Network Vulnerability Management: Your Questions Answered

How secure is your organization? Nearly half of all businesses faced a security breach last year. Forrester’s Global Security Survey found 49 percent of organizations have suffered breaches. Software vulnerabilities are the main cause.

The threat landscape has changed a lot. In 2019, 22,316 new security vulnerabilities were disclosed. Over one-third of these were exploited. Every 90 minutes, new vulnerabilities appear, and the time to exploit them is getting shorter.

Protecting your digital assets is crucial. You need a strong vulnerability management program. It should meet compliance needs and focus on the most critical risks.

In this guide, we’ll tackle your top questions about enterprise security solutions. We’ll cover cybersecurity risk assessment basics and advanced strategies. Our goal is to help you strengthen your security with practical advice and expert insights.

• Nearly 50% of organizations experienced security breaches in the past year, mainly due to software vulnerabilities
• Over 22,000 new security vulnerabilities are disclosed each year, with exploits appearing every 90 minutes
• Effective vulnerability programs focus on strategic prioritization, not tackling all threats at once
• Compliance and risk reduction require proactive vulnerability identification and fixing
• Modern threats demand constant monitoring across various endpoints and apps
• Success comes from combining technical skills with practical governance frameworks
• Organizations must move from reactive crisis management to proactive security measures

Every organization has security weaknesses that could harm their network. This makes vulnerability management key for protection. These weaknesses are gaps in your defenses that attackers look to exploit.

Understanding how to find, prioritize, and fix these weaknesses is crucial. It separates secure organizations from those at risk.

We define Network Vulnerability Management as a systematic way to protect your digital infrastructure. It involves monitoring your network assets to find and fix new vulnerabilities. The Center for Internet Security (CIS) lists continuous vulnerability management as a top 10 security control.

Network Vulnerability Management is a structured, ongoing process. It involves identifying, evaluating, treating, and reporting on security vulnerabilities. At its core, it’s a proactive cybersecurity approach.

Organizations find and fix weaknesses before attackers can exploit them.

The importance of vulnerability assessment is huge in today’s threat landscape. Vulnerabilities are the main entry point for nearly half of all successful breaches. Organizations that ignore this risk expose themselves to big dangers.

Financial losses from data breaches keep going up. Operational disruptions can stop business for days or weeks. Reputational damage erodes customer trust that takes years to rebuild.

“How can I secure my network if I don’t even know what’s on it?”

This question shows a big challenge for security leaders. Knowing what’s on your network is key to security. Without this knowledge, protecting your network is impossible.

Building a strong Network Vulnerability Management framework needs several elements working together. Each part is crucial for comprehensive protection.

• Comprehensive Asset Discovery and Inventory Management — Knowing every device, application, and system on your network is the first step. Forward Enterprise helps find all network devices, identify outdated hardware, and track vendor support status. This visibility helps verify assets for maintenance renewals.
• Continuous Vulnerability Scanning and Assessment — Regular security checks across your IT ecosystem reveal weaknesses before attackers do. Modern scanning tools automate this, offering consistent monitoring that manual methods can’t match.
• Risk-Based Prioritization — Not all vulnerabilities are the same. Determining which ones need immediate attention and which can wait is key. This strategic approach ensures critical risks get fixed quickly.
• Remediation and Mitigation Actions — Finding vulnerabilities means taking action. Applying patches, implementing controls, or accepting risks are practical steps. This turns knowledge into action.
• Ongoing Verification and Validation — Confirming that fixes worked is crucial. This step ensures security measures are effective and no gaps remain.

Organizations face big hurdles when starting vulnerability management programs. Knowing these challenges helps teams plan effective strategies.

Keeping track of complex environments is a major challenge. Modern networks include cloud, remote endpoints, and hybrid systems. Each adds complexity to monitoring efforts.

The volume of vulnerabilities found can overwhelm teams. Scanning tools often find thousands of weaknesses. Sorting through this data to find critical issues requires advanced analysis and prioritization.

Deciding where to allocate resources is a constant challenge. Limited budgets and personnel face competing priorities. Teams struggle to decide which vulnerabilities to focus on first.

Coordinating efforts across teams and business units is hard. IT, development, and business stakeholders have different priorities and schedules. Aligning them to address security concerns requires strong communication and leadership.

Organizations must balance security needs with operational needs while minimizing disruption. Patching systems during business hours risks downtime. But delaying patches creates vulnerabilities that attackers may exploit.

The fast pace of vulnerability disclosures and exploit development makes all other challenges worse. Security teams must keep up with new threats daily. Staying current demands continuous effort and adaptation.

We know these challenges can seem too big for organizations starting out. But with the right framework, tools, and expertise, teams can build strong programs. This proactive approach strengthens security and builds resilience against threats.

Cyberattacks are getting more common and sophisticated. This makes network vulnerability management crucial for businesses. It helps identify and fix weaknesses before they can be exploited.

It serves three key purposes: reducing risk, meeting compliance, and protecting assets. This is vital for an organization’s success.

According to the International Data Corporation (IDC), 70 percent of successful breaches begin at the endpoint. The Forrester Global Security Survey found that 49 percent of organizations have suffered breaches in the past year. Software vulnerabilities are the main cause.

This shows that vulnerability management can’t be seen as just a one-time thing. It’s a continuous effort to stay safe.

Organizations need to use automated tools to monitor their networks. They should also do regular assessments. This shift is key to managing security risks in today’s world.

Effective vulnerability management tackles the root causes of security incidents. It finds and fixes weaknesses that attackers exploit. A thorough cybersecurity risk assessment shows most breaches could be prevented.

Looking at breach statistics, we see software vulnerabilities are a big problem. Many weaknesses are left unpatched for weeks or months. This gives attackers a chance to exploit them.

By finding and fixing vulnerabilities early, organizations can reduce their attack surface. Security risk mitigation through vulnerability management lowers the risk of costly security incidents. The endpoint environment needs special attention through continuous scanning and quick patching.

Organizations with mature vulnerability management programs have lower breach rates. They have better visibility into security weaknesses and can fix them faster. This proactive approach turns cybersecurity risk assessment into a strategic advantage.

Compliance requirements in almost every regulated industry now include vulnerability management. It’s a baseline security control. Regulatory compliance bodies know that protecting sensitive data requires addressing security weaknesses.

Different industries have different network security compliance needs, but vulnerability management is common. Meeting these obligations requires more than just annual tests or scans. Regulators want continuous monitoring and documented remediation processes.

The following table outlines major compliance frameworks and their vulnerability management requirements:

Not having good vulnerability management can lead to big penalties and legal trouble. Organizations must document their processes and show they’re improving their security. This is more than just avoiding fines; it’s about building trust and protecting sensitive information.

Protecting assets is crucial. It requires knowing about vulnerabilities that could harm business-critical systems and data. Vulnerability management is not just about following rules; it’s about protecting what’s important for success.

Database servers with customer info and payment details need special protection. Web servers facing the internet must be monitored constantly. Business-critical apps need strong security to avoid disruptions and data breaches.

Asset protection through vulnerability management is more than just preventing financial losses. Breaches can damage reputation and trust, affecting business for years. Intellectual property theft can harm competitiveness. Ransomware attacks can disrupt operations and impact supply chains.

Organizations should focus on protecting the most critical assets first. A thorough cybersecurity risk assessment helps identify which systems need the most protection. This ensures security resources are used wisely.

The connection between risk reduction, network security compliance, and asset protection makes a strong case for investing in vulnerability management. Organizations that understand this can grow and innovate securely.

Starting a vulnerability management program needs a clear plan. It must balance security needs with keeping things running smoothly. We help organizations follow a step-by-step method that covers everything while keeping business going.

This method turns vulnerability management into a proactive security tool. It keeps up with the changing threats you face.

IT systems change a lot, bringing new security risks every day. Developers might make firewall rules or network shares for ease but forget to change them back. Sometimes, admins make changes for testing and then forget to revert.

Any changes not documented can lead to security issues. Today’s businesses work closely with partners and customers, opening up new risks. Every new device or software adds new vulnerabilities.

Getting a clear view of your IT environment is the first step. You can’t protect what you can’t see. This starts with using tools to find all devices, apps, and services in your network.

We suggest checking on-premises systems, cloud setups, remote devices, and partner connections. A complete asset inventory is key for all security steps. Without it, your program will miss important security issues.

Doing baseline scans across your whole network shows your current security level. This scan is the starting point for measuring progress and finding urgent issues. List all vulnerabilities by how serious they are, how easy they are to exploit, and their impact on your business.

Run scans often as your IT setup changes. Regular checks show security gaps from updates, changes, and new threats. This lets security teams act fast to stop attacks.

Creating a security plan means aligning your program with your business goals and what you can do. We help you set clear goals for your vulnerability management. These goals should help your business, not just be technical.

Setting up clear roles and responsibilities helps your program succeed. Clear roles mean no one is left out of the loop. Decide how often to scan and which methods to use based on your assets.

Make a plan to prioritize vulnerabilities based on risk. Not all threats are the same. Consider how important the asset is, how sensitive the data is, and how easy it is to exploit.

Set deadlines for fixing vulnerabilities and agree on service levels. Fixing critical issues fast is key. Use patch management solutions to fix problems quickly.

Using continuous monitoring is better than just checking once in a while. Continuous visibility finds threats as they happen, not weeks later. This keeps up with today’s fast-changing threats.

Automating scans helps a lot. It saves time and makes sure everything is checked regularly. We suggest running automated scans during maintenance times to avoid slowing down your systems.

Good communication between security teams and those who need to fix issues is key. Working together makes sure problems get fixed fast. Security teams find and sort issues, while others fix them.

Having a plan for exceptions and risks keeps your program moving. Not every problem can be fixed right away. Having a formal plan for these situations helps keep your security strong.

Linking vulnerability data with other security tools makes your strategy stronger. Connect it with systems for managing security, tracking events, and responding to incidents. This gives your team all the information they need to make good decisions.

Key best practices include:

• Executive sponsorship: Get leadership support for resources and priority
• Phased rollout: Start with important assets and add more slowly
• Training programs: Teach teams about vulnerability management
• Metrics and reporting: Track how well your program is doing
• Continuous improvement: Always look for ways to get better

Success in vulnerability management means always looking to improve. Threats and technologies change, and so do your needs. Your program must keep up.

Regularly review and update your program based on new threats and lessons learned. Have quarterly reviews to check progress, find gaps, and use feedback. This keeps your program growing with your security needs.

Using good patch management solutions in your program helps fix problems faster. Coordinate scanning with patching to reduce the time threats are exposed. This is a key way to lower risk.

Choosing the right tools for vulnerability management is crucial. They should fit your infrastructure and security goals. The best platforms give you a clear view of your attack surface and help you fix issues fast. This choice affects your security, how you work, and your budget.

When picking tools, think about your environment, tech, and team skills. The market keeps changing, with new tools to fight threats and complex systems. We help you find solutions that really improve your security, not just check boxes.

The market has many established platforms for vulnerability management. Microsoft Defender Vulnerability Management offers two ways to fit your needs and Microsoft setup. If you use Microsoft Defender for Endpoint Plan 2, you can add Defender Vulnerability Management. It gives you a full view of your assets and supports many platforms.

For a standalone solution, Defender Vulnerability Management Standalone is a good choice. It has everything you need in one place, without needing many tools. It works well with Microsoft’s security tools.

Tenable Nessus and Tenable.io are top choices for scanning vulnerabilities. They cover a wide range of systems and devices. They’re known for finding many vulnerabilities and keeping their database up to date with new threats.

Qualys VMDR is great for cloud-based solutions. It combines vulnerability management with detection and response. This makes it easier to go from finding problems to fixing them. It’s cloud-based, so you don’t have to worry about keeping it running.

Rapid7 InsightVM is good for teams that need to test vulnerabilities. It works well with Rapid7’s Metasploit to see if vulnerabilities can be exploited. This helps focus on the most important vulnerabilities.

Forward Enterprise is for managing network device vulnerabilities. It checks your network regularly and supports many systems. It’s great for finding old or unsupported devices.

Forward Enterprise’s Network Query Engine (NQE) helps find vulnerabilities by asking your network questions. It’s good at tracking old devices and software that’s no longer supported.

When looking at vulnerability management tools, focus on what you need. The best tool is one that fits your team’s skills and how you work.

Good asset discovery is key. Tools should find all your devices and services. They should do this without causing trouble in your network.

Look for these features:

• Wide vulnerability detection: Tools should find many vulnerabilities in different systems and services. They should also keep up with new threats.
• Risk-based prioritization: Tools should sort vulnerabilities by how serious they are. This helps focus on the most important ones.
• Integration: Tools should work well with other security systems. This makes it easier to manage everything together.
• Remediation guidance: Tools should tell you exactly how to fix vulnerabilities. This makes fixing problems easier.
• Compliance mapping: Tools should show how vulnerabilities fit with rules and standards. This helps you stay in line with regulations.
• Scalability: Tools should grow with your organization. They should work well even as your systems get more complex.

It’s important to know if vulnerabilities can really be exploited. False positives waste time and make you doubt the tools.

Costs go beyond just buying a tool. You need to think about everything involved. This helps you make a choice that’s good for your budget and security.

Getting started can cost a lot. Setting up tools with your systems and workflows takes time and money. Some tools are easier to integrate than others.

Think about these costs:

1. Licensing and subscription fees: Check if the pricing fits your needs and plans for growth.
2. Infrastructure needs: Some tools need special hardware and space. Cloud tools save you money on this.
3. Training costs: Don’t forget the cost of teaching your team to use the tool. This includes getting certifications and learning the tool.
4. Annual costs: There are ongoing fees for support, updates, and maintenance. These add up over time.
5. Opportunity costs: Consider what you get for your money. A more expensive tool might be worth it if it saves you time and money in the long run.

Even if a tool costs more, it might be worth it if it fits well with your systems and doesn’t need a lot of setup. This can save you money and time in the long run.

Choose tools based on what they offer for your specific needs. A tool that saves you 40% of time but costs 20% more might be a better choice. Focus on how it improves your operations and reduces risks.

Test tools in your own environment before buying. This makes sure they work as promised and fit with your security setup. It’s important to do this before signing a long contract.

Automated scanning has become crucial for keeping organizations safe. It has moved from being a nice-to-have to a must-have. This change helps security teams find and fix vulnerabilities faster.

Today’s IT environments change fast. New devices and apps join networks, and settings change daily. Automated scanning keeps up with these changes.

Threats move quickly, and manual scans can’t keep up. Organizations that only scan manually have big gaps in their security. These gaps can be exploited by attackers.

Automation brings many benefits, but the biggest one is continuous monitoring. This means finding new vulnerabilities quickly. It’s important because new vulnerabilities are found almost every 90 minutes.

Automated systems scan all assets regularly. This makes sure no asset is left out. Manual scans can miss things because of time and other priorities.

Automated scanning also saves time. It lets security experts focus on more important tasks. This is helpful because there’s a shortage of cybersecurity talent.

There are two main ways to scan for vulnerabilities. Each has its own strengths and weaknesses. Knowing these helps create a complete scanning plan.

Agent-based scanning uses agents on devices. These agents can monitor for vulnerabilities without needing constant network access. They can also handle misconfigurations and security issues as they happen.

Agents can keep in touch with the server even when devices are not connected. This is great for remote workers. It also helps in getting patches quickly without needing a VPN.

Agent-based scanning is also good for saving bandwidth. It can send patches directly to devices, reducing the need for each device to download them separately. This is very helpful for organizations with many locations or limited internet.

Agentless scanning scans devices remotely. It’s good for devices that can’t have agents, like network gear and IoT devices. But, it needs more setup and can use a lot of network bandwidth during scans.

It’s important to set up scan schedules that work well for both thoroughness and system performance. Security posture monitoring needs regular checks. But, the timing and frequency should match the risk of each asset.

Scans that use valid credentials can check more deeply. This gives better results than scans that only look at what’s visible from the outside. Whenever possible, use authenticated scans for better accuracy.

Segmenting assets can make scanning more efficient. Here are some ways to do it:

• Criticality-based segmentation: Scan important systems more often
• Exposure-based segmentation: Focus on systems that face threats directly
• Function-based segmentation: Group similar assets for better scanning
• Compliance-based segmentation: Scan systems that need to meet specific rules

Be careful with what you exclude from scans. Excluding too much can leave you blind to threats. Make sure you have good reasons for exclusions and review them often.

Keep your scanning setup up to date. As new threats and scanning tools come out, check that your setup can find them. Remember, automation should help, not replace, human skills. Experts are needed to understand and act on scan results.

Test your scanning tools by introducing known vulnerabilities. This helps find any weaknesses before attackers do. It makes your security monitoring stronger.

In the world of cybersecurity risk assessment, knowing the difference between vulnerability assessments and penetration testing is key. Many organizations get these two methods mixed up. They both help find and fix security weaknesses, but they do it in different ways.

Choosing the right method is crucial. It helps you use your security resources wisely and protect against threats better.

The main difference between vulnerability assessment and penetration testing is their scope and goals. Vulnerability assessments look for and list security weaknesses in your IT systems. They scan many systems to find known problems.

Vulnerability scanners check for weaknesses based on system settings and security best practices. But, they don’t try to use these weaknesses to see if they can be exploited.

Penetration testing is different. It simulates real attacks to see if weaknesses can be used. Penetration testers, or ethical hackers, use the same methods as hackers.

They try to break through security, get higher access, move around in networks, and reach sensitive data. This shows how real attacks could affect your business.

Knowing if an exploit is out there is key to fixing vulnerabilities. These need quick attention because anyone can use them to get into your network.

Choosing when to use each security testing approach depends on your goals and how mature your security program is. Using both methods at the right times helps you protect better.

Vulnerability assessments should be conducted:

• Continuously or at least monthly across all in-scope systems to maintain current visibility into your security posture
• Shortly after new vulnerabilities are published to identify affected systems quickly
• To meet compliance requirements that mandate regular vulnerability scanning
• As the foundation for risk-based prioritization and remediation planning
• When you need comprehensive coverage across your entire technology estate

This method gives you ongoing insight into your security. With new threats every day, regular scans help you find problems before they’re exploited.

Penetration testing should be conducted:

• Periodically, typically annually or after significant infrastructure changes
• To validate that security controls effectively prevent exploitation
• When identifying complex attack chains that automated scanners cannot detect
• To satisfy compliance requirements that specify penetration testing
• To provide executive leadership with realistic assessments of security effectiveness

Organizations should use a mix of methods. This includes both vulnerability assessments and penetration tests. This way, you get a full view of your security and know if your systems can really protect you.

Top cybersecurity risk assessment frameworks say vulnerability assessments and penetration testing should work together. Groups like NIST, SANS Institute, and OWASP suggest a layered approach to security testing.

Here’s how to do it:

1. Establish continuous vulnerability assessment as your security baseline, providing ongoing visibility into known weaknesses across your infrastructure
2. Conduct annual penetration tests on critical systems and applications to validate security control effectiveness
3. Perform additional penetration testing after major infrastructure changes, new application deployments, or significant security incidents
4. Integrate findings from both approaches into a unified risk management framework that prioritizes remediation based on actual risk to your organization
5. Document and communicate results to stakeholders using different security testing approaches to provide comprehensive security insights

This layered strategy ensures you always know about security weaknesses. At the same time, penetration tests show if your defenses really work against real attacks.

Using both methods gives you the full picture of your security. Vulnerability assessments keep you informed, while penetration tests show if your systems can really protect you.

Today, organizations face a big challenge. They need to figure out which vulnerabilities to fix first. With hundreds or thousands of weaknesses found, it’s hard to know where to start.

Effective prioritization is key. It helps reduce risk efficiently. Without a good plan, teams get stuck in a never-ending cycle of fixing vulnerabilities.

Using severity ratings alone can lead to mistakes. Teams might focus on vulnerabilities that don’t really threaten the organization. This is because severity ratings don’t always match real-world risks.

Risk scoring models help evaluate vulnerability severity. The Common Vulnerability Scoring System (CVSS) is well-known. It gives scores from 0 to 10 based on several factors.

But, CVSS scores have their limits. They don’t consider your specific environment or current threats. This makes them not perfect for prioritizing vulnerabilities.

Organizations that only use CVSS scores face a big problem. They deal with many severe vulnerabilities that aren’t really risky. In 2019, 731 out of 787 Microsoft vulnerabilities were rated 7 or higher. Yet, only a few were used in attacks.

Better scoring models use threat intelligence and environmental context. The Exploit Prediction Scoring System (EPSS) looks at threat activity. Vendor-specific scores add more risk factors, making assessments more detailed.

These advanced models help move beyond just severity scores. They lead to risk-based vulnerability management that reflects real threats. By using different scoring methods, you get a clearer picture of which vulnerabilities need urgent attention.

Effective prioritization goes beyond just scores. Exploit availability and active exploitation are crucial. Vulnerabilities with exploits or being actively exploited need quick action, no matter their CVSS scores.

In 2019, nine out of 12 exploited Windows vulnerabilities were only labeled as important. This shows that threat intelligence is key in making decisions.

Asset criticality is also important. A moderate vulnerability on a server with customer data is riskier than a critical one on an isolated system. The value and exposure of assets should guide your priorities.

Other factors include the number of affected assets, vulnerability age, and remediation complexity. Widespread vulnerabilities need quick action to reduce exposure. Older vulnerabilities are more likely to be targeted by attackers.

Consider what attackers could do by exploiting vulnerabilities. Data theft, service disruption, or lateral movement are different threats. These should inform your risk-based vulnerability management strategy.

Creating a prioritization framework is essential. It should evaluate vulnerabilities based on several factors. Use tier-based schemes to guide remediation and resource allocation.

A good framework is documented, consistently applied, and reviewed regularly. This turns vulnerability management into a strategic process that aligns with business goals.

The following table shows a tier-based framework that uses CVSS scores, threat intelligence, and environmental factors:

This framework should match your organization’s risk tolerance and industry standards. Financial institutions might need faster fixes, while others can adjust their priorities.

Cybersecurity risk assessment is an ongoing task. CVSS scores are set quickly but never changed, even if exploited. Your framework must stay current with threat intelligence to catch urgent vulnerabilities.

Organizations need a multi-faceted approach to prioritize vulnerabilities. Consider age, exploit availability, current activity, and asset criticality. A comprehensive framework turns vulnerability management into a strategic, manageable process.

Recent ESG research shows 40 percent of cybersecurity pros struggle with tracking vulnerabilities and patches. Many use special tools for this purpose. But, managing these tools can make vulnerability reporting and stakeholder communication hard.

Even top vulnerability management programs fail if they don’t share findings well. It’s not just about finding problems. It’s about making that info useful for everyone.

Good vulnerability reporting is key for security. It helps tech teams fix problems and track their work. It also shows management how well the security is doing.

Quality reports show if a company follows security rules. They prove that spending on security is worth it. They also help teams work together better.

Bad reporting causes big problems. It can confuse teams and waste time. It can also leave companies open to risks. When teams and leaders don’t talk, things get worse.

Teams that fix problems are the first line of defense. They need to know which systems are at risk and how to fix them. They also need to know when to do it.

Security leaders need to know how well the program is doing. They look at how fast problems are fixed and what new risks are coming. They use this info to make big decisions.

Top leaders want to know about big risks and how the company is doing. They care about keeping the company safe and its good name.

Teams that check if everything is following rules need lots of proof. They make sure the company is doing what it’s supposed to do.

Leaders of different parts of the company need to know about risks to their areas. They want to know if fixing problems will mess up their work.

We suggest making reports for different groups. This way, everyone gets the info they need in a way they can use. It makes sure everyone is on the same page.

How often to report depends on who needs the info and how urgent it is. Critical vulnerabilities need quick action. Less urgent ones might get updates weekly or monthly.

Good stakeholder communication needs clear reports and a way to ask questions. This helps everyone understand and use the reports better. Companies that do this well turn security info into tools for reducing risks.

The world of vulnerability management is changing fast. We’re here to help businesses get ready for these changes. By understanding these trends, companies can make their security programs strong and flexible.

Artificial intelligence is changing how we handle security risks. Machine learning looks at huge amounts of data to find the biggest threats. It spots things humans might miss and makes quick decisions.

Tools like Defender Vulnerability Management Standalone are making security easier. They let you find, check, and fix vulnerabilities in one place. Forward Enterprise’s Network Query Engine gives a clear view of your network, spotting risks in the cloud and on your devices.

Zero-day exploits are a big worry because they use new, unknown weaknesses. The time between when a weakness is found and when it’s used by hackers is getting shorter. This means we need to act fast. Also, risks from the supply chain are becoming more important, as they involve third-party software and dependencies.

New threats are coming from places like IoT devices, operational technology, and the cloud. This means we need to see all our digital stuff clearly to protect it.

Companies need to move from just patching up to building strong security systems. Using many layers of defense helps even if some weaknesses aren’t fixed yet. We should always be watching, not just checking in now and then.

Getting threat intelligence early helps us know what’s coming. Working together between vulnerability tools and patch management makes fixing problems easier. We think these steps will help businesses stay ahead of future security challenges.