Why people freeze in dangerous situations and how BEEKON+ Is rethinking personal safety

In a dangerous situation, knowing you need help and being able to ask for it are not always the same thing. Fear can make it difficult to think clearly, speak, move, or decide what to do next. Even reaching for a phone or pressing an emergency button may feel harder than expected. From the outside, someone might wonder why a person did not run, scream, or call for help. However, the body's response to danger is more complex than many people realise. So, why do people freeze in dangerous situations? Freezing is a recognised response to perceived threats. It can temporarily affect movement, speech, attention, and decision-making, even when someone wants to act. This raises an important question for personal safety technology: what happens when someone needs help but cannot press the button designed to get it? Many personal safety tools rely on a person recognising danger and taking deliberate action. While these tools can be valuable, they have limitations when stress makes it difficult to respond. Understanding this gap is essential when exploring how personal safety technology, including MyHives' BEEKON and BEEKON+, can support people in moments when asking for help may not be straightforward.

What is the freeze response?

The freeze response is an involuntary reaction that can occur when the brain detects a potential threat. Alongside fight and flight, freezing is part of the range of defensive responses the nervous system can produce. Rather than immediately fighting back or escaping, a person may become still, hesitate, struggle to speak, or find it difficult to decide what to do next. These responses vary from person to person and situation to situation. Freezing does not necessarily mean complete immobility, and it does not happen to everyone who experiences danger. Researchers distinguish between several defensive responses, including attentive freezing and more pronounced forms of immobility associated with extreme threat. These responses involve complex interactions between brain systems, the autonomic nervous system, attention, and motor control. The important point is that a person's ability to make a deliberate decision may be affected by the very situation in which they need help. Freezing is not a sign of weakness, consent, or a failure to protect oneself. It is a response that can occur under intense stress.

What does It mean when your body is stuck in fight-or-flight mode?

The phrase "fight-or-flight mode" is commonly used to describe the body's stress response to a perceived threat. However, the body's response is not limited to fighting or running away. Freezing can also occur. When someone perceives danger, changes in attention, physical arousal, and motor control can influence how they respond. They may struggle to process information, communicate clearly, or decide which action to take. These reactions are not necessarily signs that someone has lost control. They can be part of the body's response to an overwhelming situation. Understanding these responses matters because personal safety systems should account for the possibility that someone may not be able to act immediately, even when they recognise that something is wrong.

Why can It be difficult to ask for help during an emergency?

Many personal safety tools assume that a person will recognise danger, make a decision, access a device, and activate an alert. In everyday situations, this can be a reasonable expectation. During a frightening or rapidly changing event, however, several barriers can make that process more difficult.

1. Stress Can Interfere With Decision-Making When someone perceives a threat, their attention may narrow towards the immediate situation. It can become harder to evaluate options, plan a response, or carry out a sequence of actions. An action that seems simple in a calm environment, such as unlocking a phone and navigating to an emergency feature, may become harder under pressure. This does not mean a person necessarily loses the ability to act. It means safety systems should account for the possibility that deliberate action may be delayed or unavailable. 2. Movement and Speech May Not Come Easily Some people experience trembling, muscle tension, hesitation, or difficulty speaking during acute stress. Others may become unusually still or feel disconnected from what is happening around them. These experiences are not identical, and no single physical sign proves that someone is in danger. Nevertheless, they highlight why relying exclusively on a person to speak clearly, reach a device, or press a specific button can leave gaps in a safety plan. 3. Reaching for a Phone May Not Be Safe There are situations in which taking out a phone could draw unwanted attention or increase risk. A person may also be carrying bags, navigating an unfamiliar place, or dealing with an unexpected incident that leaves little time to interact with a device. Personal safety technology should recognise these practical constraints rather than assume that a phone will always be accessible. 4. People May Not Immediately Recognise What Is Happening Not every emergency begins with an obvious signal. A situation may develop gradually, or a person may need time to understand whether something is wrong. This creates another challenge for safety planning: the gap between the first warning signs and the moment someone actively asks for assistance. The lesson is not that manual emergency buttons are useless. They can be valuable tools. Rather, they may not be sufficient in every circumstance.

How can technology support people when they cannot call for help?

One question shaping the development of personal safety technology is: how can technology help people when they cannot actively request assistance? Connected safety devices, environmental sensing, automated alerts, and systems that notify trusted contacts are among the approaches being explored to reduce dependence on deliberate user action. The challenge is significant. Technology must distinguish meaningful warning signs from ordinary activity, protect sensitive information, and avoid treating every unusual sound or movement as proof of an emergency. An effective safety system must therefore consider more than detection alone. It also needs appropriate alert logic, reliable communication, clear user controls, and a well-defined response process. This is the broader context in which MyHives is developing its approach to everyday safety.

How BEEKON and BEEKON+ approach everyday safety

MyHives is an everyday-safety company focused on helping people access support when they need it. Its safety ecosystem includes BEEKON, an AI safety guardian, and BEEKON+, a compact physical safety device designed to provide an additional layer of support. Both form part of MyHives' broader approach to personal safety, which considers how technology can support people when they may be unable to initiate a response themselves.

What Is BEEKON?

BEEKON is an AI-powered personal safety guardian designed to help users navigate everyday situations with additional safety support. Rather than treating personal safety solely as an emergency button that someone must remember to press, BEEKON is positioned around recognising potential safety concerns and supporting an appropriate response. It is part of a broader safety ecosystem that connects people with support when circumstances become difficult.

What Is BEEKON+?

BEEKON+ is the physical hardware component of the MyHives ecosystem. It is designed as a compact, card-sized device with environmental sensors and the ability to connect to emergency services independently of a smartphone, according to its intended product capabilities. Its magnetic design allows it to be attached to the back of a phone or positioned at home or work, depending on the intended use. The underlying idea is straightforward: safety support should not always depend on someone being able to unlock a screen, navigate an app, or manually initiate an alert. BEEKON+ is designed to provide an additional layer of support by sensing potential danger and helping alert trusted contacts or connect to emergency services when appropriate. Its intended capabilities are particularly relevant to a broader discussion about personal safety: how can technology support people when their ability to respond actively may be limited? Specific detection, connectivity, and emergency-response features depend on the capabilities available in the relevant product version. No safety device can guarantee that every emergency will be detected or that assistance will always arrive.

What should you look for in a personal safety device?

If you are comparing personal safety apps and devices, look beyond the number of features advertised. Consider how the technology would work in the situations that matter to you. 1. Does It Require Manual Activation? Understand which features require you to press a button, open an app, speak, or interact with your phone. Consider whether there are alternatives when you cannot take those steps. 2. How Does It Detect a Potential Emergency? Look for a clear explanation of what the device can detect, what triggers an alert, and how it handles uncertain situations. Ask how the system limits false alarms. 3. Who Receives the Alert? Check whether the system notifies trusted contacts, a monitoring service, or emergency services. These are different response pathways, and you should understand which ones are supported. 4. Does It Work Without Your Smartphone? If independent operation matters to you, confirm which functions remain available when your phone is unavailable, disconnected, or out of battery. A claim of independent operation should be supported by clear information about connectivity and power. 5. How Does It Protect Your Privacy? Safety technology can involve sensitive information, including location, audio, and incident records. Understand what data is collected, when it is collected, who can access it, how long it is retained, and whether you control sharing. 6. What Are Its Limitations? No app or device can remove every risk. Review the product's coverage, connectivity requirements, emergency-response process, and limitations before relying on it. These questions help you evaluate whether a safety product fits your circumstances instead of choosing one based on marketing claims alone.

Personal safety should account for human behaviour

The science of freezing in dangerous situations challenges a common assumption: that people will always be able to respond quickly and rationally when something goes wrong. In reality, human responses to threat vary. Someone may act immediately, hesitate, become unusually still, or struggle to communicate. None of these reactions should be judged without understanding the circumstances. This matters for the design of personal safety technology. Tools that make it easier to request help remain important, but safety systems should also account for moments when a person cannot actively initiate a response. MyHives approaches everyday safety through an ecosystem that includes BEEKON and BEEKON+, with a focus on providing additional support when people may need it most. Because better personal safety begins with understanding people, not simply expecting them to react perfectly.

Explore MyHives to learn more about its approach to everyday safety.