, deep-packet filtering, and increased network visibility. The utilization of NGFW is based on the functionality of monitoring traffic in network ports and IP addresses.

NGFW combines the functionality of traditional systems with technologies, e.g., threat anticipation, deep packet inspection, and intrusion detection. NGFW increases the company’s levels of protection against increasingly robust and dangerous threats.

Key Features of Next-Gen Firewalls

NGFW is a security feature developed to assess and monitor networks to block potentially harmful traffic. Some of the key features of NGFW are:

Advanced threat prevention and detection

Using intelligent predictions, NGFW can be used to incorporate complicated threat detection mechanisms, e.g., AI-driven algorithms, behavioral analysis, and machine learning. These technologies allow the firewall to block and recognize unknown and known threats efficiently.

Cloud integration

With the rapid adoption of cloud services, NGFWs will integrate more seamlessly with cloud environments. This incorporation ensures constant privacy policies and security for both on-premises and cloud-based assets.

SSL/TLS Inspection

As encryption becomes more prevalent, NGFWs are expected to have improved SSL/TLS inspection capabilities. They can inspect and decrypt encrypted traffic to identify threats hidden in encrypted communication.

Zero Trust Network Access (ZTNA)

NGFWs are expected to support Zero Trust Model, where access is granted based on user verification and other contextual factors rather than exclusively relying on perimeter-based security.

The Evolution of Firewall Technology

Essential advancements have marked the evolution of firewall technology since its beginning in the 1980s. Below are the evolutions of firewall technology:

First Generation Firewalls

Packet Filtering- The Packet Filtering Firewalls inspected the packet’s header information, e.g., source IP addresses and ports, to verify whether to block or allow traffic.

Second Generation Firewalls

Stateful Inspection and Proxy- Stateful Inspection Firewalls brought more intelligence through connection tracking, while Proxy firewalls acted as intermediaries, protecting internal networks.

Third Generation Firewalls

Application-level Gateway- Application-level gateway provided granular control over application data. These firewalls understood application-specific protocols, e.g., HTTP and FTP, and could block, inspect, or modify application data.

Unified Threat Management (UTM)- Unified Threat Management (UTM) Firewalls integrate multiple security functions into a single device, e.g., firewall, antivirus, VPN, and anti-spam, providing comprehensive protection in a compact package.

Next-Generation Firewalls (NGFW)

Next-Generation Firewalls is the part of third-generation firewalls. In the late 2000s, NGFW integrated advanced features like SSL and IPS inspections. As technologies evolve, firewalls will adopt automation and cater to emerging security demands.

How Next-Gen Firewalls Enhance Network Security

NGFW is an improvement over traditional firewalls, which hackers and cyber-attackers can override. NGFW enhances network security in different ways, some of which are:

Application and User Identification

NGFWs will continue to provide user identification capabilities and application-aware filtering. NGFWs have evolved into the first line of protection against computer malware. This feature allows organizations to implement granular policies based on user profiles and particular applications, enhancing safety and control over network traffic.

Intrusion Prevention System (IPS)

NGFW serves to monitor your internet network to prevent malicious activity. IPS uses a signature-based monitoring system to log threats. In addition, IPS also includes policy-based and anomaly techniques, which screen for security threats.

Deep Packet Inspection (DPI)

DPI keeps an eye on the type of data present in packets. This is an expansion over the old firewalls, which only checked the IP header to ensure a traffic source was a threat.

Application Awareness

NGFWs can filter traffic from different sources using their complex algorithms. This technology can distinguish which applications are suitable and which are accompanied by distractions.

Understanding the Role of AI in Next-Gen Firewalls

AI plays an essential role in NGFW by enhancing their capabilities and making them more effective in mitigating and detecting advanced threats. Some roles of AI in NGFW are:

Threat intelligence integration

AI-enabled NGFW can integrate with threat intelligence feeds, keeping them updated with the latest threats and blocking malicious traffic.

Predictive analytics

AI can predict potential privacy breaches by identifying trends, analyzing historical data and anomalies that might signify future cyber attacks.

Automated Security Rules

AI can automatically update and create safety rules based on real-time network traffic analysis, reducing the need for manual interference and ensuring adaptive safety measures.

Cloud-Based Security

AI-powered NGFW can leverage cloud-based computing power to perform complex analysis and scale efficiently as network traffic grows.

The Importance of Integrated Intrusion Prevention in Next-Gen Firewalls

An integrated Intrusion prevention system (IPS) in NGFW is essential since it offers real-time threat prevention, the ability to check unusual activity, and security against known vulnerabilities.

By automatically blocking malicious traffic and performing deep packet inspection, IPS reduces the attack surface and complements traditional firewall rules. It enhances network safety by preventing intrusion, guaranteeing compliance with industry policies, and detecting suspicious activities.

Evaluating the Performance and Scalability of Next-Gen Firewalls

Evaluating the scalability and performance of NGFW is essential in ensuring adequate network safety. These firewalls combine cutting-edge technologies like intrusion deterrence, deep packet inspection, application responsiveness, and safety threats.

Scalability is tested to determine the firewall’s ability to accommodate network growth, while performance metrics such as latency and connection are evaluated under realistic conditions.

Choosing the Right Next-Gen Firewall for Your Organization

Choosing the right NGFW for organizations needs a thorough understanding of the current threat landscape. Begin by identifying the chief features your organization needs, e.g., application control, packet inspection, and intrusion prevention, while considering the organization’s development plan to guarantee scalability.

Moreover, work with trustworthy vendors and seek feedback from trusted sources to make an informed decision that aligns with the organization’s safety objectives and supports its future development.

Also, make sure that the firewall integrates seamlessly with the organization’s existing network infrastructure and offers centralized management for smooth operations.

Final Words

NGFW is important compared to other firewalls already existing on the market because their protection and security methods are improved according to the existing threat landscape.

To choose a good firewall for your company, NGFW has essential features capable of solving threats, visibility, protection, and response challenges, e.g., deep packet inspection and intrusion prevention, advanced threat protection, and application control.

INTERESTING POSTS

The Big Risks In Big Data For Fintech Companies

Tips & Hacks

Gina Lynch | ✔️Fact-checked by: Angela Daniel

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May 20, 2024

0

In this post, I will show you the big risks in Big Data for Fintech companies.

The revolution and innovations in banking and finance in the last fifteen years have introduced a host of new services to end customers and businesses alike.

These innovative companies have moved the once legacy world of banking into new realms of convenience and seamless services, but they also exist within the financial vertical, with tight regulations.

The backbone of fintech companies is the huge amounts of data that they consume and process on a daily basis. The need to protect that data becomes absolutely crucial to maintain the trust of its customers and to stay compliant with diverse jurisdictional regulations. Staying on the right side of the law is no small task.

Fintech companies often find themselves navigating through a labyrinth of regulations specific to the financial industry.

Along with the standard PCI-DSS regulations, they’ve got to keep their eyes on acronyms like DORA, GLBA, and broader regulations like the EU’s GDPR, South Africa’s POPIA, or the recently introduced state regulations in the US, such as the Colorado Privacy Act or Connecticut Data Privacy Act.

Tailored and seamless services require a constant and interrupted flow of data; big data, to be more specific, exposes sensitive information like credit card information and ePHI (personal banking information, addresses, etc.) to various threats, both internal and external.

I will take a look at the possible avenues of breaches in this article and what companies can do to mitigate these risks.

Table of Contents

Data Breaches

Fintech companies are swimming in a sea of sensitive customer data that they collect and process, making them prime targets for hackers and other cybercriminals.

A potential data breach in a fintech company is an existential threat to a lot of institutions. Think financial loss, reputation going down the drain, and legal headaches. That’s why fintech companies need to put up strong security shields.

Some of these protective measures include both technological tools and common-sense practices. The encryption of data and usage of secure storage practices for sensitive data is crucial.

Regularly updating and patching existing security systems to prevent vulnerabilities is also essential. Other things to take into account are implementing multi-factor authentication to strengthen login procedures and having a robust DLP in place, like Safetica ONE or Safetica NXT.

Personalized Data

Part of the key selling proposition of most Fintech companies is data personalization. Companies are all about giving users top-notch customized experiences.

But here’s the catch: going overboard with personalized data can be risky business for data privacy. Storing too much info and relying heavily on fancy AI algorithms can open the door to hackers.

Finding that sweet spot between personalization and data privacy is the key to keeping user trust intact and safeguarding sensitive info.

Some of the ways to lower the risks are to include data retention practices in your company’s data security policy to limit the storage of personal data beyond necessary periods, conduct regular data privacy impact assessments to identify and address potential risks and offer clear opt-out options for users who prefer not to share specific data for personalization.

Other mitigation measures include developing a comprehensive data usage policy that outlines permissible purposes for personalized data, implementing data access controls to restrict data use to authorized personnel and purposes, and allowing users to easily manage their data preferences, including opting out of certain data uses.

Cloud Security Risks

Fintech companies are embracing cloud-native technologies like never before, unlocking new possibilities for innovation and growth within this SAAS framework.

Entrusting sensitive financial data to the cloud can make FinTech companies susceptible to data breaches due to insufficient security measures implemented by the cloud provider, inadequate access controls, and shared resources.

Additionally, the risk of insider threats looms as internal employees or contractors with access to the cloud may accidentally mishandle data or engage in malicious activities.

Some of the ways to mitigate these risks include encrypting data before storing it in the cloud, adding an extra layer of protection, requiring multi-factor authentication to access your cloud systems, and regular security audits to check the health of security in your cloud systems.

They help spot vulnerabilities and fix them before they become problems. As with a bank compliance solution, preventive solutions will always supersede fixes after the fact, helping fintech companies stay ahead of the curve when it comes to securing their customer’s most valuable resource, their data.

Conclusion

Fintech companies hold sensitive customer data, making them prime targets for data breaches. To mitigate these risks, companies should implement technological tools and common-sense practices such as data encryption, secure storage practices, regular security updates and patches, multi-factor authentication, and a robust DLP solution.

Companies should also be mindful of the risks associated with data personalization and cloud security.

Finally, companies should encrypt data before storing it in the cloud, require multi-factor authentication to access cloud systems and conduct regular security audits.

By taking these steps, fintech companies can help to protect their customers’ data and stay compliant with regulations.

INTERESTING POSTS

17+ Best Free Online Virus Scanners And Removers For 2024

Reviews

-

May 18, 2024

0

17+ Best Free Online Virus Scanners And Removers For 2024

Read this post for the best free online virus scanners and removers. Are you worried about a virus infecting your computer? An online virus scan will help you to detect malicious threats.

With the rise of malware, ransomware, and other malicious software, it is important to have the best possible protection.

Table of Contents

Why Should You Use An Online Virus Scanner?

Computer viruses are a fact of life for every computer user. Fortunately, we will reveal the best free online virus scanners and removers to detect and remove malicious software.

Malware remains the most significant online threat that poses enormous threats to computers, especially when connected to the internet. This has led to the development of several anti-malware tools, including online virus scanners.

Thankfully, you don’t have to invest in expensive antivirus software solutions to keep your computer safe. Many free online virus scanners are available that are just as effective as the paid versions.

Compared with the conventional offline antivirus engine, online virus removers are cloud-based. Hence, they do not use up system resources or slow down a system’s performance.

LIMITED OFFER: Get 50% OFF Malwarebytes Anti-Malware

Online virus scanners lack other features of offline antivirus scanners; however; however, they are effective virus scanners and get more regular updates than conventional antivirus engines.

Best Free Online Virus Scanners & Removers for 2020 — Best Free Online Virus Scanners & Removers for 2023

To help you choose an online virus scanner, I will give brief descriptions of commonly used online virus scanners and removers in this review.

These scanners are easy to use, offer real-time protection, and can detect and remove viruses, malware, and other malicious software.

In this POST, we’ll look at some of the best free online virus scanners to help you keep your computer safe.

READ ALSO: The Best Antivirus Software

What Are The Best Online Virus Scanners And Removers For 2024?

1. Trend Micro HouseCall Free Online Security Scan

Trend Micro HouseCall is a downloadable online virus removal tool that detects and fixes malware and viruses on various devices, including Windows, Mac OS, and Android OS.

HouseCall is useful for finding and deleting malware and viruses hidden outside program files. It can also deal with sophisticated threats, including rootkits.

Downloading and Using Housecall starts with selecting an OS platform from its official webpage.

Trend Micro Maximum Security

Maximum security for households and office use.

Maximum security for households and office use. Show Less

2. Avira

Avira free virus scanner is an award-winning antivirus that uses various cutting-edge technologies such as an Antivirus scanner, ‘Nightvision,’ and ‘Pua Shield’ to scan, detect, and remove threats and malware from users’ computers.

It also protects users from malicious websites using its ‘Safe browsing’ feature. Users can download Avira’s free virus remover from its official website.

Avira Antivirus Pro

Avira Antivirus Pro is an award-winning anti-ransomware protection that secures your PC against cyber threats. Your best...Show More

Avira Antivirus Pro is an award-winning anti-ransomware protection that secures your PC against cyber threats. Your best malware solution for Windows and Mac. Show Less

3. ESET Online Scanner

Eset Online Scanner is a downloadable form of an online virus scanner and removal tool that offers users multiple scan options, including a full system scan.

It can run alongside an installed antivirus program without conflicting with it, thus making it the perfect tool for testing the effectiveness of installed antivirus engines.

ESET NOD32 Antivirus

ESET NOD32 Antivirus is essential protection against malware, giving you peace of mind that your devices are safe from...Show More

ESET NOD32 Antivirus is essential protection against malware, giving you peace of mind that your devices are safe from threats. NOD32 also has a blazing-fast virus scanning engine that can detect, block, and remove cyber threats in real-time, so your system is always protected against the latest malware strains. Show Less

4. Norton Power Eraser – Free virus and malware removal tool for Windows

Norton Power Eraser, from Norton, is one of the free online virus scanners and removers that can scan and remove hidden and sophisticated threats, potentially malicious files, and cookies quickly.

Users can download Norton Power Eraser, check and monitor security software on their PC, and identify the latest internet threats.

Norton Antivirus Plus

Your award-winning cybersecurity solution for complete device protection.

Your award-winning cybersecurity solution for complete device protection. Show Less

5. Panda Free Online Antivirus

Panda Free Online Antivirus offers a variety of protection from online threats and malware for devices, including Desktop and mobile devices, and removable devices.

It uses its proprietary, cloud-based Panda Cloud Cleaner to scan and remove all threats from users’ PCs.

You can download Panda Free Online Antivirus from its official webpage.

Panda Antivirus Pro

A working antivirus solution for all devices.

A working antivirus solution for all devices. Show Less

6. Kaspersky Threat Intelligence Portal

Kaspersky Threat Intelligence Portal (TIP) is a remote virus scanner and remover tool.

It allows users to upload suspicious files up to 256MB, URLs, and IP addresses on its Threat Intelligence Portal for cloud-based scanning.

Kaspersky Threat Intelligence Portal (TIP) is effective against online threats, malware, and viruses.

Kaspersky Internet Security

Premium protection against online threats.

Premium protection against online threats. Show Less

7. AVG Free Virus Scan & Malware Removal Tool

AVG Free Virus Scan & Malware Removal Tool is one of our list of best free online virus scanners.

It uses proprietary file-based to detect viruses and malware alongside its Auto Sandbox technologies for its virus database.

AVG Internet Security

Your award-winning antivirus for total security

Your award-winning antivirus for total security Show Less

8. F-Secure Free Online Scanner

This easy-to-use online virus scanner and remover tool works perfectly with an installed antivirus program without conflict or clash.

Once installed, F-Secure finds and removes malware, viruses, and spyware on users’ computers. F-Secure is available on its official webpage.

9. VirusTotal

VirusTotal is an online virus scanner with a simplistic user interface.

Users can upload suspicious files up to 200 MB on its official webpage and scan URLs, IP addresses, domain names, or file hashs for possible online threats.

You can also use VirusTotal to scan and remove viruses from mobile devices.

10. Hybrid Analysis

Hybrid Analysis is a free online virus scanner and remover tool.

It scans computer files and folders no larger than 100 MB for possible threats, including viruses, malware, Trojans, and worms. The file scan results are made available to the users via email addresses.

Hybrid Analysis is a great tool for detecting and analyzing unknown threats. It’s free and easy to use.

Also, it provides an effective way of protecting your system against malicious software.

11. MetaDefender Cloud

MetaDefender Cloud is a remote virus scanner and removal tool that scans files, URLs, IP addresses, domains, Hash, or CVE for threats using various technologies, including Proactive DLP, Sandbox, threat Intelligence, and Multi-scanning.

You can upload suspicious files, URLs, etc., to MetaDefender Cloud and wait for a comprehensive scanning report sent to your email address.

12. BullGuard Free Online Virus Scan

BullGuard Free Online Virus Scanner scans, detects, and removes viruses, Trojan horses, worms, etc. from users’ computers.

You must download and install BullGuard from its official website to use it on your PC.

CHECK OUT: Best BullGuard Antivirus Alternatives

13. Bitdefender Safety Check

Bitdefender Safety Check offers baseline computer protection using a highly sophisticated antivirus technology to detect and remove threats from users’ PCs without slowing down the PC’s performance.

In addition, Bitdefender Safety Check is a lightning-fast virus remover that downloads and installs in seconds, without consuming system resources, it is compatible with Windows OS, and a variety of other OS.

14. Jotti Malware Scan

Jotti Malware Scan uses several antivirus programs to scan suspicious files uploaded to its cloud.

The result of the virus scanning is shared amongst participating antivirus engines to update their virus database.

Jotti allows a maximum of 250 MB per file upload and permits users to upload up to five different suspicious file types of the same size for virus and malware scanning.

15. Dr.Web Online Check

Dr. Web Online Check allows users to upload and scan suspicious files not bigger than 10MB.

Also, you can use Dr Web’s Check link to scan suspicious URLs to prevent phishing and other forms of attack.

Its file scanner page has a simplistic design that displays only its scan engine.

16. VirSCAN

VirSCAN is one of the online virus scanners that uses multiple antivirus engines to scan uploaded files.

Notably, VirSCAN does accept any file types and allows users to upload up to twenty files, limiting the size of uploaded files to 20MB.

17. AntiScan.Me

AntiScan.Me is an online virus scanner without result distribution.

This NoDistribute alternative can scan uploaded files, URLs, domains, etc. for threats using more than 26 antivirus engines.

In essence, AntiScan.Me use modified antivirus engines that do not permit the sharing or distributing scan results amongst antivirus engines.

CHECK OUT: Best VPN For 2022

18. Leave Us A Comment Below

Online Virus Scan: Frequently Asked Questions

What is the difference between online and offline virus scanners?

Online virus scanners and offline virus scanners are both used to scan your computer for viruses. However, there are some key differences between the two types of scanners.

Online virus scanners are convenient and easy to use. You can access them from any computer with an internet connection. However, they may not be as comprehensive as offline virus scanners. They may not be able to detect all types of viruses, and they may not be able to remove viruses already in your computer.
Offline virus scanners are more comprehensive than online virus scanners. They can detect and remove all types of viruses and can be used to scan your computer even if it is not connected to the internet. However, they are not as convenient as online virus scanners. They can be more time-consuming to use, and they are often not free to use.

Feature	Online Virus Scanners	Offline Virus Scanners
Convenience	Convenient and easy to use.	Not as convenient.
Access	It can be accessed from any computer with an internet connection.	It can only be used on a computer with an offline virus scanner installed.
Cost	Often free to use.	Often not free to use.
Comprehensiveness	It may not be as comprehensive as offline virus scanners.	More comprehensive than online virus scanners.
Detection	It may not be able to detect all types of viruses.	It can detect and remove all types of viruses.
Removal	May not be able to remove viruses that are already in your computer.	It can remove viruses that are already in your computer.

Can I scan for virus online?

Yes, you can scan for viruses online! There are several online scanning services available, some of which are free. These services allow you to upload files or enter URLs to scan for malicious software, such as viruses, worms, trojans, and other types of malware.

When using an online virus scan, it’s important to make sure you’re using a reputable service. Be sure to read reviews and research the service before you use it. Additionally, ensure the service is compatible with your operating system and updated regularly to detect new threats.

When scanning with an online service, you usually enter the URL of the site or file you want to scan, and then the service will automatically scan it.

Depending on the file size, it may take several minutes to complete the scan. The service will alert you if any malicious software is detected and report what it found.

Online virus scans can be a great way to detect malicious software quickly, but they don’t always provide the most comprehensive protection.

For the best security, it’s recommended that you use an antivirus program installed on your computer in addition to online scans. This way, you can ensure that all malicious software is detected and removed from your system.

How can I check malware for free online?

Checking for malware can be an important part of keeping your computer secure and running smoothly. Fortunately, there are a few ways you can check for malware for free online.

The first option is a free online virus scanner like Kaspersky Virus Scan. This tool will scan your computer for malicious software and report the results.

It’s important to keep in mind that these free online scanners are not as comprehensive as paid solutions, so they may not be able to detect all malicious software on your computer.

Another option is to use a website like VirusTotal. This website allows you to upload a file to be checked for malware.

After the file is uploaded, the site will scan it with multiple antivirus programs and report the results back to you. This is a great way to check if a file you’ve downloaded is safe.

Finally, you can use a free malware removal tool like Malwarebytes Anti-Malware. This tool will help you detect, remove, and protect against malware on your computer.

It’s important to note that this tool will only detect and remove certain types of malware, so it may not be able to remove all malicious software on your computer.

I hope this information helps you check for malware for free online!

What is the best free online virus scan?

When it comes to virus scans, it can be hard to decide which one is the best. The best free online virus scan tool is Trend Micro HouseCall. This tool is great for detecting and removing viruses, malware, and other malicious software from your computer.

It also includes additional features such as browser cleaning and anti-phishing protection. Plus, it’s completely free and easy to use.

Another great option for a free online virus scan is Norton Security. This tool provides real-time protection from viruses, spyware, rootkits, and other malicious software. It’s also lightweight and easy to install, so you don’t have to worry about slowing down your computer.

It’s important to note that while both of these tools are great for detecting and removing viruses, they may not be able to detect all types of malicious software.

You may want to consider a paid antivirus solution for more comprehensive protection.

However, free online virus scans should do the trick if you’re just looking for some basic protection.

Which Type of Virus Scanner is Right for You?

The best type of virus scanner depends on your needs and preferences. An online virus scanner may be a good option if you are looking for a convenient and easy-to-use virus scanner.

However, an offline virus scanner may be a better choice if you are looking for a more comprehensive virus scanner that can detect and remove all types of viruses.

Ultimately, the best way to decide which type of virus scanner is right for you is to try a few different ones and see which one you prefer.

Here are some of the best antivirus programs for 2023:

Heimdal Security

Heimdal Security protects its users from advanced malware attacks by making use of next-generation technology. Your best...Show More

Heimdal Security protects its users from advanced malware attacks by making use of next-generation technology. Your best intelligent threat prevention tool. Show Less

Malwarebytes

Your everyday protection against malware like ransomware, spyware, viruses, and more.

Your everyday protection against malware like ransomware, spyware, viruses, and more. Show Less

Norton Antivirus Plus

Your award-winning cybersecurity solution for complete device protection.

Your award-winning cybersecurity solution for complete device protection. Show Less

Trend Micro Maximum Security

Maximum security for households and office use.

Maximum security for households and office use. Show Less

Surfshark Antivirus

A 360-degree solution for all threat categories.

A 360-degree solution for all threat categories. Show Less

Wrapping Up – What Is The Best Virus Scanner And Remover?

The best virus scanner and remover is the Trend Micro HouseCall. Nevertheless, all the online free virus scanners and removers we mentioned above incorporate diverse features.

Hence, users should opt for their ideal online virus scanners and removers based on preference their needs.

In as much as online free antivirus scanners are useful, they are not to be used as a replacement for traditional offline antivirus engines.

In the rapidly changing world, the number of threats to the security of your PC is also rapidly increasing.

You must use efficient antivirus software to stay protected from all these threats. You can check out our list of the best protection tools against hackers for your digital devices’ protection.

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Top 5 Cybersecurity Breaches In Online Gambling Industry

The 888 Holdings Data Breach

The William Hill Phishing Incident

The BetUS Ransomware Attack

The Betfair Attack

The PokerStars Distributed Denial of Service (DDoS) Attack

Ways on how to protect yourself from the dangers of online gaming

Cybersecurity Breaches In Online Gambling Industry: Frequently Asked Questions

How common are cybersecurity breaches in the online gambling industry?

What types of data are most vulnerable to cyberattacks in online gambling?

What are the consequences of a cyberattack in the online gambling industry?

How can online gambling platforms protect themselves from cyberattacks?

Conclusion

How Tech Can Be Utilized for Workforce Management Optimization

1. Automating Employee Scheduling and Shift Management

2. Mobile Workforce Management Apps

3. Custom Employee Time Capture Solutions

4. Employee Self-Service Portals

5. Predictive Analytics for Labor Demand

6. Real-Time Performance Tracking

7. Data-Driven Insights

8. Compliance Automation

9. Integrated HR and Payroll Systems

Conclusion

Introduction to Zero Trust Architecture

The Core Principles of Zero Trust

Benefits of Implementing Zero Trust Architecture

Key Components of Zero Trust Architecture

Micro-segmentation

Identity and Access Management (IAM)

Continuous Monitoring

Steps to Implement Zero Trust Architecture

1. Identify and Classify Assets

2. Create Security Policies

3. Micro-segmentation Implementation

4. Implement Strict Access Controls

Challenges and Considerations

Real-World Examples of Successful Zero Trust Implementations

Google’s Implementation

Cisco’s Approach

Future Trends in Zero Trust Architecture

Zero Trust Architecture: FAQs

Is Zero Trust Architecture suitable for small businesses?

How does Zero Trust impact user productivity?

Does Zero Trust replace the need for antivirus software?

Is continuous monitoring resource-intensive?

Where can I learn more about implementing Zero Trust?

Conclusion

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Understanding Artificial Intelligence in the Security Industry

Clarification of Artificial Intelligence (AI), Machine Learning (ML), and Deep Learning (DL)

Machine Learning (ML)

Examples and Applications

Threat Identification and Prediction

Deep Learning (DL)

Explanation of Deep Learning

Differences between ML and DL

Applications of DL

Rise of Artificial Intelligence in Security

How Security Professionals Can Use Artificial Intelligence to Perform Better

The Future of Artificial Intelligence in Security

Understanding Paginated Reports

Step-by-Step Guide to Power BI Report Builder

Step 1: Access Power BI Report Builder

Step 2: Connect to Data Source

Step 3: Design Your Report

Step 4: Formatting and Styling

Step 5: Parameterization

Step 6: Adding Interactive Elements

Step 7: Preview and Testing

Step 8: Save and Publish

The Benefits of Simplified Reporting with Paginated Reports

1. Precision and Consistency

2. Structured Insights

3. Customization and Personalization

4. Enhanced Collaboration

Conclusion