At a Glance
A European manufacturing company had invested in cybersecurity tools, policies, audits and technical controls. The company was collecting plenty of security information, but that information was stored across different systems, reports and spreadsheets.
This made it difficult to answer some basic questions:
- ?Which security issues pose the greatest risk to the business?
- ?Which vulnerabilities should be fixed first?
- ?Who is responsible for each risk and action?
- ?Are the security controls actually working?
- ?Where should the company invest next?
We helped the client bring this information together and build a practical process for managing cybersecurity risks.
The result was a clearer view of critical assets, vulnerabilities, controls, suppliers and improvement actions. Management could make decisions based on business impact rather than relying only on technical scores and separate reports.
About the Client
The client name and selected operational details have been withheld for confidentiality reasons.
The Challenge
The company already had many elements of a cybersecurity program in place.
The IT team maintained systems and infrastructure. The information security team managed policies and risk registers. Vulnerability reports were provided to technical teams. Procurement held information about suppliers and contracts. Business departments understood which applications and services were important to their work.
However, this information was not connected.
The same system could appear under different names in several documents. A vulnerability report might identify a serious technical problem without showing which business process was affected. A risk could be recorded without a clearly assigned owner. Supplier dependencies were not always visible to the teams responsible for continuity planning.
Management received reports, but preparing them required a considerable amount of manual work. The reports also focused heavily on technical details and did not always explain the possible effect on the business.
Security information existed — but it was not connected.
The challenge was less about a lack of security activity and more about turning fragmented information into a practical management process.
The client wanted a simpler and more practical way to manage cybersecurity.
What the Client Wanted to Achieve
The project had six main goals:
Bring the most important cybersecurity information into one structured view.
Connect technical findings with business processes and operational impact.
Assign clear owners to risks, controls, assets and improvement actions.
Improve the way vulnerabilities were prioritized.
Give management shorter and more useful reports.
Reduce the amount of manual work required for reporting and audit preparation.
What We Did
We began with the business
The first step was to understand how the company operated.
We held workshops with representatives from IT, information security, infrastructure, compliance, procurement, business continuity and selected business departments.
Together, we reviewed:
- ✓critical business processes;
- ✓important applications and systems;
- ✓information handled by those systems;
- ✓infrastructure and cloud services;
- ✓external providers and suppliers;
- ✓existing risks and controls;
- ✓vulnerability reports;
- ✓past incidents and audit findings;
- ✓business continuity arrangements;
- ✓management reporting requirements.
This showed us where information was missing, duplicated or inconsistent.
It also identified systems that were known to the technical teams but had not been linked to a business process or assigned to a business owner.
We connected the available information
We created a common structure for the company's cybersecurity information.
The structure connected:
- ✓business processes;
- ✓departments;
- ✓information and data;
- ✓applications;
- ✓servers and endpoints;
- ✓user and administrator accounts;
- ✓cloud services;
- ✓office and production locations;
- ✓suppliers;
- ✓threats;
- ✓vulnerabilities;
- ✓security controls;
- ✓policies and procedures;
- ✓risks;
- ✓incidents;
- ✓audit findings;
- ✓improvement actions;
- ✓responsible owners;
- ✓supporting evidence.
This allowed the company to look at cybersecurity information as a connected set of relationships rather than as separate lists.
- ✓the affected server;
- ✓the application running on that server;
- ✓the business process supported by the application;
- ✓the type of information processed;
- ✓the system owner;
- ✓existing security controls;
- ✓the related risk;
- ✓the person responsible for fixing the issue.
We improved vulnerability prioritization
Previously, vulnerability priorities were based mainly on technical severity ratings.
Technical scores remain useful, but they do not show the full picture. A technically serious vulnerability on an isolated test system may present less risk than a medium-severity vulnerability on an internet-facing system used for critical business operations.
We therefore added business and operational factors to the assessment, including:
- ✓importance of the affected business process;
- ✓criticality of the asset;
- ✓type and sensitivity of the information;
- ✓exposure to the internet or external users;
- ✓likelihood of exploitation;
- ✓availability of known exploits;
- ✓existing security controls;
- ✓possible production or service interruption;
- ✓legal and contractual consequences;
- ✓supplier dependencies;
- ✓expected effort required for remediation.
The method helped technical teams focus on the issues most likely to affect operations, customers or important information.
We clarified responsibilities
The company needed to know who was responsible for making decisions and who was responsible for carrying them out.
We assigned owners to:
- ✓business processes;
- ✓applications and infrastructure;
- ✓information assets;
- ✓cybersecurity risks;
- ✓security controls;
- ✓suppliers;
- ✓audit evidence;
- ✓vulnerability remediation;
- ✓risk-treatment actions.
We also documented when an issue had to be escalated.
This included situations such as:
- !overdue critical actions;
- !risks above the approved level;
- !critical vulnerabilities without a remediation plan;
- !missing evidence for important controls;
- !repeated security findings;
- !delayed supplier assessments.
This reduced uncertainty and made follow-up easier.
We connected vulnerability management with risk management
The client already received vulnerability findings from different tools and assessments. The next step was to place those findings in the correct business context.
We introduced a common process:
The process gave technical teams clearer priorities and allowed management to understand the consequences of delayed actions.
We made security controls easier to measure
Previously, many security controls were described in policies or compliance documents, but it was not always clear how their effectiveness was assessed.
For each important control, we defined:
- ✓what the control was expected to achieve;
- ✓who was responsible for it;
- ✓where it applied;
- ✓what evidence was required;
- ✓how often it should be reviewed;
- ✓how its effectiveness could be measured;
- ✓which risks it helped to reduce;
- ✓what should happen if it was not working properly.
- ✓percentage of critical systems covered by vulnerability scanning;
- ✓percentage of privileged accounts protected with multifactor authentication;
- ✓average time required to fix critical vulnerabilities;
- ✓percentage of critical suppliers assessed;
- ✓percentage of risk-treatment actions completed on time;
- ✓number of recurring findings;
- ✓percentage of critical systems included in recovery tests;
- ✓percentage of important controls with current evidence.
This helped the company move beyond asking whether a control existed. The more useful question became whether the control was working.
We improved management reporting
Management did not need another lengthy technical report. Management needed a clear view of the issues requiring attention or a decision.
The new reporting structure focused on:
- ✓the most important remaining risks;
- ✓risks above the company's accepted level;
- ✓critical assets without sufficient protection;
- ✓overdue improvement actions;
- ✓unresolved high-priority vulnerabilities;
- ✓repeated findings;
- ✓supplier risks;
- ✓security incidents and trends;
- ✓missing control evidence;
- ✓progress of risk-treatment activities.
Each significant issue showed:
- ✓the business context;
- ✓the potential impact;
- ✓the responsible owner;
- ✓the planned action;
- ✓the deadline;
- ✓the current status;
- ✓any decision required from management.
This made security discussions shorter, clearer and more focused.
What We Delivered
The client received:
- ✓a structured inventory of critical business and technology assets;
- ✓a standard method for assessing cybersecurity risks;
- ✓links between business processes, assets, vulnerabilities and controls;
- ✓a risk-based vulnerability-prioritization method;
- ✓clearly assigned owners and responsibilities;
- ✓a register of security controls and supporting evidence;
- ✓a supplier-risk assessment structure;
- ✓a consistent process for tracking improvement actions;
- ✓management reporting templates;
- ✓practical guidance for regular reviews;
- ✓an agreed process for escalating overdue or unacceptable risks.
The project did not add another disconnected list or report. It brought the existing information into a structure that could be maintained and used by different teams.
The Results
The final figures in this section must be replaced with confirmed client data before publication.
Within [six months], the client achieved:
If exact numbers cannot be published, this section can use non-numerical results:
- ✓Critical risks and assets were assigned to accountable owners.
- ✓Management received a consolidated view of cybersecurity risks.
- ✓Technical findings were linked to their possible business impact.
- ✓Overdue actions became easier to identify and escalate.
- ✓Audit preparation required less manual coordination.
- ✓Supplier dependencies became more visible.
- ✓Vulnerability remediation focused more clearly on critical operations.
What Changed for the Client
What We Learned
Client Comment
"We already had a lot of cybersecurity information, but it was spread across different teams, tools and reports. The new structure helped us connect technical findings with business impact, responsibility and required actions. Management can now see which issues require a decision and which improvements are already in progress."
Only use this quotation after receiving the client's approval. If an approved quotation is not available, remove this section.
Conclusion
The company did not have a shortage of cybersecurity information. The real problem was that the information was fragmented and difficult to use.
By connecting business processes, assets, vulnerabilities, controls, suppliers and responsibilities, the company created a clearer way to manage cyber risk.
Technical teams received more useful priorities. Risk owners understood their responsibilities. Management received reports that showed where decisions or investment were needed.
Most importantly, the ISMS became a working part of the business rather than a set of documents maintained mainly for audits.
Are You Facing a Similar Problem?
Cybersecurity information is often spread across risk registers, technical reports, supplier files, audit records and spreadsheets.
Cybersecurity Analytics can help you:
- ✓identify the risks that matter most to your business;
- ✓connect technical vulnerabilities with operational impact;
- ✓assign clear owners to risks and actions;
- ✓improve your ISMS;
- ✓measure whether security controls are working;
- ✓organize supplier and third-party risks;
- ✓prepare clear cybersecurity reports for management.
Turn cybersecurity information into decisions you can act on.
Whether you are strengthening your ISMS, improving risk visibility or connecting technical findings with business impact, our team can help you build a more practical cybersecurity management approach.
Connect assets, vulnerabilities, controls and business impact.
Make security governance practical and measurable.
Give decision-makers clear, actionable risk information.
Bring supplier dependencies into the wider risk picture.
