When it comes to cybersecurity, it’s hard to know what you don’t know, especially when most organizations stay tight-lipped about their protocols, infrastructure, and security roadmaps. While you might think you have a strong security posture with firewalls, multi-factor authentication, or endpoint device security, it might not be enough. According to IBM, in 2024, the average data breach cost hit $4.88 million, and regulatory fines are only increasing, adding to the hefty financial damage of data breaches or security incidents. Why Assessing Your Cybersecurity Maturity Matters A cybersecurity maturity assessment evaluates how well your organization’s current controls, policies, and response capabilities align with industry frameworks like NIST, ISO 27001, or CMMC. This structured review helps identify strengths, gaps, and actionable next steps to strengthen your security posture. Improved resource allocation Maybe you need next-gen firewalls, but your current endpoint device management is solid. A maturity assessment helps you allocate budget where it matters most, pinpointing high-priority vulnerabilities and reducing spend on low-ROI areas. More efficient cost savings The average business spends between 2% and 5% of annual revenue on IT, but it can go as high as 11% in highly regulated industries like healthcare or finance. Even incremental savings through re-prioritized spending, downgrades in platform usage, or other cost-cutting measures can save hundreds of thousands of dollars quickly. Enhanced security posture A no-brainer benefit is enhanced security posture, showing both proactive and reactive defenses, closing weak points, improving resilience, and becoming stronger against ransomware, insider threats, phishing, or brute force attacks. Boosted compliance readiness Instead of scrambling before an audit, your team can approach it with confidence. A maturity assessment might reveal something like a missing audit trail, a critical requirement for frameworks such as HIPAA or PCI DSS, allowing you to fix it before it becomes a liability. Top Areas Organizations Fall Short You run automated scans, but they’re ad-hoc, and your IT manager is on vacation for two weeks. Or your new Chief of Staff wants to help set up a new employee quickly, giving tons of significant access privileges without IT oversight. Even with the best intentions, many organizations fall short of a strong security posture, and non-compliance costs are high. Rapid growth, platform migrations, limited budgets, and involving threats make it difficult to protect your business from every angle comprehensively. Third-party risk management 30% of 2024 breaches were linked to a third-party vendor, and unfortunately, many companies lack formal vendor risk assessments, in-depth security discovery, and continuous monitoring of external access. A maturity assessment helps reveal which vendors fall short, how to shore up assessments during purchasing, and how to align with industry regulations. Identity and access controls Identity is the new security perimeter, and 49% of data breaches involve using stolen account details. Organizations often rely on manual processes to manage Active Directories, permissions, and controls. This lack of automation means outdated accounts are still active, employees aren’t off-boarded properly, and cybercriminals can use stolen credentials to move laterally throughout the network. Incident response readiness Many organizations err by hoping a cyber incident will never occur. However, a formalized, documented, approved, and tested process minimizes damage, reduces downtime, and maximizes business continuity. Employee security awareness 88% of data breaches occur because of human error, turning what should be your front line of defense into your most significant vulnerability. With social engineering and phishing scams becoming more sophisticated thanks to artificial intelligence, employees might be more likely to click on a malicious link or download a virus-laden attachment. Strengthen Security Posture with vCISO Services and Proactive Assessments To proactively protect third-party access, strengthen identity and access controls, and improve incident response readiness, different cybersecurity advisory services can help fill those gaps. Virtual Chief Information Security Officer (vCISO) services are one way to help proactively manage your cybersecurity program, mitigate risk, significantly lower operating expenses, and achieve compliance with industry and regulatory standards. vCISO services are a lower-cost alternative to full-time security professionals or expensive leadership, but still allow small to midsized businesses access to expert advice, recommendations, frameworks, and more. vCISOs offer proven results, focused services, high-touch interactions, and decades of experience. What’s Included in a Cybersecurity Maturity Assessment Over several weeks, Cybantage’s cybersecurity assessment includes: A risk-based gap analysis Maturity scoring and framework mapping (NIST, ISO, CMMC, etc.) Cybersecurity KPIs such as patch compliance rate, unauthorized access attempts blocked, IT cost efficiency, and network uptime A prioritized roadmap for short- and long-term investments Ready to Assess Your Cyber Maturity? Cybersecurity maturity assessments deliver real value—better budgeting, stronger compliance, and a sharper edge against threats. Many organizations fall behind in key areas. A third-party review brings clarity, strategy, and actionable next steps. To start, partner with an experienced third party for a cybersecurity maturity assessment. Cybantage can also provide vCISO services to supplement your internal team. Reach out to explore how these services can help you stay ahead of evolving threats and regulations.

Enterprise risk assessments should be conducted on a regular basis—ideally at least once per year—to identify or update your organization’s exposure to both established and emerging risk scenarios. This procedure enables the determination of the potential impact associated with each assessed risk scenario. Risk assessment outcomes that are older than one year may no longer accurately reflect risks relevant to your organization. In the absence of current risk assessment findings, the ability to identify threats to operations, assets, and personnel is significantly reduced. Conducting annual risk assessments is not only considered best practice but also demonstrates to external stakeholders that your organization systematically monitors relevant risks and implements appropriate mitigation or treatment strategies. Effective Risk Assessment Programs An effective risk management program requires a systematic and well-documented approach to identifying risks. This process typically involves evaluating the full inventory of information systems and data essential for business operations, as well as defining potential threats to organizational systems and processes. The intent of risk identification is not to catalogue every possible operational risk, but rather to concentrate on those that are most significant to the organization’s business objectives. There are various methodologies available for identifying operational risks. Sample Cybersecurity Risk Assessment Tools include: Using questionnaires and surveys Interviewing managers, system owners, and subject matter experts Collecting input from asset and service stakeholders Reviewing internal and external historical data Acquiring external consultative expertise During the collection and compilation of this information, it is essential to identify any security risks relevant to your organization. After these potential risks are recognized, they should inform the scope of items addressed during the risk assessment process, allowing for adjustments as needed. Cybersecurity Risk Assessment Framework Risk assessments should address threats, vulnerabilities, likelihood, and potential impact on organizational operations, information assets, individuals, other organizations, and, in certain cases, the Nation. These assessments should be revised as significant changes take place within the organization or operational environment. Conducting risk assessments annually and following major changes helps ensure alignment with shifts in environment, emerging threats, evolving trends, and advancing technologies. The outcomes of risk assessments are relevant to control selection processes, particularly when applying control tailoring guidance. Third-Party Risk Assessment Protocol Risk assessments must encompass potential risks arising from external entities. This includes contractors, third-party personnel carrying out tasks on behalf of the organization, individuals with access to information systems, and service providers. Comprehensive assessments should integrate findings from a robust third-party risk management program, which is discussed in later chapters. Risk assessments may utilise either quantitative or qualitative methodologies; however, it is essential to maintain consistency and comparability across all evaluations. Such uniformity facilitates effective prioritization of resources for managing identified risks. All assessment results should be thoroughly documented and reviewed following each evaluation. Reports must be distributed to relevant stakeholders and securely retained, providing necessary evidence for subsequent assessments, audits, or reviews of the organization’s risk management procedures. Pro Tip: It is not necessary to initiate the annual risk assessment process from the beginning each year. There are solutions available that preserve your risk assessment results indefinitely, enabling real-time updates and ensuring that assessment outcomes remain current. Risk assessment results at the organizational, business process, or system levels should be employed to inform risk management decisions where appropriate. Establishing benchmarks or target performance metrics is recommended to demonstrate progress or identify regression in the organization’s risk profile over time. The risk assessment process should include an evaluation of both the likelihood and magnitude of harm resulting from unauthorized access, use, disclosure, disruption, modification, or destruction of information systems. This encompasses data that is processed, stored, or transmitted by these systems. Additionally, risks associated with employing end-of-life (EOL) software or hardware components, which lack support from original vendors or manufacturers, must be considered. A comprehensive risk assessment should measure likelihood and severity, and calculate overall risk (risk = likelihood x severity) across environmental, human-made, business, and IT domains. Pro Tip: The risk factor list below, together with the related risk assessment questions, may be utilized to perform an initial risk evaluation for your organization. This process can be streamlined through portal-based solutions that automatically calculate risk scores. Any third-party solution selected should provide calendar reminders to support timely updates of responses and remediation actions. It is important to note that not all listed risk factors will pertain to every organization or each location in which your organization operates. Preparing these responses demonstrates that all recognized scenarios have been thoughtfully considered and the respective risks thoroughly assessed. Enterprise-Wide Risk Assessment Template: Brand Recognition: Are there strategies in place to address decreases in brand recognition or the overall perceived value of the organization? Has the organization recently experienced a drop in perceived value, and if so, how was this managed? Breach of Confidentiality: Does your organization handle sensitive customer data? What measures are implemented to protect against confidentiality breaches? Business Strategy: Is the organization’s three-to-five-year business strategy reviewed and updated regularly? What processes exist for updating this strategy? Cash Liquidation Problems: How stable is the organization’s financial position? If stability is threatened, what marketing or communication strategies are employed to counteract negative rumors? Cheaper Alternatives or Products: What level of competition does your organization face in the market? Are research and development initiatives sufficient to maintain competitiveness? Credit Risk: Is the organization currently carrying debt or at risk of obtaining a poor credit rating? How might a negative credit rating affect relationships with suppliers? Critical Component Failure: Which operational components are considered critical for your organization? How dependent is the organization on them, and what contingency or recovery plans exist if they fail? Customer Satisfaction: What methods are used to assess customer satisfaction? How does the organization respond to negative customer experiences or incidents that could damage customer relationships? Customer Service Downtime: To what extent does the organization depend on customer service operations? What would be the consequences if customer service became unavailable? Demand for Products and Services: Does the organization actively monitor demand for key products and services?

Victoria’s Secret experienced a significant cybersecurity breach in late May that forced the temporary closure of its U.S. e-commerce website and impacted internal corporate systems. Though the incident did not affect Q1 results, it has postponed financial reporting and is expected to dent Q2 earnings. Incident Timeline & Impact May 24: Alert triggered — unusual activity detected on corporate systems. May 26: As a precaution, Victoria’s Secret shut down its U.S. website and paused select in-store services at both Victoria’s Secret and PINK locations May 29–30: The website was restored after multi-day downtime Financial Consequences Q1 Performance: Unaffected — reported net sales of approximately $1.35 billion and adjusted operating income near $32 million, meeting or exceeding guidance  Q2 Hit: Management estimates the cyber disruption may reduce Q2 operating income by around $10–20 million  Earnings Delay: The Q1 earnings release, originally scheduled for June, was postponed due to systems inaccessible for reporting . Share Reaction: Stock slid nearly 3% following the disclosure—continuing a broader 51% decline for the year  Response & Recovery Victoria’s Secret swiftly activated incident response protocols, engaged third-party cybersecurity experts, and contained unauthorized access. By mid-June, all systems were fully operational and order processing resumed in stores  Broader Retail Cyber Wave This incident echoes a disconcerting trend in the retail sector—one marked by coordinated attacks on brands like Marks & Spencer, Dior, Harrods, Adidas, and Cartier, many of which have publicly linked the breaches to the Scattered Spider threat group  Consumer Alert While Victoria’s Secret has not confirmed any exposure of customer data, shoppers are advised to stay vigilant for: Phishing scams disguised as order updates or refunds Account-monitoring for suspicious activity Extended return windows & coupon validity as offered by the retailer

Cork Protocol, a decentralized finance (DeFi) platform designed to protect investors from token “depegging,” was hit by a sophisticated cyberattack that drained over $12 million in crypto assets—one of the most complex exploits the DeFi world has seen this year. Here’s what happened—and why it matters: The Exploit: A Deep Dive into Smart Contract Vulnerability Cork lets users hedge risks tied to price instability of pegged assets like stablecoins. But this flexibility came at a cost. A threat actor manipulated Cork’s Uniswap V4 hook logic to trick the protocol into issuing legitimate Cover Tokens using fraudulent swap conditions. Key steps in the attack: Created a malicious market using a real Depeg Swap token from another pool. Exploited Cork’s beforeSwap hook to bypass access controls. Gained unauthorized issuance of real tokens—and drained 3,761 wstETH (~$12.1M). The attacker laundered funds via Tornado Cash, even donating 10 ETH to the platform’s legal defense—a taunting footnote to a major breach. What This Means for DeFi This wasn’t a basic coding bug. It was a calculated, economic-logic exploit that weaponized the flexibility of smart contract architecture against itself. Even after multiple audits, Cork’s configuration left critical edge cases exposed. Takeaways: Complex DeFi logic ≠ secure by default Smart contracts need identity validation, not just “trustless” access Economic simulations must be part of all future audits The Future of On-Chain Risk DeFi’s greatest strength—programmability—is also its greatest weakness when security isn’t baked into every layer. The Cork attack is a wake-up call to: Review how hooks and oracles are validated Audit for behavioral logic, not just code syntax Treat backup protocols (like hedging tools and coverage platforms) as Tier 1 attack surfaces Sound Familiar? From this to the Curve, Euler, and Ronin exploits—2025 continues to expose just how fragile composable DeFi really is. We can’t keep plugging holes after the money’s gone. If you’re building or auditing DeFi protocols, don’t just ask “Is the code correct?” Ask: Can this system be gamed by economic logic? Are assumptions around trust and privilege still valid? Have we tested edge-case scenarios beyond audit checklists?

In a disturbing escalation of cyberattacks targeting enterprise SaaS infrastructure, Commvault, one of the world’s most trusted names in backup and disaster recovery, confirmed that its Metallic SaaS platform was breached by an advanced nation-state threat actor. The attack exploited a previously unknown zero-day vulnerability (CVE-2025-3928) in Commvault’s internal web server, affecting its Microsoft Azure-hosted services. Incident Summary Commvault was alerted to unusual activity on February 20, 2025, by Microsoft’s internal threat intelligence team, which observed suspicious behavior in the company’s Azure environment. A forensic investigation revealed that attackers had exploited a zero-day vulnerability to deploy webshells and exfiltrate application secrets, which granted access to downstream Microsoft 365 (M365) tenant data in certain environments. The affected platform—Metallic—is widely used by organizations for backup and recovery of cloud workloads including Microsoft 365, Salesforce, endpoints, and Azure data. This elevated the severity of the incident significantly, given the privileged position Metallic holds in customer ecosystems.

Tech Supply Giant Faces Challenges, Vows Swift Recovery Global IT distributor Ingram Micro has suffered a significant ransomware attack, causing disruptions to its operations across multiple regions. The company, a key player in technology and supply chain services with a presence in more than 50 countries, saw order processing and customer portals go offline as hackers encrypted critical systems. Sources suggest the attackers gained entry via phishing or software vulnerabilities, then demanded payment to unlock stolen data. Ingram Micro’s security teams quickly moved to contain the breach, working with outside experts and notifying authorities. The company prioritized transparent communication, updating customers and partners on restoration efforts. The incident has delayed shipments and impacted clients worldwide, raising concerns about supply chain security in the tech sector. Financial impacts are expected due to system downtime and potential ransom costs, while the event challenges trust in third-party providers. Experts say the attack highlights growing risks for supply chain partners and underscores the need for stronger cybersecurity measures industry-wide. Ingram Micro is now focused on restoring full service, reinforcing defenses, and learning from the breach to prevent future incidents. This attack serves as a wake-up call for the tech industry, emphasizing the urgency of proactive security, thorough incident response planning, and robust third-party risk management.