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AI cybersecurity guidance for small businesses

Know where your business is exposed, what matters most, and what to fix first.

CyberExperts gives small businesses AI-generated cyber checkups, practical recommendations, and recurring cyber hygiene monitoring โ€” without enterprise consulting complexity.

AI Cyber CheckupIdentify likely weak points and get a prioritized action plan.
Recurring MonitoringStay current with updated cyber hygiene guidance over time.
Built for SMBsPractical recommendations for real-world small business setups.

Most small businesses know cybersecurity matters. Very few know what to fix first.

CyberExperts turns cybersecurity confusion into a practical action plan. Instead of vague fear, generic checklists, or expensive consulting, you get AI-generated guidance focused on likely risks, weak spots, and the most important next steps.

How it works

1. Tell us about your businessShare your team size, tools, email setup, device practices, and current security habits.
2. CyberExperts analyzes your setupOur AI reviews likely weak points, common risks, and practical cyber hygiene gaps.
3. Get a prioritized action planReceive clear next steps in plain English โ€” focused on what matters most.
4. Stay current with ongoing monitoringAdd recurring cyber hygiene monitoring if you want updated guidance over time.

Start with a checkup. Continue with monitoring.

AI Small Business Cyber Checkup

A one-time AI-generated assessment that identifies likely weaknesses, highlights the biggest issues, and gives you a practical action plan.

  • Likely weak points and avoidable risks
  • Top-priority recommendations
  • Plain-English next steps

AI Cyber Hygiene Monitor

A recurring cyber hygiene subscription that updates your recommendations, flags likely weak spots, and helps you stay current over time.

  • Recurring reassessment
  • Updated recommendations
  • Refreshed priorities over time

What CyberExperts does โ€” and does not do

Done by AICyberExperts is built as an AI-delivered cybersecurity guidance product.
For small businessesDesigned for operators who want practical guidance without enterprise complexity.
Not a magic guaranteeIt helps identify likely risks and prioritize what to fix first.
Recurring option availableContinue with ongoing Cyber Hygiene Monitor updates over time.

See your biggest cybersecurity gaps in plain English.

Start with an AI Cyber Checkup and get a practical view of what to fix first.

AI Unleashed: Transforming Video Content Beyond Imagination

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In the world of digital media, video content reigns supreme. From streaming platforms like Netflix to the short clips we share on social media, videos are everywhere. But have you ever wondered how some videos seem so mind-blowingly creative and engaging? Well, you can thank Artificial Intelligence (AI) for that. In this blog, we’re going to explore how AI is revolutionizing video content creation and taking it to levels beyond our wildest imaginations.

Chapter 1: The Magic of Video Content

Before we dive into the world of AI, let’s take a moment to appreciate the power of video content. Videos can tell stories, educate, entertain, and inspire in ways that text or images alone can’t. They engage our senses, making us laugh, cry, or feel motivated.

Chapter 2: What Exactly Is Artificial Intelligence (AI)?

Artificial Intelligence, or AI for short, is like the brainpower that we give to machines. It helps machines learn, think, and make decisions just like humans but without the emotions. AI includes things like computer programs that can recognize patterns, understand language, and even make predictions.

Chapter 3: AI-Powered Video Editing

Now, let’s get to the exciting part – how AI is transforming video content creation. AI can be used to edit and enhance videos in ways that were once only possible for professional editors. Here’s how:

Automated Editing: AI algorithms can analyze video footage and automatically select the best shots, trim unnecessary parts, and even add special effects. This saves time and effort for video creators.

Enhanced Visuals: AI can make your videos look more professional by adjusting colors, improving image quality, and removing background noise.

Voice and Speech Enhancement: AI can also enhance audio quality by reducing background noise and making voices clearer, ensuring that viewers can hear and understand the content better.

Chapter 4: AI in Video Generator

An AI video generator is like a super-smart computer program that can create videos all by itself. It uses its clever algorithms to turn text, images, or ideas into actual moving pictures. So, if you have a story or concept in your mind, this AI can help bring it to life on your screen without you needing to be a video expert. To create outstanding video content, you should consider using an AI video generator. This tool can take your video content to new heights, making it truly exceptional and enhancing its quality. It’s crucial to have the best available tool in the market for this purpose. It’s like having a creative video assistant at your fingertips, making video creation easier and more accessible for everyone.

Chapter 5: Personalized Content Recommendations

Ever noticed how YouTube suggests videos that you’re interested in? AI is the magic behind this. It studies your past video-watching behavior to recommend content that matches your interests. This keeps you engaged and helps content creators reach their target audience.

Chapter 6: Creating Videos from Text

Imagine writing a script or a story, and AI turns it into a video. That’s precisely what some AI tools can do. They can convert text into a visual format, complete with animations and voiceovers. This opens up new possibilities for content creators who may not have expertise in video production.

Chapter 7: Virtual Reality and Augmented Reality

AI is also making waves in virtual and augmented reality experiences. These technologies are not limited to gaming; they’re becoming an integral part of video content. AI can create immersive environments, 3D graphics, and interactive elements that make videos more engaging and entertaining.

Chapter 8: Challenges and Ethical Considerations

As with any technology, AI in video content creation comes with challenges. There are concerns about job displacement, as some tasks traditionally done by humans are now automated. Additionally, there are ethical considerations, such as deepfakes, where AI can create convincing fake videos, which could be used for harmful purposes.

Chapter 9: The Future of Video Content with AI

The future looks bright for video content creation with AI. We can expect even more personalized and immersive experiences. Creators will have access to powerful tools that can turn their ideas into stunning visuals with ease. However, responsible AI use and ethical guidelines will be crucial to address the challenges.

Conclusion

In a world where video content continues to dominate our screens, AI is the secret ingredient that’s taking it to new heights. It’s simplifying video editing, enhancing storytelling, and making personalized recommendations.IIn this digital era, AI plays a significant role in preventing cyberattacks. The increased use of social media, websites, and various digital platforms has also raised the risk of cyberattacks. But as we embrace this AI revolution, we must also be mindful of its challenges and ethical considerations. With the right balance, AI can help us create video content that truly goes beyond our wildest imaginations, captivating and inspiring audiences around the world. So, get ready to see video content like you’ve never seen before, all thanks to the magic of AI.

Securing Your Data: Best Practices for Effective API Authentication

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If big brands like Facebook, Venmo, and the US Postal Service can undergo API risks and vulnerabilities, who are you not to secure your data by all means?

The best API practices ensure your data is safe and secure from cyber-attacks. Small and large businesses implementing proper security features can undergo any threat and manage situations best. The internet is so broad that every online platform has to keep up with security trends to ensure a smooth workflow. Nevertheless, the best security practices will make your business outstanding and untouchable.

You should know the API authentication fundamentals to protect your business from cyber-attacks. And when you do, start implementing them right away. If you implement these measures, your brand will become solid such that cybercriminals will fail repeatedly, trying to break the walls of your business.

Understanding the Types of API Risks

Know one thing — it would be difficult to understand how an API works if you don’t know the types of attacks and solutions that come with it. With proper measures, you can outsmart them and leave them hanging on the fence until they become tired, then leave. What types of attacks are we talking about?

Denial-of-Service (DoS)

Such attacks involve creating malicious requests, often from multiple sources, to slow, interrupt and break a server. Server resources become so overwhelmed that they malfunction and become vulnerable. Having a security feature that alarms different genuine requests from malicious ones will prevent such from happening.

Code Injection

Poor APIs are often vulnerable to this kind of attack. Code Injection allows for sending an API script to an application server. This script often exposes or deletes data. It usually aims to plant false information to harm the application’s internal data. The best way to prevent this damage from happening is to build a robust API system.

Stolen Authentication

This attack involves using the identity of an authenticated user to gain false entry into a server. A good example is a token falling into the hands of scammers. Implementing an efficient multi-factor authentication avoids such a disaster.

Man-in-the-Middle Attack

Cybercriminals often intercept a request or response between an authenticated user and an API. When such happens, they can easily steal the communication between both parties. In this case, your best option would be deploying an intense alarm for every activity on your platform.

Stay prepared for the worst despite hoping for the best with solid API authentication. Join educational platforms and have the gurus work it out for you and your brand’s sake.

API Best Security for Small And Large Businesses

APIs are here to stay. Every new API comes with a risk; only those implementing the best security practices will have a say.

Your online space is your business, and any little interception may impact your profits, capital, brand, and reputation. What practices are we referring to?

Restricting Access to Sensitive Data

Restrict access to certain activities and data on your website. Such data can include banking information, financial records, and confidential documents.

Implement strong authentication, encryption, and tokenization for every log. While implementing these strategies, look out for the one that works best and stick to it.

Setting an Alarm on Anomalous Activities

Often, cybercriminals attempt to perform malicious activities on a server. With multiple failed requests, you can detect such attacks and curb them immediately.

Use automated tools to scan your application and monitor user behavior regularly. Do this for every server that requires authentication or involves sensitive data.

Updating Servers Regularly and patching Vulnerabilities

Have you ever tried to download an app and then noticed some bugs? When hackers see such vulnerabilities, they tend to experiment with them.

Making sure every API is up-to-date and updating each prevents hackers’ attempts. Check for the latest security patches now and then to fortify your servers and keep discrete data.

Using API Gateways

API Gateway acts as a guide. You can call it the gatekeeper of the four walls of your business.

This feature acts as an intermediary between an end user and an API. It stops malicious requests before they penetrate a system altogether.

Using A Web Application Firewall (WAF)

Gone are the days of attacking an application system via visible activities. Hackers now penetrate a server with unwanted traffic. A WAF sits between your API and the internet, flittering unknown traffic flow and protecting against DDoS attacks and other malicious attempts.

Using Auditing & Logging

Keep records of every piece of information on your application. Always remember to keep the API of every log of user activity. This practice is primarily helpful in protecting users who transmit confidential or personal data. It helps to curb the issues of breaching and non-compliance. An excellent adulting policy is provocative to cyber criminals, so you must update it regularly.

Looking out for More API Trends and Creating A Solution for Each

Stay in touch with the gurus in the security field. You’ll come across more API risks and practices. Every new invention is good news to cybercriminals but even better information for those who ensure continual development. Remember, your brand is your identity. Keep it secure by all means.

Watch Out for These Common Social Media Scams

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Social media has become such an important part of many people’s lives. The ability to contact anyone worldwide in real-time has been welcomed. It means many people can keep up with their friends and family without the need to make a phone call or write a letter.

Still, with social media more crucial to society than ever, people with bad intentions will want to exploit those who don’t know how to discern between legitimate social media posts and those that could steal their information. Always keep an eye out for scams that look too good to be true.

1. Gossip Scams

Nearly everyone is familiar with and dislikes the topic of clickbait. Clickbait has a promising article title, but the article either doesn’t address the headline or spends way too long getting to the point. Scammers have begun to use clickbait-like headlines to gain the trust of social media users and entice them to click on a link that someone or a page has posted.

Before you click on an article, try to find the source URL. Is it a website you trust? No matter how enticing the latest gossip might be, you can always find it on a source you trust later – if it’s a legitimate story. Often, with these scams, there is no article at all, and the clicked link allows access to your information.

2. Free Gift Card Scams

Free gift card scams are some of the oldest on the internet, but many people still can’t see through them on social media. Some scammers will create fake pages that look nearly identical to a reputable brand, create posts, and make comments that tell people they have the chance to win or have won a gift card or a voucher for their “business.”

Scammers hook their first victim in just over a minute by disguising their attempts as legitimate email or social media posts. Because these scammers make their pages look reputable, you must use a keen eye when determining whether a page is honest.

First, many social media sites use transparency tools to show you when a page was created or if its name was changed recently. You can also tell by how comments and posts are crafted. If they use a strange font or have many typos, it’s a good indication they might be a scam.

3. Email and Password Phishing

Some ads will look like a scam, but many people may not know they should avoid sketchy websites. Just because it has been advertised on social media doesn’t mean it’s a legitimate business. Even if you click on an ad or a legitimate-looking link, it might be trying to grab any information you have linked to your social media account.

Make sure you change your password at least once a quarter to ensure your accounts are never compromised for very long. This way, if a hacker accesses your accounts without you knowing, you still don’t have to worry about them having access for too long.

4. Scam Advertisements

Not every ad does what it says it will. Some offer products that will never arrive, and you’ll have to check or cancel your card information to ensure you haven’t been compromised. It might be easy to identify which ads are scams. The easiest way to avoid these ads is to only buy from online stores you believe are reputable. Read reviews before you buy a product. Don’t take a chance unless it’s from a site you trust or the reviews (with photos) are what you expected.

You should update your phone’s or computer’s software routinely, as each new update contains security patches that will repair any vulnerabilities cybercriminals could use to exploit your device and information. You can turn automatic updates on, and your device will be protected as you browse the web.

5. Money Request Scams

Many people know not to send money to strangers. Gone are the days when you would receive an email from someone you didn’t know asking for money and saying that it would be returned to you. You may not receive those emails often; if you do, they might be filtered into your junk folder.

Now, scammers hack into your loved ones’ accounts and make it look like they are the ones asking for funds. They might say they’re stuck abroad and need your money to get back home. If you see something strange from a friend of yours, check their page. If their posting seems a little weird or you weren’t expecting them to go on this trip, it’s probably a scam, and their account was hacked.

6. Health Care Issues

Some people might receive scam messages from reputable-looking pages that involve information about their health care or financial safety. Younger generations, who grew up knowing about scams, are not likely to fall for this tactic, but older generations just might think something is wrong with them or their information. Over 90,000 senior citizens were recently preyed upon for scams in just a year.

The best way to combat this scam is to educate the older folks in your life who may not be as internet-savvy. You can show them how to look up official pages and phone numbers of organizations that may contact them about serious information. Dispell some of the mystery behind social media, and your loved ones may feel more confident navigating the online world.

7. Is This You?

Sometimes, a hacked account will send you a message with a link, asking you to click and confirm that the person in the photo is you. These scams prey upon anxiety, making people concerned about their appearance easy targets for these hackers. Usually, the URL will take you somewhere that steals your information.

Before clicking on any URL, make sure it’s a trusted website. You should also look at the person’s account. Are they close friends, or did their message seemingly come out of nowhere? Keep your wits about you when talking to people on the internet to minimize your risk of compromising your information.

Do Your Due Diligence Online

Considering how evolved the internet has become, some people may find it challenging to avoid scammers. While scams might be everywhere, you can take steps to prevent your account from becoming a target. For example, oversharing on social media with no privacy controls can help hackers and scammers know more about you.

If your account is ever compromised, they have that information on you and can use it to make your posts seem more realistic. Be careful with the information you share online and the people you share your account details with. Always check twice before interacting with an offer, just in case it seems too good to be true. Doing so will keep you safe, both online and offline.

6 Important Things for Social Workers to Know About Internet Security and Scamsย 

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Image Source: Pexels

In today’s digital era, the role of a social worker is not only confined to providing aid in person. Instead, the landscape of social work has rapidly expanded into the virtual world. 

Alongside your crucial duties, understanding cyber threats, practicing stringent internet security, and being able to identify online scams become paramount. That’s why we’ve compiled important things you as a social worker should consider in this arena if you are looking to enhance the safety and effectiveness of your valuable work. 

  1. Understand the Importance of Internet Security and Scams

Having a comprehensive understanding of internet security is a must for any social worker aiming to provide secure digital support in today’s world. This is perhaps because the modern landscape of social work heavily relies on digital communication methods. 

Whether it’s housing applications or online counseling, social workers deal with sensitive client data regularly, which, if mishandled due to scams or poor internet security measures, could lead to severe repercussions. Digital threats like phishing attempts and malware attacks are prevalent in cyberspace, posing significant hazards for both you and your clients. 

  1. Beware of Cyber Threats

It’s essential for you, as a social worker, to familiarize yourself with cyber threats. Being aware lets you recognize harmful online activities and safeguard sensitive data. 

Common yet impactful threats include phishing attempts – where scammers mimic trusted contacts to trick you into sharing valuable information. They could pose as your authoritative figures or even clients. 

You must also be aware of malware attacks. These often happen when you click or download seemingly harmless files or links that often cause irreparable damage. 

  1. Know Key Preventive Measures

Arming yourself with key preventive measures is another key thing social workers should know about internet security. 

One essential step you must take is to create strong, unique passwords for all your online accounts. Never underestimate the power of a robust password in barring hackers from accessing vital information.

Secondly, consider enabling multi-factor authentication whenever available as an added layer of protection for your accounts. It provides additional security by requiring more than one form of verification.

Also, always use secure Wi-Fi networks when dealing with sensitive client data. If obliged to use public Wi-Fi, ensure you’re using a VPN to safeguard your work from potential cybercriminals lurking on unsecured networks. 

  1. Identify Suspicious Activities 

Understanding how to identify suspicious activities online is crucial for maintaining internet security. 

First off, be cautious about email attachments or links that come from your contact list. Although they may seem to come from trusted sources, they can often be spoofed by scammers targeting your valuable data.

Equally important is identifying unusual requests from clients or service providers. If someone contacts you online asking for information or procedures that are not commonplace in your regular professional interactions, take a moment to verify their identity and the legitimacy of their request before proceeding further. This vigilance can save you and your client from falling prey to sophisticated scams. 

  1. Study for a Social Work Qualification

As vital as internet security knowledge is, the core of your work still relies on your professional expertise in social work. In this light, achieving formal qualifications like an associate degree in social work not only enhances your competence but also often includes essential training on modern challenges such as online scams and data protection.

Studying for such a qualification equips you with both conventional and contemporary tools needed in the ever-evolving field of social work. You’ll gain an understanding of diverse social issues while learning to safeguard sensitive information in our increasingly digital society. 

So, don’t underestimate the importance of structured education in protecting both you and your clients from potential online risks. 

  1. Stay Updated with Internet Scam Trends and Security Protocols 

In the vast and evolving digital world, staying updated is crucial. Knowledge of recent internet scams and security protocols can position you a step ahead of potential cyber threats.

So, strive to participate in cybersecurity workshops or webinars provided by your organization, local community centers, or professional groups. These platforms offer valuable insights into the current state of cybersecurity and equip you with an arsenal of defense mechanisms against potential threats. 

Conclusion 

Combining social work with robust internet security knowledge is key to thriving in the digital age. A multi-layered approach involving consistent learning, applying preventive measures, constant vigilance for suspicious activities, and proactive response to scams will position you as confident protectors of your clients’ data. 

Remember, by adding these vital skills to your social work arsenal, you not only serve those in need but ensure they can trust the digital platforms through which this help is rendered.

The Role Of Government In Combating Cybercrime

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As technology advances, the rise of cybercrime has also increased. Hackers target financial institutions, healthcare organizations, and government agencies. The costs of cybercrime are estimated to be in the billions of dollars each year, and this number is only expected to grow.

The role of government in combating cybercrime has never been more important, as attackers become more sophisticated and the stakes continue to rise. Fighting cybercrime requires all stakeholders, from governments to the private sector, to work together. However, it’s the government that should be at the forefront of this battle by playing the following roles: 

1. Allocating Funds For Cybersecurity

Cybersecurity is critical in protecting systems and data but is expensive. The cybersecurity costs are expected to exceed USD$10.5 trillion by 2025, so the US government needs to allocate adequate funds to combat this growing threat. The funds will strengthen cyber defenses, investigate attacks, and prosecute offenders.

Failure to allocate enough funds for cyber and intelligence capabilities will be an advantage to hackers as they will continue to attack government systems with little consequence. Fortunately, several countries have realized the importance of investing in cybersecurity and have started allocating bigger budgets to this purpose. 

For example, the federal government in Australia has earmarked AUD$9.9 billion for cybersecurity and intelligence services. This will strengthen the cybersecurity space in their country. Click to find out more about how they will use the budget to fight cybercrime. 

2. Create Cybersecurity Regulation And Policies 

Governments also need to create regulations and policies to help combat cybercrime. The policies should address different aspects of cybersecurity, such as incident response, data security, and network security. The regulations will help ensure that all organizations, including government agencies, take the necessary steps to protect their systems and data.

It’s not enough to create these regulations and policies; they must also enforce them. Otherwise, organizations will not take them seriously and continue to operate without adequate security measures. The government should lead by example and ensure that its agencies comply with the regulations.

For example, the US government has implemented several regulations in the health industry, such as the Health Insurance Portability and Accountability Act (HIPAA). The HIPAA Security Rule requires healthcare organizations to implement security measures to protect patient data. It has also created the Cybersecurity Enhancement Act of 2014, strengthening critical infrastructure cybersecurity.

The Australian government has passed the Security of Critical Infrastructure Act 2018. The act strengthens the country’s cybersecurity laws and creates new offenses, such as those related to cyber espionage and cyber warfare. The act also gives law enforcement agencies more powers to investigate and prosecute cybercriminals. 

3. Raise Public Awareness 

Governments must also raise public awareness about cybersecurity threats and how to protect themselves. The general population is often the weakest link in an organization’s cybersecurity defenses. Hackers will target them with phishing emails, social engineering attacks, and other types of malware.

The government can help individuals and organizations defend themselves against these attacks by raising public awareness. It can provide educational resources like articles, tips, and webinars. It can also run awareness campaigns, such as Cybersecurity Awareness Month. During this month, the general public will be made more aware of the importance of cybersecurity and how to protect themselves. 

Governments can also work with businesses to provide training on cybersecurity best practices. The goal is to ensure that employees are familiar with the nature of various threats and how to handle such incidents within their organizations. 

4. Provide Cybersecurity Agency And Services 

The government can also help organizations by providing cybersecurity resources and services. The US government provides the Cybersecurity and Infrastructure Security Agency (CISA) with resources and services to help protect critical infrastructure. The agency offers incident response services, vulnerability management, and risk assessment. 

The Australian government has established the Cyber Security Cooperative Research Centre (CSCRC). The CSCRC is a research organization that works with businesses and academia to improve cybersecurity in the country. The CSCRC also provides training and resources on cybersecurity best practices. These agencies are in charge of helping organizations protect themselves from cyberattacks. The agencies are also responsible for defining the scope of the country’s cybersecurity space. 

5. Have A National Recovery Plan 

No matter how robust your cybersecurity system is, there’s always a chance that there will be a successful attack—as such, having a recovery plan in place is essential. The government can help organizations develop and implement a recovery plan. The goal is to ensure that the organization can quickly and efficiently recover from an attack. It can also provide resources to help organizations during and after an attack. 

Such resources include cybersecurity awareness and training programs. The program provides resources and guidance on responding to and recovering from a cybersecurity incident. The government can also provide funding to help organizations rebuild after a successful attack. This will cushion small businesses and help them quickly get back on their feet. 

6. Strengthen Relationship Between Stakeholders

Fighting cybercrime is a national effort that requires the cooperation of various stakeholders. Governments need to work with businesses, academia, and law enforcement to improve cybersecurity in the country. The goal is to have a coordinated effort to combat cybercrime effectively. 

For example, the government can develop cybersecurity frameworks and define roles and responsibilities. This will incentivize businesses to share information about cybersecurity threats and incidents. By facilitating a seamless flow of information between companies, customers, and government agencies, it becomes easier to combat cybercrime. It also makes it easy to identify and track down weak points that hackers can exploit. 

7. Enact Strict Cybersecurity Laws

The government can help improve cybersecurity by enacting strict laws. These laws will help to deter cyber criminals and make it easier to prosecute them. It can work with businesses to create industry-specific regulations. The goal is to ensure that companies take the necessary steps to protect themselves from cyberattacks. For example, the Cyber Incident Response Teams (CIRT) are responsible for responding to and investigating cybersecurity incidents. 

If criminals are caught, there should be strict penalties in place. The punishment should be significant enough to deter others from committing the same crime. It can also create a national cybercrime reporting system. This will make it easy for businesses and individuals to report incidents. The information can be used to track down and prosecute criminals. 

Conclusion

The government has a vital role to play in combating cybercrime. It can help businesses and individuals protect themselves from attacks and provide resources to help organizations during and after an attack. Overall, these actions can strengthen the relationships between the people and the government.

Why Is Healthcare Cybersecurity so Challenging?

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The healthcare industry tends to be hit especially hard by cyberattacks. The number of attacks has increased by 44% in 2022. It is concerning that facilities have been unable to make improvements to prevent patient records from being exposed. 

Healthcare cybersecurity is a problem, but it hasn’t changed much. Many people are working to meet these demands, but resources are lacking to allow them to do so. Threats will continue to disrupt the system if proper security measures aren’t taken.

Here are some common reasons for healthcare security problems. 

Lack of Qualified Professionals

Healthcare services recognize the problem and are fully aware of what needs to be done. The problem is that information security and healthcare informatics professionals are in short supply. The demand is so high that it is hard to execute getting the resources needed. 

The cybersecurity industry has difficulty filling jobs, making this even more of an issue. Skilled experts are in high demand, so they are quickly hired by well-funded companies first. It is important to find qualified professionals to ensure the security of patient records. Unfortunately, healthcare organizations can’t afford these professionals. 

An Underfunded System 

Underfunding has been an ongoing issue for hospitals and clinics, especially in their IT departments. The annual cost of cyberattacks against hospitals is $6 billion, but there are many limitations when it comes to budgeting. The budget gets even slimmer in the area of cybersecurity efforts. 

Slow efforts are happening to make this change since the current ones are not enough. Healthcare organizations plan to increase cybersecurity investments, but the expenditures seem small. Hospitals only spend around 5% of their budget on cybersecurity, which needs to be more significant. Healthcare organizations are starting to get more money for cybersecurity, although it is unclear exactly how much.  

Poorly Managed Systems

An array of devices, such as laptops, tablets, and smartphones, could potentially be vulnerable to attacks. Busy healthcare institutions like hospitals pose a greater risk due to a large number of people. It is imperative to remember that hackers are drawn to larger facilities like this. Data breaches in healthcare have not declined and can cost billions of dollars. 

To tackle something this large, high-risk industries like hospitals need to add security requirements with vendors about purchase agreements. Double-checking that firmware is up to date should be a priority, and they should be notified when equipment is at risk. 

A cheap improvement to make is properly training employees. Human error causes most medical data breaches. Healthcare providers with the proper knowledge on how to prevent cyberattacks could potentially reduce the number of these occurrences. Education is only one part of the puzzle that leads to improvement, but it’s a huge step forward. 

Ever-Changing Requirements

Cybersecurity requirements constantly evolve, making it harder for healthcare providers to keep up. Insurers are increasing premiums, limiting coverage, and adding security requirements. To get a policy, they require multifactor authentication measures and more. 

Healthcare workers are trying to meet new demands, but the lack of resources such as qualified professionals and money makes it harder. Now that insurance policies have increased costs, investing in their own cybersecurity programs is even more challenging.  

Poor Network Security 

Network security needs to be prioritized for a safer cyber system. Healthcare often faces data breaches, insider threats, cloud risks and phishing attacks. The pandemic made its impact on cybersecurity as well. Since employees were working from home, hackers could access information by phishing emails due to unprotected Wi-Fi networks. 

Fortunately, there are ways to improve cybersecurity to ensure sensitive data is adequately protected.

●    Implement antivirus software: This software can help protect network security overall. However, these systems require constant updates to combat ever-changing cyberthreat tactics. Healthcare organizations must prioritize keeping up with the upgrades to protect against hacking attempts.

●    Create strong passwords: Having strong passwords and updating them regularly can keep networks more secure. Strong passwords typically include 12-14 characters with a combination of capital and lowercase letters, numbers, and symbols. Enforcing regular password updates is vital. Employees should understand the difference between weak and strong passwords as part of their work operations. 

●    Establish a security culture: It is essential to enforce cybersecurity’s importance. Creating a security culture will help make managing security a lot easier. Things will be safer when every team member is on the same page and is on top of their responsibilities. All employees are responsible for protecting patients’ data. 

The Bottom Line

Healthcare faces many challenges, one of which is cyber threats. Security must be treated as an imperative practice to keep everyone protected. Hackers see this industry as an easy target to profit from because of the lack of cybersecurity. Organizations must deal with their weakness and protect patients’ information.

Top Ways to Protect Data Centers by Integrating Physical and Cyber Security Teams

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In the last 18 months, around 79% of businesses experienced a data breach. To protect your business from the liability issues and financial losses that come with a data breach, you need to align physical and cyber security teams.

Aligning physical and cyber security teams allows you to implement a more cohesive security strategy that protects your data from both physical and digital angles. Keep reading to learn the top ways to protect data centers by integrating physical and cyber security teams.

Install Access Control And Video Security To Protect Data

Physical security is an essential element of cybersecurity. You must protect your digital assets, such as servers, inside your office building. You must secure your office building from third parties to prevent unauthorized access to your sensitive data and digital assets.

By merging your physical and cyber security teams, you can protect your data from both a physical and digital security standpoint.

Cloud-based access control is becoming an increasingly popular physical security solution. It enables security staff and system administrators to operate door locks and view security information from anywhere using a cloud-based control center or mobile application. Remote security operation ensures your security teams can respond quickly to any security breach that puts your valuable data at risk. 

You should install access control in your building to make your sensitive data inaccessible to third parties. However, with an access control solution comes one major vulnerability. If a third party can steal access credentials and use them to enter your building, there will be no alert of a security breach, and they will be able to access your data quickly. To protect your business against such risk, you should install video security integrated with access control.

A cloud-based access control system has open API integrations that allow a commercial integrator to create integrated video security and access control. By integrating the two technologies, you can easily view data from both installations on a single interface, allowing you to verify the identity of users before they enter the building. If you did not integrate both security tools, you would have to manually access the data on disparate platforms and correlate timestamps to verify identity.

If you merge physical and cyber security teams, you can quickly implement facial recognition software to automate identity verification. Facial recognition software ensures your facility is completely secured from unauthorized users without increasing the workload of your physical security team.

Integrate Cybersecurity Policies Into Physical Security Hardware

Cybersecurity policies don’t just apply to your online operations. Some cybersecurity policies can help you to increase the efficacy of your physical security strategy. For instance, zero-trust can be applied to your physical security hardware to prevent internal security breaches.

Zero-trust is a cybersecurity policy designed to protect businesses from internally-caused cyberattacks. The approach ensures that simply because a user has credentials to access your network, they should not be able to access all resources and sensitive data stored on the network. Instead, each user on the system gains unique permissions to access only the data they need for daily operations. 

This cybersecurity policy is beneficial for businesses operating under a hybrid work scheme. If an employee was working from home and their device was compromised, the cyber attack would only reveal a limited amount of data, not all of your company’s data.

The same principle applies to your physical security. Should every visitor, contractor, and interviewee that accesses your building gain access to your server rooms and sensitive data? You must restrict access to areas housing sensitive data, only granting authorized users to enter these spaces. So, to apply zero-trust to your physical security, you should implement smart door locks to protect spaces housing your company’s servers and sensitive digital assets.

Automate Notifications And Testing

One of the significant benefits of a cloud-based security system is that it provides security teams with the ability to automate notifications and testing. Your security teams can receive a notification on their mobile device if a security breach occurs. So, on-site or off-site, they will be consistently in the loop regarding building security events.

You can also automate testing to ensure no vulnerabilities in your security system. Your integrated cyber and physical security teams will be able to collaborate to ensure your physical security tools are protected from a cyber standpoint, implementing cybersecurity software and regular testing.

You can also automate security for HR to ensure that ex-employees are immediately offboarded from your security system when they leave the company. Your HR team must ensure all employees are offboarded from the security database to prevent a security breach in the future.

Summary

The modern security climate requires companies to protect their data centers from both a physical and cyber standpoint. Companies can create a strengthened security strategy by merging physical and cyber security teams. Both teams will be able to collaborate and implement solutions that future-proof your security strategy against the modern threat landscape.

4 Major API-Related Vulnerabilities & How You Can Deal With Them

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APIs (Applications Programming Interfaces) are programming interfaces that dictate the communication and sharing of data between different applications. They have become some of the most important software assets for businesses today.

This is because they allow businesses to transfer data between systems either within or without the businesses. For instance, users can log into a company application using their Google details. This is made possible by APIs. 

It, therefore, means that APIs transfer and share sensitive data, making their security very important. Unfortunately, technological advancement has not only given birth to positive solutions such as APIs but also provided different techniques for cybercriminals to infiltrate these solutions.

Here are some of the major API-related vulnerabilities and how you can deal with them; 

Code Injections

Code injections such as cross-site scripting (XSS) and SQL injections are among today’s most common API-related vulnerabilities. With SQL injections, cybercriminals add certain SQL statements into your application or API entry fields. This tells your database to behave differently.

For example, a hacker might tell your database to provide them with sensitive information or display it against your wish. This would mean they have all the information you would otherwise keep hidden. 

Cross-site scripting, on the other hand, allows hackers to inject client-side scripts on an application or web page that users access. The script runs when a user launches the app or visits the affected web page. This allows the hacker to collect personal information from the user.

Dealing with Code Injections

Most developers do not know that handling SQL injections is one of the easiest things they have to deal with. All you need to do is to use parameterized statements when writing SQL queries. 

These statements ensure that users have no option but to enter certain data types into specific parameters. These data types are combined when forming the final query. This ensures that users are prevented from using the complete SQL statements.

Input validation can be used to prevent cross-site scripting on the server side. This is important because hackers can bypass client-side input validation easily. You should also ensure that input data is encoded before sending any response to users.

Lack of Attribute-Based Access Control (ABAC) Validations

Some APIs support attribute-based access control (ABAC), which exposes them to several vulnerabilities, including the ones discussed in this article. Such APIs allow regressions to grant users access to actions such as deleting, updating, and viewing objects that API owners should only access.

This access is made possible if an API lacks attribute-based access control validation. With such a vulnerability, a cybercriminal can gain access to other user resources by simple trial and error methods using predictable patterns to identify the user account numbers.

Dealing with Attribute-Based Access Control (ABAC) Validations

You can implement different strategies to deal with some of these vulnerabilities, such as the lack of Attribute-Based Access Control (ABAC) Validations. In addition, it might be challenging to track all the strategies and policies that help you to restrict access to your APIs and their resources. 

That notwithstanding, you can deal with ABAC validations by continuously assessing your APIs and ensuring that all the validations are in place. This way, you will always know when there is a new vulnerability.

Business Logic Flaws

Business logic flaws play a vital role in web application security. Looking at most API vulnerabilities, you will realize that they originate from business logic flaws. But what are these flaws, and how do they work?

Using business logic flaws, cybercriminals can devise legitimate flows that they use maliciously. This, in the end, triggers unintended actions that might leave your APIs exposed and lose data.

With such actions, cybercriminals might lock some of your legitimate users out. For instance, they might repeatedly try to log into your APIs and systems using your legitimate user accounts. This might log out some users.

Dealing with Business Logic Flaws

The best way to deal with business logic flaws is to ensure that your APIs are audited from time to time. When doing this, consider all your workflows and evaluate the different ways through which they can be used to hurt you.

In addition, ensure that your API exposes little to no information if possible. For instance, you do not have to expose your users’ usernames not unless it is necessary. 

Business logic drives your business towards achieving its goals. You, therefore, need a way to collect API data and track their contract statuses throughout their lifecycle. You can do that using SolarWinds IT asset management solutions with powerful capabilities and tools to help you manage your IT solutions and achieve your business goals.

Denial of Service

Some cybercriminals use denial of service to gain access and harm your Application’s Programming Interfaces. Denial of service can be described as the process through which cybercriminals send many intentional requests to your APIs. The process slows down and drowns out legitimate requests from your users.

Even though you can use an API gateway with rate-limiting capabilities to limit the requests that are sent to your API, some hackers are way ahead of this and try to make a few requests to abide by the number of requests that your API supports.

These requests come with larger payloads compared to legitimate requests from your users. For example, they can send a single search request intended to return thousands of results. This might affect the ability of your server to respond on time.

Dealing with Denial of Service

You can deal with denial of service effectively using pagination. Pagination can be defined as a process that generates multiple parts from a single response. This is important in avoiding oversized payloads.

However, you need to be careful when dealing with pagination. This is because you might encounter a few challenges when implementing pagination. That notwithstanding, ensure that you have limited your API to a certain number of results that your APIs should return for every request.

APIs are playing a very essential role in driving digitization and automation in businesses. However, businesses are at risk of losing data and getting exposed due to the continued use of APIs. Fortunately, as discussed above, they can easily deal with the major API-related vulnerabilities.

4 Tips to Improve Business Wi-Fi Security

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Business owners or IT team managers probably know the importance of keeping a Wi-Fi network secure as part of an overall strategy to avoid hacking and unauthorized network traffic. Perhaps you’ve already done some things, such as changing the Wi-Fi network’s default credentials to a unique network name and strong password. Those are a good start, but there’s more to do. Here are some actionable tips.

1. Consider Having Team Members Use a VPN

Some organizations use virtual private networks (VPNs) to strengthen their Wi-Fi security. A VPN routes traffic through intermediary servers and encrypts the data. These tools are straightforward to use. Using them usually involves activating them and choosing a location for the intermediary server.

Working through a VPN is a good practice for companies to follow if they regularly handle sensitive information related to finances or health. VPNs are also helpful when businesses have remote team members. After all, it’s challenging or impossible for an IT manager to verify the security of someone’s home network. A VPN provides an extra layer of protection.

As you research the options, think carefully before using a free VPN tool. They exist but don’t always have the same levels of security and reliability as the paid possibilities. Plus, when you pay for something, it’s usually easy to connect to a technical support representative in case things go wrong or you need a few questions answered.

2. Provide a Guest Network

Regardless of the business you’re associated with, you almost certainly welcome occasional visitors. They could be current or prospective clients, candidates for open positions, vendors, consultants, legal professionals, and others essential to helping your company operate smoothly.

Internet access is instrumental in helping people communicate and access information, so, understandably, some visitors would need and appreciate Wi-Fi access. However, having them use your company’s main network is a security risk.

Allowing that to happen means the Wi-Fi credentials don’t remain within the company. However, guest networks have some specific security features, too. For example, an administrator can set up the connection so guests can access the internet but not local resources.

It’s also often possible to limit the number of people who can use a guest network simultaneously. This primarily ensures Wi-Fi traffic does not get too heavy for people at the company who need the internet for their daily work.

Wi-Fi networks have gotten a lot better over the years. For example, beamforming technology setups can intentionally transmit a signal in the receiving device’s direction for better connectivity. However, most networks will get progressively slower as more people use them. That’s why limiting how many individuals can use your guest network is good.

3. Give Employees Safe Options for Using Wi-Fi Outside of Work

Today, and especially since the COVID-19 pandemic, it’s less likely that people will do all their work on the clock while within a company’s building. They might need to meet clients elsewhere, have a work obligation that requires traveling to another city or state, or take care of other necessities that make them unable to stay on-site at all times.

In such cases, it’s often tempting for employees to use public Wi-Fi connections since they’re so easily accessible. However, that can pose security risks. It’s a good idea to remind workers of cybersecurity best practices periodically. Those include never leaving their devices unattended and keeping software updated. The discussions should also extend to how people should connect to Wi-Fi while away from work to stay as safe as possible from cyberattacks.

One option is to recommend people tether from their smartphones, so they connect to the internet through cellular data. That strategy automatically encrypts all information that goes over the network. Another possibility is having people do their away-from-office work through browsers with built-in encryption.

Perhaps the broadest strategy is to have people think carefully about what kind of work they do outside the primary company’s Wi-Fi connection. For example, handling confidential or highly regulated data is never a good idea. However, it’s easier to justify something like sending an email to a colleague to confirm a meeting.

4. Help Workers Understand Wi-Fi Risks

Working over Wi-Fi connections is a regular part of daily life for many people, and they often don’t stop to think about the potential risks. For example, Wi-Fi signals can extend up to 1,000 feet outside and several hundred feet indoors. That can make it easier for unauthorized people to use the connection without being noticed.

It’s often said that workers are the weakest cybersecurity links within organizations. However, that’s frequently because employees don’t immediately realize the consequences of their actions.

Your workplace might have Wi-Fi networks set to ensure individual employees need specific credentials to access them. Consider a case where someone shares authorization if a colleague says theirs won’t work. In that place, the worker who gave the login details was probably primarily thinking about how to help and didn’t evaluate the cybersecurity risks.

However, education is critical in helping people avoid making mistakes that could elevate cybersecurity threats. No one’s perfect. However, the more someone’s aware of the dangers, the easier it is for them to stay careful.

Start Tightening Wi-Fi Security Today

Improving Wi-Fi security at your business is not something that can happen overnight. It’s a lengthy process but a worthwhile one. These considerations will give some excellent points for improving your company’s safety.

Metaverse- A case for regulation before innovation?

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By Ajay Singh,

Author of CyberStrong: A Primer on Cyber Risk Management for Business Managers

It is widely believed that the Metaverse is the next big thing that will shape the way we communicate and interact on the Internet. Top tech CEOs are also predicting the Metaverse to be the future of the Internet. Built upon concepts borrowed from video games and sci-fi films, the Metaverse is set to create a parallel online universe where we can traverse the virtual world using immersive technologies like virtual and augmented reality, 3-D reconstruction, AI, and social media. Furthermore, we can ‘live’ in the metaverse as digital humans. Another way to look at the Metaverse is that it acts as a connection between the digital world and the physical world. The concept of the ‘digital twin’ is one of the building blocks of the Metaverse. A digital twin is a real-time virtual representation of a real-world physical object, system, or process that functions as its digital counterpart. It can be used to perform activities like system simulation, integration, testing, monitoring, and maintenance.

Every day there are reports around the world of new applications where the Metaverse is being used to provide unprecedented experience to consumers in diverse areas such as Healthcare, Military, Manufacturing, Retail, Real Estate, and Education.

The Korean motor giant Hyundai is introducing its new Venue N line in India using Metaverse. This is a part of Hyundai’s larger plan, which involves launching its Hyundai Mobility Adventure available via Roblox, an app they have made available via the Play store. This is a first of its kind in the global automotive industry, which will enable potential buyers to ‘virtually experience’ their forthcoming future mobility lifestyles in the Metaverse.

The spread of 5G technologies, the proliferation of the Internet of Things, and low latency networks are ready to power the Metaverse by providing persistent, real-time connections, high bandwidth, and decentralized data transmission even as more industry sectors figure out how they can leverage the power of the Metaverse to attract new customers.

Traditionally, regulation has always followed the innovation of Internet-based products and services. Whether e-commerce platforms, social media, or peer-to-peer networks, regulation happened well after the introduction and growth of online offerings. Even as the Metaverse is being rolled out to consumers who are lapping up the idea of new and immersive experiences, threat actors are busy unearthing any loopholes in its framework. Cyber-attacks ranging from regular account takeovers and phishing attacks to more advanced attacks, such as presenting fake services to stealing digital data, are already happening in the context of NFTs.

Taxation and regulation across the world seem to have followed former American President Ronald Reagan’s dictum – “Government’s view of the economy could be summed up in a few short phrases: If it moves, tax it. If it keeps moving, regulate it. And if it stops moving, subsidize it.” Hence regulatory moves by governments have often come late in the day, be it cyber laws, piracy prevention laws, cybercrime prevention and cybersecurity regulations, privacy laws, and in general, while addressing various issues arising from the use of new and innovative technologies.

Metaverse today is riding on the promise of a new paradigm -Web 3.0, which promises to address various key issues not addressed by earlier versions of the web. Web3 is a broad term that promises fundamental changes in the architecture of the Internet, such as providing control to content creators and over personal data, which presently is being exploited by different platforms and third parties for profit. Web3 will allow creators to tap into various monetization opportunities while ensuring a fair and equitable regime that will reward them for their efforts. It is more than likely that if this promise is fulfilled, many of the current business models will be disrupted. While these goals are laudable, the moot question is- can all this happen as a process of evolution, or does it require the force of regulation to drive the change? Based on prior experience, we can safely say that new laws and compliance mechanisms need to be implemented early in the game so that players learn to play by the rules or face penalties and fines for violating them.

South Korea is among the early adopters of the Metaverse and has invested nearly $200 million in creating its Metaverse ecosystem. It is important to note that the South Korean government is engaged in preparing a Metaverse Industry Promotion Act and has already published a document that defines ‘Metaverse Ethical Principles’, which focuses on such issues as personal data and copyright protections.

As things stand, there are no regulations in place for the Metaverse, although it is well known that security threats such as privacy, use of deep fakes, financial fraud, tracking, misuse of personal data, social engineering, and data breaches are still to be comprehensively brought under regulatory control. Organizations wanting to use the Metaverse will have their data protection policies and provide assurances to self-regulate as they commercialize their platforms, but will they act against their self-interest when it comes to adopting a fair and equitable regime?

One option is to apply existing regulations to the Metaverse, but it is unlikely they will be effective. As the Metaverse evolves further and becomes more like the real world, the need for regulation will be felt even more. It is also inevitable that regulations will eventually evolve to meet different challenges and issues thrown up by more widespread use of the Metaverse. However, it would serve us well if global consensus is reached on already identified issues of privacy, safety, taxation, antitrust, copyright, trademarks, and patents, whether adapted from current regulations or created specifically for the Metaverse.

22 Best Items for a Cybersecurity Checklist

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A cybersecurity checklist is important since cybersecurity investments can be a complicated process. An organization must first identify vulnerable assets, determine how vulnerable they are, and allocate sufficient budgets needed to enhance their security. In any cybersecurity program, companies should, at the very least, include the following:

  1. Procedures for identifying and assessing cybersecurity threats and risks

  2. Secure assets from attempted cyber intrusions

  3. Detect instances of IT assets and systems being compromised

  4. Plan a response in anticipation of a data breach or security compromise

  5. Plan and implement a recovery plan for recovering unavailable, stolen, or lost assets

Developing a holistic program means covering all IT assets and information systems. For organizations with vast software, hardware, or network products, it can be challenging to develop an all-rounded cybersecurity program. This necessitates the use of a cybersecurity checklist. A cybersecurity checklist lists items that must be protected. It identifies and documents a set of cybersecurity procedures, standards, policies, and controls. The following sections discuss important items that must be included in a cybersecurity checklist.

Overarching best security practices

All organizations should identify the best security practices when accessing or handling sensitive data and critical information systems. The following three items are essential to maintaining a useful cybersecurity checklist.

1.  Documented Policies

Documented policies list the security guidelines and obligations of employees when interacting with company systems or networks. The policies enable an organization to ensure employees, third parties, or managed service providers observe minimum but mandatory security measures. Common policies to include in a cybersecurity checklist include acceptable use, internet access, email and communication, remote access, BYOD, encryption and privacy, and disaster recovery.

2.  Acceptable use Policy

A cybersecurity checklist should include an acceptable use policy. Acceptable use consists of various rules that govern the use of an organization’s IT assets or data. The policy is crucial since it prevents system users from participating in practices that can impact the cybersecurity of an organization. All new users, which might be employees, third parties, and contractors, must accept to have read and understood the stipulated rules. This is before being allowed to access company networks and computer systems. By acknowledging to understand the policy, users agree to use information systems according to the organization’s minimum-security recommendations. As such, a business can be assured that user activities will not introduce security risks and threats.

3.  Internet access policy

The internet has become ingrained in the daily activities of most individuals. People use the internet for research, accessing cloud services, and communicating through emails or social media platforms, among others. However, the same internet can be the downfall of an organization due to various reasons. For instance, cyber actors use the internet to deliver malware. They can place malware on a specific website such that any user who visits it downloads and installs the malware. Such and other attacks executed through the internet are frequent. Therefore, a cybersecurity checklist should include a policy governing internet usage within an organization. Internet access policy contains guidelines regarding how users can access and interact with the internet. For instance, an internet access policy can prohibit users from visiting specific websites, or the frequency with which they can access social media platforms. This can facilitate the adoption of bolstered and strengthened cybersecurity postures.

4. Emails and communication policy

Emails are used for both internal and external communication. All employees in an organization must, therefore, have an email account. Emails are also an attacker’s preferred mode of delivering phishing malware. Hackers send emails in batches to multiple targets hoping that one will click on the links or attachments containing malware. A policy regarding email usage can enable a company to prevent phishing attacks, thus improving the security of its data and systems. Such a policy can include rules requiring employees not to open emails sent by unknown people. Also, it can require that all incoming emails be scanned to detect malicious attachments or links with hidden malware. Additionally, an email and communications policy should require employees to avoid using personal emails when communicating work-related data. Such policies are essential to ensuring organizational security and should, therefore, be included in a cybersecurity checklist.

5.  Remote access policy

More businesses are adopting cloud technologies. This is to enhance their data collection and processing techniques and to improve employee productivity. Since cloud services are becoming more ingrained in running daily business operations, a cybersecurity checklist must contain a remote access policy. Remote access policies provide the necessary security requirements users should consider when accessing cloud accounts remotely. The cloud permits users to access data and other services from any location and device. This means that they can opt to work remotely outside the office. A remote access policy ensures that they observe secure practices when accessing sensitive information. For instance, the policy can require employees to use a VPN when accessing through a public and insecure internet network.

6.  Bring Your Own Device (BYOD) policy

Internet of Things has proliferated in recent years, leading to increased use of internet-enabled devices. The trend has seen most employees prefer using personal devices such as smartwatches, laptops, smartphones, and tablets to accomplish their assigned duties. This results in increased risks since the more the devices in use, the more the number of entry points a hacker can choose from. That notwithstanding, users may be unable to identify vulnerabilities present in their devices. Connecting to a corporate network or accessing data using vulnerable devices threatens their integrity, confidentiality, and availability. A BYOD policy enables an organization to manage the use of personal devices within a work environment, thus alleviating risks that can impact its overall security. A BYOD policy can include requirements such as employees only connecting to the corporate network using devices provided by the organization.

A BYOD policy should be updated frequently to ensure it covers all emerging technologies. Including a BYOD policy in a cybersecurity checklist facilitates the secure usage of personal devices, thus protecting an organization from multiple threat sources.

7.  Encryption and privacy

Sometimes, cyber adversaries manage to bypass the most secure networks and systems. As such, organizations are not fully guaranteed that their data and classified information are 100% secure. An encryption and privacy policy should hence be a requirement in all processes where users interact with organizational data. The encryption and privacy policy should require users to encrypt all data, whether it is at rest or in transit.

Encrypting data provides an additional security layer to the encrypted information if cyber adversaries manage to breach the adopted cyber defenses. Moreover, the policy should include the preferred encryption technique to ascertain that all users use the same level of standard encryption techniques. Encryption should be included in all cybersecurity programs and checklists since it is the simplest method for preserving data integrity, confidentiality, and availability.

8.  Disaster recovery policy

As previously stated, adopting the most powerful security solutions do not guarantee that an organization is entirely secure. In anticipation of the occurrence of a cyber-attack, businesses should maintain effective disaster recovery policies. A disaster recovery policy contains a set of actions that different users should undertake to recover from an attack. Developing effective disaster recovery policies can facilitate a company’s efforts to contain an attack.

Also, by maintaining and continuously updating a disaster recovery policy, a business assigns its employees the roles to complete to ensure a speedy recovery of critical data, networks, or computer systems. The policy further addresses the communication channels to ensure that the involved personnel has seamless communication during the entire time of a disaster recovery process. A disaster recovery policy should, therefore, be at the heart of all cybersecurity checklists.

9.  Modern and updated software

Every business should consider including the use of modern software programs in its cybersecurity checklist. Acquiring up-to-date software is vital to enhancing the security of an organization. This is because modern software programs are developed to be resilient against current risks and attacks. Using legacy operating or software systems introduces various security challenges. They might be containing unaddressed vulnerabilities, or their vendors might have stopped supporting them in releasing security updates and patches. Using current software does not necessarily mean that it is entirely secure.

Vulnerabilities emerge all the time, and failing to address them can provide hackers with a playing ground for exploiting the vulnerabilities. As such, a cybersecurity checklist should include a patch management program. Software or hardware vendors release security patches to mitigate vulnerabilities as they occur. Regularly applying security patches can help protect an organization from cyber-attack incidences.

10.  Frequent employee training

More than 90% of the cyber incidences are caused by erroneous user mistakes or cybersecurity ignorance. For example, an employee leaving a computer without locking can result in disastrous data breaches. For this reason, all organizations need to include frequent training and awareness campaigns in their cybersecurity programs. Training and awareness provide employees with skills for securely using organizational systems, data, and networks. It also ensures that they are capable of identifying security risks, managing them, and reporting them to the relevant personnel.

In this regard, an employee training program should train employees on how to secure their workstations, emails, cloud accounts, and other types of information systems. Also, a training program should enable employees to understand how they can identify phishing emails and the actions they should undertake once identified. Such measures include marking the sender’s email address as spam, reporting to IT, and alerting other employees of the attempted phishing attacks. There are other training items to be considered when developing an awareness and training program. These should be included to meet a company’s security needs.

User security measures

A practical cybersecurity checklist should contain measures that are specific to network and system users. The standards ensure that an organization remains protected whenever a user accesses the IT assets at his disposal. The following items need to be included in a cybersecurity checklist. This is to ascertain that user behaviors do not impact organizational cybersecurity.

11.  Password etiquette

Password etiquette refers to what consists of best password management practices. Passwords are often the most used defenses at all levels, and users must ensure that they observe best password practices. An essential password security requirement is users should always create robust passwords. The guidelines to consider include combining different characters such as numbers, alphabetical letters, and special symbols. This is to minimize the possibility of cyber adversaries guessing the passwords.

Also, a business should require users to create lengthy passwords. Passwords with 6-10 characters can provide sufficient security. It is also crucial for users to frequently change and update their passwords. A rogue college might access stored passwords and use them for identity theft or other malicious activities. To ensure high password complexity, users should consider using passphrases. These are strings of different words required to access a system. These and other password requirements should be included in a cybersecurity checklist.

12.  Auditing disabled accounts

Work accounts such as email and cloud accounts can be disabled due to various reasons. These reasons can include employees being reassigned to new roles and responsibilities, or if an employee stops working in an organization. Auditing disabled accounts allow a system administrator to identify accounts that are no longer in use. Disabled accounts provide security risks since malicious actors can access them along with all permissions and privileges.

As such, they can gain system and data access while posing as legitimate users. An audit of all outdated accounts ensures that those no longer in use are closed and deleted. Including auditing disabled or outdated accounts in a cybersecurity checklist enable a company to close all loopholes that can give adversaries unauthorized access to protected systems and information.

13.  Preventing shared passwords and accounts

Preventing users from sharing the same passwords or work accounts should be a priority for any cybersecurity program or checklist. Allowing users to share work accounts and passwords can result in highly impactful security risks. For example, it can be difficult to trace the user responsible for a security incident if it involves a shared account. Besides, allowing employees to share accounts and passwords encourages insider threats and attacks.

Employees participating in malicious activities can deny any accusations, pointing out that they are not the only ones with access to the account in question. Therefore, including the prevention of shared passwords and accounts as an item in a cybersecurity checklist can ensure a company audits all accounts. Subsequently, insider threats can be minimized, thus leading to enhanced cybersecurity.

14.  Use of secure websites

The use of secure websites, when connected to an organization’s network, should be a mandatory item in a cybersecurity checklist. Every business should require employees to only share organizational information or any sensitive data like passwords through secure websites. Secure sites have an HTTPS connection, which means that the connection is encrypted.

Encrypted connections allow secure data and information transfer, which is vital to ensuring that its integrity and confidentiality remain intact. Including the use of secure and encrypted websites in a cybersecurity checklist can enable a company to block users from accessing insecure websites. This eliminates instances where cyber incidences are as a result of the information being compromised through vulnerable sites. Such sites have an HTTP connection and as such, lack the necessary encryption schemes.

Email security

Almost all communication processes are done via email communication. Emails, however, provided the highest risks since they are a preference for delivering malware and viruses for most cyber actors. It is, therefore, essential for an organization to include email security in its cybersecurity checklist. The following are some of the points to consider in email security.

15.  Filtering tools

Email communication is the most widely used platform for executing phishing attacks and delivering malware. Phishing attacks are where cyber adversaries target multiple users with messages crafted to appeal to their interests. This is to trick them into clicking on a link or attachment that contains hidden malware. To ensure that such malware programs are caught before a user downloads them, businesses need to install tools for filtering all incoming messages. As such, they can detect embedded malware and prevent them from accessing the company’s networks or computer systems.

16.  Email policy

Developing and regularly updating an email policy should be included in a cybersecurity checklist. Emails can still be hacked without the knowledge of an organization, as email security is usually the responsibility of the email service provider. Documenting an email policy identifies the types of information that users are permitted or prohibited from sharing through emails. For example, an email policy can prevent users from sharing passwords, personal data, or financial information through emails.

Website security

Businesses use their websites for marketing their products and services. They also use emails to interact with customers by responding to inquiries or customer feedback. In some cases, some companies might collect a client’s personal information through their websites. Website security should, therefore, be an essential item in a cybersecurity checklist. There are two main points to consider to realize optimum website security.

17.  SSL certification

Companies need to obtain an SSL (Secure Sockets Layer) certification. An SSL-certified website means that it is secure, and it provides end-to-end encryption between a client and a server. By being SSL certified, a user can confidently transmit sensitive information without fearing that it will be intercepted and modified before it reaches the intended target. Moreover, an SSL-certified website not only means that users can access it and securely request or transmit information, but it also builds a company’s reputation. Customers prefer submitting their information through secure sites, and SSL certificate gains their confidence. As such, it is necessary to include SSL certification in a cybersecurity checklist.

18.  Secure web hosting provider

An organization should only seek the services of a secure web hosting provider. The key attributes to include in a cybersecurity checklist are the provider’s ability to isolate hosting accounts, mechanisms for regularly backing up the website, and the ability to maintain the server logs.

Network security

Ensuring network security is crucial to any business. Cyber adversaries are always looking for exploitable network vulnerabilities to gain unauthorized access. The following items should be present in a cybersecurity checklist to realize maximum website security.

19.  Powerful firewalls

A network should be secured using powerful firewalls. Combining several firewalls can provide enhanced network security. Protecting networks using a firewall facilitates the development of filtering rules in accordance with an organization’s security requirements. The rules are for filtering out incoming malicious connections that can affect the security of the network.

20.  Password protection

Maintain password security ensures only users with the correct permissions can connect to the network. A business should hence apply password security in its Wi-Fi routers to ensure only employees can access internal networks. To minimize the risk of a malicious user accessing the corporate network, a business should provide guests with a separate Wi-Fi network.

21.  Network segmentation

Network segmentation entails splitting a network into small but manageable segments. Network segmentation enhances both the security and performance of the network. In the event that a hacker accesses a part of a network, a segmented network can prevent the adversary from accessing other systems that are not connected to the same network. This is as opposed to an unsegmented network, where an adversary can move laterally, gaining access to all connected systems.

22.  Automatic computer lock screens

Computers should be equipped with an automatic lock screen functionality. They should be set to lock automatically, say after three minutes of inactivity. This is to prevent unauthorized users from accessing the computer and the network in extension.

5 Tips for Surveillance System Cybersecurity

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Surveillance systems have a critical weakness today: cybersecurity. All too often, physical security systems are forgotten in cybersecurity measures. However, these devices can pose a major threat and a major vulnerability. Luckily, securing surveillance systems is possible. There are a few key tips that can help and some primary threats everyone should be aware of.

Why Surveillance Systems Need Cybersecurity

Surveillance systems can often slip through the cracks when it comes to cybersecurity. After all, surveillance devices are security equipment themselves. However, these devices are not operating in a vacuum.

More and more surveillance equipment today is IP-connected, hooked up to the internet, or part of IoT device networks. Connected surveillance devices can be efficient and offer some helpful benefits for users, but they also pose cybersecurity risks by being connected to the internet and other devices.

It is worth noting that smart home surveillance equipment can also be in danger. Smart home devices use IoT technology to connect a whole home through the internet. This offers some great benefits, but it also means home security systems are at risk of being hacked.

Surveillance System Hacks

Surveillance systems can be hacked in a variety of ways. They can sometimes be used as weapons in larger attacks. One of the most infamous examples of this is the 2016 Mirai botnet attack that used DDoS to lock down major websites like Amazon and Twitter for almost an entire day.

The primary weapon used in the attack was IoT CCTV cameras and routers. The hackers hijacked these devices and roped them into the botnet, which carried out their DDoS attack. Shockingly, the attackers released the Mirai botnet source code on the internet after their successful attack.

If surveillance systems can be hijacked to run a malicious botnet like this, there’s no telling what else hackers could do. For instance, a hacker could hijack a camera feed to make it loop a segment of normal footage to cover somebody breaking into a physical location. Protecting surveillance systems is critical for physical and digital security.

Tips for Resilient Surveillance Cybersecurity

All of this can sound pretty grim, but there are some concrete steps anyone can take to strengthen their surveillance system cybersecurity.

1. Remember Camera Passwords

Security cameras themselves need dedicated protection, especially IP-connected cameras and IoT cameras. When using these types of connected surveillance cameras, make sure to choose one with an encrypted signal. This way, footage getting relayed by the camera has a layer of protection over it.

Additionally, it is important to use device-level encryption on cameras. Make sure to use complex, unique passwords for this, as well. One of the vulnerabilities the Mirai botnet attack exploited was the use of 60 of the most common passwords. To avoid falling victim to strategies like this, cameras need complex passwords and encryption, protecting the firmware on the device.

2. Install an Emergency Power Supply

A power outage can leave surveillance systems critically vulnerable to physical and digital attacks.

Installing a backup power supply specifically for the surveillance system is the best way to protect security gear from power outage weak spots. This prevents communication and security protocols on the surveillance equipment from being interrupted, potentially opening a window for hackers to gain physical or digital access.

3. Protect Footage Data Storage

In addition to securing individual surveillance devices, remember cybersecurity measures for the footage coming off those devices. Hackers could potentially tamper with it or steal it for ransom if this footage is not protected effectively.

Whether the footage is stored in the cloud or a physical server, ensure the storage resources have limited access. That is, retain access to security footage data to only those personnel who absolutely need it and ensure their accounts and login credentials are secure. This will minimize the risk of compromised credentials, allowing hackers access to security footage data.

4. Practice Zero-Trust Security

Zero-trust cybersecurity is the way to go in today’s threat landscape. This approach to cybersecurity assumes a network is always at risk and minimizes that risk by strictly limiting access to various parts of the network. With a surveillance system, this could mean running the surveillance equipment on a separate network from the one local PCs and other devices use.

Similarly, create a separate login identity for streaming the surveillance video footage. Administrator login credentials should only be used for system maintenance on surveillance devices. Most of the time, keeping the devices on a lower-level login identity limits the risk that a hacker could use that device to get into a higher-level login identity.

Network segmentation works with smaller-scale surveillance systems, such as smart home security systems. In this case, a smart video doorbell or smart security system could be connected to an isolated, highly secure Wi-Fi network that isn’t used for anything else in the house.

5. Raise Staff and Team Member Awareness

Lastly, remember the people working and living with the surveillance system daily. People can be either a great strength or a crippling weakness in cybersecurity. All too often, hackers initially gain access to systems by tricking people into giving away credentials using phishing tactics.

Educating everyone on recognizing and defending against these traps is one of the best ways to keep hackers out of security systems altogether. Experts have identified cybersecurity training as one of the top security trends today. This applies to smart homes, as well. Some topics to cover in any cybersecurity awareness training include secure password creation, signs of a phishing email, antivirus software, and ground rules for giving out the Wi-Fi login info.

Protecting Video Surveillance Systems

Protecting video surveillance systems requires vigilance, but these tips can make it easier to manage. Remember – physical security equipment is not immune to cyberattacks. Defending against device hijacking and botnet attacks is a matter of simply layering security. Protect the devices that protect the building and its network security.

Top 50 Cybersecurity Podcasts for 2023

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It is incredibly important to stay abreast of the latest in cybersecurity. Since technology is evolving at an amazing pace, your cyber skills can be made obsolete if you don’t continuously learn.

Listening to relevant cybersecurity podcasts is one way to keep your finger on the latest types of attacks, vulnerabilities, and technologies Here is a list of 50 cybersecurity podcasts for 2020:

1. Cyber Work
2. Click Here
3. Defrag This
4. Security Now
5. InfoSec Real
6. InfoSec Live
7. Simply Cyber
8. OWASP Podcast
9. We Talk Cyber
10. Risky Business
11. Malicious Life
12. Hacking Humans
13. What The Shell
14. Life of a CISO
15. H4unt3d Hacker
16. 2 Cyber Chicks
17. The Hacker Mind
18. Security Weekly
19. Cyberside Chats
20. Darknet Diaries
21. CyberWire Daily
22. Absolute AppSec
23. Security in Five
24. Smashing Security
25. 401 Access Denied
26. 7 Minute Security
27. 8th Layer Insights
28. Adopting Zero Trust
29. Cyber Security Sauna
30. The Cyberlaw Podcast
31. Unsupervised Learning
32. Naked Security Podcast
33. Identity at the Center
34. Breaking Down Security
35. The Shellsharks Podcast
36. The Virtual CISO Moment
37. The Cyber Tap (cyberTAP)
38. The Shared Security Show
39. The Social-Engineer Podcast
40. The 443 Security Simplified
41. Adventures of Alice and Bob
42. Cybersecurity Today by ITWC
43. Crypto-Gram Security Podcast
44. Open Source Security Podcast
45. Hacker Valley Studio Podcast
46. The Hacker Chronicles Podcast
47. Task Force 7 Cyber Security Radio
48. The Privacy, Security, & OSINT Show
49. Cyber Security Headlines by the CISO Series
50. SANS Internet Stormcenter Daily Cyber Podcast (Stormcast)

Originally Published by Daniel Kelly on LinkedIn