The most dangerous part of a cyberattack is not always the encrypted files. It is the moment when no one can be certain which systems, data or access credentials can still be trusted.

A cyberattack often begins with seemingly minor disruptions to everyday business operations. A login suddenly stops working, a shared folder becomes inaccessible, or the ERP system responds unusually slowly. At first, employees assume it is a routine technical issue, perhaps caused by a faulty update, a network problem or a server failure. The possibility that these early warning signs could indicate a cyberattack is often not immediately considered.

While the IT team investigates the cause, the company may already be losing control over important parts of its infrastructure. One system goes down, followed shortly by another. As a precaution, devices are disconnected from the network, user accounts are locked and passwords are reset, while the team also needs to determine whether existing backups are still secure and usable.

Things that seemed perfectly normal earlier that morning suddenly become uncertain. Employees begin questioning whether customer data is still accessible, whether orders can continue to be processed and which systems are safe to use at all. There is also growing concern that the incident may have compromised not only access to information but also its confidentiality or integrity.

The attack itself may take just a few minutes. Its consequences, however, can occupy an organisation for weeks. What begins as a technical security incident can quickly develop into an operational crisis affecting far more than the IT department.

The Damage First Becomes Visible in Daily Operations

Many businesses primarily associate cyberattacks with technical problems. They picture hackers, malware, firewalls or screens displaying ransom demands. For employees and business leaders, however, the actual consequences often become apparent in entirely different areas.

Customers can no longer receive the usual level of service, invoices remain unprocessed and ongoing projects grind to a halt. Employees struggle to find information they could access without difficulty the previous day, while management is forced to make decisions without yet understanding the full extent of the incident. The more heavily a company relies on digital processes, the faster these disruptions spread throughout its operations.

The impact becomes particularly clear in routine tasks. A customer enquiry that would normally take two minutes to answer suddenly requires the involvement of several employees. An order cannot be completed because the necessary documents are missing or inaccessible. An invoice cannot be issued because nobody can confidently verify whether the information it contains is still accurate and up to date.

Individually, these disruptions may seem manageable. But when several departments are affected simultaneously, delays quickly accumulate into a significant operational problem. Employees lose valuable working hours, customers wait for responses, and important decisions are postponed because the information needed to make them is unavailable.

The damage caused by a cyberattack therefore cannot be measured solely by the number of systems affected or the cost of restoring them. Equally serious is the loss of operational reliability that employees, customers and business partners depend on every day.

When Improvisation Becomes a Second Risk

Over time, small and medium-sized businesses often develop practical, informal ways of working. Someone knows which colleague has the required login, a password can be found in an old email, or employees turn to an Excel spreadsheet that was created years ago to give several people access to important accounts. Certain information may also be stored on personal devices or in private notes.

As long as everything runs smoothly, these arrangements seem convenient and efficient. Companies may not even realise how dependent certain processes have become on individual employees, informal agreements or structures that have developed gradually over the years.

During a crisis, however, these familiar habits can become a serious problem. When central systems are unavailable, employees understandably look for alternative ways to complete their work. Orders are recorded manually, customer information is retrieved from old emails, and important details are communicated over the phone. In some cases, employees create local copies of documents so that at least part of their work can continue.

Such improvisation is understandable and may help keep the business operating in the short term. At the same time, it introduces new uncertainties that can create considerable additional work later on. When several people independently process information, it becomes increasingly difficult to determine which document is the latest version, which invoices have already been sent or what decisions were made during the outage.

Another challenge arises when all the information collected during the disruption has to be transferred back into the regular systems after recovery. If customer records have been stored in different locations or documents have been edited multiple times, information may be lost, entered twice or become inconsistent across different systems.

A technical security incident can therefore increasingly turn into an organisational problem. A cyberattack threatens not only the availability of IT systems but also the structure and traceability of business operations. The fewer procedures a company has established beforehand, the more difficult returning to normal operations becomes.

The Crisis Does Not End When Systems Restart

Even when the affected systems are technically available again, this does not mean the incident has been fully resolved. Recovery is often followed by a particularly demanding phase in which the company must investigate the attack, assess its consequences and verify the security of the affected infrastructure.

This raises numerous questions that may initially have no clear answers. Which systems were actually affected, and which access credentials did the attackers use to gain entry? Was data merely encrypted, or could it also have been viewed, copied or modified? Which user accounts need to be disabled, which passwords must be reset and which permissions require review? Depending on the nature and scale of the incident, the company may also need to determine whether customers, business partners or relevant authorities must be informed.

At the same time, organisational weaknesses that went largely unnoticed during normal operations often become apparent. An administrator account may have been shared by several employees for years, making it impossible to attribute individual activities with certainty. Former employees might still have active permissions despite having left the organisation long ago. Or an important password may be stored exclusively in the browser of someone who is currently unavailable.

Another problem arises when no clear responsibility has been assigned for business-critical applications. As long as these systems function normally, the lack of ownership may go unnoticed. But when accounts must be locked, passwords changed or permissions reassigned, it becomes clear that nobody knows exactly who is responsible.

These are not unusual IT problems. They are typical consequences of organisational structures that have evolved over time. A cyberattack simply exposes these weaknesses all at once, forcing the company to address issues under significant pressure that may have remained unnoticed for years.

Access Credentials Are Part of Business Infrastructure

When preparing for cyberattacks, companies often focus primarily on technical security measures. Firewalls, endpoint protection, network monitoring, multi-factor authentication and regular backups are essential components of a secure IT environment. Equally important, however, is how business credentials are managed and whether the company can still determine who is authorised to access specific systems during an emergency.

A business password manager can make an important contribution in this area. It cannot prevent every cyberattack and does not replace other security controls or an effective incident response plan. When implemented properly, however, it provides a centralised structure for managing business credentials and can help organisations respond more quickly and effectively during a crisis.

When business accounts are comprehensively documented, assigned to clearly defined owners and managed through transparent permissions, it becomes much easier to identify which accounts exist and who is authorised to use them. Companies can review which access rights are no longer necessary, which passwords need to be changed and which shared accounts require special attention. Depending on the features available, password changes and security-relevant activities can also be recorded in audit logs.

The benefits of this structured approach become especially apparent when numerous accounts need to be reviewed simultaneously after a security incident. Instead of collecting information from scattered spreadsheets, emails or personal notes, the organisation has a central overview of its managed credentials. This not only makes the IT team's work easier but also provides a more reliable basis for decisions and coordination between responsible employees.

The greatest risks do not come exclusively from passwords that have already been stolen. Accounts whose existence is barely known within the organisation can be equally dangerous. Forgotten administrator accounts, users whose access was never revoked or credentials stored in old emails may provide attackers with additional opportunities and significantly complicate incident recovery.

Structured access management is therefore much more than a convenient way to store passwords. It forms part of an organisation's security infrastructure, helping reduce dependencies, establish clear responsibilities and maintain the ability to respond effectively during an emergency.

Cybersecurity Is Also a Leadership Responsibility

A cyberattack tests not only a company's technical infrastructure but also its organisation and leadership. It is often only during such an exceptional situation that businesses discover whether responsibilities are genuinely clear, critical processes have been prioritised and important decisions can still be made under pressure.

This responsibility does not rest solely with the IT department. Business leaders must also consider how a prolonged system outage would affect their organisation and which processes absolutely must remain operational. This includes determining which systems should be restored first, who has decision-making authority during a security incident and how employees, customers and external partners will be informed.

The availability and reliability of backups are equally important. Simply creating backup copies is not enough. Companies must also verify that their data can actually be restored and establish how long it is likely to take before normal operations can resume.

The management of business-critical credentials also plays a crucial role. If only one person has certain access rights, or important passwords are stored exclusively on personal devices, unnecessary dependencies arise. Should that person be unavailable at a critical moment, restoring essential business processes may take even longer.

For this reason, business leaders should not focus exclusively on preventing cyberattacks. They must also ask how severely a successful attack would affect the organisation.

Can operations continue at least partially? Do the responsible employees know which systems need to be restored first? Are critical accounts still accessible if certain team members cannot be reached? Can permissions be reviewed or revoked quickly, without first searching through numerous emails, browsers or Excel spreadsheets?

Companies that only begin answering these questions during an active cyberattack lose valuable time. Those that consider such scenarios in advance are better positioned to act systematically and make informed decisions even during a crisis.

Preparation Starts Before an Incident

Cybersecurity is often treated as a purely technical subject, even though its importance extends far beyond protecting individual systems. For businesses, it is also about operational continuity, customer trust and the ability to remain effective under difficult circumstances.

A cyberattack may begin with an unusual login, an inaccessible folder or a system that suddenly becomes slow. Its consequences, however, often become apparent later, when teams can no longer work as usual, customers are waiting for important responses and business commitments cannot be fulfilled on time. What initially looks like a technical fault can develop into a crisis affecting multiple departments simultaneously.

For SMEs in particular, it is therefore worth regularly reviewing how well the organisation is prepared for such situations. Preparation involves more than technical security measures and tested backups. It also requires transparent access permissions, clearly defined responsibilities and effective emergency procedures. What matters is that these measures do not merely exist on paper but genuinely work in everyday business operations.

Even comprehensive security precautions can never completely eliminate the risk of a successful cyberattack. Companies can, however, influence how well prepared they are, how quickly they respond and how severely an incident affects their business activities.

Effective IT security is therefore measured not only by how reliably a company can prevent attacks, but above all by its ability to remain operational when critical systems and processes suddenly stop working.