Public sector organizations sit at the crossroads of mission, service, and trust. From state agencies and county governments to school districts and public safety departments, these institutions hold some of the most sensitive data and deliver services communities depend on every day. And yet, they’re under constant cyber pressure. With attackers growing bolder, budgets stretched thin, and legacy systems humming along like old cars held together with optimism and duct tape, the threat landscape isn’t slowing down, and public sector teams need a defense strategy that’s equal parts resilient, efficient, and downright clever. Enter Managed Detection and Response (MDR): a modern, always-on approach that strengthens cyber resilience without requiring agencies to build their own 24/7 security operations center. Let’s explore how it works, why it matters, and how it keeps services running smoothly even when threats strike. Defending Public Services in a Relentless Threat Landscape Government environments operate under constraints that private-sector organizations might raise an eyebrow at: limited staff, aging infrastructure, strict regulations, and workloads stretched across sprawling environments. Meanwhile, attackers have discovered that public sector agencies are prime targets. Disrupting government systems doesn’t just cause financial damage, it jeopardizes public trust and critical services. Common issues include: Ransomware and phishing attacks targeting endpoints, shared services, and remote workers. Difficulty staffing a 24/7 SOC, especially with competitive cybersecurity hiring markets. Hybrid environments blending legacy on‑prem systems, cloud workloads, and remote access. Compliance pressures including NIST, CJIS, CMMC, and state-level mandates. The need for accountability, auditability, and transparent incident response measures. Modern attackers increasingly use fileless and “living off the land” techniques that mimic legitimate administrative activity. Traditional perimeter defenses simply can’t keep up. Agencies need something better, something proactive, adaptive, and built for mission assurance. MDR That Pairs Machine Speed With Human Judgment ProCern’s AI-Flex MDR gives public sector teams the power of a full-scale, always-on security operation, without the headcount, hardware, or complexity of running one in-house. Think of it as a wise, fast, ever-awake co-pilot for your security stack. Core MDR capabilities designed for government environments: 24/7 Behavioral Monitoring Constant visibility across endpoints, servers, and cloud workloads to detect abnormal activity fast, even the subtle stuff attackers hope you’ll miss. AI-Assisted Threat Intelligence Identifies fileless attacks, credential abuse, and advanced persistent threats that hide in normal system traffic. Human-in-the-Loop Validation Before major actions (like isolating an endpoint), a trained analyst reviews the situation to ensure accuracy and avoid disruption to public services. Rapid Containment & Recovery Isolate threats, roll back malicious changes, and terminate unauthorized sessions, all aligned with your agency’s risk tolerance. Audit-Ready Documentation Detailed, structured reporting that supports compliance, leadership briefings, and regulatory reviews. This hybrid model ensures decisions are fast, accurate, and grounded in real-world mission priorities. When MDR Stops an Attack Mid‑Move Picture this: A state agency notices suspicious behavior coming from a remote employee’s laptop. Unknown to the user, an attacker has stolen credentials and begun poking around internal systems, even attempting to move toward infrastructure holding sensitive citizen data. Here’s how MDR stops the threat in its tracks: Behavioral analytics flag unusual activity from the remote device. The incident escalates to a human analyst for validation and context. MDR isolates the compromised endpoint, without taking down public-facing services. The system blocks lateral movement and terminates unauthorized sessions. Any malicious changes are rolled back, and verification confirms no data was exfiltrated. A full incident report is delivered for audits, briefings, and required disclosures. The threat is neutralized before it becomes a disruption, a headline, or a legislative hearing. Why MDR Delivers Real Value for Public Sector Teams Public sector agencies adopting MDR see benefits that go far beyond improved security. Service Continuity & Public Trust Rapid detection and containment keep essential services running, without unexpected downtime or citizen-facing outages. Regulatory & Audit Readiness Clear, consistent documentation simplifies compliance and ensures traceability across NIST, CJIS, CMMC, and state frameworks. Cost Efficiency Agencies gain enterprise-level protection without hiring a full SOC staff or purchasing specialized tools. IT Team Enablement With continuous monitoring handled by MDR, internal teams can focus on modernization, digital transformation, and mission delivery. Cyber Resilience Is Mission Resilience For public sector organizations, cybersecurity is an essential part of protecting communities and upholding public trust. With the right MDR solution, agencies can outpace modern threats, ensure continuity of critical services, and meet strict compliance demands without stretching teams beyond their limits. By combining AI-powered detection with expert human oversight, MDR delivers a decisive, accountable, and mission-aligned approach to cyber defense. It keeps attackers out, keeps systems resilient, and keeps public services running the way communities expect: reliably, securely, and without drama.
Strengthening Cybersecurity Without Slowing Down Patient Care Hospitals and health systems sit at the crossroads of high-stakes operations and high-value data. From electronic health records (EHRs) to connected medical devices, today’s clinical environments hum with sensitive information and mission-critical workflows. It’s a perfect storm for attackers and a persistent headache for IT, security leaders, and compliance officers. As the threat landscape grows more cunning with ransomware, credential theft, and stealthy “living off the land” attacks, healthcare organizations need more than traditional defenses. They need resilience. They need eyes on the network at all times. And they need security that won’t accidentally knock life-critical systems offline. Enter Managed Detection and Response (MDR)—the security model built for the realities of modern healthcare. The Growing Cyber Pressure on Healthcare Healthcare is uniquely exposed. Not simply because of the volume of electronic protected health information (ePHI), but because those systems support actual patient wellbeing. Security teams today face challenges such as: Ransomware and phishing attacks that target clinical systems, EHR platforms, and endpoint devices Limited in-house resources for 24/7 monitoring and incident response Complex environments with legacy medical devices, hybrid networks, and cloud-based applications Strict regulations such as HIPAA, HITECH, and state-level privacy laws A delicate balance between needed security controls and uninterrupted patient care With ransomware recovery costs regularly reaching millions—and attackers hiding inside networks for months—healthcare organizations need security that can think and act faster. Why MDR Makes All the Difference Managed Detection and Response provides continuous, expert-led security operations designed to outsmart attackers before they reach patient‑impacting systems. ProCern’s AI‑Flex MDR combines AI detection with human judgment, reducing attacker dwell time from months to hours—a much more reasonable timeframe when lives are literally on the line. Key MDR benefits for healthcare: 24/7 Threat Monitoring & Detection Constant visibility across endpoints, servers, cloud workloads, and clinical networks—no coffee breaks, no night shifts, no blinking. Behavioral & AI-Powered Analytics Spotting fileless attacks, credential misuse, and lateral movement that slip past traditional antivirus tools. Human-in-the-Loop (HITL) Response Security experts validate potential actions before they happen—ensuring remediation doesn’t accidentally interrupt patient care. Rapid Incident Containment Threats are swiftly isolated, blocked, and neutralized before they spread across clinical systems. Compliance & Audit Readiness MDR centralizes logs, response evidence, and documentation aligned with HIPAA, HITECH, and more—making audits less terrifying. Rather than relying solely on automated reactions, MDR introduces clinically aware workflows designed around one inviolate principle: patient care must continue. A Real-World MDR Scenario Imagine a regional hospital network facing a ransomware attempt. A clinician’s workstation is compromised using stolen credentials and legitimate admin tools—an attacker’s favorite trick to blend in like a wolf in a lab coat. Here’s how MDR stops the attack: Behavioral anomalies are detected—unusual access patterns, privilege escalations, and movement toward the EHR. The incident is escalated to a Human-in-the-Loop analyst to validate clinical impact. The compromised workstation is isolated without disrupting patient care or ongoing clinical workflows. The MDR team blocks command-and-control traffic, terminates malicious processes, and rolls back system changes. Verification ensures no patient data was encrypted or exfiltrated, and compliance-ready documentation is generated. The result? An attack that could have caused catastrophic downtime is quietly neutralized. Security That Honors the Mission of Care Healthcare organizations adopting MDR gain better defenses and operational resilience. Patient Safety & Clinical Continuity Threats are contained before they touch patient-facing systems. Stronger Regulatory Compliance Documented monitoring and response actions streamline HIPAA and HITECH audits. Lower Financial Risk Faster detection and containment significantly reduce recovery costs and downtime. Relief for IT & Security Teams MDR eliminates 24/7 alert fatigue, freeing staff for strategic initiatives (and maybe the occasional weekend). Managed Detection and Response transforms security from reactive firefighting to proactive resilience. By combining AI-powered behavioral analytics with expert human oversight, MDR helps healthcare organizations protect patient data, maintain clinical uptime, and preserve trust in the systems that care for us all. When every moment matters, MDR ensures that cybersecurity decisions are fast, accurate, and always aligned with the mission of care.
Never take email security for granted. Healthcare organizations use emails daily in the workplace. With so much information going around your email hub, it would be a shame to have people outside your professional and social circle get into your protected information. Unfortunately, that may be the case. If a scammer somehow gets in your head and convinces you to click that forbidden link, it could, more or less, open a gap in your network–a gap big enough for them to invade. ProCern ensures you another layer of encryption to secure your emails further. Still, greed is the fatal weapon of hackers and nosy competitors. However, basic email security practices can go a long way in protecting your information from thousands of threats. Basic Email Security Practices Use a strong email password. Many people use “123456” as their email password. Either that or they go full-send with “123456789”. Robbers don’t spend their time smashing in your door. They spend most of their efforts picking the lock. Your password serves the same purpose. The easier your password is, the more likely they will breach your account. ProCern requires strong passwords for your work email account. Use multi-factor authentication Multi-factor authentication is another shield to your account–a second lock on the door. ProCern has multi-factor authentication in place for your organization. What does this mean? Suppose a hacker manages to guess your “123456” password. In that case, they’d be stopped by your multi-factor authentication–meaning there’s still a code they must enter before they get a sneak peek of your emails. Usually, these codes are sent to you by SMS, email, voice calls, or time-based one-time password (TOTP) apps. Look out for “Phishing Emails” Inspired by great outdoor activity, “phishing emails” is one of the many ways hackers steal your account information. Like in fishing, you are baited by emails requiring you to “log in” to your account. But, realistically, you’re putting your email, password, and potentially other sensitive information into their systems. The most common phishing emails claim that they’re from the service providers you use—such as your bank, Amazon or PayPal. Suppose you don’t pay attention to the email address, tone of voice, and even the email’s grammar. In that case, you’re bound to lose business email security. Another type to look out for is from c-level users of your organization. Hackers will pose as these c-level people, attempting to retrieve financial information or gift cards. Don’t fall victim to these scams. Don’t open attachments from unknown sources. We cannot stress this topic enough. If you are not expecting an email from the sender with the attachment, send the email to your trash bin and empty the trash bin. If you know the sender, sometimes sending a separate email or calling them to verify that they sent the attachment can clarify. Never access emails from public WiFi. Accessing emails from public WiFi is like yelling your Facebook password at a mall. As you may be aware by now, public WiFis are never safe. You might as well have invited the hacker straight into your network. These cybercriminals only need basic software to know what information is passing through that network. To avoid this from happening, encourage your peers and fellow employees to use mobile internet or secured private WiFi connections whenever they’re outside the office. Mobile internet may not be as fast, but it’s safer than public WiFi services. Change your password as often as possible. You might be used to not changing passwords because it’s inconvenient to remember the changes. Still, the professional side of the world isn’t forgiving at all. One of the most simple email security practices is regularly changing your passwords. Password leaks and data breaches happen yearly. However, cybercriminals tend to sit it out for a while before attacking again. So treat your password as your first line of defense, and change it every six months to further refine your shield. Log out of your email account when you’re finished. When you finish your tasks using your account, log out of your account, especially if using a shared device. Forgetting to log out of a shared or unfamiliar device is like giving the keys to your car away.
Recovery Question Attacks Is that a thing? Yes, it’s a thing. Recovery question attacks are a terrible extension of the downgrade class of attacks. When signing up for websites, they require you to create multiple “recovery questions” and/or answers. You can’t complete the initial account setup without agreeing to use and populate the answers to those questions. These recovery questions often include questions such as “Mother’s Maiden Name,” “Father’s Middle Name,” “Favorite Teacher,” “First Car,” and so on. You’re probably wondering what the problem is with this method. There are several problems. Some recovery questions can be guessed on the first try 20% of the time 40% of people were unable to recall their own recovery answers successfully 6% of answers could be found in a person’s social media profile It is essential to point out that Google, Microsoft, and other vendors who understand how lousy recovery questions are for authentication no longer use them. If your MFA solution allows less secure alternative authentication methods, your authentication is only as strong as the weakest method. Related: What’s in a Name? Importance of Good Password Habits The solution is never to use them if you can avoid them. If recovery questions are required, never answer them correctly. Instead, makeup something similar to a long password, using combinations of letters, symbols, and numbers. Make it unique for each recovery answer, never repeating an answer or using an existing password (of any account), and store it in a password manager or a “representative” form elsewhere. Sometimes you can’t avoid using the recovery answers method. Still, you can make it difficult for anyone else to figure out, providing an additional layer of protection on your online accounts. Source: (KnowBe4) 12+ Ways to Hack Multi-Factor Authentication by Roger Grimes
The Dark Web is a hidden crisis for long-term care. Yes, you read that correctly. In today’s interconnected world, healthcare information is a lucrative target for cybercriminals, especially on the dark web. While many in the healthcare industry are aware of the general dangers, the full extent of how and why cybercriminals exploit healthcare data still needs to be understood. This article will delve into the importance of healthcare information on the dark web, the specific risks to elderly patients’ data, and the critical steps long-term care facilities can take to prevent breaches and effectively respond if one occurs. The Dark Web’s Appetite for Healthcare Information Healthcare information is precious on the dark web for several reasons. Unlike credit card data, which can be quickly canceled and replaced, healthcare data contains long-lasting and deeply personal information. Healthcare data includes medical histories, social security numbers, insurance details, and personal identification information, making it a rich resource for a variety of malicious activities: Identity Theft: Cybercriminals can use stolen health records to create false identities, apply for loans, and open bank accounts. Insurance Fraud: With access to healthcare data, fraudsters can file fake insurance claims, obtain prescription medications, and receive medical services under false pretenses. Financial Exploitation: Detailed personal and financial information can be used to commit financial fraud, including unauthorized purchases and bank account takeovers. Medical Blackmail: Sensitive health information can be used to blackmail individuals, threatening to expose private medical conditions unless a ransom is paid. Social Engineering Attacks: Comprehensive healthcare records can be used to craft convincing phishing attacks and social engineering schemes, further compromising security. Why Elderly Healthcare Data is a Higher Risk Elderly patients are at higher risk for several reasons: Extensive Medical Histories: Elderly patients typically have a long history of medical treatments, diagnoses, and medications. This comprehensive medical data is valuable for identity theft and medical fraud. Multiple Insurance Policies: Older adults often have multiple layers of insurance coverage. These policies may include Medicare, Medicaid, supplemental private, and long-term care insurance. Each policy adds to the richness of the data set that cybercriminals can exploit. Stable Financial Backgrounds: Elderly individuals often have more established financial situations, including savings, retirement accounts, and home equity, making them attractive targets for financial fraud. Vulnerability to Fraud: Older adults may be more susceptible to scams and less familiar with modern cybersecurity practices, increasing their risk of exploitation. The Importance of Protection in Long-Term Care Facilities Due to these elevated risks, long-term care facilities must prioritize protecting their residents’ healthcare data. Preventing Data Breaches Robust access controls are crucial. The dreaded multi-factor authentication and role-based access controls ensure that only authorized personnel can access sensitive data. Data encryption for healthcare data, whether in transit or at rest, makes the information unreadable to unauthorized users. Remember to keep all systems updated with the latest security patches to protect against vulnerabilities. Continuous training on cybersecurity and best practices, recognizing phishing attempts, and using strong passwords are vital in protecting your organization. And this flows into the physical security measures teams should take. Ensure physical security of sensitive data by controlling access to areas where data is stored, using lockable filing cabinets, and securing devices with sensitive information. If you know someone with a Post-it note on their computer monitor with their password on it, this is a physical security vulnerability. Yes, having advanced security solutions like firewalls, intrusion detection, prevention systems, and antivirus software helps to defend against cyber threats, but you should regularly audit and assess risks. Conduct frequent security audits and risk assessments to identify and mitigate potential vulnerabilities. Responding to a Breach Despite best efforts, breaches can occur. If one occurs, an excellent first step is isolating affected systems to prevent further data loss. You’ll then need to identify the scope of the breach and determine what data was compromised. Promptly inform the affected individuals and relevant authorities as required by law. Investigate thoroughly to understand how the breach occurred and implement measures to prevent future incidents. Of course, you’ll also need to regularly update your security policies and incident response plans to address any new threats and vulnerabilities. Exploiting healthcare information on the dark web is a significant threat, particularly for long-term care facilities and their elderly residents. By understanding the value of healthcare data to cybercriminals and implementing robust security measures, facilities can better protect sensitive information and respond effectively to breaches. We are committed to helping healthcare providers safeguard their data and uphold the highest cybersecurity and physical security standards at ProCern.
Stranger Danger I’m sure all of us when were younger were taught Stranger Danger. We needed to be cautious of any strangers we met while walking to and from school or in any new places. Today, the strangers that some of us fear the most are of the cyber kind. They can steal our livelihood, identity and more with a few clicks. Businesses are becoming victims of this Stranger Danger every day. Cyber crime rose by over 600% during the pandemic. It is estimated by 2025, the cost of cybercrime worldwide for companies will be $10.5 trillion. Unfortunately the pandemic amplified cybercrime due to the uncertainty around remote working and how to protect your business. Many businesses are not prepared for cyber attacks and do not educate their employees on best practices to help prevent these attacks from happening. The month of October celebrates cybersecurity awareness. Education is the one of the biggest tools going forward to fight the Cyber Stranger. Current State of CyberSecurity There are some staggering stats surrounding businesses today and the safety of their data. The numbers are only increasing as new threats appear and businesses do not offer the appropriate resources to combat this problem. A study by Accenture reports that 43% of cyber attacks target small businesses, and under a sixth are equipped to prevent those attacks. On average, it takes a company 197 days to discover a cybersecurity breach. Needless to say, the longer it takes to discover a security breach, the more a company’s reputation and assets suffer. A few more stats: Globally, 30,000 websites are hacked daily. 64% of companies worldwide have experienced at least one form of a cyber attack. There were 20M breached records in March 2021. In 2020, ransomware cases grew by 150%. Email is responsible for around 94% of all malware. Every 39 seconds, there is a new attack somewhere on the web. An average of around 24,000 malicious mobile apps are blocked daily on the internet. Common Types of Cyber Attacks 64% of companies worldwide have experienced at least one form of cyber attack in the past year. What are the most common ones that businesses and their employees see? Phishing: A type of online scam that involves sending an email or other virtual communication impersonating a source that would usually be seen as reputable, such as a bank or an internet service provider. 91% of all cyber attacks start with a phishing email. Malware: Malicious software that gets downloaded onto devices without one’s consent. It causes devices to crash or can allow hackers to view computer activity, access files, and steal information. 27% of malware infections originate from infected USBs. Man-in-the-middle (MITM) attack: This occurs when a user intercepts communication between two people, or between one person and a machine. For example, a hacker might guide a user into a fraudulent site that appears to be the user’s bank’s website to collect their data. According to Netcraft, 95% of HTTPS servers are vulnerable to these attacks. CyberSecurity Best Practices A recent survey found that 61 percent of employees failed a basic quiz on cybersecurity fundamentals. With the average company spending only 5 percent of its IT budget on employee training, it’s clear that education is an opportunity for many organizations in the future. Here are just a few best practices to follow: Avoid Pop-ups, unknown emails and links: Malware infections are among the most common cybersecurity threats organizations face. Having up-to-date virus scan and spam detection software is a great safety net, but it’s also critical that all users are trained to understand the dangers of clicking on unusual links, pop-ups or emails. Use strong password protection and authentication: It’s important to require all users to create strong, difficult-to-guess passwords and credentials for their accounts and change them often. Consider multifactor authentication (MFA), which requires an additional token of identifying code to access systems. 63% of data breaches result from week or stolen passwords. Enable firewall protection at work and at home: Firewalls are important gatekeepers, restricting traffic in, out or within a private home or business network. Back up data: Regularly backing up critical data is key to defeating ransomware and to business continuity in general. Control physical access: Preventing access or use of desktops, laptops and mobile devices should be a high priority as these can be easily stolen or lost. Make sure such devices are set to lock when unattended and grant only limited administrative privileges for such hardware. Minimize data transfers: Be mindful of how many devices contain important data and try to make transfers as minimally as possible. Verify download sources: Before making any downloads, scan the website you’re downloading from to ensure that it’s verified, and only click on legitimate download links. Keep software updated: Update software whenever updates are available is a great way to protect against cyber attacks. Encrypt where possible: Encryption tools can be used to protect data from unwanted individuals. When encryption isn’t possible, password protection is a great alternative. Be sure to choose passwords with a mix of letters, numbers, and characters, and to update your passwords regularly. User activity monitoring and behavior analytics: This can give insights on when there is suspicious activity around your data. These tools can help you prevent data theft in real-time. Practice robust and continuous employee awareness programs: Even with the best technology in place, human error is often the weakest link. Constant education programs is the most important best practice when it comes to cyber resilience. Human error is responsible for 90% of all security breaches. What Will You Do Next? Cyber threats are not going away and will continue to be a major concern for all businesses no matter the size. Contact ProCern to find out how our solutions can provide extra protection. Reach out to find out about our assessments which may discover holes in your current IT environment. Want to find out how knowledgeable your employees are on the topic of cyber security? Take this quiz from the Cyber Readiness Institute to find out how cyber ready they are.
As the threat of cyber-attacks grows, so does the need for protection. The U.S. Securities and Exchange Commission (SEC) has begun to do just that as they roll out new rules to protect investors from the material threat of cybersecurity incidents. The rules will require companies registered with the SEC to disclose material cybersecurity incidents and report on their cybersecurity practices to create a standardized approach to how organizations provide reporting.
Many organizations are championing SIEM as their digital guardian angel. They immediately trust this complex tool as their most powerful cybersecurity weapon. And while SIEM tools can be highly effective for threat detection and incident response, they’re not as easy as “setting it and forgetting it.” SIEM implementation can give your organization the power to monitor alerts and respond to incidents on a centralized platform, but with great power comes the great responsibility of proper implementation.
When it comes to cybersecurity, an organization can never afford to become complacent. The cybersecurity environment is constantly evolving. Yet in many cases, complacency is a real risk for systems like Power i / IBM i precisely because they are perceived to be so secure.
PCI DSS Transition The PCI Security Standards Council updated the Payment Card Industry Data Security Standard (PCI DSS) on March 31, 2022, to facilitate higher levels of security for cardholder data. As of March 31, 2024, the transition of PCI DSS 3.2.1 to PCI DSS 4.0 went into full effect.
In today’s world, all organizations no matter what the size need to make cybersecurity a top priority. According to a recent survey, a network outage costs around $5,600 per minute. If a cyberattack disables your computer network, the ramifications might soon become out of hand.
Cybersecurity is a topic that makes headlines everyday across the world. Having a cybersecurity strategy is essential to an organization’s long-term success. Investing in a good cybersecurity solution and an experienced managed service provider can help your organization avoid losses that could run into millions of dollars.
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