Most employees have seen cybersecurity awareness training before. Watch a video, click through a few slides, answer some multiple-choice questions, complete the course, and then return to work.
The problem is that completing cybersecurity awareness training is not the same as developing secure behaviour.
Employees may know that phishing is dangerous. They may know that strong passwords matter. They may even know that suspicious attachments should not be opened. But when a convincing phishing email arrives during a busy workday, can they recognise it?
When an unexpected request for sensitive information comes from a senior executive, will they question it? When an AI-generated voice or deepfake impersonates someone they trust, will they know what to do?
This is why modern organisations are increasingly looking beyond passive cybersecurity awareness training and toward interactive, scenario-based and measurable learning.
Cybersecurity awareness training educates employees about cyber risks and the behaviours they need to follow to protect organisational information, systems and data.
Common topics include:
The objective is not simply to transfer information. It is to help employees recognise risky situations and make safer decisions.
Traditional training often follows a simple model:
Watch → Answer → Complete
This approach can be useful for communicating basic information, but it does not always demonstrate whether employees can apply that knowledge.
Consider phishing. An employee might correctly answer:
“Which of these is a phishing indicator?”
Recognising a suspicious email in a real inbox requires the employee to:
Observe → Identify → Analyse → Decide → Act
That is a different skill.
Modern cybersecurity awareness programmes can therefore benefit from interactive scenarios, practical activities and gamification.
Interactive cybersecurity training requires learners to actively engage with the material instead of simply consuming it.
Depending on the course, this might include:
SCORM is also widely used to package e-learning content so it can be deployed through compatible Learning Management Systems. Enterprise security-awareness providers such as SANS, for example, offer SCORM-compatible deployment options alongside hosted training.
The key benefit is not the technology itself. It is the opportunity to make employees participate in the learning process.
Cybersecurity is not always an exciting subject for employees. Mandatory training can easily become a compliance exercise rather than a learning experience.
Gamification introduces elements such as:
The objective is not to turn cybersecurity into entertainment. It is to make the learning experience more active. Research into gamified cybersecurity awareness approaches has explored the use of interactive learning, scenario-based challenges, feedback and performance tracking to improve engagement and learning outcomes.
The real test of awareness is what employees do when they encounter a threat.
For example, an employee may know:
“Never click suspicious links.”
But a realistic training scenario can ask: Your manager sends you an urgent message asking you to open a document. The message appears to come from their account, but the wording seems unusual. What do you do?
Now the employee has to apply their knowledge. This distinction matters.
A strong awareness programme should help employees move through:
Learn → Interact → Apply → Assess
rather than simply:
Watch → Complete
A comprehensive programme should cover more than phishing.
Depending on the organisation, it may include:
Core Cyber Hygiene
Password security, authentication, safe browsing and device security.
Social Engineering
Phishing, vishing, smishing, impersonation and manipulation.
Data Protection
Handling sensitive information, privacy and secure data sharing.
Emerging Threats
Deepfakes, AI-enabled social engineering and new attack techniques.
Remote Working
Security considerations when employees work outside controlled corporate environments.
Insider Threats
Recognising suspicious activity and understanding reporting responsibilities.
Physical Security
Tailgating, unattended devices, removable media and physical access risks.
The programme should evolve as the threat landscape changes.
Cybersecurity awareness training can quickly become outdated. Attackers change their techniques. New technologies introduce new risks. Social engineering evolves. Employees increasingly interact with AI tools and cloud services.
A static training library may therefore become less relevant over time. TISS maintains a repository of 70+ cybersecurity awareness and e-learning modules, covering subjects ranging from phishing and ransomware to deepfakes, privacy, social engineering and mobile security. The content is continuously updated to reflect emerging threats and changes in the cybersecurity landscape.
Different organisations have different risks. A financial institution may need greater emphasis on fraud, data protection and business email compromise.
A manufacturing organisation may focus more heavily on operational technology and physical security. A technology company may need stronger coverage of cloud security, access management and data handling. Even within one organisation, different roles may require different learning. TISS therefore provides three levels of content customisation.
Ready-to-Deploy
Existing cybersecurity awareness modules can be deployed with organisational branding.
Semi-Customised
Existing content can be adapted around organisational terminology, policies, procedures, examples and scenarios.
Fully Customised
Training can be developed specifically around an organisation’s:
This allows awareness programmes to become more relevant to the people actually taking them.
Cybersecurity awareness training should not be measured only by how many employees completed a course.
The more important question is:
Can employees apply what they learned when a real threat appears?
Interactive learning, scenarios, gamification and practical assessments provide organisations with a way to move beyond passive awareness and toward more meaningful cybersecurity behaviour.
The objective is simple:
Teach cybersecurity. Practise it. Test it. Make it stick.