A headline.
A deepfake.
A forged internal memo that spreads like wildfire through Slack.

Truth is no longer fixed. It’s fractured, filtered, and weaponized; delivered by algorithms more interested in engagement than accuracy. Confidence now disguises deception. Facts compete with feelings. And your people, your systems, your decisions… they’re all exposed.

This isn’t just noise.
It’s a targeted threat.
And the battlefield is human trust.

Disinformation Security is the new perimeter.
It’s not just about fake news, it’s about safeguarding belief, behavior, and business continuity. It sits at the intersection of cybersecurity, psychology, and strategy, protecting your organization from manipulation just as firewalls protect from intrusion.

Because in the digital age, what people believe is just as vulnerable as what they click.
And when belief is breached, no system is safe.

What Is Disinformation Security?

Let’s get clear on definitions first, because in a world where language is weaponized, clarity is power.

• Misinformation is false information shared by mistake. It’s your aunt forwarding an outdated Facebook post.
• Disinformation is crafted with intent. It’s coordinated, strategic, and often invisible until it’s too late.

If misinformation is someone misreading a map, disinformation is someone drawing the wrong map to get you lost on purpose.

Disinformation Security, then, is the practice of safeguarding people, systems, and societies from these deliberate acts of deception. It’s a mix of cybersecurity, psychology, tech, and trust—working together to keep reality intact.

Why It’s a Security Threat (Not Just a Social One)

Disinformation isn’t just annoying or misleading. It’s weaponized influence. And the consequences stretch far beyond someone getting duped by a headline.

Politics

False narratives shape elections. Not just through fake news, but through engineered division. If you can’t trust your neighbor—or your newsfeed—democracy becomes a memory, not a mechanism.

Economics

Markets don’t run on facts; they run on confidence. A well-placed falsehood can crash stocks, sink brands, and spark consumer panic before the truth even gets its shoes on.

Culture & Society

Disinformation preys on our biases. It whispers to our fears and rewards our outrage. The result? Polarization, paranoia, and people talking past each other in echo chambers that feel like home but function like cages.

This isn’t paranoia. It’s pattern recognition. And if you’re not building a defense, you’re leaving yourself wide open.

So How Do We Fight Back?

Let’s be honest “don’t believe everything you hear on the news” used to sound like something your conspiracy-loving uncle muttered at Thanksgiving. But today, it’s just common sense. The line between journalism, opinion, entertainment, and agenda has blurred. Some news segments feel more like trailers for outrage than fact-finding missions.

It’s not that truth is absent; it’s that it’s often buried beneath the need to trend.

And speaking of questionable credibility, remember those “As Seen On TV” infomercials? The ones where a guy in a lab coat swears a rubber mop will clean your whole house (but wait there’s more) and remove your tax debt?

Disinformation works a bit like that, packaged with confidence, backed by selective data, and designed to sell you something. Only now, what’s being sold isn’t a mop. It’s belief. And the cost is your critical thinking.

There’s no magic filter for truth, but there are systems, habits, and technologies that help protect it. Here’s the short list for both individuals and businesses:

For Individuals:

• Pause before sharing: Emotionally charged content is often designed to bypass critical thinking.
• Use tools, not just instincts: Platforms like Originality.ai can help verify claims.
• Get curious, not combative: Ask “Who benefits from me believing this?” It’s the digital age’s version of “street smarts”.

For Businesses:

• Monitor your digital perimeter: Disinformation can target your leadership, your customers, or your mission.
• Train your teams: Social engineering awareness is just as vital as password policies.
• Respond with clarity: If you don’t tell your story, someone else will—and they may not be kind.

Disinformation feeds on speed and silence. Your power lies in thoughtful, proactive truth-telling.

What Does the Future Hold?

If today’s deepfakes are unsettling, tomorrow’s generative reality might be indistinguishable from truth. But that doesn’t mean we’re helpless.

Verification Tech

AI and blockchain are stepping up to verify authenticity, flag manipulation, and leave digital fingerprints on real content.

Deepfake Detection

Expect the same arms race we saw with antivirus software—only now it’s about identifying synthetic voices, manipulated videos, and convincingly false narratives.

Autonomous Moderation

AI agents are already being trained to flag and challenge disinformation in real time. The key challenge? Ensuring they’re as fair as they are fast.

The future of disinformation won’t just be about what is being said. It’ll be about who we trust to filter it—and why.

What IT and Security Leaders Need to Know

This isn’t just a job for PR or compliance. It’s a security issue. If disinformation undermines trust in your brand, your leadership, or your product, then it’s a vulnerability—and vulnerabilities are your job.

Here’s your rapid-fire checklist:

• Scan for impersonation or fake narratives tied to your organization.
• Use AI to detect manipulated media or bot amplification.
• Train employees to recognize and report social engineering attacks.
• Build an internal communications plan that anticipates reputational threats.
• Choose cybersecurity vendors that consider information integrity, not just system security.
• Regularly audit your brand’s digital trust footprint.

The most resilient companies tomorrow will be the ones that prioritize truth today.

How CCB Technology Helps You Defend the Narrative

At CCB Technology, we’re not just defending data. We’re defending trust.

• Our Managed IT Services help you monitor digital footprints, catch threats early, and scale fast when things escalate.
• Our Cybersecurity teams think beyond the firewall, helping you protect your reputation as much as your infrastructure.
• Our Training and strategy programs equip your people to be your first and best line of defense against digital deception.

Ready to protect your business from the rising tide of disinformation?
Partner with CCB Technology to strengthen your cybersecurity, safeguard your brand reputation,  build resilience against digital deception, and to mark your loved ones as “safe and informed” on Facebook.

Contact us today and future-proof your IT and security strategy.

The post True Lies: How Disinformation is Dismantling Your Security from the Inside Out appeared first on CCB Technology.

It’s AI, Jim, but not as we know it.

Imagine an AI that doesn’t just follow instructions but actively makes its own decisions, adapts on the fly, and takes initiative like a human team member with a sharp instinct. This is Agentic AI: autonomous AI agents that operate independently with minimal human input.

AI is all grown up, it’s no longer being told what to wear, what to eat and it can finally choose what it wants to watch on TV. AI is making decisions for itself, and while it still may mismatch socks from time to time, we’ve got a (IT)eenager on our hands (and potentially everything that comes with it).

If traditional AI is a calculator, Agentic AI is a self-driving car that navigates traffic, weather, and detours without a human steering wheel. It’s the next frontier that’s poised to reshape industries and rewrite the rules of business.

What is Agentic AI — and How Is It Different from Traditional AI?

Traditional AI systems function like highly skilled assistants. They require clear commands and operate within fixed parameters. Whether it’s chatbots answering FAQs or image recognition software sorting photos, these AIs perform well-defined tasks under human supervision.

Agentic AI, on the other hand, acts with autonomy. These AI agents can plan, execute, and self-correct toward objectives, sometimes navigating complex problems with little or no human intervention.

Take Auto-GPT, an early example that autonomously researches, plans, and writes reports. It doesn’t wait for every command but instead “decides” what to do next to achieve its goal.

This shift from reactive to proactive AI is monumental, signaling a future where machines take on roles once thought exclusively human.

(See a detailed breakdown at a16z’s Agentic AI article.)

Why is Agentic AI Generating So Much Buzz Right Now?

The buzz stems from two forces converging:

1. Technological breakthroughs: Advances in large language models, reinforcement learning, and neural networks enable AIs that can “think” steps ahead.
2. Growing business demand: Companies want to automate not just routine tasks but strategic functions like decision-making, problem-solving, and optimization.

For example, Auto-GPT’s public demos have sparked imaginations by showing an AI autonomously launching websites, managing email campaigns, and troubleshooting software bugs.

This leap from passive AI tools to active autonomous agents makes headlines because it’s not just hype, it’s real progress toward AI that can independently create value.

(VentureBeat’s take on Auto-GPT’s potential is a must-read.)

Which Industries Are Embracing Agentic AI First?

While still nascent, several sectors are sprinting ahead:

• Finance: AI autonomously monitors transactions for fraud and adapts to regulatory changes in real time.

• Healthcare: Autonomous systems assist with diagnostics, patient monitoring, and managing clinical workflows.

• Retail & E-commerce: AI manages inventory dynamically, personalizes marketing, and optimizes pricing without manual intervention.

• Customer Service: AI agents handle tier-1 support tickets, troubleshoot common issues, and escalate complex ones—all autonomously.

The common thread is industries where high volumes of decisions, compliance demands, and customer interactions require speed and precision.

Real-World Examples: Agentic AI in Action

One striking example is Devin, an AI “software engineer” capable of autonomously writing, testing, and deploying web applications. Devin independently solves coding challenges and launches apps with minimal human oversight, a massive leap for software development automation.

Another example is AI agents deployed in financial trading. These systems react instantaneously to market shifts, adjusting portfolios without human traders’ input, highlighting autonomous AI’s power in fast-paced environments.

Medium’s feature on Devin shows the practical promise of agentic AI: Read the full story.

Risks and Challenges: Why Caution Is Essential

Autonomous AI’s potential brings real risks:

• Security concerns: Autonomous AI might access sensitive data or systems in ways that increase vulnerability to cyberattacks.
• Accountability: When AI agents make decisions without human oversight, pinpointing responsibility for mistakes becomes difficult.
• Bias & ethics: Autonomous decision-making can perpetuate or amplify biases embedded in training data.
• Unpredictability: Autonomous AI can take actions that deviate from intended goals, posing operational risks.

This uncertainty fuels intense debate among technologists, ethicists, and regulators. Managing these risks is a major challenge for businesses deploying or preparing for agentic AI.

Forbes – Five Potential Risks Of Autonomous AI Agents Going Rogue: Specifically addresses “agentic AI” and its potential dangers, including unrestrained access and autonomy, goal misalignment, autonomous weaponization, exploitation by bad actors, and bias amplification. It also suggests mitigation strategies.

The Future of Agentic AI: Bold Predictions

Industry experts predict that within 3-5 years, autonomous AI agents will be embedded across enterprise systems, transforming workflows and decision-making.

McKinsey projects these autonomous agents will:

• Automate complex scheduling and resource negotiation.
• Optimize supply chains by dynamically adapting to disruptions.
• Detect and respond instantly to cybersecurity threats.

But this future isn’t guaranteed, it requires companies to prepare their infrastructure, workforce, and governance frameworks to embrace autonomous AI safely.

(See McKinsey’s 2023 AI report for deeper insights.)

What IT Leaders Need to Know: Preparing for Agentic AI

For IT managers, business owners, and security leaders, preparation is the name of the game. Here’s how to start:

• Infrastructure Readiness: Can your systems scale and support autonomous AI workloads? Audit and upgrade as needed.
• Cybersecurity: Autonomous AI changes the risk landscape; strengthen defenses to counter new threat vectors.
• Governance: Establish clear policies for AI oversight, accountability, and ethical use.
• Training: Equip your teams to understand autonomous AI’s capabilities and limitations.
• Vendor Management: Scrutinize third-party AI providers for security and compliance.

AI Readiness Checklist for IT Leaders

• Conduct infrastructure audits for scalability and reliability.
• Implement robust, AI-aware cybersecurity measures.
• Develop governance policies tailored to autonomous AI.
• Provide AI education and training programs for staff.
• Evaluate third-party AI tools rigorously.
• Monitor AI behaviors for anomalies.
• Prepare incident response plans specific to AI risks.
• Stay abreast of evolving AI laws and standards.

How CCB Technology Helps You Navigate Agentic AI

At CCB Technology, we’re not deploying agentic AI ourselves (yet). But we’re at the forefront of helping businesses prepare for it.

Our Managed IT Services ensure your infrastructure can handle autonomous AI’s demands.

Our Cybersecurity experts fortify your environment against emerging risks tied to autonomous systems.

And our strategic consulting helps you build AI governance frameworks that balance innovation with responsibility.

Think of us as your trusted partner providing readiness, resilience, and risk management as you navigate this new autonomous frontier, a human touch in an increasingly digital world.

Ready to future-proof your IT and security posture for the agentic AI era? Contact us today (preferably before you hit ChatGPT).

The post Agentic AI: The Autonomous Future of Artificial Intelligence appeared first on CCB Technology.

Or so you think…

As AI is making it easier for hackers to blend in, scams are getting tougher to identify. That’s why in this blog, we’re covering the common scams, how AI is influencing them and how you can spot them to protect yourself.

Phishing and Vishing Scams

Phishing scams are common fraudulent attempts to obtain sensitive information like usernames, passwords, and credit card details by masquerading as trustworthy sources in electronic communications. Vishing, or voice phishing, involves scammers making phone calls pretending to be from reputable companies or government agencies to achieve the same goal—collecting personal and financial information.

With generative AI, the once obvious red flags, like typos and disjointed or out-of-character messages, aren’t as obvious anymore. Cybercriminals can easily make more believable attempts to nab your credentials and, with the right data, create messages that mimic the individual they’re impersonating. This newfound ability can also help hackers get beyond traditional security filters that rely on those same known phishing patterns.

But wait, it gets worse!

Hackers can now download thirty seconds of audio from a video or podcast, run it through a machine learning system and generate an incredibly accurate imitation of someone’s voice. This allows cybercriminals to create realistic voicemails that could instruct you to make payments, transfer cash, or follow other potentially harmful directions.

Protecting Yourself from Phishing and Vishing: Always scrutinize the sender’s email address, ensuring it matches previous communications you’ve had with that person. Exercise caution with links and attachments by hovering over them for more information before clicking. Watch for signs of urgency or pressure tactics and always verify the source of any communication before sharing sensitive information. If an email seems off, consider reaching out through a different method—such as a phone call—to confirm they truly sent it.

Remote Access Scams

Remote access scams involve criminals tricking victims into granting them remote access to their computers or devices by using a common method we’ve mentioned before, impersonating trusted or well-known entities (banks, internet providers, the IRS, Microsoft, Google, Amazon, etc.). Once access is gained, scammers can steal personal data, install malware, access financial accounts and even lock individuals out of their own devices.

Scammers now use AI-generated scripts and chatbots to sound more professional and convincing during initial contact, whether by phone, email, or pop-up alerts. Some even deploy AI voice cloning to impersonate tech support agents from trusted companies. AI can also help scammers mimic legitimate websites or error messages, making fake alerts look indistinguishably real.

Protecting Yourself from Remote Access Scams: Be cautious of any unsolicited calls or emails that request remote access to your devices or ask for personal information. Much of the advice that applies to phishing and vishing also holds true here. Trust your instincts; if something feels off, it probably is. Don’t hesitate to push back and see how the individual reacts. Many will respond with frustration or anger, and some might even resort to intimidation tactics to exploit your fears and create a sense of urgency—such as threatening legal action. If you ever feel a situation is suspicious, it’s best to hang up, reach out to the company’s official support line, and report the interaction if you can.

For a bit of entertainment and a great example of someone skillfully (and hilariously) handling scammers, check out this clip!

Ransomware

Ransomware is malicious software that locks down your files, systems and networks and involves paying a requested amount of money (a ransom) to regain access. Some even threaten data exposure, which for companies that keep confidential information or are HIPPA compliant, can be massively detrimental.

AI-powered ransomware attacks can now use machine learning to scan social media, company sites, public records, and other sources to find people and businesses to target. Plus, AI helps these attacks change on the fly to avoid being caught.

Protecting Yourself from Ransomware: Implementing a multi-layered security strategy is key. Start by regularly backing up your data to an offline or cloud storage solution, ensuring you can restore files without paying a ransom. Keep your operating systems, software, and antivirus programs up to date to defend against known vulnerabilities. Educate your employees on identifying red flags, such as unexpected emails containing attachments or links, or unusual requests for sensitive information.

Emergency and Romance Scams

Emergency and Romance scams are especially dangerous because they prey on emotions and urgency. Emergency scams exploit people’s desire to help loved ones pretending to be friends or family in crisis (ex. jail, hospital, stranded abroad) and in urgent need of financial assistance. Romance scams involve scammers creating fake profiles on dating sites or social media to establish romantic relationships and gain trust with victims, eventually asking for financial help.

It’s easy to wonder how anyone could fall for these scams, but they’re strategically designed to bypass logical thinking and trigger emotional responses. With online dating being a popular mode of finding companionship, unfortunately, you just never know who’s on the other side. Imagine someone you love calls you crying, saying they’re in trouble and need help, or finding someone who finally makes you feel seen and valued after years of loneliness. Wouldn’t you want to help? When emotions are high, critical thinking can end up on the back burner.

They use sophisticated tactics with the help of AI to increase their believability using things like AI-generated profile pictures, voice cloning technology and social media mining to gather information on their victims or to impersonate their loved ones.

Protecting Yourself from Emergency and Romance Scams: First, it’s important not to move too fast or act on emotions (easier said than done sometimes). Keep an eye out for friend requests or messages from people you’ve never met before, and never send or wire money to strangers. Try to poke holes in stories and see if they can keep them straight. Avoid video or phone calls when possible and always validate the caller if something seems off by hanging up and calling them directly or asking questions only that person would know.

These scams don’t just target the gullible. They target the lonely, grieving, generous, and trusting. These are human traits, not flaws. We just have to be careful!

Donation Request or Disaster Relief Scams

Disaster relief scams exploit people’s generosity during crises—like natural disasters, humanitarian emergencies or global tragedies. These scammers pose as legitimate charities or relief organizations to solicit fake donations, often using emotional appeal and urgent messaging to pressure victims into giving (a common theme).

Much like the other scams, AI is helping these efforts seem more convincing and harder to detect. With AI-generated websites and emails, deepfake videos, social media bots, data scraping and more, these attempts can look legitimate to the untrained eye.

Protecting Yourself from Disaster Relief Scams: Scammers often rely on urgency and emotion to trick people into donating to fake causes. Be cautious of high-pressure appeals like “Act now to save lives!” or vague claims that can’t be verified. Poor grammar, spelling mistakes, and requests for donations via gift cards, wire transfers, or cryptocurrency are all major red flags. Legitimate charities will always provide clear contact information and a registered tax ID.

To stay safe, take a moment to verify any organization before donating. Use trusted resources like Charity Navigator or Give.org to confirm legitimacy. Avoid clicking on links in unsolicited messages—go directly to the charity’s official website. When you do donate, use secure payment methods like credit cards or PayPal, and look for transparency about how your contribution will be used.

Stay Informed and Stay Cautious

As scams continue to evolve, so must our awareness. Today’s scammers aren’t just relying on old tricks, they’re leveraging powerful AI tools to create more convincing, personalized, and emotionally manipulative schemes. From phishing emails written by language models to deepfake voices mimicking loved ones, the line between real and fake is getting harder to spot.

But here’s the good news: staying safe doesn’t require paranoia—it just takes awareness. By learning the red flags, verifying sources, and taking a moment to pause before acting, you can protect yourself and your loved ones from even the most sophisticated scams. Share what you’ve learned, stay curious, and remember – a little skepticism can go a long way in an online world full of deception.

Scammers adapt quickly—but so do we. If you’re feeling overwhelmed by the pace of tech, we’re here to help.

The post Scams Just Got Smarter: How AI is Fueling a New Wave of Fraud appeared first on CCB Technology.

So, if you’ve already instructed your user to turn it off and back on again and the issues persist – this blog will walk you through seven common IT issues and our recommendations for preventing them.

Problem #1: Network Connectivity Issues

When the CEO can’t access their presentation, or users can’t make a simple Google search – you’re the first to hear about it. Network connectivity issues are among the most common problems that pop up in IT, and it’s not always the ISP’s fault. These network issues can range from slow internet speed for one user to a complete network outage for the entire company.

Recommendations

To tackle these issues, it’s essential to monitor network performance regularly and have a decent diagnostic process. Use tools like ping, TRACERT (Windows) or TraceRoute (Linux/Mac) to identify where the connection fails and check the status of your network interface card (NIC) on devices experiencing issues.

Make sure your network hardware, such as routers and switches, are up-to-date and properly configured. Regularly review your network bandwidth usage and if using Wi-Fi, check for potential interference from other electronic devices or networks. You may need to reconfigure or change some channels to reduce congestion.

Problem #2: Compromised Security

Ensuring strong security can often feel like trying to solve a Rubik’s Cube in the dark. There are many different elements that need to be aligned correctly to achieve the highest level of security. Cybersecurity threats, encompassing everything from phishing attacks to ransomware, are always a major concern and inevitable challenge.

Recommendations

Implementing multi-layered security measures, such as firewalls, anti-virus software, and intrusion detection systems, is the best way to prevent these issues before they begin.

Additionally, consider the age of your infrastructure. Are there devices in your environment that are constantly causing problems or are no longer supported? Conduct regular security audits and regularly roll out company-wide software and system updates to patch vulnerabilities.

95% of cybersecurity breaches are due to human error! Be sure to consistently train your users to recognize and avoid cyber threats. Keep an open dialogue about trending threats to be aware of and make sure to communicate proper procedure when someone thinks they receive or click on something potentially malicious.

Problem #3: Forgotten Passwords

Ah, the classic “forgotten password” scenario. It’s the IT equivalent of misplacing your key or forgetting where you parked! We’ve all been there – after a long vacation or simply lack of sleep, and not much is worse than spending a half hour hovering over your keyboard, hoping your hands will remember it.

Recommendations

Implement a company-wide password manager, like 1Password, to securely store and encrypt complex passwords, reducing the struggle of remembering them and preventing reuse. Consider using Single Sign-On solutions to enable users to access multiple applications with one set of login credentials, often requiring MFA for added security.

Require stronger passwords! This may seem counterintuitive, but a 7-character complex password can be hacked in roughly 31 seconds. By forcing users to make stronger, more complex passwords, you don’t have to have as strict of a password reset policy. Essentially, more complex passwords equal less frequent resets. If you’re curious about what makes for an unhackable password – this guide is a good place to start.

Despite best efforts, users will still forget their passwords, so have a well-defined password reset process in place and communicate it thoroughly.

Problem #4: Data Loss

Just like precious family photos and cherished mementos, data holds our history, special moments, important information, and perhaps even the secret business recipe. As we continuously generate more data, issues are bound to follow.

Recommendations

Implement a consistent backup schedule to ensure all critical data is regularly saved (and automate it, if possible, to eliminate human error or forgetfulness.) Use both on-site and off-site solutions so you’re still covered in the case of a local disaster. Add version control systems to track changes to documents and files to help recover lost data from previous versions if needed. Consider a RAID (Redundant Array of Independent Disks) setup to provide redundancy so if one drive fails, the data remains accessible from another.

Develop and maintain a comprehensive disaster recovery plan, perform regular audits to ensure everything is functional, and, like with most things, educate employees on the best data storage habits.

Problem #5: Hardware Failure

Hardware failure never happens at a “good time.” When you need it most, the blue screen of death appears on your machine, or the server starts making sounds eerily similar to a wailing cat. While hardware failures can feel like a nightmare, they’re not the end of the world.

Recommendations

The truth is, being proactive is the key to overcoming hardware failure issues (easier said than done – we know). Keep tabs on the age of your devices and perform regular maintenance when possible. Monitoring tools can help track performance of critical components like hard drives, CPUs, and network devices – helping you identify potential issues before they become serious ones.

It’s not always the hardware either, so be sure to dig around a bit first for the source. Check and ensure it wasn’t the dock that failed, or an overdue update causing the problem.

Know when to let go and don’t hold on to hardware that’s beyond its shelf life. Often, old devices are crippling your productivity and frustrating your users. Have backups or emergency plans in case something does go down. If a user brings you a coffee-drenched laptop (oops), be sure to have a pre-configured temp on standby.

Problem #6: Remote Access Issues

Nothing feels worse than when you’ve settled in to tackle your workday, coffee in hand, only to open your laptop unable to access the files you need. Remote access issues can stem from various factors, including network configurations, inadequate security measures, or simply poor internet connectivity on the user’s end. With employees working from different locations and using different devices, ensuring a smooth connection to necessary resources can become complicated.

Recommendations

Make sure you have a reliable VPN (Virtual Private Network) solution so employees can safely access corporate resources remotely. Confirm it can handle the number of users and regularly assess and upgrade when needed. Optimize network configuration by setting up proper access controls, managing bandwidth for remote users, and prioritizing traffic for critical applications.

Encourage employees to use wired connections wherever possible or provide suggestions for improving Wi-Fi connections like repositioning routers or using extenders. If you have users struggling with specific applications, consider providing access to a remote desktop solution.

Problem #7: Lost or Stolen Device

Imagine reaching into your bag for your laptop, only to feel the empty space where it once sat. The sinking feeling in your stomach hits hard as you realize you have to tell IT that a crucial tool for your job— packed with sensitive information and countless hours of work—has vanished. Losing a work device isn’t just about the item itself; it’s about the potential disruption and the unsettling question of security. So, what do you do?

Recommendations

Encourage users to speak up immediately when they realize they’ve misplaced their machine (even if it is their fault) because the truth is, it happens!

To keep your data safe, ensure your devices are equipped with remote wipe capabilities. This means if your beloved laptop decides to make a break for it, you can wipe the data from a distance.   

Use encryption to make it significantly harder for anyone else to access your information if a device does go missing. Leverage a device management software to help keep track of employee devices, prevent unauthorized access and manage security policies across devices.

Bonus Problem: Stress

When you find yourself playing firefighter at work, battling one crisis after another, it’s no wonder stress can feel like your constant companion. Unless you thrive on the edge of tears, stress-fueled rants, or your go-to phrase is “this is fine”, mastering stress management is key! Start by prioritizing tasks, breaking things down into bite-size action items and practicing good time management.

Take regular breaks and be conscious of work-life balance. Engage in activities outside of work that help you recharge and de-stress. If you need more recommendations, check out our blog on Addressing Burnout in IT Professionals.

The answer to all your problems

If you’re feeling overwhelmed by the constant pressure of managing numerous help requests and backlogged projects, it may be time to talk to your boss about sharing the load with a trusted IT service partner. This collaboration can significantly reduce your stress, allowing you to focus on larger initiatives and, ultimately, providing you with greater peace of mind.

Since 1991, CCB has been dedicated to partnering with IT teams across the country, offering co-managed services, project support, and procurement assistance. If you’re considering this option, we’re here to help. Let’s chat about how we can work together to enhance your IT capabilities!

The post 7 Common IT Problems and How to Prevent Them appeared first on CCB Technology.

Here’s the most important part of this article – you’re not behind on this topic. It doesn’t matter if you’re a leader in your organization who makes policy decisions, or if this morning was the first time that you’ve ever checked an email inbox. Everyone has issues understanding email security; especially when it comes to SPF, DKIM and DMARC. That being said, now is the time to learn.

As engineers at CCB, my peers and I have worked with many companies to help harden the security in their email environments. It wasn’t until the massive uptick in phishing attempts and the recent DMARC requirements with Google and Yahoo that the drive for these tools changed. 

We went from recommending these tools to our clients to working with new companies that can’t function because they’re forced to utilize these tools and don’t understand the information their vendors are asking them to incorporate!

But there was still one issue. The topic is very technical, yet businesses still need to understand it. Why? Because there’s a high likelihood that they will need to be updated or reconfigured as their business evolves.

So, let’s assume that you’re non-technical and want to understand what SPF, DKIM and DMARC are and what they actually do.

It’s simple – you just need to secure your corporate office! (not literally, although that’s a great idea as well…)

SPF (Sender Policy Framework)

In our analogy, SPF is your receptionist. When a visitor enters the building, the receptionist is there to identify who they are and whether or not they should be in the building. Let’s say they look at a list of meetings for the day to find out which visitors are expected to show up. That list is the SPF record. If the visitor is expected, they are given a badge and allowed to go to their meeting. If the visitor isn’t expected, no entry is allowed!

When it comes to your email, SPF looks at the background information of the incoming email and compares it to a record (list) of allowed visitors. If the server used to send the visiting email is on the authorized list, the email is marked with an SPF Pass! If it isn’t an expected visitor, the email is marked with an SPF Fail. 

This is the main tool that needs to be updated regularly. Let’s say you start using a new marketing company that sends emails for you. When one of your customers receives an email from that company using your email address, their server checks your SPF record to make sure that it’s an expected sender. If it isn’t, the email is marked with an SPF Fail.[HS1] 

We’ll talk more about what the pass or fail means in the DMARC area.

DKIM (DomainKeys Identified Mail)

Now that the visitor is past the lobby and has their badge, they’re free to go to their meeting. If someone in the halls questions them to see whether or not they should be there, they can present their ID badge for verification. That badge is DKIM.

DKIM adds a unique digital “badge” to every outgoing email, called a “signature”. 

Now let’s take a page out of a spy book quickly and imagine the visitor, halfway down the hall, ducks into a doorway and changes the name on their badge to try and impersonate one of their competitors. They hurry to the meeting, but once they arrive, they find out they need to swipe their badge. They swipe their badge but get pulled aside when their name doesn’t match the information in the system.

With email, DKIM looks at the contents of a message and gives it the signature described above. When that email is received, the server checks the email to make sure that while it was in transit (“walking the halls”), the content wasn’t changed. If the content is identical, it marks the email with a DKIM Pass. If it was edited in any way after it was sent, it will be marked with a DKIM Fail.

DMARC (Domain-based Message Authentication, Reporting, and Conformance)

In a well-oiled corporate environment, there may be security rules that define what to do in the event that an unexpected visitor shows up, or you find someone wandering your halls without proper credentials. Security might escort them out of the building right away, or maybe they’re taken to a holding area for questioning. This is the function of DMARC.

DMARC is the overarching policy that tells receiving servers what to do if an incoming email fails SPF and DKIM. Should the server block the email? Should it be quarantined for review? Or should it turn a blind eye and deliver it anyway? (and let the meeting attendees deal with figuring out if the visitor is legitimate or not.)

In Review:

SPF (Sender Policy Framework)

• Verifies the sender’s IP address against a list of authorized senders
• Ensures that only authorized servers can send emails from a domain

DKIM (DomainKeys Identified Mail)

• Digitally signs and authenticates email messages
• Confirms that messages haven’t been tampered with in transit

DMARC (Domain-based Message Authentication, Reporting, and Conformance)

• Determines how to respond to emails that fail SPF or DKIM authentication
• Helps domains address domain spoofing and phishing attacks

That’s all

Securing an office building is a continual process. You need to be able to welcome your visitors while simultaneously keeping intruders out of your halls. The same principles apply to your email environment. 

SPF, DKIM and DMARC coupled with legitimate training to identify malicious emails are the number one way to keep your company’s information safe and under your control. I hope that now, understanding what they are is no longer a roadblock and the only thing left to do is to make sure that they are set up in your environment too!

Email security is crucial! Consult our experts and discover how we can help you strengthen your organization’s security.

The post Email Security: Uncomplicating SPF, DKIM and DMARC appeared first on CCB Technology.

In an era marked by sophisticated cyber-attacks and data breaches, it’s crucial to explore additional layers of protection that go beyond traditional VPN solutions. This means implementing comprehensive security measures, such as ZTA, MFA, endpoint protection, and end user awareness training. By adopting a proactive and holistic approach to remote work security, organizations can better safeguard their data and keep up with the modern workforce requirements. 

Embracing Zero Trust Architecture for Ultimate Protection 

With so many people taking their work outside the office, traditional perimeter-based security models are no longer enough to truly be secure. Zero Trust Architecture (ZTA), as its name would apply, is based on the premise – never trust, always verify – and offers a more sophisticated approach to security that reduces your network’s attack surface. It does this by removing the implicit trust granted to users and devices within a network. With ZTA, every access request is verified, regardless of whether it originates inside or outside the network. 

Implementing ZTA involves continuous monitoring and validation of user identities and devices, adopting least-privilege access principles, and segmenting networks to minimize lateral movement. By assuming that threats could exist both inside and outside the network, organizations can better protect sensitive data and systems from potential breaches. 

Implementing Robust Endpoint Security Solutions 

Endpoints such as laptops, smartphones, and tablets are often the weakest links in remote work security. That’s why robust endpoint security solutions are essential to protect these devices from malware, phishing attacks, and other threats. Solutions should include antivirus software, firewalls, intrusion detection systems, and advanced threat protection features.  

Endpoint detection and response (EDR) tools play a crucial role in monitoring and analyzing endpoint activities for signs of suspicious behavior. These solutions continuously monitor endpoint activities, analyze behavior patterns, and detect indicators of compromise (IOCs) associated with cyber threats. By integrating these solutions with centralized management platforms, organizations can maintain visibility and control over all remote devices, ensuring security and compliance with corporate policies.  

EDR tools also enable rapid incident response, allowing IT teams to effectively investigate security incidents, contain threats, and remediate compromised endpoints. 

Comprehensive Employee Training Programs 

Even the most advanced security measures can be quickly undermined by human error. Comprehensive employee training programs are vital to educating workers about security best practices and the latest cyber threats and trends. Training should go beyond basic protocols to cover topics such as recognizing phishing attempts, using secure communication channels, and reporting suspicious activities. 

Regularly updating and reinforcing this training is crucial to building a culture of security within your organization and involving each employee in your overall business security. Interactive training sessions, simulations, and assessments can enhance engagement and retention, making employees an active part of the organization’s security strategy. 

If you’re hungry for more insights and tips on user awareness training, dive into our other blogs on: 

• 8 User Tips for Identifying Phishing Emails 

• How to Train Users About Phishing Attacks 

• End User Security Awareness Training 

Utilizing Multifactor Authentication and Biometrics 

More than 99.9% of accounts that end up compromised do not have MFA enabled. This statistic alone should be enough reason to implement multifactor authentication (MFA) if you haven’t already. MFA adds an extra layer of security by requiring users to provide multiple forms of verification before accessing sensitive systems or data. These commonly include something you know (a password), something you have (a mobile device), and something you are (a biometric factor). Biometric authentication methods, such as fingerprint and facial recognition, offer a higher level of security and convenience.  

By implementing MFA, organizations can significantly reduce the risk of unauthorized access and enhance the overall security posture of their remote work environments. However, it’s important to consider MFA fatigue, where users feel overwhelmed or stressed by the frequent need to verify their identity whenever they attempt to log in. This concern can create friction in the user experience and potentially discourage users from utilizing MFA. To mitigate this, organizations should seek to balance security with usability, perhaps by implementing adaptive authentication methods that consider factors such as the user’s location or behavior patterns, reducing unnecessary prompts while maintaining robust security practices. 

Want more on MFA? Read this next: Dispelling the Myths of Multifactor Authentication 

Regular Audits and Continuous Monitoring 

“Set it and forget it” might work for your slow cooker, but it’s definitely not the mindset you want for your IT security. While there are some time-saving methods to keep things in check, regular security audits and continuous monitoring are key. They help you spot and tackle vulnerabilities as they come up, keeping your system safe in real-time. Be proactive instead of reactive! 

Audits help evaluate the effectiveness of security measures, ensure compliance with industry regulations, and identify potential weaknesses in the system, allowing for a more proactive approach. Continuous monitoring practices, such as security information and event management (SIEM) and intrusion detection systems (IDS), help organizations detect anomalies before they escalate into larger issues. By implementing a robust framework for both audits and continuous monitoring, organizations can proactively strengthen their defenses against attacks. 

Wrapping things up 

As remote work continues to evolve, so must our approaches to Security. By integrating advanced strategies like Zero Trust Architecture, robust endpoint security, comprehensive employee training, and multifactor authentication, organizations can create a fortified environment that addresses modern threats.  

We know navigating these complex security measures can be daunting. With our Security as a Service (SECaaS) offering, we take on the heavy lifting for your remote security planning, enabling you to focus on what you do best. Our team can help ensure that your organization not only meets today’s challenges but is also prepared for tomorrow’s uncertainties.  

Stay secure, adapt proactively, and empower your workforce with the right tools and support.
Contact us today to get started! 

The post Remote Work Security: Advanced Strategies Beyond VPNs appeared first on CCB Technology.

Here are five areas to prioritize: 

1. Protect the Edge  

Historically, users typically function behind a business-class firewall – a solution that provides standard controls (implemented through group policies), access controls, and domain rules to keep things safe. With a broader distributed workforce, slow adoption of Azure AD, an abundance of cloud-based services, and some insight from the Insurance industry, the time to adjust from this traditional model is now!  

What was once considered advanced security measures are now being recommended as fundamental implementations – especially by cyber insurance providers. Malicious actors have long used compromised email accounts to gain access to networks and the critical information users create and interact with daily. Multifactor Authentication (MFA) is one of the lowest barrier-to-entry changes organizations can implement to protect their users from being hijacked. 

Protecting VPN back to HQ with MFA also provides this layer of protection to stop a compromised user and a savvy hacker from accessing internal networks. Protecting administrative accounts on LAN is also crucial in preventing internal movement and limiting access and abilities during a compromise, keeping hackers from gaining full access to the network and data. 

2. Protect the Outside  

Without a Business Class Firewall inspecting and protecting traffic to and from your remote users’ machines, your out-of-network workforce loses a vital safety net from day-to-day protection. DNS Protection Software can enhance the security measures for your mobile workforce, picking up where firewalls leave off. These innovative security solutions leverage databases of known malicious websites, providing real-time warnings against potential threats and granting you some control over the content accessed on work devices. Furthermore, they can block existing malware from connecting to Command-and-Control sites operated by cybercriminals. Due to these servers’ dynamic nature, it can be challenging to eliminate the risk with definitions-based protections entirely. 

3. Protect the Endpoint 

Endpoints are like doors; if you don’t lock them properly, you end up with unwanted guests who usually don’t have the best intentions. Unsecured endpoints lead to unwanted access and exploitation. Similar to DNS filters and protections, the efficacy is based on Known-bad sites and definitions-based classification. A key growth sector in endpoint security is an evolution away from exclusively “known bad” definitions to the analysis of actions and activities on endpoints driven by heuristics-driven AI.  

Endpoint Detection and Response (EDR) AV provides this more agile layer of protection by observing activity that could be malicious and correlating this to unusual end user behavior, which has been a strong step in protecting endpoints and servers. EDR, or the especially powerful Managed Detection and Response (MDR), elevates the capabilities of standard AV with the power of AI-driven analytics, and in the case of MDR, a dedicated detail of Security Specialists to analyze and interpret the information and incidents that can occur in enterprise environments, and take action to secure the endpoint.   

4. Protect the Data 

Maintaining a healthy backup strategy is key to compliance and fundamental to security. From historical email retention policies to fully enabled disaster recovery and business continuity planning – a strong backup practice allows organizations to retain long-term information from cloud services with resilient and rapid recovery in the event of a catastrophic compromise like Ransomware. Defining a Recovery Point Objective (RPO) and Recovery Time Objective (RTO) is key to minimizing your organization’s downtime and data loss. Utilizing this to inform the plan of a credible backup software provider and a Disaster Recovery and Business Continuity Plan can offer significant protection if major issues surface. Some backup solutions even provide a Cloud-based restore location of critical components in case of a hardware failure or a severe site-down scenario.    

5. Protect the People 

The highest threat vector to most organizations is the human element. Social engineering and sophisticated Phishing campaigns have become high art, focusing on the most probable method of infiltrating companies: the users. Targeted Phishing or broad blast campaigns are commonly used to access a user’s device, information and email. From there, they can move deeper into your network or sit dormant to observe and learn your organizational processes to later exploit for financial gain. Training end users to recognize these techniques is your first line of defense. The ability to identify suspicious emails requesting confidential passwords or account information is paramount to your security. There are several solutions to help train your users, but one in particular that we use and recommend is KnowBe4.  

You can read more about KnowBe4 in our blog on  How to Train Users About Phishing Attacks. 

Typically, training involves a baseline campaign, followed by short and informative training sessions to quickly identify typical social engineering exploits. These campaigns help inform your organization how “Phish-prone” your users are and how best to train them going forward.  

IT security is a crucial aspect of any business, big or small. Taking proactive measures to protect your company’s sensitive information and assets from cyber threats is essential. By implementing the security protocols outlined in this blog, you can ensure that your business remains safe and secure.  

Remember, prevention is always better than dealing with the aftermath and investing in IT security can protect your company from loss of productivity, intellectual property, and the ability to recover in the event of a disaster. 

With CCB Technology as your partner, you don’t have to do it alone. We believe effective IT security should be accessible to everyone – that’s why we have customizable solutions. We partner with small and medium-sized businesses to provide high-level security solutions that protect your valuable data and fit seamlessly into your budget. You can cover as little or as much as you’d like! You can have all the tools required to fortify your defenses and mitigate risks effectively with CCB Security Services.  

Talk to us and find out how we can help you! 

The post Safeguarding Your Business: 5 Areas to Prioritize in IT Security  appeared first on CCB Technology.

This is particularly true for nonprofit organizations, where fostering community involvement and outreach are critical to the success of their mission. As someone dedicated to making a significant impact and furthering your cause, it’s crucial that your IT infrastructure not only supports but enhances your efforts. For many nonprofits, limited IT budgets and the need to stretch every dollar can make this a major challenge.

Let’s explore some initial IT budgeting tips that can help you serve your mission more effectively.

1. Understand the Role of IT in Your Nonprofit

IT plays a crucial role in the success of any organization. It helps streamline operations, improve communication, and enhance productivity. By understanding the role of IT in your nonprofit, you can make more informed decisions about your IT budget and how you can stretch it further.

When IT is woven into many aspects of your nonprofit, such as fundraising, donor management, program implementation, and data analysis, it enables you to reach a wider audience, engage with stakeholders, and track the impact of your initiatives.

Here are some questions to help you get started:

• What are your main goals, and how can IT help you achieve them?
• How does your current IT infrastructure support your day-to-day operations?
• What are your critical IT needs and priorities, and are they currently being met?
• What cybersecurity measures do you have in place?
• Does your IT strategy accommodate future growth or adapt to emerging technologies?

Need more help getting started? Check out our helpful guide for more tips and ideas: The Ultimate Guide to IT Refresh Cycles

2. Identify and Prioritize Critical IT Needs

Budgeting can be tough, but to do it well, you need to first identify which aspects of your IT are most critical to your organization. Start by figuring out which IT services are essential for your day-to-day operations and prioritize them accordingly. This involves considering the need for hardware, software, cybersecurity measures, data storage, and so on. Assess your current IT infrastructure and identify any gaps, outdated equipment, or other areas needing improvement.

Additionally, consult with employees, volunteers, and board members or stakeholders to understand their IT needs and struggles and what aspects of IT they utilize the most. This collaborative approach will help ensure that your budget addresses your team’s most essential IT needs.

3. Develop a Cost-Effective IT Budget Strategy

Now that you’ve meticulously outlined and prioritized your IT requirements, the next step involves formulating a budget strategy that is both cost-effective and resource-efficient, ensuring the success of your new or existing IT initiatives.

A lot like medical triage, start by addressing the most blaring and severe issues first and then work your way down the list. Estimate or research the cost associated with fixing those issues and think through a realistic timeline. It’s essential during this stage to embrace the idea of planning several years ahead. Remember, servers, workstations, and other equipment all have lifecycles to consider. Take a moment to think about the age of your infrastructure and machines, and identify when it’s time to start planning for a refresh. This way, those significant expenses won’t take you by surprise! Look for opportunities to optimize costs by exploring cloud-based solutions, open-source software, or leveraging existing resources.

In today’s economy, saving money is key, but opting for quick, cheap fixes for crucial operational elements can lead to huge ramifications. You wouldn’t just slap a band-aid on a broken leg and then run a marathon! It’s all about making smart choices and investing in the right fixes that’ll keep you running smoothly for the long haul.

4. Leverage Grants and Partnerships for IT Funding

In the world of nonprofits, terms like grants and fundraising are part of the daily vernacular, reflecting the ongoing efforts to secure resources and support. Luckily, many well-known technology brands have programs and grants specifically for nonprofits related to IT and tech these days. Research and identify grants that specifically support IT projects for nonprofits. Pay attention to eligibility criteria, application deadlines, and the requirements for reporting and evaluation.

Here are just a few you can consider:

• Microsoft
• Cisco
• Lenovo
• E-Rate

Develop compelling proposals that clearly articulate the impact and benefits of your IT and be sure to communicate how important they are to the mission you serve. Highlight how these initiatives align with the goals of potential funders and how they contribute to the overall success of your nonprofit.

In addition to grants, explore partnerships with technology companies, IT service providers, and even other nonprofits. These partnerships can offer access to discounted or donated IT resources, expertise, and support you might not find on your own. Joining forces with different organizations can help stretch your IT budget and enhance the effectiveness of your initiatives.

With 30+ years of commitment to nonprofits – we’re here to help!

Take advantage of our free Cybersecurity Audit and get a head start on your security planning.

5. Monitor and Adjust the IT Budget

Alright, you’ve got your master plan all laid out. You’ve crunched the numbers, balanced your budget, and lined up your IT projects flawlessly. Now, all that’s left is to watch your grand plan unfold to perfection, right? We wish it were that simple! But let’s be real, with IT, you hope for the best and prepare for the worst. Life throws you curveballs, and suddenly, you’re making adjustments on the fly.

Unexpected things happen, so monitoring and adjusting your IT budget is just a piece of the puzzle. It’s also essential, even if you don’t have major hiccups in your plan along the way. Regularly track and analyze your IT expenses to identify any deviations from the budget and take corrective measures (or calculate them in as needed).

Establish key performance indicators (KPIs) to measure the impact and value of your IT investments. Monitor these metrics to assess the return on investment and make informed decisions about resource allocation.

Flexibility is important in IT budgeting. As your nonprofit evolves and new technologies emerge, be prepared to adjust your budget and IT plans accordingly. Stay informed about industry trends, best practices, and emerging technologies to make strategic decisions and optimize your IT budget.

Serving Nonprofits for Over 30 Years

At CCB Technology, we understand the unique challenges nonprofit organizations face in maintaining an effective IT infrastructure and the importance of stretching every dollar. We help organizations of all sizes create budgets and timelines every single day.

Our mission is deeply rooted in serving those who serve others; after all, supporting nonprofits is where our story began. From identifying potential grants to leveraging our extensive network for nonprofit discounts on hardware and software, we’re committed to making technology accessible and affordable for you.

We believe in leveraging the power of technology to amplify your impact, and we’re dedicated to being your partner every step of the way. Whether you’re looking to optimize your current IT setup or embark on new technology projects, we have the expertise, resources, and passion needed to support your goals.

Let’s work together to create an IT strategy that not only meets your needs but also propels your mission forward. Together, we can achieve more. In the world of nonprofits, every dollar saved on IT is a dollar that can be reinvested in your mission – and we’re committed to helping you do that.

Contact us today to learn more about how we can help you navigate the complexities of IT budgeting together.

The post IT Budgeting Tips for Nonprofit Organizations appeared first on CCB Technology.

• Everything you enter into the chat  

• All Responses  

• Geolocation 

• Public IP 

• Contact Information 

• Account Information 

• Device and Browser Cookies 

Now don’t get me wrong; there are ways around this. You just need to be informed.   

Privacy Settings, the Little-Known Option 
Let’s take OpenAI and ChatGPT, for example. With over 200 million weekly users, it’s probably a safe bet that people in your company are using them. 
 
In response to the mountain of people complaining about data security, OpenAI has implemented the ability to opt out of data harvesting on their free and premium tiers. Not only that, but their new Enterprise subscription tier covers this setting by default. These are huge moves by the company that shows they are taking this problem seriously, especially when included as a default feature. 
 
Though completely understandable, it’s unfortunate that so many people choose not to utilize this technology due to privacy concerns when there are more secure options available. It’s important to explore all the avenues and make sure you have the proper information before making the decision to completely rule it out – especially considering the benefits of AI. 

Don’t take it from me, read how you can opt out of data harvesting from the two companies that actually offer the option: 

• OpenAI ChatGPT 

• Google Gemini 

What They Do and Don’t Do with Your Data  
The last thing I want to cover before we move on is a misunderstanding about what happens to data that is collected. OpenAI isn’t selling your secrets. They aren’t using your data for advertising and they’re not purposefully training their models to try to sell you products. 
 
The real threat to your company comes when your data is included as training material, because it may show up in GPT’s responses when future models release. This goes for all models, not just OpenAI’s. This type of leak can cause competitive disadvantages, product disclosures and even compliance violations that put your business at risk. 
 
Real Events Highlight AI Risks 
Let’s cover a real-world example. In 2023, it was widely reported that are significant leak involving Samsung Superconductor occurred when employees (rightly knowing the benefits of using GPT) wrongly uploaded source code to utilize the LLM for bug fixing and used their phone and the GPT app to record meeting notes to create an automated presentation on that info. That protected data was stored and likely utilized by OpenAI to train their next model.   

Once a new model comes out and users begin to test out new prompts, there’s a chance that information like this may appear in GPT’s responses. Other users developing similar products may be fed this information, and Samsung would suffer from the leak. Of course, if a model has the information, it will provide it! This heavily simplifies the situation, but it happened, it worked, and it could happen to your company too. 

Since then, Samsung has banned any and all internal use of “generative AI”. Not just ChatGPT, but all models and modalities. What some do not report, however, is that they understand the massive benefits that generative AI brings to the table. So much so, they are currently in development of their own model that will function on their internal network without sharing any data with a third party. 
 
What Should Your Company Do 
Examples like the one we just covered should be enough for your company to take this information seriously. Take a few minutes and review the links above to understand what the companies are doing with your data, and what the privacy settings cover. Figure out the best way for your users to tackle privacy concerns and opt out of the data collection when using these services for anything even remotely related to work. If your company is adopting AI in a major way, think about using an offline model that guarantees that your data is secure. On top of that, do legitimate training with your staff on the proper handling of sensitive information in general! 
 
We’re calling it now. Leaks like this will revolutionize future phishing attacks, but we’ll have to dive into that in a future article. 

How CCB Can Help 
Whether you’re looking to streamline your IT operations, embark on new IT projects, or need assistance with procurement, our team is ready to elevate your business with cutting-edge solutions. Don’t let the potential of AI and digital transformation pass you by. 

Contact us today to discover how we can help your business thrive securely in the era of AI. 

The post Understanding AI Privacy Controls for a Secure Workplace appeared first on CCB Technology.

On May 8th, 2024, Ascension, one of the titanic healthcare institutions in the United States, found itself in the grip of a sophisticated ransomware attack.

A worker inside the organization downloaded a malicious file they thought was legitimate. That one mistake plunged their network into chaos, endangering the privacy of countless patients. The attackers encrypted the company’s data, demanding a ransom for access, and threatened to expose millions of patients’ and employees’ sensitive information unless paid within 48 hours.

Over a month, from May 8th to June 14th, the attack disrupted Ascension’s normal operations, forcing some of its hospitals and clinics to postpone or cancel appointments, surgeries, and other services. The company also had to shut down its online portal and phone lines, leaving many patients and staff in the dark about their health records and schedules.

How could this happen to Ascension?

This raises the question, how could a cyberattack penetrate a well-defended organization like Ascension and hold it hostage? It’s necessary to consider both the sophistication of the attackers and potential vulnerabilities within the organization’s cybersecurity framework. Even with robust security measures, hackers continuously evolve their methods, exploiting the slightest oversight or weakness. Phishing campaigns, for instance, have become increasingly more intelligent, often tailored to deceive even the most vigilant employees. These can serve as a gateway for attackers to infiltrate an organization’s network, planting ransomware that gradually encrypts data until it seizes control over critical systems.

Moreover, the complexity of IT environments, especially in large institutions with thousands of servers and endpoints, creates innumerable points of potential failure. Regular maintenance, updates, and patches are required to safeguard against vulnerabilities; however, the sheer scale can lead to lapses, providing attackers with a window to exploit. Once inside the network, attackers can move laterally, escalating their access rights undetected due to insufficient segmentation of networks or inadequate monitoring of internal traffic. This blend of ingenuity by attackers and inevitable gaps in an organization’s security posture allows such devastating cyberattacks to take root and exert a stranglehold on vital operations, underscoring the relentless arms race between cybersecurity defenses and cybercriminal tactics.

What was the impact of the attack?

Evidence from their cybersecurity investigations indicated that the attackers were able to take files from seven of the approximately 25,000 servers they have across their network. These files contained Protected Health Information and Personally Identifiable Information.

Ascension’s reputation, financial situation, and legal standing were all under scrutiny following the attack. The company dealt with a public backlash from its customers, who felt betrayed and vulnerable because of the breach. Because of this, they face potential lawsuits from the victims of the attack, who could claim damages for the exposure of their confidential information and the disruption of their medical care. They even encountered regulatory scrutiny from the authorities, who could impose fines and sanctions for the violation of HIPAA and other laws that protect the privacy and security of health data.

Downtime is expensive, and though Ascension had disruption protocols and procedures in place, patient care delivery and clinical operations suffered as multiple systems were shut down. The approximate cost of downtime for larger organizations is roughly $16,000 per minute ($1 million per hour).

Additionally, delays stretched well beyond the one-month timeframe after the Electronic Health Record (EHR) came back online because there was extensive backlogged data entry from that period that needed to be completed.

What can we learn from this incident?

The attack on Ascension was a wake-up call for the healthcare industry. It serves as a good reminder that no organization is immune to cyberattacks and that the consequences can be devastating and far-reaching. It’s also a critical reminder that prevention is better than a cure and emphasizes the role end-users play in your organization’s safety.

Here are some best practices that can help organizations protect themselves from cyberattacks:

• Prioritize regular staff training about cyber threats and best practices to avoid them, such as using strong passwords, avoiding phishing emails, and reporting any suspicious activities.
• Continuously foster a culture of security. Encourage employees to take ownership of their role in maintaining organizational security and to report suspicious activities without fear of reprisal.
• Conduct regular risk assessments and audits of your IT systems and networks, and identify and address any vulnerabilities or gaps.
• Consistently monitor and analyze your network traffic. Continuous monitoring can detect unusual activities that may indicate an ongoing attack, allowing for swift action.
• Implement robust backup and recovery plans and test them frequently to ensure that the data can be restored in case of an attack.
• To prevent unauthorized access and tampering with data, use strong encryption and authentication methods and limit the access and privileges of users and devices.
• Update and patch software and hardware regularly, and use the latest security tools and solutions to prevent the exploitation of any known or unknown vulnerabilities.
• Implement multifactor authentication (MFA). Requiring more than one form of verification to access sensitive systems and data greatly enhances organizational security.

The unfortunate incident involving Ascension serves as a poignant reminder of the vulnerabilities that exist. While this event was undoubtedly traumatic and had significant repercussions for the organization, it also provided a valuable learning opportunity for the rest of us.

By analyzing and understanding the breach at Ascension, we can all emerge better prepared and more robustly protected for the future.

Feeling uneasy about your security?

In the wake of such advanced cyber threats, it’s clear that maintaining robust security measures is not just recommended; it’s essential. At CCB Technology, we understand the complexities and evolving nature of cyber threats. Our suite of services, including comprehensive Phishing Awareness Training, round-the-clock monitoring, and expert breach remediation, are designed to fortify your defenses and restore your confidence in your digital security posture.

Partner with us and take a proactive step towards safeguarding your organization against the unpredictable challenges of cybersecurity. Let’s work together to build a resilient and secure future.

Contact us today and learn how we can tailor our solutions to meet your unique security needs.

The post A Single Click: Lessons from Ascension’s Ransomware Attack appeared first on CCB Technology.