Cybersecurity has long focused on prevention…building strong perimeters, patching systems, and monitoring for alerts. But in today’s environment of distributed networks, hybrid architectures, and AI-powered adversaries, traditional defense models are falling short. 

Sophisticated attackers are no longer breaking in. They’re logging in, laterally moving, and living off the land. Detection times are measured in months. Security teams are overwhelmed. The reality is clear: being reactive is no longer an option. 

At WEI, we help enterprises turn the tables through offensive cybersecurity strategies to find vulnerabilities, uncover business risk, validate defenses, and inform long-term resilience planning. 

Why Reactive Models Are Failing 

Ransomware surged , targeting critical infrastructure, cloud applications, and unpatched edge devices. Nation-state actors are increasingly aiming at water systems, power grids, and healthcare providers. The World Economic Forum now ranks for the next decade. 

Many organizations still operate with outdated security playbooks: patch when notified, investigate alerts after they happen, and schedule annual audits. But cybercriminals move faster and smarter. 

Waiting for an alert is too late. Audits can’t simulate real-world pressure. And assuming compliance equals security is a costly mistake. 

Moving Left of Bang: Anticipate Threats Before They Erupt 

At WEI, we help organizations move “left of bang”, the crucial time before an attack occurs. It’s a mindset and methodology borrowed from military strategy that emphasizes proactive detection, disruption, and preparedness well before the damage is done. 

In a cybersecurity context, left of bang means identifying exploitable vulnerabilities, mapping likely attack paths, and simulating threat actor behavior before there’s an alert, breach, or service disruption. 

Offensive cybersecurity tactics including red teaming, threat hunting, and adversary emulation play directly into this strategy. They enable IT leaders to: 

• Uncover weaknesses attackers would exploit 
• Test how well detection and response tools actually perform 
• Prioritize remediation based on attacker logic, not just compliance checklists 

Most organizations spend too much time “right of bang”, responding to incidents, mitigating damage, and scrambling to recover. At WEI, we shift the focus upstream, empowering you to detect and act earlier, with context and confidence. 

Left of bang means building security maturity before a breach and not learning the hard way after it. 

Offense as Strategic Insight and Not Just Simulation 

Offensive cybersecurity is about gathering the insights that matter most to security leadership. These exercises provide more than technical findings…they deliver business-aligned visibility that informs how and where to invest in defense. 

Red teaming, adversary emulation, and continuous penetration testing reveal: 

• How attackers would actually navigate your environment 
• What assets are at risk and how easily they could be compromised 
• Whether your defensive investments are working as intended 

This is precisely why offensive security is moving out of the SOC and into the boardroom. CISOs and CIOs are now expected to demonstrate not only that their teams are patched and alert, but also that the organization can withstand a modern attack. 

It’s no coincidence that the Biden-Harris National Cybersecurity Strategy called for offensive-oriented accountability for software vendors, critical infrastructure operators, and public agencies. This is about measurable preparedness and a clear picture of how defenses perform under real pressure. 

Offensive Security in Action: Why It’s Becoming the Standard 

Organizations aren’t just adopting offensive cybersecurity out of curiosity, they’re also doing it because it works. According to the , 47% of companies rank red teaming as one of the most effective methods for identifying and closing cybersecurity gaps. 

Meanwhile, the global penetration testing market is projected to grow from This trend reflects a broader shift in mindset: from passive tool deployment to active threat simulation and validation. 

Why is offense gaining traction? 

• Because it finds weaknesses that automated scans miss 
• Because it simulates how attackers really operate including privilege escalation and data exfiltration 
• Because it forces teams to operate under real stress, exposing gaps in processes, tooling, and communication 

Core Capabilities That Drive Real Security Outcomes 

In partnership with Pulsar Security, WEI delivers offensive strategies that expose weaknesses and deliver results. Our services include: 

Penetration Testing: Simulated attacks reveal how adversaries would exploit misconfigurations, outdated systems, and insecure identities. These are not automated scans, but rather, real-world tests that replicate actual attacker techniques. 

Red Teaming & Adversary Emulation: We emulate known threat actors (e.g., ransomware groups, APTs) to assess detection, response, and escalation preparedness. This reveals how fast your teams can contain a real breach scenario. 

Threat Hunting: Instead of waiting for alerts, our threat hunters seek out stealthy attackers and lingering compromises using behavioral analysis and hypothesis-driven hunts. 

Vulnerability Research: Our team probes custom applications, APIs, and infrastructure to uncover zero-day vulnerabilities, helping you patch before attackers exploit. 

Proactive Threat Intelligence: We ingest dark web chatter, exploit kit activity, and malware TTPs to understand what threats are trending and where to harden defenses next. 

Why WEI Takes an Offensive Approach 

Offensive testing isn’t a service add-on…it’s a philosophy. WEI guides clients through a continuous cycle of simulation, validation, and improvement. What sets our approach apart: 

• Risk-aligned assessments tailored to your business model 
• Board-ready reporting that bridges technical and executive language 
• Remediation validation to confirm fixes hold under real-world stress 
• Continuous collaboration between your internal team and our red team specialists 

Strategic Testing Demands a Strategic Partner 

Your cybersecurity program doesn’t need more tools. It needs truth. It needs clarity into whether your controls, processes, and people can withstand a real attack. 

That’s what WEI delivers with precision, speed, and full business context. And with Pulsar Security’s offensive specialists integrated in our methodology, we offer not only simulation, but strategic advantage. 

Let’s test your defenses before someone else does. Schedule your Cybersecurity Readiness Briefing with WEI to validate your resilience, uncover blind spots, and evolve your defensive strategy. 

Next Steps: WEI’s cyber assessments provide the insights needed to strengthen your defenses, optimize security investments, and ensure compliance. Whether you need to identify vulnerabilities, test your incident response capabilities, or develop a long-term security strategy, our team is here to help.

 featuring WEI cybersecurity assessments.

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A guest writer of WEI, see Bill Frank’s biography and contact information at the end of this article.

Michael Lewis coined the term, Moneyball, in his eponymous book published in 2003 and made into a movie in 2011 starring Brad Pitt. Moneyball was about applying analytics to baseball. Billy Beane, the Oakland Athletics General Manager, was the first baseball executive to use analytics to increase the probability of winning games.

Baseball is obviously about the players and constrained budgets. So Beane’s goal was to use analytics to create a better roster of players.

The analytics the Athletics developed were new and contradicted all the “rules-of-thumb” baseball scouts used to select players for over 100 years.

Moneyball for cybersecurity is about applying analytics to cybersecurity to reduce the probability of material financial impact due to cyber-related loss events.

Cybersecurity is about controls – people, processes, and technologies – constrained by budgets and resources. So the objective is to create a better portfolio of controls and to improve collaboration with the business leaders who set cybersecurity budgets.

This requires a new analytical approach that calculates and visualizes the aggregate effectiveness of an organization’s control portfolio across the cyber-related loss events of greatest concern to business leaders. In other words, visualize cyber defenses in dollars.

It can be misleading to project the risk reduction value of a control improvement based on evaluating it in isolation. Yet we do this all the time. Risk reduction is about how a proposed control improvement will work in concert with the other deployed controls.

Why We need Moneyball for Cybersecurity

There is a cybersecurity paradox. Overall cybersecurity spending increases every year. New frameworks are published, and older ones are updated. In addition, various government agencies are pressuring organizations to improve their cyber postures.

Despite these efforts, the number and financial impact of cyber-related loss events continue to increase.

Some say it’s due to the increasing pace of digital transformation. Others say it’s due to the increase in remote work and cloud computing. Still others say it’s due to a lack of trained cybersecurity professionals.

While those factors may contribute, two issues are more fundamental – prioritizing control investments and justifying cybersecurity budget proposals.

1. Prioritizing Control Investments

A control’s performance when evaluated in isolation does not indicate how effective it will be in reducing risk when deployed in concert with all the other controls. This makes it difficult to select which control improvements should be funded and which should not.

The underlying issue is the complexity of cybersecurity. Organizations deploy dozens of controls. There are hundreds of threat types as defined by MITRE ATT. There are hundreds to thousands of overlapping and intertwined attack paths into and through an organization’s IT/OT estate.

Therefore, each loss event scenario involves thousands of overlapping end-to-end kill chains. Adding to the complexity, many controls appear on many kill chains and many controls appear in multiple loss event scenarios.

In addition, it’s difficult to compare controls across different IT domains. How do you compare the value of a network control to an endpoint control? How do you compare the value of identity and access controls to malware detection controls? How do you compare left-of-bang to right-of-bang controls?

2. Justifying cybersecurity budgets

Security leaders often have difficulty justifying proposed control investments to the business leaders who set cybersecurity budgets due to the security metrics – business risk gap. Security teams use a wide range of technical metrics to monitor control performance that business leaders do not understand.

Business leaders know that cyber risk is business risk. Business leaders want to manage cyber risk as they do other strategic risks. They are frustrated by the difficulties of collaborating with security leaders who don’t speak their language – money.

Business leaders want to know how control investments will reduce the probability of material financial impact due to cyber loss events. To get their budget requests approved, security leaders need a credible approach to bridge the security metrics – business risk gap.

Implementing Moneyball For Cybersecurity

Monaco Risk’s advisory services use its patented Cyber Defense Graph to make Moneyball for Cybersecurity useful to security teams and credible to business leaders.

Better control selection

Monaco Risk’s Cyber Defense Graph statistical simulation solves the exponential kill chain problem described above. All of the kill chains related to a loss event scenario are analyzed together taking into consideration the capabilities, coverage, and governance of the controls involved.

Figure 1: This is an example of Monaco Risk’s modular Cyber Defense Graphic. Threats enter from the left. Threats move along attack paths shown as arrows. Controls are shown as boxes. Loss events result from threats that are not blocked by controls.

The resulting kill graphs display the critical path weaknesses into and through the organization’s IT/OT estate.

We generate tornado charts to show each control’s current and potential contribution to the aggregate effectiveness of the control portfolio.

Figure 2: Tornado Chart example showing the contribution of individual controls to “aggregate control effectiveness.“

In addition, we aggregate control effectiveness across multiple kill graphs.

In addition, we have developed a set of standardized control parameters that enables the Cyber Defense Graph software to compare the risk reduction value of disparate types of controls. We can compare network controls to host controls, identity/access to malware prevention controls, and left-of-bang to right-of-bang controls.

This improves the decision-making process for prioritizing control selection by showing how alternative control improvements will reduce the probability of material financial impact due to cyber-related loss events.

Improved collaboration with business leaders

Better collaboration with business leaders who set cybersecurity budgets hinges on bridging the security metrics – business risk gap. The Cyber Defense Graph enables credible business risk reduction analysis, in dollars, of alternative control investments.

We generate Loss Exceedance Curve charts to show the potentially catastrophic nature of cyber-related loss events. These charts also show, in dollars, how alternative control improvements reduce the probability of material financial impact of loss events.

Figure 3: This example of a Loss Exceedance Curve chart shows how selected alternative control improvements will reduce the probabilities of dollar losses exceeding three thresholds shown as vertical lines.

Simply claiming a particular control improvement will reduce risk by X% is not sufficient. As my teachers used to say, “Show me the work!” What are your underlying assumptions? Have you evaluated lower-cost controls? How do they compare to the ones you are proposing?

Are there any controls we can eliminate to save money? Can we negotiate lower prices on controls we need for compliance but don’t significantly reduce the risk of a cyber event?

The Moneyball for Cybersecurity Analogy

I am not the first to use the Moneyball analogy for cybersecurity. It has been used to focus on cybersecurity workforce development. Since Moneyball was about player selection, clearly Moneyball can and should be applied to cybersecurity team selection and development.

We take Moneyball a step further by applying it to processes and technologies as well as people, i.e. all controls. It was also used by a cyber insurance company.

Let me know what you think!

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Cybersecurity has become one of the most critical aspects of modern business operations, especially for IT executives tasked with safeguarding their organization’s digital assets. As cyber threats evolve in complexity and scale, understanding their progression and learning from past incidents is crucial for building resilient defenses. The insights shared during WEI’s recent event provide IT security leaders a valuable perspective on the major cybersecurity incidents of our time and how they have shaped current strategies.

Understanding Major Cybersecurity Incidents

Several high-profile cybersecurity incidents have dramatically influenced the cybersecurity landscape. Two notable examples are the SolarWinds and Colonial Pipeline attacks. These events not only exposed significant vulnerabilities but also underscored the importance of robust cybersecurity practices and the need for continuous evolution in defense strategies.

SolarWinds Attack

The SolarWinds attack, first identified in 2020 and regarded as one of the most sophisticated cyber espionage campaigns ever seen, was a stark reminder of the vulnerabilities inherent in supply chain security. In this attack, Russian hackers infiltrated SolarWinds’ software development process, embedding a backdoor into a widely used network management tool, Orion. This malicious code was distributed to thousands of SolarWinds customers, including several U.S. government agencies and Fortune 500 companies.

Although the SolarWinds event took place four years ago – an eternity in the cyber world – the lessons learned from this incident still carry heavy weight, which are explained in greater detail later in this article. The implications of this breach highlighted the need for organizations to scrutinize their supply chains and enforce stringent security measures throughout. Additionally, it emphasized the importance of having robust incident response plans and advanced threat detection capabilities. Organizations had to reassess their security postures and adopt a zero-trust approach to mitigate such risks in the future.

Colonial Pipeline Ransomware Attack

The Colonial Pipeline ransomware attack demonstrated the crippling potential of cyber threats on critical infrastructure. In May 2021, a ransomware group named DarkSide targeted Colonial Pipeline, one of the largest fuel pipelines in the U.S. The attack forced the company to shut down its operations, leading to fuel shortages and highlighting the vulnerability of essential services to cyberattacks.

This incident underscored the importance of not only protecting IT networks but also securing operational technology (OT) environments. It drove home the necessity for cross-sector collaboration between government and private entities to safeguard critical infrastructure. Moreover, it spurred discussions on the role of regulatory frameworks and the need for organizations to develop robust cyber resilience strategies, including comprehensive backup and recovery plans.

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion

Key Lessons Learned, According To Cyber Thought Leader Michael Sikorski

WEI’s Cyber Warfare & Beyond roundtable discussion featured several prominent panelists to offer their take on the geopolitical landscape and how cybersecurity fits into that equation. Among them was Chief Technology Officer of Palo Alto Networks’ Unit 42, Michael Sikorski. Known as “Siko” in cyber circles, the highly respected thought leader and colleague of mine offered several key lessons from these events for IT executives to consider when enhancing their cybersecurity posture. They include:

1. Investing in Advanced Threat Detection and Response
   

Advanced persistent threats (APTs) and sophisticated ransomware attacks require equally advanced detection and response capabilities. As WEI has emphasized its “Left of Bang” approach to cybersecurity in the past, investing in next-generation security tools, such as artificial intelligence (AI) and machine learning (ML) driven solutions, can help organizations detect anomalies and respond to threats in real-time. Endpoint detection and response (EDR) and extended detection and response (XDR) solutions are becoming increasingly vital in this regard.

To expand on XDR, the solution is typically capable of working across all valuable data sources, including network, endpoint, cloud, and identity, to deliver a unified view of the attack landscape. It integrates this valuable data to help analysts expose complex attack patterns by breaking down siloes.

The solution, when optimally deployed, uses the latest threat data combined with powerful ML and analytics to provide key insights into system behavior, network traffic, and user activity. By integrating multiple endpoint security tools, it allows security teams to address the full scope of security operations without deploying additional software or hardware.

2. Importance of Supply Chain Security
   

The SolarWinds attack was a wake-up call regarding the security of supply chains. Organizations must extend their cybersecurity practices beyond their internal networks to include third-party vendors and partners. Implementing rigorous security assessments and continuous monitoring of supply chain partners is crucial. Additionally, organizations should adopt a zero-trust approach, assuming that any component of their supply chain could be compromised and planning their defenses accordingly.

“There’s another SolarWinds (breach), multiple SolarWinds out there that we don’t know about yet,” said Sikorski. “And I think that we need to think about the building of software that gets distributed to these companies as a national security issue. And until we do that and think about how to get the production, worry about the supply chain down, the risk is just going to get bigger and bigger.”

WEI Webinar: Cloud App Protection Using Code To Cloud Intelligence With Prisma Cloud

3. Need for Comprehensive Incident Response Plans
   

Both the SolarWinds and Colonial Pipeline incidents highlighted the importance of having a well-defined incident response plan. Such plans should include clear protocols for detecting, responding to, and recovering from cyber incidents. Regularly testing these plans through simulations and drills can help ensure that all stakeholders are prepared to act swiftly and effectively in the event of a breach.

Combining our mentioned left-of-bang approach with right-of-bang technologies creates a stronger incident detection and response system. The left-of-bang mindset focuses on preventing attacks, while the right-of-bang approach analyzes post-attack data to improve prevention strategies. Information from post-attack analysis, such as how the attack occurred and specific threat indicators, enhances situational awareness and helps prevent future incidents. IT security leaders should aim to disrupt any indicator of an attack early on, as early detection and prevention are the most effective strategies.

4. Embracing a Zero Trust Architecture
   

The Zero Trust model, which assumes that threats could exist both inside and outside the network, is becoming a cornerstone of modern cybersecurity strategies. This approach involves continuously verifying the identity and integrity of devices, users, and applications accessing the network. Implementing Zero Trust principles can help organizations limit the potential impact of breaches and enhance overall security.

WEI, a leader in network security, has embraced Zero Trust as a core guiding principle even before the term was coined. WEI focuses on robust segmentation and micro-segmentation strategies to minimize the impact and blast radius of attacks. While no single product can deliver Zero Trust, WEI prioritizes Zero Trust network access (ZTNA) solutions to ensure clients have secure access to critical applications.

5. Enhancing Collaboration and Information Sharing
   

Cyber threats often transcend organizational boundaries, making collaboration and information sharing vital. Public-private partnerships, like those seen in the response to the Colonial Pipeline attack, can enhance collective cybersecurity efforts. Organizations should participate in information sharing and analysis centers (ISACs) and other industry groups to stay informed about emerging threats and best practices.

6. The Role of Cybersecurity Leadership
   

For IT executives, these lessons underscore the need for proactive leadership in cybersecurity. As stewards of their organizations’ digital security, IT leaders must advocate for and implement comprehensive cybersecurity strategies that address both current and emerging threats. This involves not only investing in the right technologies but also fostering a security-first mindset across the organization.

Additionally, IT executives should lead efforts to identify and mitigate risks before they materialize into full-blown incidents. This involves conducting regular risk assessments, vulnerability scans, and penetration testing to identify and address weaknesses in the organization’s defenses. By taking a proactive approach to risk management, IT leaders can reduce the likelihood of successful cyberattacks.

7. Strategic Investment in Cybersecurity
   

Allocating sufficient resources to cybersecurity is essential. IT executives must ensure that their organizations invest in the latest security technologies and maintain up-to-date defenses. This includes not only purchasing advanced security tools but also investing in ongoing training and professional development for cybersecurity staff.

Conclusion

The evolution of cybersecurity threats demands constant vigilance and adaptation. High-profile incidents like the SolarWinds and Colonial Pipeline attacks have provided valuable lessons that can guide IT executives in strengthening their organizations’ defenses. By focusing on these proven strategies, organizations can better protect themselves against the ever-changing landscape of cyber threats.

As cybersecurity continues to evolve, the role of IT executives in leading these efforts is more critical than ever. Through proactive risk management, strategic investment, and effective stakeholder engagement, cybersecurity leaders can ensure that their organizations are well-prepared to face the challenges of today and tomorrow. Contact WEI’s proven cybersecurity experts if you would like to learn how your enterprise can conduct any of these strategies more efficiently.

Next Steps: Palo Alto Networks’ commitment to developing a groundbreaking solution for modern SOCs has culminated in the creation of a new security platform, Cortex XSIAM. This next-gen platform is designed to propel SOCs beyond the capabilities of traditional SIEM systems, setting a new standard in the industry.

o learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

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This is the final installment of a two-part series dissecting the Left of Bang strategy and mindset and how it applies to modern cybersecurity practices. Click here to read part one. Left of bang is a proactive cybersecurity approach that strengthens incident detection and response by identifying and addressing threats before they impact the organization.

The risk of a cyberattack is a growing concern for organizations, and with an event occurring every 39 seconds, chief information security officers (CISOs) are taking it seriously. Left-of-bang technologies help organizations proactively identify cyber threats to prevent attacks and better manage risk. With the organization’s operational integrity, financial stability and brand at stake, cyber leaders are prioritizing cybersecurity, making it an essential part of their business strategies, rather than a nice-to-have, add-on service.

However, moving cybersecurity left of bang can be difficult for organizations that lack the on-staff expertise to recognize cybersecurity vulnerabilities. A knowledgeable value-added reseller like WEI can help organizations move cybersecurity left of bang and integrate the technologies that address their cybersecurity weaknesses and industry- and business-specific needs.

The Value of Left of Bang Technologies

These solutions are designed to help minimize risk and exposure to prevent attacks before they impact the organization. The analytics and automation built into these tools can help organizations speed threat detection and response, better manage their internal resources and address the constantly changing threat landscape.

Improving Mitigation Speed

Armed with powerful analytics, left-of-bang technologies constantly scan the IT environment for threats, using automated responses to quickly remediate issues. These advanced capabilities help organizations lower the mean time to detect (MTTD) and mean time to respond (MTTR) to an attack. Organizations use these metrics to measure their cybersecurity progress.

Easing the IT Skills Shortage

Analytics and automation also minimize the strain of the IT skills shortage. Many organizations are bringing their outsourced managed detection and response (MDR) initiatives back in house, putting greater expectations on their internal teams. By automating detection and response, such technologies allow organizations to better utilize their IT resources.

Keeping Pace with Evolving Threats

Bad actors continuously evolve their attack tactics, and organizations need to keep up. Solutions focused on left-of-bang combine analytics and the latest threat intelligence to detect new threats and network anomalies that may indicate an attack. User and Entity Behavior Analytics (UEBA) technology help organizations recognize behavioral anomalies, such as individuals accessing systems or data outside their normal scope of work or downloading data to an external device, to address a potential issue early.

A Technologies that Assess the IT Environment

An effective cyber strategy begins with situational awareness. This is achieved through asset management, vulnerability management, and penetration testing or red teaming.

Asset Management. Asset management technologies provide visibility into an organization’s IT environment, including all endpoint devices, users, software and cloud services. By inventorying all cyber-enabled assets, organizations have a clear picture of what needs to be monitored and protected. The environment is continually reviewed as new assets are introduced and existing assets are changed and decommissioned.

Vulnerability Management. Vulnerability management technology helps organizations identify, assess and address security weaknesses and prioritize remediation efforts to better secure IT assets.

Penetration Testing and Red Teaming. Penetration testing and red teaming both stage an ethical attack on an IT environment to identify gaps that provide access to bad actors; however, their approaches are different. Red teaming more closely simulates a real-world attack. The exercise is executed over several weeks without the organization’s knowledge. During this time, the red team looks for weaknesses, attempting to penetrate as far into the network as possible. With penetration testing, the organization is aware that an attack with a pre-determined scope will occur during an agreed-upon timeframe.

Technologies that Prevent an Attack

The goal here is to stop an attack from occurring. Two of the most common prevention technologies are next-generation firewalls (NFGW) and endpoint security.

NGFW. Traditional firewalls block potential threats by monitoring and filtering network traffic according to predefined parameters. NGFWs introduce additional capabilities to improve decision-making on traffic flow and defend against modern cyber threats.

Endpoint Security. Every endpoint device provides a potential access point for an attack. To block potential threats, endpoint security technology uses artificial intelligence (AI) to assess incoming data against an ever-expanding database of threats.

Proper Deployment of Cyber Solutions. Simply installing left-of-bang technology is not enough. Organizations need to ensure the technology utilizes the right settings to fortify their environments. This may include having proper policies configured and set to block, or up to date versions of products that introduce the latest prevention capabilities.

Integrating Right-of-bang Solutions for a Comprehensive Strategy

While left of bang is ideal to prevent attacks, every organization should have a comprehensive cybersecurity strategy that includes right-of-bang technologies as well. These technologies support event detection and response as well as recovery efforts to restore the IT environment and any lost data. By addressing threats across all five cyber domains, assessment, prevention, detection, response and recovery, organizations align their strategies with the (NIST) cybersecurity framework for a powerful cyber defense solution.

Building a dynamic cybersecurity strategy that prioritizes left of bang while integrating right of bang can be challenging, especially for organizations without the necessary resources. WEI’s experienced cybersecurity engineers can help organizations shift their cybersecurity strategy left of bang and deliver additional value including:

Demonstrating ROI

While CISOs understand the value of left-of-bang solutions, business leaders may not recognize the benefits until it is too late. WEI guides CISOs to build the business case for a left-of-bang strategy to help achieve executive buy-in.

Offering Experience in the Latest Cybersecurity Solutions

The cyber landscape is complex and continually evolving, making it difficult for organizations to keep up. Every year, WEI helps organizations establish and continually evolve a cybersecurity plan that:

• Identifies cybersecurity weaknesses.
• Moves cybersecurity left of bang for better visibility of the threat landscape.
• Manages the ever-changing and increasingly sophisticated cyberattack landscape.
• Integrates tools to simplify and speed cyber threat management.

Ensuring Cybersecurity Products Work Together Seamlessly

An effective cybersecurity strategy integrates multiple products to address threats across the full attack continuum. Ensuring these products work together effectively can be complex, especially when organizations add new solutions over time. WEI can help ensure cybersecurity technologies are properly deployed and follow best practices to effectively protect the IT environment and business operations.

Meeting Specific Cybersecurity Requirements

Every company’s cybersecurity philosophy, risk tolerance, budget and journey are different. WEI guides companies to recognize and address their business- and industry-specific risks by assessing the criticality of confidentiality, integrity and availability (CIA). For example, financial services and healthcare organizations place a heightened focus on data confidentiality and integrity because they handle highly sensitive data and have strict compliance requirements around data security. Availability is also critical to these organizations as downtime can negatively impact earnings and patient care. Other industries are better suited to tolerate data loss, making confidentiality and integrity less critical.

Embracing Left of Bang for a More Secure Future

A left-of-bang approach is a powerful investment in a company’s cyber posture and operational integrity. WEI can help your organization adopt this proactive approach to head off an attack before it impacts the business. Ready to improve your cyber defenses? WEI is here to help. Contact us here.

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