Incident Management Software: Universities Cannot Secure What They Cannot See

Written by Dr Shalen Sehgal | Crises Control  

At 11:15 on a Tuesday morning, the university campus looks exactly as it should.

Students hurry between lectures carrying backpacks and laptops. Researchers make their way towards laboratory buildings. Visitors arrive for meetings while contractors unload equipment outside a lecture theatre. Prospective students follow campus tour guides across the grounds, and hundreds of people move between buildings without attracting a second glance.

Among them is an individual who appears to belong.

He walks into a lecture theatre, sits quietly through part of a class and blends into the normal rhythm of the day. Nobody challenges him because there is nothing about his appearance that suggests he should not be there. Like everyone else around him, he looks like a university student.

A short time later, the situation changes.

Several members of academic staff are assaulted before security teams fully understand what is happening. Emergency services are called, lecturers and students seek safety, and information begins spreading across the university through phone calls, messaging apps and word of mouth. Staff on neighbouring campuses hear fragments of the story while others continue teaching because they have no idea an incident is unfolding elsewhere.

When incidents like this are reviewed afterwards, the first question is often, “How did this person get onto campus?”

For most universities, that is the wrong place to start.

Universities are designed to be open environments where students, researchers, contractors, conference delegates and visitors move freely throughout the day. In many cases, members of the public also have legitimate reasons to be on campus, whether they are using the library, attending an event or visiting a café. Distinguishing between someone who belongs and someone who presents a risk is rarely straightforward.

A more useful question is this:

Why did nobody recognise that something was wrong until people were already being harmed?

That question sits at the centre of modern university campus security. The greatest challenge is often not preventing someone from entering the campus. It is recognising unusual behaviour early enough for the right people to share information, assess the situation and coordinate an appropriate response before uncertainty turns into an operational incident.

This is where Incident Management Software supports universities in a very different way from traditional security systems. Rather than focusing only on what happens after an incident has been declared, it helps create operational visibility while events are still unfolding. By connecting communication, incident coordination and real-time information, leadership teams can build a shared understanding of what is happening and make informed decisions more quickly.

Universities do not need to become closed campuses to improve safety.

They need to recognise developing incidents sooner, communicate verified information faster and coordinate a consistent response across every team and every campus.

What Is Campus Incident Management?

Campus incident management is the structured process of identifying, communicating, coordinating and resolving incidents that affect the safety, security or operation of a university. It brings together people, processes and technology so that the right teams receive accurate information at the right time, allowing decisions to be made with confidence as an incident develops.

For universities, this extends well beyond physical security. A campus incident could involve an aggressive individual, a laboratory accident, severe weather, a cyber attack, a major IT outage, a protest that disrupts teaching or an emergency affecting multiple campuses. While every scenario requires a different operational response, they all depend on the same principle: leadership teams need a clear, shared understanding of what is happening before they can coordinate an effective response.

The Biggest Misconception About University Campus Security

Many universities invest heavily in physical security. CCTV monitors key buildings, security officers patrol campuses, access controls protect sensitive facilities and emergency procedures are reviewed regularly. These measures are all valuable, but they can create a false sense of confidence when they are viewed as the complete security strategy.

The greatest challenge facing modern universities is rarely a lack of security infrastructure. More often, it is a lack of shared operational awareness.

A CCTV camera can record an incident without anyone noticing it in real time. A security officer may respond quickly in one part of the campus while another faculty remains unaware of what is happening. A lecturer may recognise concerning behaviour but have no simple way to alert colleagues beyond making a phone call. The information exists, but it remains isolated within different departments instead of forming a complete operational picture.

This is why many university incidents do not become operational emergencies until somebody reports them. By then, valuable time has already been lost.

University leaders therefore need to ask a different question. Instead of asking, “How secure is our campus?”, they should ask, “How quickly can the right people build a shared understanding of what is happening before the situation becomes more serious?”

That shift in thinking moves campus security beyond protecting buildings. It becomes an exercise in improving visibility, communication and coordination across the entire university.

Why Universities Often Do Not See An Incident Developing

Most university security incidents do not begin with an obvious emergency. They begin with behaviour that appears completely ordinary.

Someone walks onto campus carrying a backpack, enters a lecture theatre, visits the library or spends time in a communal area. Nobody challenges them because nothing immediately suggests they should not be there. In an open university environment, that is entirely normal.

Students move between buildings throughout the day. Researchers meet with external partners. Conference delegates attend events, contractors carry out maintenance and members of the public use cafés, libraries and sports facilities. From a security perspective, almost everybody appears to belong.

That is what makes campus incident management fundamentally different from managing security in schools, hospitals or secure industrial sites. The challenge is rarely whether someone can enter the campus. The challenge is recognising behaviour that falls outside the ordinary before it develops into something much more serious.

CCTV Cannot Create Operational Awareness

Many universities have invested heavily in CCTV, and for good reason. Cameras help security teams investigate incidents, provide evidence when something goes wrong and support law enforcement after an event has taken place.

What they cannot do on their own is tell decision-makers that something unusual is happening while there is still time to respond.

A camera may record an individual moving between buildings or entering a lecture theatre, but unless someone is actively monitoring that specific feed at that exact moment, nothing changes. In many cases, the footage only becomes relevant after a member of staff has already reported an incident.

This highlights an important distinction that universities often overlook.

Collecting information is not the same as creating operational awareness.

Large universities may have hundreds or even thousands of cameras spread across multiple buildings and campuses. No security team can watch every feed continuously while also responding to day-to-day incidents, supporting events and carrying out routine patrols. As a result, technology captures vast amounts of information, but recognising when that information requires immediate action still depends largely on people.

That is why many serious incidents are not identified by technology. They are identified by lecturers, students or members of staff who realise something is wrong and decide to report it.

By the time that happens, the incident has already moved beyond observation and into response.

Universities therefore need to think beyond surveillance. Operational visibility comes from connecting information, communication and decision-making, allowing leadership teams to understand what is happening as events develop rather than reconstructing them afterwards.

Communication Often Begins Too Late

Once someone recognises that an incident is unfolding, another challenge immediately appears.

How does that information reach everyone else who needs it?

In many universities, the answer still depends on a chain of individual conversations. A lecturer telephones reception. Reception contacts campus security. Security informs senior management. Another member of staff messages colleagues while someone else contacts the emergency services.

Every step makes sense on its own.

Together, they create delay.

While information moves from one person to the next, other parts of the university continue operating normally because nobody has told them anything different. Lecturers carry on teaching, students move between buildings and neighbouring campuses remain unaware that an incident may have implications for them as well.

The problem is rarely that people fail to communicate.

The problem is that communication follows organisational structures instead of operational needs.

An evolving incident does not wait for messages to move through departments one conversation at a time.

This is where Emergency Notification Software strengthens the wider response. Instead of relying on individuals to decide who should be contacted next, universities can notify predefined groups immediately through multiple communication channels. Academic staff, security teams, estates, senior leadership and other stakeholders receive the same verified information at the same time, reducing confusion and helping everyone work from a shared understanding of the situation.

Communication becomes faster, but more importantly, it becomes consistent.