man infron of a laptop looking concern
Cybersecurity

When Email Gets Too Smart: How AI Is Supercharging Phishing Emails

Phishing Emails Just Got a Major Upgrade

Phishing emails aren’t what they used to be. Gone are the days of poorly written messages full of typos and obvious red flags. Today’s scam emails are slick, professional, and powered by artificial intelligence.

If you’ve been wondering why some scam emails seem more personal or harder to spot lately, you’re not alone. These modern fraud attempts are smarter and more convincing because they’re being written by AI tools that mimic human language almost perfectly. In this article, we’ll break down how AI is helping scammers level up—and what you can do to stay ahead of these digital traps.

Summary: AI is making phishing emails harder to spot by helping scammers create polished, personalized, and convincing messages that mimic real communication. Unlike older scams with obvious mistakes, today’s AI-driven phishing emails use correct grammar, realistic tone, and personal details—making awareness and caution the best defense.


Smarter, Faster, Sneakier: How AI Transformed Phishing Emails

It used to be a numbers game. Attackers would send out massive waves of generic scam emails, hoping someone would bite. But now? AI lets them fine-tune each message to feel custom-written.

These emails can reference your name, job title, and even mimic the tone your coworkers use. Some are so advanced, they can hold a conversation with you via email or text—picking up on your responses and adapting to them.

Why is this happening so quickly? Tools like ChatGPT and open-source AI models allow scammers to craft messages that sound natural, clean, and professional. No broken grammar. No suspicious formatting. Just a message that feels like it came from your boss, your bank, or your HR team.


How to Tell If a Message Is a Phishing Email (Even If It Sounds Real)

You may be thinking: If these emails are that good, how can I tell the difference anymore?

That’s the challenge. Traditional clues like spelling errors or weird URLs aren’t as common in these new, AI-written phishing emails. Instead, you need to pay attention to smaller, more subtle details.

Here’s what modern scam emails often include:

  • Polished grammar and clean formatting
  • Legit-looking email addresses and sender names
  • Personalized greetings and references to your real-life work or contacts
  • Realistic urgency, like “Please review this document before 5 PM”

Some of them even go a step further. They might reply back to your email with follow-up messages, acting like a real person. This tactic builds trust—making you more likely to click on a dangerous link or share sensitive info.


Behind the Curtain: How AI Makes Phishing More Convincing

Why are we seeing this surge in realistic scam emails? Because AI gives scammers a whole new toolkit.

Today’s phishing strategies include more than just email. Criminals now use AI to:

  • Design fake websites that look like real login pages
  • Generate realistic voice calls or deepfake videos
  • Scan your online activity to tailor attacks to you specifically

It’s not just a quick trick anymore—it’s a long game. Scammers plan their phishing campaigns to feel like regular business interactions. And with AI on their side, they can do it at scale.


What Do AI-Driven Phishing Emails Sound Like?

To understand the threat, it helps to look at the tone and structure of these messages. You won’t see sloppy subject lines or strange requests anymore. Instead, these emails sound... normal.

Examples of modern phishing email styles:

  • Conversational: “Hey Mike, did you get a chance to approve the payment?”
  • Urgent but subtle: “Your password is set to expire today. Please update it to avoid disruptions.”
  • Imitating authority: “Per legal, we need you to review this contract ASAP. Let me know once it’s done.”

These emails work because they blend into your inbox. They don’t stand out. That’s exactly the point.


How to Defend Yourself (No Tech Degree Needed)

You don’t need to be a cybersecurity expert to protect yourself from AI-generated phishing emails. You just need to slow down and stay sharp.

Here are some easy, actionable tips:

  • Pause before clicking. If anything feels unusual, take a breath before acting.
  • Look closely at the sender. A single swapped letter in an email address can be a red flag.
  • Double-check odd requests. Get confirmation by phone or direct message.
  • Keep personal data private. Don’t give up passwords or sensitive info via email.

Scammers count on you being too busy to notice something’s off. But when you slow down and verify, you take back control.


Conclusion: Phishing Emails Have Evolved—So Should Your Awareness

AI has changed the phishing game. Today’s scam emails are smooth, tailored, and alarmingly human. But while the tech behind them is powerful, your best defense is still awareness.

Train yourself—and your team—to spot the signs. Be cautious, not paranoid. Look beyond surface-level polish.

Phishing emails may be smarter, but they’re not unbeatable. The more you understand their tactics, the better you can defend against them.

Contact us if you want to learn more about how AI is shaping phishing emails and what this means for the future of digital communication.


If you enjoyed this article, you can find more technology insights on our Tech Scope Connect Content Hub.

Read More
Cyber Threats image concept
Cybersecurity

Staying Ahead of Cyber Threats: What to Watch for in 2025

Cyber threats are evolving at a staggering pace, and 2025 is poised to introduce even more sophisticated dangers. With digital risks growing alongside technological advancements, businesses and individuals must remain vigilant. From AI-driven attacks to ransomware innovations, understanding these challenges is crucial to safeguarding data and systems.


The Rising Tide: Why Cyber Threats in 2025 Demand Attention

As technology advances, so do cybercriminals. The rise of remote work, cloud computing, and connected devices has expanded the attack surface. According to cybersecurity experts, global cybercrime damages could reach $10.5 trillion annually by 2025. This statistic underscores the urgency of staying informed and proactive. Let’s explore the top cyber threats to prepare for this year.


Unpacking the Cyber Threats of 2025


1. AI-Powered Cyber Attacks

Artificial Intelligence (AI) is transforming industries, but it’s also empowering hackers. In 2025, expect AI to be used for:

  • Phishing: AI can craft hyper-personalized emails, increasing the success rate of scams.
  • Malware Development: AI can generate undetectable malware faster than traditional methods.

Protecting against these threats requires enhanced AI-driven defense mechanisms.


2. Ransomware 2.0: A New Breed of Extortion

Ransomware isn’t new, but its tactics are evolving. In 2025, attackers are expected to focus on double extortion, where they:

  • Encrypt data, rendering it inaccessible.
  • Threaten to leak sensitive information if the ransom isn’t paid.

Businesses must prioritize robust backups and incident response plans to mitigate these risks.


3. IoT Vulnerabilities: The Weakest Link

The Internet of Things (IoT) continues to connect more devices, but many lack sufficient security. Cybercriminals can exploit:

  • Poorly protected smart devices to access networks.
  • Critical infrastructure systems, leading to widespread disruptions.

Securing IoT devices with strong authentication and regular updates is vital.


4. Geopolitical Cyber Threats: Cybersecurity in a Divided World

Global tensions are driving state-sponsored cyberattacks. These threats target:

  • Critical infrastructure, including energy grids and healthcare systems.
  • Government data and private companies involved in national interests.

Businesses and governments alike must invest in advanced threat detection and response systems.


Strengthen Your Defenses Against Cyber Threats

Staying ahead of these dangers requires a proactive approach:

  • Regular security audits.
  • Employee training on recognizing cyber risks.
  • Investment in cutting-edge security tools.


Conclusion

Cyber threats in 2025 will challenge businesses in unprecedented ways. AI, IoT vulnerabilities, ransomware, and geopolitical factors are just a few risks demanding attention. Preparing for these challenges now can mean the difference between resilience and disaster.

Contact us if you want to learn more about protecting your business from emerging cyber threats.

For more technology articles like this, visit our Content Hub at Tech Scope Connect.

Read More
phishing
Cybersecurity

Mastering Phishing Threats: Recognize, Understand, and Defend

In today's highly digitalized era, cyber threats loom large, with phishing being among the most insidious and widespread. At its core, phishing is a cyber deception game where attackers craft alluring messages to bait unsuspecting individuals, hoping to lure them into divulging personal or financial information. These malicious messages often wear the mask of legitimate communications, resembling authentic emails from trusted companies. 

The danger lies not just in the deception, but in the actions these emails prompt: clicking on harmful links, opening infected attachments, or revealing confidential details. Understanding the multifaceted world of phishing is the first step towards ensuring one's safety in the vast ocean of the internet. This guide delves into the nuances of phishing, its warning signs, common tactics employed by cybercriminals, and essential precautions to stay protected. 

 

Understanding Phishing

Phishing emails often masquerade as legitimate communications from established companies. These misleading messages may urge you to click on links, open attachments, sign in, or directly divulge personal details. If uncertain about an email's authenticity, always contact the company through previously known contact methods. Remember, accessing a company's official site directly is safer than trusting potential malicious links in emails. 


Warning Signs of Phishing Emails

  • Messages are sent from public email domains (e.g., '@gmail.com').  
  • The “From Email” domain is inconsistent with the company's recognized domain. 
  • Noticeable typos in the domain name or return email.  
  • Grammatical errors or awkward phrasing.  
  • Suspicious attachments or links are included. 
  • Messages convey a sense of urgency.


Common Phishing Tactics

  • Deceptive Dialogue: Cybercriminals craft cunning messages, manipulating individuals into revealing sensitive data, often hiding nefarious intentions in seemingly innocuous places like email inboxes. It's easy to trust messages, but caution is crucial. Before interacting, thoroughly inspect hyperlinks and sender email addresses. 
  • Perception of Need: Many fall victim to phishing because of a perceived urgency. For instance, they may think a malware-laden file is a vital resume or fear an account's impending closure. Scammers know how to exploit urgency effectively. To protect yourself, either remain vigilant or utilize protective email systems that filter potential threats. 
  • False Trust: Cyber adversaries forge trust, and even the most discerning individuals can be deceived. Pretending to be from trusted brands, they trick you into premature action. Without advanced cybersecurity measures, many phishing endeavors can sneak by. Ensure your private data's safety with advanced email protection systems. 
  • Emotional Manipulation: By mimicking reputable entities and imposing a false sense of urgency, cybercriminals tap into emotions, driving rash decisions. Always remain skeptical of messages pushing for swift action—it might be a scam.

 

The Dangers of Phishing

  1. General Precautions:  
  • Avoid responding to unsolicited emails seeking personal details.  
  • Reputable organizations, such as banks, rarely solicit personal information via email.  
  • Report dubious emails to the appropriate authorities.  
  • Especially during tax season, be wary of scams impersonating organizations like the IRS. 
  1. Special Cases: Spear Phishing:  
  • These are personalized phishing efforts potentially using personal details to seem genuine.  
  • Always double-check with the alleged sender when in doubt. 
  1. SMiShing – Phishing via Texts:  
  • Much like email phishing, SMiShing deceives through text messages.  
  • Be skeptical of unexpected messages, particularly those soliciting sensitive information. 
  1. Malware Phishing
  • Phishers frequently employ malware, cloaked as genuine attachments, in emails. In some scenarios, opening malware-riddled attachments can jeopardize IT systems. 
  1. Whaling:  
  • "Whaling" refers to targeting high-profile individuals. Cybercriminals meticulously profile their targets to opportunistically extract valuable data. Those with significant assets are especially at risk. 
  1. Vishing:  
  • In vishing schemes, malevolent callers deceive victims into sharing private details. They might utilize social engineering to persuade victims to install malware-infected apps. 
  1. Search Engine Phishing:  
  • Cyber adversaries strive to top search engine results, luring users to their malicious sites. These deceptive sites frequently imitate platforms like banks or shopping sites. 


Safeguarding Yourself from Phishing

Email Management:  

  • Designate dubious emails as spam. o Discard suspicious emails.  
  • Exercise caution with unfamiliar senders and unconnected subject lines. 

Hyperlink Precautions:  

  • Hover over links to ascertain their real destination.  
  • If skeptical about a link, type the website's URL manually.  
  • Refrain from engaging with hyperlinks in unfamiliar emails. 

Additional Tips:  

  • Cyber adversaries might exploit details from social media.  
  • Always reflect before clicking to minimize malware risks. 


Conclusion

In our hyper-connected digital world, the menace of phishing remains persistent, targeting the unsuspecting and even the vigilant. This tactic sometimes disguises harmful motives with seemingly genuine messages. Yet, being informed and aware can help us avoid such pitfalls. Understanding phishing and its signs can help reduce risks. 

Simple steps like keeping software updated, using trusted security tools, and being cautious about unexpected communications can make a difference. As we use the internet, it's good to be prepared and informed. Staying alert and educated can help us navigate safely online. 


Experience the Future of Technology Today!

Take your knowledge and passion for technology to the next level! Watch our Summit of Things 2023 On-Demand videos for 30 days and experience a premier tech event that will let you enter the dynamic world of IoT and gain insights into the future of technology.

This summit is your gateway to connect with industry leaders, explore cutting-edge innovations, and start a journey for a tech-driven future. You can still catch up and learn from our 30+ experts from all over the world! Buy your tickets at https://iotmktg.com/summit-of-things-2023/.


Read More
cybersecurity
Cybersecurity

Patch Management in Cybersecurity: More than Just Routine Updates

In the rapidly evolving world of digital transformation, one constant remains: the unrelenting necessity of keeping systems and applications current and secure. While software updates often bring the allure of new features, their most crucial function is far more defensive. Enter: Patch Management.


Delving Deeper into Patch Management

Patch management isn't just a series of steps for system upkeep; it's the frontline defense against potential cyber threats. At its core, patch management involves identifying, acquiring, installing, and verifying updates known as "patches" for various software and systems. These patches, whether they address small bugs or critical vulnerabilities, can significantly dictate a business's security posture.


Unpacking the Critical Role of Patch Management in Cybersecurity

  1. Enhancing Security: Cyber threats are ever-evolving, with attackers frequently seeking out and exploiting vulnerabilities in software. These vulnerabilities can be gateways for malware infections, data breaches, and other malicious activities. Patching helps seal these gateways, denying cybercriminals an easy point of entry.
  2. Guaranteeing System Stability: Beyond security, patches correct glitches and bugs that can lead to system crashes or reduced functionality. By addressing these, companies ensure that their operations remain fluid, efficient, and uninterrupted.
  3. Upholding Compliance Standards: Regulatory bodies recognize the importance of timely patching. Many industries face stringent guidelines necessitating updated and secure IT systems. Adherence to patch management can mean the difference between passing or failing a critical audit.
  4. Optimizing System Performance: Contrary to the belief that updates may slow down systems, many patches enhance software's performance metrics, making programs run faster and use resources more efficiently.


What are Zero-Day Exploits?

A "zero-day exploit" refers to an attack that targets a software vulnerability unknown to the software vendor, and for which no official fix or "patch" exists. The term "zero-day" denotes that the software's developers have "zero days" to fix the problem before the exploit can potentially harm users.

Zero-day vulnerabilities are valuable to malicious actors because they target gaps in software defenses that are unaddressed, making them particularly effective and damaging. Typically, when such a vulnerability is discovered, there's a race against time: hackers try to exploit it as much as possible before it gets fixed, while software developers scramble to release a patch to address the flaw.

Given the threat of zero-day vulnerabilities, how does patch management play a role?


The Role of Patch Management

The role of patch management in the context of zero-day exploits is two-fold:

  1. Reactive Approach: When a zero-day vulnerability becomes known to the public or the software vendor, the software developers rush to create a patch. Once the patch is available, organizations must apply it swiftly to minimize the exposure window. Effective patch management ensures that these patches are deployed consistently and promptly, reducing the risk of successful exploitation.
  2. Proactive Approach: Regular and effective patch management can indirectly help protect against some zero-day exploits. By ensuring that all other known vulnerabilities are patched, organizations reduce the number of potential entry points for attackers. When attackers gain entry through a known vulnerability due to a missing patch, they might discover and exploit zero-day vulnerabilities in the system. Keeping the system up-to-date makes it harder for attackers to find an initial entry point.


Enhancing Patch Management with Dedicated Software

Acknowledging the significance of patch management, the tech industry has developed a suite of tools aimed at streamlining the process. These aren’t mere conveniences; they're force multipliers in the battle against cyber threats.

  • Automated Discovery: A single missed update can be a potential Achilles heel. Automated tools ensure nothing slips through by pinpointing systems lacking critical patches.
  • Centralized Oversight: With myriad systems running simultaneously, centralized patch management software provides a unified, coherent approach, eliminating inconsistencies and redundancies.
  • Strategic Deployment: Timing is everything. By deploying patches during periods of low activity, businesses can avoid disruptions during peak operational hours.
  • Safe Testing Grounds: Rolling out a patch organization-wide without testing can be risky. Advanced tools offer controlled environments to test patches, safeguarding against potential conflicts or issues.
  • Audit-ready Reporting: In the era of accountability, maintaining a meticulous record of all patch deployments is paramount, especially for compliance and regulatory purposes.
  • Versatility Across Platforms: The diverse software ecosystem demands tools that can seamlessly cater to various operating systems and applications. The best patch management solutions are versatile and adaptable.


Final Words

Though patch management might seem like a mundane IT task, its repercussions in the cybersecurity landscape are monumental. It's the unsung hero that works silently in the background, ensuring business continuity, safeguarding data, and maintaining system integrity.

Don't wait for a breach to realize the significance of routine updates. Evaluate your patch management strategies today. Remember, in the realm of cybersecurity, vigilance, and regular updates aren't just best practices—they're your first line of defense. Be proactive, stay updated, and ensure that your digital realms remain uncompromised.


Experience the Future of Technology Today!

Take your knowledge and passion for technology to the next level! Watch our Summit of Things 2023 On-Demand videos for 30 days and experience a premier tech event that will let you enter the dynamic world of IoT and gain insights into the future of technology.

This summit is your gateway to connect with industry leaders, explore cutting-edge innovations, and start a journey for a tech-driven future. You can still catch up and learn from our 30+ experts from all over the world! Buy your tickets at https://iotmktg.com/summit-of-things-2023/.


Read More
ransomware
Cybersecurity

The Peril of Zero-Day Attacks and the Changing Face of Ransomware: Insights from Akamai

A "zero-day attack" refers to the exploitation of a software vulnerability that is unknown to the software vendor or, in some cases, the vulnerability is known but a fix or patch has not been released yet. The term "zero-day" essentially means that developers have "zero days" to fix the problem because it's already being exploited in the wild.

Here's a more detailed breakdown:

  1. Vulnerability Discovery: A hacker or researcher finds a security flaw in a software, which isn't known to the public or the software's developers.
  2. Zero-Day Exploit Creation: The hacker creates an exploit—a method to take advantage of the vulnerability—to compromise the software or system.
  3. Undetected Phase: The exploit is used against targets without the knowledge of the public, software developers, or antivirus firms. This period can last from days to even years, during which the hacker can use the exploit without any detection.
  4. Public Disclosure: The vulnerability becomes known to the software vendor or the public, often due to detection by security researchers or when it becomes widely used by hackers.
  5. Patch Development: Once the software vendor knows about the vulnerability, they will usually start to work on a fix or patch for it.
  6. Patch Deployment: The software vendor releases the patch to the public. Systems that update with this patch become protected against the vulnerability.

Zero-day attacks are especially concerning because they target vulnerabilities for which there are no current defenses. This makes them very effective and potentially damaging. As a result, there's a black market where zero-day vulnerabilities and their exploits are bought and sold for significant amounts of money. The buyers can range from governments to criminal organizations.


Rampant Abuse of Zero-Day and One-Day Vulnerabilities

Diving deeper into the impact of these vulnerabilities, a recent report by Akamai Technologies Inc., titled "Ransomware on the Move: Exploitation Techniques and the Active Pursuit of Zero-Days", shines a spotlight on the evolving threats within the ransomware domain. The findings are alarming: there has been a 143% spike in the number of ransomware victims between Q1 2022 and Q1 2023, attributed to the rampant misuse of Zero-Day and One-Day vulnerabilities.

The report further unveils a concerning evolution in ransomware strategies. Perpetrators are increasingly turning to file exfiltration—unauthorized extraction or transfer of sensitive data—as their main mode of extortion. This development underscores the point that merely backing up files isn't enough to secure against contemporary ransomware threats.

In the ever-shifting world of cyber-threats, LockBit ransomware has emerged as the dominant force, claiming responsibility for 39% of all victims from Q4 2021 to Q2 2023. This figure dwarfs the number affected by the next most prolific ransomware group, which is over four times smaller. Additionally, the CL0P ransomware group has been actively developing zero-day vulnerabilities, marking a 9x surge in its victims year-on-year.

Manufacturing, an industry vital to global supply chains, saw a 42% escalation in victims between Q4 2021 and Q4 2022, with LockBit behind a significant 41% of these attacks. The healthcare sector wasn't spared either, observing a 39% uptick in victims, primarily at the hands of ALPHV (or BlackCat) and LockBit ransomware factions.

Some more salient points from the report include:

  • Firms reporting revenues up to $50 million faced the highest threat, accounting for 65% of targets.
  • Those victimized more than once by ransomware had a staggering 6-fold likelihood of experiencing another attack within three months of the initial breach.
  • Financial institutions witnessed a 50% rise in the total number of affected organizations year-on-year. Meanwhile, the retail sector took the third spot in terms of industry-specific ransomware victims, seeing a 9% increase.

Commenting on the gravity of the situation, Pavel Gurvich, Senior Vice President and General Manager, Enterprise Security at Akamai, stated, "Adversaries behind ransomware attacks continue to evolve their techniques and strategies striking at the heart of organizations by exfiltrating their critical and sensitive information." He emphasized the importance for organizations to stay abreast of these evolving threats to ensure their ongoing security and resilience.

For a more comprehensive understanding of these findings and to connect with Akamai's threat research team, interested individuals and organizations can visit the Akamai Security Hub and follow them on Twitter at @Akamai_Research.


Conclusion

The recent findings from Akamai Technologies highlight an alarming trend in the cyber threat landscape. Zero-day and one-day vulnerabilities, once just a niche concern in the cybersecurity world, have now escalated ransomware attacks to unprecedented levels. With ransomware groups like LockBit leading the charge and a drastic shift towards file exfiltration as a primary extortion method, organizations across all sectors find themselves at heightened risk.

It's clear that traditional defensive measures, such as mere file backups, are no longer adequate in this evolved threat scenario. As cyber adversaries become increasingly sophisticated, organizations must proactively update their defensive strategies and remain ever-vigilant. The onus is not just on enterprises but also on cybersecurity solution providers to innovate, educate, and prepare for the continually morphing challenges ahead.


Experience the Future of Technology Today!

Take your knowledge and passion for technology to the next level! Watch our Summit of Things 2023 On-Demand videos for 30 days and experience a premier tech event that will let you enter the dynamic world of IoT and gain insights into the future of technology.

This summit is your gateway to connect with industry leaders, explore cutting-edge innovations, and start a journey for a tech-driven future. You can still catch up and learn from our 30+ experts from all over the world! Buy your tickets at https://iotmktg.com/summit-of-things-2023/.


Read More
ransomware attack
Cybersecurity

Kaseya Launches Patches to Address Security Loopholes

A ransomware attack prompted Kaseya to roll out new patches as a means of securing customers. Specifically, the Virtual System Administrator, or VSA, was exploited by cybercriminals. Potentially, 1,500 or more businesses worldwide were affected by ransomware owing to holes in associated security.

Kaseya told customers that were suspected of being infected with this ransomware to deactivate servers ahead of the coming patch. It took about ten days, but now a patch has arrived. Specifically, this patch rectifies a number of notable security flaws. These include the following:

  • Fixing a bypass in two-factor authentication
  • Logic flaw and credential leaks
  • Vulnerabilities in cross-site scripting


Understanding What Happened to Secure Your Business

Since Kaseya’s software is primarily of the Software as a Service (SaaS) variety, infection at the core of Kaseya ultimately affects a diversity of users. It’s like poisoning a river while it’s a creek up the mountain: the waters keep flowing, and many downstream get poisoned.

Well, in this case, the “downstream” folks were those using endpoints, of which current estimates put the number impacted in the neighborhood of a million. At least, that was the claim of the hackers. It’s a plausible claim. If each affected business had 1,000 endpoints, then 1,500 affected businesses would average a little under 700 endpoints per operation.


The Timeline of the Attack

Initial instances of contamination were observed around July 2nd, and as of July 13th, things had been curbed. REvil and Sodinikibi were first realized to be the ransomware culprits. By July 4th, a detection tool was launched to help businesses know if they were compromised.

Damages from the ransomware were only lightly covered by media outlets and the full extent of the cyberattack was not explored in depth. By July 5th, a $70,000,000 demand was issued by hackers to Kaseya. By the 6th, a patch was supposed to be online, but delays knocked it back. The delay continued through July 7th. By the following day, fake email warnings were going out, further compromising affected parties.

On the 10th of July, it was revealed key leaders among Kaseya knew about the vulnerability exploited by hackers, but said nothing; or at least not enough–whistleblowers revealed this. By the 11th, real patches began to be implemented. Progress was made by the 12th, by the 13th, IT Glue Integration was able to be reactivated.


What Can Be Learned?

This was a “zero day attack”, and more details are explained in The Washington Post. Essentially, the cybercriminals exploited an attack even sophisticated higher-level IT officials were unaware of–but for those exposed by the whistleblower, of course. Call what happened to Kaseya a sort of canary in the coal mine. An attack like this will happen again, and to another large company providing services via cloud-based technology.

Certainly, there will be increases in security. Patches will be disseminated. However, zero day attacks incorporating “streams” of data at cloud-based “nodes” will continue to affect a wide variety of customers going forward. That’s just the unattractive reality of the situation. Also, this is a sort of hack attack that has government influence–the Post article seems to believe the Kremlin could have halted the attack.

Well, it’s hard to know whether the Post is playing politics or not these days. What’s easy to know is that patching solutions for security are perhaps more fundamental than ever. When new security options become available, you need to tap into them right away. Also, it’s important to have failover protections in place that can cover several weeks of operating without core tech functionality.


What To Do

Cybercrime is nothing new, but sometimes the way in which it is pursued is novel. Therefore, it would be best to have all the latest security, and partner your business with cybersecurity professionals who make top-tier security a primary prerogative. Also, it is wise to compartmentalize sensitive data so that ransomware attacks like this won’t impact your business operations. Lastly, keep employees well-trained on the latest best practices to ensure they’re always up to date on how to conduct themselves amid shifty digital waters safely.


Read More
ransomware attack
Cybersecurity

Kaseya Ransomware Attack: What You Need to Know So Far

What Happened?

Recently, there was a ransomware attack on Kaseya, a tech company out of Miami whose primary services involve providing a worldwide customer base with tech management solutions. The group that did the attack is called REvil, and they’re reputed to have been responsible for shutting down both a major meat processor and the colonial pipeline attack earlier this year.


What’s The Impact?

The fallout from this latest developing ransomware attack has impacted hundreds of Kaseya’s customers. In Sweden, there were grocery and pharmacy chains impacted, as well as a railway. These customers of Kaseya suffered direct impact from the ransomware.

The attack was noticed and addressed publicly as of July 2nd. Presently, it’s expected that approximately 36k companies have been in one way or another impacted by the attack on Kaseya.

As of July 7th Kaseya is advising customers with on-premise VSA servers to remain offline until they receive the patch along with futher security recommendations. On Sunday, July 4, Kaseya began advising some SaaS customers in Europe, Asia, and the UK to begin reactivating servers. Monday saw Kaseya begin advising the same in the United States for certain clients. Unfortunately on July 6th they discovered an issue and will be delaying restoration of SaaS services until the evening of July 8th. Presently, the totality of the issue has not yet been resolved.


Preventative Measures

A detection tool was released to some 900 customers which reveals whether or not some sort of compromise has taken place in terms of security. This ransomware attack is presently being investigated by the FBI and the US Cybersecurity and Infrastructure Agency. For the majority of clients, returns in stages are being perscribed–at least in regards Software as a Service (SaaS) server arrays whose functionality was diminished by associated precautions.

In order to avoid compromise if your company is involved with Kaseya tech solutions, look into any products related to VSA either directly or indirectly. This is where the ransomware is “centered” so avoid using endpoint options related to VSA until Kaseya gives your company the go-ahead. The crux is, VSA is aimed at small to medium-sized businesses and is designed for remote monitoring solutions, as well as routine maintenance such as updates in security software.

The good news is, Kaseya has told the press that they are completely positive with regards to the genesis of this ransomware attack, and they’ve taken the proper steps to fix the issue. However, given how recent the event is at the time of this writing, it’s wise to be as cautious for a few more days at least. Ransomware, adware, and Trojan malware can hide until hackers activate it.


Safeguarding Operations

The threat of a ransomware attack won’t go away; at least that’s the expectation of those who make IT pursuits their professional business. The attacks will simply shift over time. Even large companies can be impacted. Why is this the case? Well, as new tech develops, so also do new ways of misusing that tech in an illegal manner. Accordingly, new threats follow new innovations. So to recap:

  • Kaseya has addressed the issue and is beginning to restore services
  • Presently, it’s wise to be cautious, given how recent the attack was
  • Outsourcing tech security to cybersecurity experts is advisable


Improving Operational Security

Though Kaseya has addressed the REvil attack, you will want to remain cautious, and locally outsourcing tech security is wise. Also, you should train staff with regards to best practices, and assure all your data is properly backed up in a way that allows a secure reboot.

Read More
Strengthen Your IIoT Security
Cybersecurity

Why You Need to Strengthen Your IIoT Security

Securing an IIoT network certainly seems inherently challenging, yet doing absolutely nothing and allowing cyber miscreants to pilfer data is not the answer. IIoT, short for Industrial Internet of Things, connects industrial devices to one another, allowing data to be gathered and analyzed to provide important insights and make business processes that much more efficient. If IIoT security is not properly implemented, there will be a negative impact on the organization’s cybersecurity. This is also true of every other IoT network. The last thing you want is to provide hackers with many more opportunities to hack into your system and cause a litany of problems that extend well beyond the theft of data.

Related: How IoT Security Makes Location Tracking and Security Much Easier


The Vulnerabilities of IIoT

IIoT includes diminutive sensors as well as sizable industrial equipment. When properly applied, IIoT can help drive operational efficiency in power stations, utility companies, and manufacturing plants. In fact, predictive maintenance has the potential to help considerably by keeping costs to a minimum and ensuring essential infrastructure runs as smoothly as possible.

IIoT networks are somewhat unique in that it is possible for an existing network that was kept separate for monitored and controlled devices like valves and pumps to be combined with the rest of the IT network. Though this approach has its merits, there is a risk that once connected to a more expansive network, the essential software that ran within the previously secure environment can become an open target for hackers.

Keep reading: IoT Significantly Improves Smart City Infrastructure, Security, and Sustainability


The Threat is Real

An IIoT cyberattack is not just theoretical. Hackers have already transmitted malware directly to industrial networks through exploitation of web-connected sensors that provide a clear path to network access. As an example, hackers have succeeded in turning off power for entire regions of countries. The moral of this story is the more connectivity, the greater the risk. Though businesses didn’t consider the extent of their vulnerability in the 90s, the rise in attacks in recent decades is heightening awareness all the more.

If poorly installed on the network, IIoT devices will generate that many more vulnerabilities, creating additional attack vectors that might end up compromised. Furthermore, the majority of IoT products are sold with bare-bones security, meaning the onus is on the buyer to pinpoint vulnerabilities. However, even if patches are provided to account for security vulnerabilities, manual updates are necessary, meaning the devices will not be fortified exactly as they should. The end result is a vulnerability that presents the attacker with an opportunity to wreak havoc.


Defense Strategies

Updating IIoT products or equipment is essential. Furthermore, it is prudent to change the default login credentials and passwords as they provide easy network entry. Even if the system is quite complex, default passwords are an open backdoor that will cause problems. It is also important to understand which sensors are installed on the network so there is an awareness of potential vulnerabilities.

Read more: Ways IoT Is Changing Digital Marketing

Software can also be used to analyze the network and obtain real-time information as to which devices and sensors are active within the IIoT security environment. Though manual patching takes effort, it is worth it because sensors and devices are essential components in industrial environments. In some instances, it is necessary to shut down the industrial site so the appropriate security patches can be added.


Hyper-Awareness is Essential for IIoT Security

IIoT security threats continue to evolve. Additional devices connected to the network, such as a computer that accesses the web, can lead to malware by clicking an attachment. If IIoT is used at your business, you should consider micro-segmentation with separate networks for additional protection. Keep an open mind, pivot accordingly and you will have done your part to keep your systems safe.

Read More
All You Need to Know About Ransomware
Cybersecurity

All You Need to Know About Ransomware and Ways to Prevent It

What is a Ransomware Attack?

A ransomware attack uses malicious software to encrypt your data or lock your computer. It then demands money for the owners to gain access. Often, the only way out once infected is paying the ransom.

Read on: 5 Ways to Keep Smart Appliances Safe from Security Threats


Who is Targeted?

You are at risk if you access the web through your computer or mobile device. Despite being initially targeted at individuals, businesses are becoming the favored target. Ransomware has evolved rapidly and developed into a more sophisticated threat against large organizations able to give in to demands for increasingly large amounts of money.


At What Frequency Does It Occur?

Standard ransomware kits are readily available, and over 4,000 attacks occur around the world daily. In 2017 businesses fell victim to ransomware attacks every 40 seconds. Unfortunately, this figure has shrunk to the 11 seconds mark in 2021.


How Much Does It Cost?

Ransomware attacks are rampant nowadays due to its lucrative nature, and high accessibility to anybody who wants to commit a cybercrime – no hacking skills required. It is easier to pay than to fight the threat – or risk permanent data loss.

Reports have shown a rising cost associated with recovering from a ransomware attack: the average total cost has doubled in the last year. In 2020, it was $761,106, and in 2021, it was $1.85 million. Ransoms paid are an average of $170,404.

Keep on reading: Sleep Mode Is Vulnerable to Cold Boot Attacks!


Ransomware Protection Strategies

Use a profile with restricted rights – Having a secondary user profile you can use for your day-to-day needs may be an excellent idea, even if you are the only user of your computer. This preventative measure helps to limit the damage of any potential Trojan horse attempt to gain control of your machine and be used to execute commands automatically in the background.

Remove a viral infection – In the event of confirmed viral infection, it is necessary to limit the potential damage by immediately disconnecting from the network without forgetting to cut off access to Wi-Fi. You must then identify precisely the malicious program of which you are the victim.

Train the employees – Working in closed silos often leads to failure situations. You must ensure that all employees know the issues and understand the actions to be taken upstream and during a ransomware attack. Education is vital to prevent ransomware from entering your system.

Know the signs – In ransomware attacks, files, folders, or applications are locked down until the hackers receive a crypto payment. It is essential to identify attacks early so that you can start the recovery process as quickly as possible.

Attacks often take the identity of law enforcement authority, accusing the computer’s owner of criminal activity and demanding payment of fines within a period.

Read more: Healthcare Data Security: Ways to Safeguard Private Health Information

Use anti-virus and firewalls – The market is full of powerful anti-virus software often associated with a paid subscription. These programs offer a substantive level of protection, including a regular scan of your entire system or an automatic check-up of all the files that you may need to download.

Track network permissions – Ensure that your shared network drives are monitored regularly to confirm that all permissions align with security needs.

Harden OS – You can harden the operating system by setting up Group Policy Objects (GPOs) that make it hard to directly access registry keys that ransomware uses (HKCUSOFTWARECryptoLocker, for example).

Report incidences fast – Make an initial report as soon as you are informed of a breach and update the report when additional information becomes available. Under GDPR, severe breaches of data must be communicated to the Controller within 72 hours.

Ransomware is a threat to all businesses. It is essential to realize this and strengthen company policies accordingly by adopting a comprehensive data protection strategy.

Read More