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April 23, 2024

Are you looking for password management software? This post will show you how to choose the best password manager.

Organizations and private users widely accept the use of a password manager. Password managers are very important. Due to the complexity of the management of passwords, individuals and companies have adopted password managers to secure passwords and comply with standard password hygiene.

There are a lot of password managers out there, whether cloud-based or self-hosted password managers like Password. How do you make a perfect choice? Given a wide array of providers, there is a need to understand the features of a standard password manager. This would help you avoid paying for software that would leak your passwords.

What are the features to look out for in a password manager? This article is dedicated to providing a comprehensive answer to this question.

There are some standard features a good password management software must have. You must look out for these features before committing your credit card.

Let’s delve in!

Table of Contents

Features To Look Out For In A Good Password Manager

1. Encryption

The essence of using password managers is to have secure passwords. Encryption is what ensures that. This is one of the significant features to look out for. You have to ascertain how reliable the encryption of a password manager is.

Reliable password management software should have advanced encryption/military-grade encryption. This is because hackers are relentlessly working to crack such applications.

2. Ease of Use

In as much as password management applications have robust technology, they should not be difficult to use. Today, an average user has a lot of accounts to access. So, retrieving login credentials should be hassle-free.

This should also apply to organizations’ password managers. Making the software available to the employees ought to be simple and effective.

Ensuring ease of use will always boost user experience, which is one of the reasons people opt for password management solutions. No one wants to go through the trouble of having to memorize passwords.

Choosing a password manager empowers you to take control of your online security. You can find the perfect tool to manage your passwords securely by considering your needs.

3. Is the Vendor Verified?

This software as a service is very sensitive. They help you keep credentials that are used to access accounts. Considering this, you wouldn’t want to hand over your login information or your organization’s account information to any random password management software vendor.

You must have to understand the legitimacy of such a company. Consider the country where the vendor operates, government regulations, company policies, and history.

All of these are to ensure you are doing business with a legitimate software company committed to securing your data. Remember, we are talking about passwords here. You’ve got to be careful with the password management application you use.

4. Ability to Generate Strong Passwords

This is one of the significant characteristics a password manager should hold. It doesn’t stop at generating passwords; there should be additional features such as determining the length of a password, choosing the types of characters, and some other set of filters that give users control over the software.

5. Auto-fill Feature

Would you enjoy opening a password manager whenever you want to access your accounts? What if a password manager could autofill login pages for you? I know you would prefer your manager to do this recurring task. After all, who doesn’t like convenience?

Any password management software that lacks this feature is somewhat behind. Contemporary password managers are built to fill in login forms automatically.

6. Password Audit

A reliable password manager should be able to audit and regulate user’s password habits. A good password manager examines the strength of passwords and how often the user uses them and makes suggestions to the users regarding needful changes.

Here are the things a comprehensive password audit should cover:

Password strength
Reuse of passwords across accounts
When to change passwords

7. Responsive Support

Every SaaS company ought to have responsive support. The need to fix something as urgent as possible would always arise. Before settling with a provider, ensure the support platform is responsive.

8. Specialized Package for Businesses

Businesses require more control when using a password manager. This calls for advanced features that allow the IT department to regulate and manage employees’ accounts.

Before you choose a password manager for your business, make sure it offers a friendly interface and features that make it easy to manage the password habits of your employees.

9. Additional Features

What if you can do more with your password manager than generate and keep passwords? Some applications have additional features that allow you to make and save notes, upload files, and keep other sensitive things besides passwords.

Some password managers work as browsers as well. In this case, it helps users to browse securely. So, if you are interested in some other additional features, make sure the service you are considering has them before committing your money.

Today, password managers are not just for keeping passwords only. Look out for a multi-faceted manager.

How To Choose The Best Password Manager: Frequently Asked Questions

Selecting the perfect password manager can feel overwhelming. Here are some FAQs to help you navigate the options and find the best fit for your needs:

How do you choose a password manager?

Consider these factors when choosing a password manager:

Security: This is paramount. Look for a manager with robust encryption (AES-256 is a common standard) and multi-factor authentication (MFA) to protect your passwords.
Features: Do you need password-sharing capabilities, secure storage for notes or documents, or automatic password generation? Identify the features that are important to you.
Cross-platform compatibility: Ensure the password manager works seamlessly across all your devices (desktop, mobile, browser).
Ease of use: A user-friendly interface makes managing passwords less of a chore. Consider how intuitive the password manager is for you.
Price: Free and paid options exist. Paid plans often offer additional features and storage space.

Which password manager is best for me?

There’s no single “best” password manager. Different options cater to specific needs. Reviewing and comparing features across popular choices like LastPass, 1Password, Bitwarden, Dashlane, and Keeper can help you decide.

What password manager should I switch to?

If you’re unhappy with your current password manager, consider the factors mentioned above (security, features, etc.) Many password managers offer easy import/export functions to transfer your existing passwords securely.

What is a good password manager for Android?

Popular password managers like those mentioned offer Android apps alongside desktop and browser extensions. When choosing, consider features relevant to mobile use, such as fingerprint unlock or autofill functionality within Android apps.

Are all password managers the same?

Password managers differ in features, pricing models, and even underlying security architecture. Some prioritize ease of use, while others offer advanced features for security-conscious users. Evaluating your needs will help you choose the most suitable option.

What are the three basic types of password manager?

There isn’t a universally agreed-upon categorization into three distinct types. However, password managers can be broadly classified based on storage location:

Local-only password managers: These store passwords encrypted on your device and don’t require cloud storage.
Cloud-based password managers: These store your passwords on encrypted cloud servers, accessible from any device. Convenience comes with some trust considerations, as you rely on the provider’s security measures.
Zero-knowledge password managers: This is a subcategory within cloud-based managers. The company never actually sees your passwords in plain text. They only store encrypted data that you can decrypt with your master password.

Rounding Up

Hopefully, you can now choose the best password manager for your use.

The password management software you settle for determines the safety of your credentials. Not every vendor is good for you. I’ve furnished you with some features you must look out for before you bring out your credit card.

Another vital thing to do is to look out for reviews. Ask your colleagues to recommend products for you. This approach would help you make a fantastic choice. There is no adequate substitution for comprehensive product research. Make sure you do extensive research before making a final decision.

Note: This was initially published in August 2020, but has been updated for freshness and accuracy.

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What Is The Difference Between Hack And Virus?

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Marie Beaujolie | ✔️Fact-checked by: Angela Daniel

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April 23, 2024

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What Is The Difference Between Hack And Virus?

This post will show you the difference between a hack and a virus.

Since the inception of the internet era, most non-tech computer users have often used ‘hack’ and ‘virus’ interchangeably. This is understandable because a thin line exists between ‘hack’ and ‘virus.’

There are fundamental differences to note about hacking and viruses to equip you more and protect you from the menace of hackers and viruses.

CHECK OUT: The Best Antivirus Software

Table of Contents

Origin And History Of Hacking

Hacker is a term used to describe individuals who are experts in gaining access to computers and computer systems for the following reasons:

Mischief and attention-seeking
Theft of data, which could cost so much in data markets
Intent to destroy an organization

Modern hacking dates back to the 70s when John Draper found a way of gaining access to the telephone system and making free long-distance calls. His method of accessing automated telephony systems unauthorizedly was later known as ‘phreaking.’

CHECK OUT: 14 Best Protection Tools Against Hackers [100% WORKING]

Origin And History Of Computer Viruses

Computer viruses originated with earlier hackers who were having fun, causing mischief, and were never intended to cause serious harm to computers.

Viruses are self-replicating programs spread from one computer to the other through email links and malicious downloads available online and physical transfers through corrupted removal storage devices. Viruses have caused damages worth billions of dollars since the first one was created.

One of the earliest known viruses is the creeper system, an experimental virus designed to be self-replicating. The virus filled up the computer’s storage device until the computer can no longer operate.

Hack Vs Virus – Difference Between Hack And Virus

The digital world presents a vast landscape, brimming with information and opportunity. However, lurking beneath the surface are malicious actors and programs that threaten our privacy and security.

Understanding the distinctions between hacks and viruses is crucial in safeguarding our digital lives.

Hacking: The Art of Deception

The term “hacking” originally referred to exploring and modifying computer systems, often with a spirit of curiosity or innovation. However, in today’s world, it primarily refers to unauthorized attempts to gain access to a computer system or network for malicious purposes. Hackers employ a variety of techniques to achieve their goals, including:

Social Engineering: This approach manipulates human psychology to trick users into revealing sensitive information or clicking on malicious links. Phishing emails, for example, are a common social engineering tactic where hackers impersonate legitimate institutions to lure unsuspecting users into divulging passwords or clicking on infected attachments.
Exploiting Software Vulnerabilities: Software applications, including operating systems and programs, can contain security flaws or vulnerabilities. Hackers constantly scan for these weaknesses and develop exploits – programs designed to exploit the vulnerabilities and gain unauthorized access.

Viruses: Self-Propagating Invaders

A computer virus is a malicious program designed to replicate itself and spread from one computer to another. Viruses can be attached to emails, embedded in downloaded files, or hidden on removable storage devices like USB drives. Once a virus infects a computer, it can perform a variety of harmful actions, such as:

Stealing Data: Viruses can be designed to steal sensitive information like passwords, credit card details, or personal files. This stolen data can then be used for identity theft or financial fraud.
Disrupting Operations: Some viruses may corrupt or delete files, rendering systems unusable or causing significant data loss. Additionally, viruses can overload a computer’s resources, leading to slow performance and crashes.
Spreading Further: As mentioned earlier, viruses are programmed to self-replicate and spread to other computers. They can achieve this by attaching themselves to emails or embedding themselves in files shared online. This creates a chain reaction, allowing the virus to infect many computers quickly.

Key Differences: Understanding the Nuances

While both hacks and viruses pose threats to our digital security, there are some key differences between them:

Level of User Interaction: A successful hack usually relies on some user interaction. A user might click on a malicious link, open an infected attachment, or fall victim to a social engineering attack. Viruses, on the other hand, can spread automatically once they gain access to a computer.
Replication: Viruses are self-replicating programs designed to spread from one computer to another. Hacks, on the other hand, are not self-propagating.
Focus: Hackers primarily focus on gaining unauthorized access to a computer system or network. Their motives can vary, ranging from stealing data or disrupting operations to planting ransomware that demands a ransom payment to restore access to the system. Viruses, however, can have a broader range of purposes, including data theft, system disruption, and even spreading to wreak havoc.

Staying Safe in the Digital Age

By understanding the differences between hacks and viruses, we can take proactive steps to protect ourselves:

Be Wary of Emails and Downloads: Exercise caution when opening emails, especially from unknown senders. Don’t click on suspicious links or download attachments from untrusted sources.
Install Antivirus Software: A reputable antivirus program can help detect and prevent viruses from infecting your computer. Keep your antivirus software up-to-date to ensure it can identify the latest threats.
Practice Safe Browsing Habits: Be mindful of the websites you visit. Avoid clicking on suspicious ads or pop-ups; only download software from trusted sources.
Use Strong Passwords: Utilize strong, unique passwords for all your online accounts. Consider using a password manager to help you create and manage complex passwords.

By adopting these practices, we can significantly reduce the risk of falling victim to hacks and viruses, ensuring a safer and more secure digital experience.

Comparison of Virus and Hack

Feature	Virus	Hack
Living vs. Non-Living	Viruses are often classified as malware, but some argue they exhibit life-like qualities due to replication.	Hacks are human-orchestrated actions or tools.
User Interaction	Viruses can sometimes spread automatically, but user interaction often plays a role (e.g., clicking a link).	Hacks typically require some level of user interaction to be successful.
Replication	Viruses can replicate themselves and spread to other computers.	Hacks themselves don’t replicate, but they can leverage tools like viruses to spread their reach.
Focus	Viruses can have various purposes, including data theft, system disruption, or simply spreading.	Hackers’ goals can vary, from stealing data or disrupting operations to planting ransomware.

How To Protect Yourself From Hackers And Computer Virus

Install an antivirus on your computer. Also, ensure you update the installed antivirus whenever a patch is released.
Scan your computer regularly.
Use a password manager to manage your passwords effectively.
Do not log in your financial and personal details via links in your email.
Delete spam emails and other questionable emails without opening them.
Scan all removable storage devices before opening.
Store valuable data in digital vaults and back up your data.

READ ALSO: Computer Viruses Guide

Difference Between Hack And Virus: Frequently Asked Questions

What is the difference between a worm and a virus?

Both worms and viruses are malicious programs, but they have key differences:

Feature	Virus	Worm
Self-Replication	Yes, viruses can replicate themselves and spread to other computers.	Yes, worms can replicate themselves, but unlike viruses, they don’t require infecting other files.
Spreading Method	Viruses typically spread by attaching themselves to files or emails.	Worms can spread independently through networks, exploiting vulnerabilities to infect other devices.
Primary Purpose	Viruses often aim to steal data, corrupt files, or disrupt operations.	Worms primarily focus on replicating and spreading themselves, potentially consuming system resources and causing network slowdowns.

What is the meaning of “virus hack”?

The term “virus hack” isn’t entirely accurate. While hackers can use viruses as tools to gain access to computer systems, they are distinct entities.

Virus: A malicious program that replicates itself.
Hack: The unauthorized attempt to access a computer system for malicious purposes.

Hackers might use viruses to exploit vulnerabilities, steal data, or disrupt operations. However, hacking encompasses a wider range of techniques beyond just viruses.

How do hackers create a virus?

Hackers with programming knowledge can create viruses using various programming languages. The virus code might be designed to perform specific actions, like stealing passwords or encrypting files. Hackers often exploit security vulnerabilities in software to spread their viruses effectively.

What is the meaning of “hack” in computer terms?

In the computer security context, “hack” refers to gaining unauthorized access to a computer system or network. Hackers employ various methods to achieve this, including:

Social Engineering: Tricking users into revealing sensitive information or clicking on malicious links.
Exploiting Software Vulnerabilities: Taking advantage of security weaknesses in software to gain unauthorized access.
Password Cracking: Using sophisticated methods to guess or break passwords.

Over To You…

Protecting yourself from hackers and viruses involves using multi-layered technological structures to reduce the risk of attack and infection.

Hence, adequate protection against hackers and viruses means practicing proactive measures to prevent unauthorized access to computers.

CHECK OUT: Latest Antivirus Deals

Note: This was initially published in July 2020, but has been updated for freshness and accuracy.

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Why Is Data Backup And Recovery So Important?

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Abraham Faisal | ✔️Fact-checked by: Angela Daniel

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April 23, 2024

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Why Is Data Backup And Recovery So Important?

Is data backup and recovery important? Have you ever wondered what can go wrong if you lose your data to a malware attack, natural disaster, or data theft? Yeah, you’re right!

You can lose sensitive data that means so much to you or an organization. How much would that cost compared with subscribing or securing a data recovery solution?

Data backup is copying and archiving data stored on local computer storage to separate digital storage devices or to remote computers, commonly referred to as ‘Cloud’ to prevent total loss of data, which can be as a result of data theft, hacking, malware attack, physical damages caused by fire, flooding, accident, etc.

Data recovery is restoring lost, damaged, or stolen data from backup locations. In present-day data backup solutions, most individuals and organizations back up their data in the cloud, thus making it possible to restore backed-up data to any device irrespective of their location.

Table of Contents

What Data Backup And Recovery Is Important?

Data backup plays an essential role in ensuring the safety and integrity of data for individuals, businesses, and corporations. Therefore, the reasons below highlight the benefits of data backup and recovery for individuals and organizations.

Malware attacks

Malware attacks are the most significant cause of data loss in history. Common malware, such as viruses, ransomware, and worms, have led to the crashing of several computers worldwide, resulting in the loss of data, hardware, and software worth billions of dollars. Backing up data could have saved multitudes the headache of data loss due to ravaging novel malware attacks, but it can protect you from unforeseen data loss and new malware outbreaks.

Hardware failure

Hardware failure can be as a result of the following

Use of obsolete computing devices
Natural disasters in the case of floods, earthquakes, tornados, extreme heat or cold, etc
Electrical faults are primarily due to power surge,s which can damage computer hard drives
Fire outbreaks are a common occurrence mainly due to electrical faults.

Since most causes of hardware failure are unpredictable, and the havoc they wreck is not controllable, a consistent backup solution will save you or your business from the eventual data loss caused by the factors l have listed above.

In the case of businesses, you wouldn’t have to worry about delays or customer data loss as you can quickly restore relevant data from the cloud to computing devices.

Thefts and mistakes

Hacking is a primary form of data theft, bedeviling the world as tons of data have been lost to hackers. Data theft is not only limited to hackers working outside of organizations, as evidenced by the research conducted by BISCOM, secure data delivery solutions.

In its research, 20% of employees in organizations admit that they are willing to steal data belonging to the organization if they were fired or laid off from work wrongfully.

Hackers and employee data theft can damage organizations as stolen data are permanently deleted or rendered meaningless by encryption, primarily if such a business or organization does not engage in any form of data backup.

The need to scale up your business

Part of scaling up your business or organization should include embracing cloud backup. With a cloud backup solution, your employees and business partners can access your data and work remotely from home or any part of the world, thus giving your business some degree of global presence. Protect your business-critical cloud data with CloudAlly Microsoft 365 Backup.

Also, cloud backup gives your business an edge over its competitors as it is ready to bounce back even after suffering a collateral data loss.

Importance of Data Backup and Recovery

Prevents Data Loss

Disasters (natural or human-caused), hardware failures, cyberattacks, and accidental deletions can all lead to data loss. Backups provide a safety net, ensuring you have a copy of your data to restore in case of such events.

Minimizes Downtime

Data loss can significantly disrupt operations. Recovering from backups lets you get your systems back up and running quickly, minimizing downtime and lost productivity.

Ensures Business Continuity

In today’s data-driven world, access to information is essential for business continuity. Backups help organizations recover critical data and resume operations efficiently, minimizing potential financial losses.

Maintains Regulatory Compliance

Many industries have regulations requiring data retention and accessibility. Backups ensure you meet these requirements and avoid hefty fines or legal repercussions.

Provides Peace of Mind

Knowing your data is safeguarded offers peace of mind. You can work and store information confidently without worrying about permanent loss.

Primary Goal of Data Backup and Recovery:

To restore lost, corrupted, or inaccessible data to a usable state. This can involve restoring entire systems, individual files, or specific versions of data, depending on the situation and backup strategy.

Why is Data Recovery Important?

Data recovery is an essential part of the backup and recovery process. Even with backups in place, unexpected events can still occur. Data recovery allows you to retrieve your information from backups and restore it to its original state, minimizing the impact of data loss.

Two Main Objectives of a Backup and Recovery Strategy

Data Protection: This involves creating regular backups of your data using appropriate methods and storing them securely in a separate location.
Data Accessibility: This focuses on having the necessary procedures and tools in place to recover data from backups when needed efficiently. A good strategy ensures a smooth and swift restoration process.

By understanding these aspects, you can appreciate why data backup and recovery is critical for safeguarding valuable information and ensuring its availability when needed.

Wrapping Up

To get the best of backup, you have to engage in regular and consistent data backup to minimize the drastic effect of data loss if it eventually happens.

Most cloud backup solutions provide a routine, automated, and scheduled backup to reduce the amount of data loss between two successive data backups.

Note: This was initially published in July 2020, but has been updated for freshness and accuracy.

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Why Is Cybersecurity In Financial Services Important?

Christian Schmitz | ✔️Fact-checked by: Angela Daniel

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April 23, 2024

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Why Is Cybersecurity In Financial Services Important?

In this post, we will answer why cybersecurity in financial services is important.

Not so long ago, we only had to worry about physical theft. But then came computer fraud, and now we are vulnerable to multiple threats.

Digital innovation in the financial industry helps financial service providers meet customer demands and poses risks by increasing the attack surface of new entry points that cybercriminals can easily exploit.

Therefore, there should be a much greater emphasis on examining the importance of cybersecurity in financial services.

A secure digital transformation requires the financial industry to prioritize cyber hygiene. Essentially, hygiene practices equip financial service providers with the right tools to detect and remediate ecosystem vulnerabilities. The industry can then meet the demand for innovation without compromising security.

Table of Contents

Cyber Security Threats to the Financial Sector

Given our globalized world, where everything is interconnected, a cyberattack against the largest U.S. bank can significantly affect the global financial system.

Here are the top trends in the category of cyberattacks on financial institutions.

Ransomware— An attack on organizations and businesses, where they are pressured to pay a fee to restore regular access and run their daily operations.
Distributed Denial-of-Service (DDoS)—These attacks overload a website’s traffic flow, causing it to become inoperable.
Web Applications—Misconfiguration within such applications leaves an organization vulnerable to cyberattacks.
Phishing is one of the most prevalent cybersecurity threats to financial institutions, which involves tricking employees into disclosing sensitive information or downloading malware.

Cybersecurity Challenges in Financial Services

The following are a few of the biggest challenges affecting cybersecurity in financial services, financial technology (Fintech) enterprises, and startups.

Increased Data—Protecting information and data generated from mobile and internet banking solutions is one of the biggest cybersecurity and privacy challenges. There is a need to work with the right data protection service providers, such as Triada Cybersecurity, to enable active protection against modern cyber threats.
Cloud-based Security Risks—Cloud services power digital transformation by providing speed, security, scalability, and other benefits. However, using cheap and inefficient cloud services can compromise cybersecurity in the banking sector.
Data Sharing—The collaboration between digital financial enterprises and conventional organizations makes it easier for consumers to get better products and services at low prices. Businesses in the Fintech industry need to capitalize on modern technology and processes to encrypt data throughout the process to ensure protection from cyberattacks.
Cross-platform Malware Infection—Hackers develop malware that infects one platform, which propagates into other connected platforms.
Digital identity management—Stolen identities make it easy for attackers to access and steal vast financial resources from personal accounts. Financial services must use patented and reliable disaster recovery and data backup services powered by Artificial Intelligence (AI) to prevent this occurrence.

Using AI-Driven Solutions to Maintain Data Security

A self-learning, AI-based cybersecurity system should solve the abovementioned problems and challenges.

Below are essential tips for operationalizing AI and maintaining security solutions to keep cyberattacks at bay!

Consider the goals and risks

Before implementing AI into your cybersecurity operations, establish the risks, expectations, and success criteria.

AI has a powerful potential to offer advanced detection capabilities based on cybersecurity trends in financial services and your unique known and unknown threats.

Have a strong foundation

AI can augment your current cybersecurity tools beyond the traditional approaches for rapid prioritization and validation of threats. Network basics covered by AI include:

Visibility—This allows accounting for all assets within a network
Governance—AI is most effective when it can link multiple data feeds into a single truth source using a single common data model
Storage and processing—Decoupling the storage and computation layers helps AI systems run freely without slowing down the real-time identification of threats
Workflow—Financial organizations should have defined and organized processes and workflows that extend beyond their cybersecurity financial system teams

Complement human effort

AI supports analysts by reducing errors, speeding up the analysis, and automating labor-intensive tasks. To manage, mobilize, and maximize the human element of AI in your cybersecurity:

Identify tasks for automating
Plan to evolve cyber roles like testing and evaluation, systems administration, and infrastructure support.
Introduce emerging roles into your business, including employees who maintain Machine Learning (ML) models and cyber data scientists.
Identify the education process your organization has in place to inform employees about the function of AI in your institution through webinars, online tutorials, and podcasts.

Focus on use

This requires breaking down the workflow to understand better where AI is needed. Accounting for all unmonitored and monitored data sources is also critical for applying AI in your organization. Identification of individual use cases for automation helps improve the speed of detection and response.

Automate for fast Return on Investment (ROI)

Automating simple processes will reduce execution times and free up staff time, creating better efficiency and outcomes. Companies with an already developed AI talent base, operational structures, and resources can consider creating autonomous cybersecurity financial services in 2020 based on need and possible future threats.

Strengthen Your Defenses with Good Financial System Cybersecurity

In the current cybersecurity environment, criminals often use increasingly sophisticated cyberattacks against financial institutions like yours. The reactive, traditional measures are no longer sufficient.

Moving forward, using the most effective solutions for cybersecurity in financial services can help eradicate these challenges, alleviate your worries, and win customer trust.

The time to act is now!

Cybersecurity sounds difficult to understand, and it’s even more challenging to stay on top of its applications and development.

That is why SecureBlitz Media sorts through the noise, lets you know what is important and recommends which actions to take. Visit our website and find out about the latest cybercrimes today!

Note: This was initially published in September 2020, but has been updated for freshness and accuracy.

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Why Circuit Boards Matter in Business Security

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Daniel Segun

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April 23, 2024

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Why Circuit Boards Matter in Business Security

Today, businesses are increasingly reliant on technology. This means that they are also increasingly vulnerable to cyberattacks. One of the most important aspects of business security is the integrity of the devices businesses use. These devices are all powered by printed circuit boards (PCBs).

PCBs are essential for the functionality of modern devices. They are responsible for routing electrical signals throughout the device, and they also contain the chips and other components that make the device work. As such, PCBs are a critical target for cyber attackers.

There are several ways that PCBs can be hacked. One way is to introduce malware into the PCB. This malware can then steal data, disrupt operations, or even take control of the device.

Another way to hack a PCB is to modify it physically. This can be done by adding or removing components or by altering the PCB’s circuitry.

Table of Contents

Why Circuit Boards Matter in Business Security?

Circuit boards, often the unsung heroes of electronics, play a vital role in business security. These intricate pathways etched with copper traces are the heart of countless security systems, acting as the brain behind the brawn. Here’s why they’re crucial for keeping your business safe:

1. Powering Security Devices

Security Cameras: Circuit boards process video signals captured by security cameras, enabling features like motion detection and night vision. They also facilitate remote viewing and recording, allowing you to monitor your premises even when you’re away.
Access Control Systems: Key cards, fobs, and biometric scanners rely on circuit boards to read credentials and grant or deny access to secure areas.
Intrusion Detection Systems: These systems use circuit boards to analyze sensor data (door contacts, motion detectors) and trigger alarms if a breach is suspected.
Fire Alarms and Smoke Detectors: Circuit boards interpret sensor readings from smoke and heat detectors, sound alarms and initiate emergency protocols in case of fire.

2. Communication and Network Security

Firewalls and Routers: Circuit boards within these network devices filter incoming and outgoing traffic, safeguarding your business network from unauthorized access and cyberattacks.
Physical Security Information Management (PSIM) Systems integrate data from various security devices (cameras, access control) and present it in a centralized dashboard. Circuit boards enable real-time monitoring and coordinated response to security incidents.

3. Vulnerability and Compromise

Hardware Vulnerabilities: Just like software, circuit boards can have inherent design flaws or bugs that hackers can exploit to gain unauthorized access to systems. Regular security updates (firmware updates) are crucial to patch these vulnerabilities.
Supply Chain Risks: Counterfeit or compromised components within circuit boards can introduce security risks. Businesses should have reliable suppliers and implement measures to ensure the integrity of their hardware.

In conclusion, circuit boards are the silent workhorses behind a robust business security system. From powering security cameras to enabling complex communication and access control, they safeguard your physical assets and data.

However, it’s vital to stay updated on potential hardware vulnerabilities and maintain a layered security approach to ensure your business remains protected.

Transition to the IoT

According to a report compiled in 2019, 94% of businesses will use the IoT by the end of 2021. This can mean many different things for many other businesses, but by and large, it is likely to translate to dependence on more devices.

From employee smartphones to wireless printing services to security sensors throughout offices, these devices can collect and share all sorts of data for the benefit of the business.

This is the nature of the IoT as it relates to business. And while it can simplify a lot of practices, it complicates security simply because there are more devices to protect.

Modern Device Integrity

Protecting those devices comes down in part to making sure the integrity of their internal electronics is secure and incorruptible.

For the most part, this is not something businesses handle directly but rather something that’s part of the printed circuit board design and device engineering process.

Within this process, there are area-sensitive parts of the PCB that have to be handled carefully so that there are no fabrication failures or similar issues.

This basically means that PCBs have to be designed in reliable ways, and such that they can stand up to the needs of the devices they’re fitted for. In its way, this is a form of data security. A reliable circuit board makes for a more durable device which will function as needed within the IoT.

Protective Device Functionality

Moving away from the fundamentals of the IoT and the concept of data security, circuit boards are also extraordinarily important when it comes to modern security for physical workplaces.

We’ve looked before at electrical fire prevention systems, which are excellent examples of protective devices that depend heavily on internal circuit boards and wiring.

Systems like these — as well as motion sensors, smoke sensors, etc. — require internal components that won’t break down and that can reliably connect to send wireless signals. This comes down in part to PCB design.

Hardware Can Be Hacked

It should also be mentioned that hardware — right down to printed circuit boards — can also be hacked. Generally, we’re used to the idea of hacking referring to digital concerns. For example, phones can be hacked via malware, insecure Wi-Fi, or password infiltration, which is why we tend to train ourselves to guard against all of the above.

Hardware hacking, at least for small, wireless devices, is less common. But it’s certainly possible for these devices to be physically corrupted. This can be done through an external chip or, on some occasions, by an altered chip or circuit board that can change how devices work.

Again, it’s not particularly common, but it’s one reason to value denser or more complex PCBs (which are harder to manipulate) and secure devices.

Fortunately, a lot of these concerns are handled by us. PCB design has become extraordinarily sophisticated, and the devices businesses rely on for wireless IoT integration tend to be difficult to manipulate without notice.

Even so, as we move into the digital age, we should continue to bear this sort of electrical and hardware security in mind.

In order to protect their PCBs from attack, businesses need to take a number of steps. These steps include:

Using secure PCB design practices
Keeping PCB firmware up to date
Using firewalls and other security measures to protect network connections
Conducting regular security audits

By taking these steps, businesses can help to protect their PCBs from attack and keep their data safe.

A Way Forward

The transition to the Internet of Things (IoT) is increasing the number of devices that businesses need to secure.
PCBs are also essential for the functionality of physical security devices, such as fire alarms and motion sensors.
Hardware hacking is a less common threat than digital hacking, but it is still a risk that businesses must be aware of.
Fortunately, there are a number of steps that businesses can take to protect their PCBs from attack.

Conclusion

The integrity of PCBs is essential for business security. By taking the necessary steps to protect their PCBs, businesses can help to keep their data safe and their operations secure.

Note: This was initially published in August 2020, but has been updated for freshness and accuracy.

RELATED POSTS

Changing Texts To Audio: Practical Uses Of Text To Speech

Daniel Segun

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April 23, 2024

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Changing Texts To Audio: Practical Uses Of Text To Speech

Text to speech can be a valuable tool for being productive daily. It can be difficult to multitask work and leisure time when consuming content on the go. That’s where the text-to-speech can help combine the two, resulting in more time for enjoyable activities. Imagine being able to enjoy your new book while being able to perform other tasks.

You’ll fully engage in your favorite blog while working out at the gym or cleaning. Not only is this time−saving, but it can make the most mundane tasks more enjoyable.

Table of Contents

Smooth Conversion Process

When it comes to choosing the proper software, it depends on your intentions. Some software requires you to upload a whole text file or a pdf for your texts to be converted. In other software, you only need to copy and paste your text and start the conversion process.

Uploading a text file or pdf tends to be the easiest way for heavy files and larger texts. Pay attention to which way conversion process you prefer and how well it suits you. Also, listen carefully to the audio’s quality, ensuring it is intelligible. Make sure you’re able to comprehend the audio well and with ease.

Software Properties

Consider whether or not the software can deliver the services you need. You need to check thoroughly on the software’s capabilities. Match those capabilities to the task at hand, are you doing a presentation? Or is it for personal leisure time? For instance, if you’re using it for an audience. Having the capability to choose from a variety of voices would be ideal.

Pay attention to how smooth and human−like the voices are. It’s much better to have human−like voices instead of robot voices. It is unpleasing to the human ear and can turn people away from being fully engaged to the messages they’re receiving. A robotic voice can be a distraction, making it hard to focus or fully engulf your favorite e−book.

When using a text to speech website, it’s essential to pay attention to how it affects your work and even your leisure time experience. It’s extremely easy to have text files converted on a text-to-speech website; it is a simple process. You can start listening to the converted text within minutes.

Do you want to hear a soft voice for your morning blogs? Or perhaps a more boastful baritone voice in the afternoon? Choosing between gender, accent, and sometimes even background can enhance your listening experience.

The ability to choose from many voices will most likely lead you to find the perfect voice for the task. So, pay attention to the limits of the software and whether or not it will affect the desired outcome.

Software Limits

Let’s say you find one that fits all the criteria I’ve already mentioned. Is the conversion process smooth or stressful? The conversion process, being a hassle or complicated, can be time-consuming and even off-putting.

Which means it may not be the best option for you. That’s why checking how smooth the conversion process runs is crucial.

If you decide to use a free version, it may limit the amount of text you can convert and the number of voices you can choose from.

Others allow you to convert thousands of texts with the choice to pick from 40−60 diverse voices. Considering all these factors can help you choose which platform suits your needs, making it an everlasting tool for a more stress−free experience.

Changing Texts To Audio: FAQs

What is the use of text to speech conversion?

Text-to-speech (TTS) conversion is the process of transforming written text into spoken audio. This technology has a wide range of applications, making information accessible in a new format.

What is the use of text to voice?

Text-to-voice (TTS) is another term for text-to-speech conversion. Both terms refer to the same technology that creates spoken audio from written text.

How can I convert text to speech?

There are several ways to convert text to speech:

Online TTS websites and apps: Many free and paid online services allow you to paste text or upload documents for conversion into audio files.
Software programs: Dedicated TTS software offers more features and customization options than online tools.
Built-in TTS functionalities: Some operating systems and mobile devices have built-in text-to-speech features that can be activated through accessibility settings.

How can text to speech be used in the classroom?

TTS can be a valuable tool in education:

Assisting students with learning disabilities: TTS can read aloud text for students with dyslexia or visual impairments, promoting independent learning.
Creating engaging learning materials: Teachers can use TTS to create audio lectures, summaries, or audiobooks to supplement written materials.
Language learning: TTS can help students hear correct pronunciation and practice listening comprehension skills in different languages.

Who can benefit from text to speech?

A wide range of people can benefit from TTS:

People with visual impairments: TTS allows them to access written information through audio.
People with learning disabilities: TTS can assist with reading difficulties like dyslexia.
For those with busy schedules, TTS can convert documents or ebooks into audiobooks to multitask while commuting or exercising.
Language learners: TTS can aid in pronunciation and listening comprehension practice.
Content creators: TTS can narrate presentations, explainer videos, or create audio descriptions for images.

Why do students use speech to text?

Speech-to-text is a complementary technology that converts spoken words into written text. Students might use it for:

Taking notes in class is especially helpful for faster note-taking or capturing key points during lectures.
Creating written assignments: It can be easier for some students to formulate ideas verbally and refine them into written text.
Dictating essays or reports: Provides an alternative method for students who struggle with typing or have physical limitations.

Note: This was initially published in August 2020, but has been updated for freshness and accuracy.

SUGGESTED READINGS

VPN Extension For Google Chrome – Benefits And Useful Tricks

Features

Chandra Palan | ✔️Fact-checked by: Christian Schmitz

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April 23, 2024

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VPN Extension For Google Chrome – Benefits And Useful Tricks

Want to use a VPN extension for Google Chrome? In this post, we will show you its benefits and useful tricks. Read on!

Almost every day, the Internet is full of news about cases of identity theft in some companies, hacker attacks on servers, leakage of important information, etc.

Even continuing to live expecting that large companies with a worldwide reputation will maintain a high standard for their data protection, in everyday life we rarely think about our own privacy and keep connecting to unprotected Wi-Fi in a cafe or shopping center, thereby serving ourselves for attackers on a silver platter.

Regardless of the level of your online activity, whether you enter the internet for two minutes or for two hours, you are still exposed to potential threats of cyberattacks. You will not know at what point someone will want to break into your computer and steal personal files, in particular passwords, payment card data, and contact information.

Unfortunately, today, connecting to any external Wi-Fi network, that is, outside the area of your network, creates the risk of hacking attacks and surveillance. However, sometimes, even the home network may be vulnerable if you do not use an exceptional VPN service.

It is enough to connect a virtual private network so that all your data will be encrypted and protected during transmission. In addition, the real IP will be masked, and you will no longer be afraid of regional restrictions and website blocking due to your geolocation identification.

Now, more and more users are realizing the need for a VPN connection to surf the network anonymously and without surveillance risks. There is no need to install a full-fledged program; try a convenient and free VPN RUSVPN Chrome extension. As of now, your work in the browser will be completely safe.

What Are The Benefits Of The VPN Extension For Google Chrome?

The Google Chrome browser is world-famous and superior to its competitors. This factor made virtual private network providers think about creating a particular extension. Thus, the user gets an optimized utility with a high-performance indicator, which makes it stand out against the traditional plugins.

Among the key benefits of the Chrome VPN extension, it’s important to note the following:

It operates as a proxy server for VPN, which increases the traffic protection generated when using a browser. Data is encrypted and hidden from outsiders;
The extension is unique and, at the same time, very easy to use compared to a full-fledged application. Perhaps its functionality will not be enough for someone, but it comes with the main tasks of protection 100 percent;
it is convenient to use this utility when you are surfing with a device having a limited memory capacity or resource power level, which does not allow you to launch the full version of the VPN program. The expansion is characterized by flexibility and compactness; at that, you get full data protection and save your device’s technical resources;
it blocks ads – in addition to traffic encryption, you also get a filter for annoying ads that will no longer appear on websites, and the collection of information about the user for forming his digital portrait and studying his habits is also excluded.

What Is Important To Know Before Connecting A VPN Extension For Google Chrome Browser

It is convenient and functional to use the virtual private network extension for the browser to take care of the private data security. It is essential to understand that encryption covers all information sent through the browser.

However, if you communicate through a third-party messenger or enter an online game – that is, in both cases, you do not use Google Chrome – this data will not be protected. The utility is explicitly focused on browser use and providing security in it. Also, you cannot encrypt data using Opera, Mozilla Firefox, or another browser instead of Chrome.

If you plan to be always safe and expand the capabilities of the VPN for full computer protection, it is best to buy a full subscription to the service application. Currently, providers offer functional programs that are convenient for permanent and long-term use.

So far as VPN services are at the peak of their popularity now, the market is expanding and the level of offers from suppliers is relatively high. Although the extension is promoted as a proxy, it has the same standards as in a full-fledged application.

The first parameter that users pay attention to is the connection speed. And this indicator will be fundamentally important for those who like playing games or creating broadcasts. You need to choose a service from a provider that guarantees a stable connection without losing quality as if you were using the Internet without a VPN.

The second point is the availability of servers to bypass blockings and restrictions in the regions. Most often, providers provide information on how many servers they have and in which countries they are located. This will allow you to assess the scale of the network and select the points for connection corresponding to the countries where your popular sites and web resources are located.

It is crucial to familiarize yourself with the privacy policy and only then decide on purchasing a product. Your data should not be registered and recorded to maintain complete confidentiality when using the virtual private network.

CHECK OUT: RUSVPN Chrome Extension

Note: This was initially published in July 2020, but has been updated for freshness and accuracy.

RELATED POST

Exclusive Interview With Bob Baxley, CTO Of Bastille Networks

Daniel Segun

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April 23, 2024

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Here’s an exclusive interview with Bob Baxley, CTO of Bastille Networks – a leader in enterprise threat detection through software-defined radio.

When facilities say “no devices allowed,” that’s not necessarily true.

The problem: most of these devices have radio frequency (RF) communication interfaces that make them vulnerable to RF attacks.

As such, enterprises must implement and enforce more nuanced electronic device policies to accurately distinguish between approved and unapproved electronic devices in secure areas and detect and locate unauthorized cellular, Bluetooth, BLE, Wi-Fi, and IoT devices.

Bastille offers unparalleled situational awareness with cellular and RF-based threat detection, location, and alerts to help prevent RF attacks.

Bastille’s ongoing partnership with the Department of Homeland Security underscores their dedication to protecting nations and securing enterprises.

So, in this interview, we spoke with Bob Baxley to learn more about their security solutions and how enterprises can protect their devices from cybersecurity threats.

Table of Contents

Here are Bob Baxley’s responses to our questions:

1. Question: Tell me more about Bastille Networks

Bob Baxley: Bastille is the leader in enterprise threat detection through software-defined radio. Bastille provides full visibility into the known and unknown mobile, wireless, and Internet of Things devices inside an enterprise’s corporate airspace–the Internet of Radios. Through its patented software-defined radio and machine learning technology, Bastille senses, identifies, and localizes threats, providing security teams the ability to accurately quantify risk and mitigate airborne threats that could threaten network infrastructure.

2. Question: What’s unique and different about Bastille than other solutions/companies?

Bob Baxley: Until Bastille, there was no way to apply network security mechanisms and countermeasures to RF-enabled IoT devices. IT security professionals couldn’t buy a security service like Bastille Enterprise until we invented it.

3. Question: Can you dive into radio frequency security and why it’s essential for enterprises?

Bob Baxley: Corporate airspaces are under attack from invisible threats operating on Radio Frequencies (RF). Enterprises often crucially rely on wireless protocols they don’t even know they’re using (Bluetooth, Wi-Fi, BLE, Zigbee, Z-Wave, etc.).

These protocols are used to build controls and access for employee communications, IT, and employees. The exploitation of vulnerable wireless devices is growing increasingly common.

Sophisticated attacks use compromised RF devices as entry points into government and corporate networks. Foreign governments, competitors, and cybercriminals are conducting radio-based attacks on enterprises to access intellectual property and sensitive information.

4. Question: Can you discuss why enterprises must implement and enforce more nuanced electronic device policies to accurately distinguish between approved and unapproved electronic devices in secure areas?

Bob Baxley: RF-enabled devices are everywhere: According to Statistica, there are 4.7 billion Cellular phones, 8.4 billion Bluetooth devices, and 9 billion Wi-Fi devices; added to this is the increasing use of “wearables” such as FitBits and other personal devices with embedded radios, with a variety of audio/video capture, pairing and transmission capabilities.

Current policies are outdated: While some government and commercial buildings have secure areas where no cell phones or other RF-emitting devices are allowed, detecting and locating radio-enabled devices is primarily based on the honor system or one-time scans for devices. Bad actors do not follow the honor system; one-time scans are just that, one time, and cannot be monitored 24×7.

New solutions for a new age: Bastille enables security teams to differentiate between approved and unapproved devices, accurately places dots on a floor-plan map for device location, and sends alerts when a device is found where it should not be or doing what it should not do. Bastille Networks also integrates with existing security systems such as Splunk, MDM, and camera systems.

5. Question: What cybersecurity measures would you recommend for enterprises and why?

Bob Baxley:

Take Control of Your Airspace: Obtain visibility into devices that use the big four protocols: cellular, Wi-Fi, Bluetooth, and BLE. Locating every radio emitter provides situational awareness of devices in an enterprise’s network.

Evaluate RF Technology: Assessing RF security solutions is vital in preserving company secrets. As security teams examine RF products in the market, a checklist of capabilities should include solutions that can detect, analyze, alert, and accurately locate cellular devices that incorporate airspaces in real-time.
Deploy RF Solutions: Proactively equipping an organization with RF security technology will future-proof an enterprise from an RF breach. Adopting RF solutions that constantly monitor and detect the transmissions of devices in the wireless spectrum will combat nefarious attacks.

6. Question: Can you shed more light on Bastille Express?

Bob Baxley: Earlier this year, Bastille launched Bastille Express, the commercial version of the government spec Bastille FlyAway Kit, for forward-deployed locations.

Bastille Express can detect and locate authorized and unauthorized Cellular, Bluetooth, BLE, and Wi-Fi devices operating within 3,000 to 5,000 square feet, such as conference meeting rooms, remote offices, hotel areas, or speaking locations.

Visit the official Bastille Networks website

Note: This was initially published in July 2020, but has been updated for freshness and accuracy.

SIMILAR INTERVIEWS

Exclusive Interview With Hugh Taylor, Author Of Digital Downfall

Gina Lynch | ✔️Fact-checked by: Christian Schmitz

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April 23, 2024

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Exclusive Interview With Hugh Taylor, Author Of Digital Downfall

In this digital age, cybersecurity is of utmost importance. In his recent book, Digital Downfall: Technology, Cyberattacks, and the End of the American Republic, Hugh Taylor addresses America’s vulnerability to cyberattacks, especially from foreign sources.

In this exclusive interview, we discussed with the author as he shared more insights about the book and his findings.

Hugh Taylor is a renowned author and Executive Editor of The Journal of Cyber Policy, a cybersecurity industry blog.

He is a Certified Information Security Manager (CISM) and is well-experienced in cyber-related matters, having been in the field for over 20 years.

Other books by the author include The Joy of SOX (Wiley) about IT, the Sarbanes Oxley Act, and Event-Driven Architecture (Prentice-Hall).

Table of Contents

Here are Hugh Taylor’s responses to our questions:

1. Question: Your book talks about the high reliance on computers in the US government and private industries; What alternative would you recommend?

Hugh Taylor: Good question. There is no turning back at this point. The issue is where and how to rely on computing, and how the technology can be made more secure. The government and industry need computers. In the military, it may be possible, and indeed might be advisable, to create more analog workarounds if computers fail. I think it would be smart for companies and government agencies to look critically at where their dependence on computing puts them at risk and adjust their strategies accordingly.

For example, is keeping all sorts of data about customers and citizens in databases necessary for the organization’s mission? Maybe not. Maybe it’s possible to operate without building a repository of data that can cause harm to the public if it’s breached—which it will be at some point. Or, are there places in the infrastructure where a non-programmable, hardware-based appliance (vs. a “Turing machine”) might be a more secure option? And so forth.

2. Question: Russia and China are engaging the US in digital warfare, which party is winning, and why?

Hugh Taylor: It’s really hard to tell, for certain. It seems that Russia and China are running wild in the US. Russia appears to be able to influence American politics and government policy using social media distortions and cyber techniques. China has stolen a great deal of American economic trade secrets and grabbed massive amounts of secret military data.

People who know about these things have told me that the US is also hitting back very hard in those countries… but they have state-controlled media, so we don’t know about it. And, maybe it doesn’t matter. An America that foreign adversaries can disrupt is at risk of serious trouble. Whether we’re “doing it back to them” doesn’t mean much if our own system is collapsing due to their interference. After all, the US is more vulnerable to digital disruption than Russia or China.

3. Question: You discussed Russia’s desire to pit racial groups in the US, how credible are your arguments?

Hugh Taylor: I believe my arguments are credible to the extent that anyone can ever accurately attribute a cyber attack to a particular nation. American law enforcement officials, experts, and others have testified to the US Congress that Russia is using cyber techniques and disinformation to provoke racial violence in the US.

In the 2016 campaign, we saw several examples of this, including a street-level confrontation in Texas between Christian and Muslim groups—that was instigated by Russian operatives on social media. We saw Russian attempts to build fake Black community advocacy groups on Facebook in 2016. I believe we are seeing comparable, but more sophisticated efforts at work today with Black Lives Matter and its counter-protests, along with pro- and anti- Antifa demonstrations.

Just this last week, we saw a social media hoax that made hundreds of “militia” people appear in Gettysburg to prevent an “Antifa flag burning.” It’s only a matter of time until people start getting killed due to these online tricks. I strongly suspect this was a Russian operation, but I cannot prove it.

I believe Russian operatives are driving or amplifying some already tense situations. It’s not new. The techniques date back to the Soviet era when they were called “Active Measures.” The long-held and publicly disclosed Soviet strategy was to cause internal divisions within Western societies to weaken them. The underlying trouble remains the same, however: The fact that the US cannot tell for sure who is attacking them is a major national security problem.

4. Question: Do you believe the COVID-19 pandemic is making it easier for attackers or otherwise?

Hugh Taylor: Yes, the pandemic provides more opportunities for social engineering and access control problems. With so many people working remotely, often on insecure devices, hackers can find more opportunities to penetrate networks.

5. Question: You’ve written other books in the past, but none has discussed America’s digital insecurities; what drew your attention to this topic?

Hugh Taylor: I have written books about standards-based software architecture and compliance. Over the years, this work, along with my other work on behalf of companies in the security space, has led me to see a pattern of insecurity. I felt motivated to research the issue more deeply and write “Digital Downfall.”

6. Question: What impact do you expect the book to create?

Hugh Taylor: This is one of many books addressing the overall issue of American cyber weakness. I hope that the book can help drive dialogues around improving the security of the underlying technology that powers so much of American life. I believe that current risks will only be mitigated if we can address the root causes of the problem.

Interested in the book “Digital Downfall” by Hugh Taylor, you can get it on Amazon.

Note: This was initially published in July 2020, but has been updated for freshness and accuracy.

INTERESTING POSTS

Features To Look Out For In A Good Password Manager

1. Encryption

2. Ease of Use

3. Is the Vendor Verified?

4. Ability to Generate Strong Passwords

5. Auto-fill Feature

6. Password Audit

7. Responsive Support

8. Specialized Package for Businesses

9. Additional Features

How To Choose The Best Password Manager: Frequently Asked Questions

How do you choose a password manager?

Which password manager is best for me?

What password manager should I switch to?

What is a good password manager for Android?

Are all password managers the same?

What are the three basic types of password manager?

Rounding Up

Origin And History Of Hacking

Origin And History Of Computer Viruses

Hack Vs Virus – Difference Between Hack And Virus

Hacking: The Art of Deception

Viruses: Self-Propagating Invaders

Key Differences: Understanding the Nuances

Staying Safe in the Digital Age

Comparison of Virus and Hack

How To Protect Yourself From Hackers And Computer Virus

Difference Between Hack And Virus: Frequently Asked Questions

What is the difference between a worm and a virus?

What is the meaning of “virus hack”?

How do hackers create a virus?

What is the meaning of “hack” in computer terms?

Over To You…

What Data Backup And Recovery Is Important?

Malware attacks

Hardware failure

Thefts and mistakes

The need to scale up your business

Importance of Data Backup and Recovery

Primary Goal of Data Backup and Recovery:

Why is Data Recovery Important?

Two Main Objectives of a Backup and Recovery Strategy

Wrapping Up

Cyber Security Threats to the Financial Sector

Cybersecurity Challenges in Financial Services

Using AI-Driven Solutions to Maintain Data Security

Consider the goals and risks

Have a strong foundation

Complement human effort

Focus on use

Automate for fast Return on Investment (ROI)

Strengthen Your Defenses with Good Financial System Cybersecurity

The time to act is now!

Why Circuit Boards Matter in Business Security?

1. Powering Security Devices

2. Communication and Network Security

3. Vulnerability and Compromise

Transition to the IoT

Modern Device Integrity

Protective Device Functionality

Hardware Can Be Hacked

A Way Forward

Conclusion

Smooth Conversion Process

Software Properties

Software Limits

Changing Texts To Audio: FAQs

What is the use of text to speech conversion?

What is the use of text to voice?

How can I convert text to speech?

How can text to speech be used in the classroom?

Who can benefit from text to speech?

Why do students use speech to text?

What Are The Benefits Of The VPN Extension For Google Chrome?

What Is Important To Know Before Connecting A VPN Extension For Google Chrome Browser

Here are Bob Baxley’s responses to our questions:

1. Question: Tell me more about Bastille Networks

2. Question: What’s unique and different about Bastille than other solutions/companies?

3. Question: Can you dive into radio frequency security and why it’s essential for enterprises?

4. Question: Can you discuss why enterprises must implement and enforce more nuanced electronic device policies to accurately distinguish between approved and unapproved electronic devices in secure areas?