Fall Detection for Epilepsy - What to Look For in a Seizure Alert Necklace

For someone living with epilepsy, safety is not only about what happens during a seizure. It is also about what happens before, after, and around it.

A seizure can happen at home, at work, outside, in the bathroom, on a walk, or while someone is alone. Some people remain aware during certain seizure types. Others may lose consciousness, fall, convulse, become confused afterward, or need help from someone nearby. That is why many families search for a seizure alert necklace, an epilepsy safety device, or fall detection for epilepsy.

But this is where the language gets important. Not every device marketed for safety detects seizures. Not every fall detection device is a seizure monitor. And not every seizure alert product works for every seizure type.

For people with epilepsy, that difference matters. A device that detects a possible fall can be useful if a seizure leads to collapse or injury. But it should not be confused with a true seizure-detection device designed and validated to detect specific seizure patterns, such as generalized tonic-clonic seizures.

This guide explains what to look for, how to compare seizure alert devices, and where ResQ fits honestly: as a fall detection and live-agent safety necklace, not as a seizure prediction or seizure diagnosis device.

Medical disclaimer

For seizure first aid, the Epilepsy Foundation teaches the simple framework: Stay. Safe. Side. Stay with the person, keep them safe, and turn them on their side if they are not awake and aware. The Epilepsy Foundation also notes that some seizures can involve loss of consciousness or a fall that may cause injury.

First: what kind of seizure risk are you trying to monitor?

Before choosing an epilepsy safety device, the first question is not “Which device is best?”

The first question is:

What type of seizure or safety event are you trying to catch?

Epilepsy is not one single experience. Some people have focal aware seizures. Some have absence seizures. Some have nocturnal seizures. Some have focal-to-bilateral tonic-clonic seizures. Some lose awareness. Some fall. Some do not. Some convulse. Some become confused or wander afterward.

A device that detects rhythmic shaking may help with one person’s seizures but not another’s. A fall detection necklace may help if a seizure causes collapse, but it may not detect a seizure that does not involve a fall-like movement pattern. A bed sensor may be useful for nocturnal convulsive seizures, but not for events that happen outside the bed.

That is why your neurologist’s input matters.

You need to know:

• What seizure types does the person have?
• Do they lose consciousness?
• Do they fall?
• Do they have generalized tonic-clonic seizures?
• Do seizures happen mostly during sleep or during the day?
• Are they usually alone when seizures happen?
• Are they at risk of injury, wandering, or breathing difficulty afterward?
• Who needs to be alerted?
• When should caregivers call emergency services?

The device should match the actual safety problem.

What true seizure-detection devices do

A true seizure-detection device is designed to detect physiological or movement patterns associated with specific seizure types. These devices are usually clearer about what they detect, what they do not detect, and whether they have medical-device clearance or clinical validation.

For example, Empatica’s EpiMonitor is described as an FDA-cleared wearable and smartphone application solution for detecting possible generalized tonic-clonic seizures and monitoring epilepsy. Empatica states that EpiMonitor sends seizure alerts when it detects a possible generalized tonic-clonic seizure and that it is FDA-cleared for adults and children ages 6 and up.

Empatica’s earlier Embrace2 is also described by the company as an FDA-cleared wrist-worn wearable in epilepsy that detects possible convulsive seizures and alerts caregivers. Empatica now states that Embrace2 is no longer available for purchase, while ongoing subscription services continue for existing users.

Another example is Medpage’s MP5, which is a bed-based movement alarm. Medpage describes the MP5 as an under-mattress movement sensing alarm designed to detect irregular movements in bed, including repeated convulsive movements lasting longer than five seconds. It sends alerts to a wireless pager and uses a delay control to ignore ordinary sleep movements such as turning over.

These examples show why the distinction matters.

Fall detection necklaces are different.

What fall detection for epilepsy can and cannot do

Fall detection for epilepsy can be useful when a seizure causes a fall, collapse, or impact.

For example, if someone has a tonic-clonic seizure and falls to the floor, a fall detection necklace may recognize the fall-like motion and begin an alert process. If the person is unable to press a button afterward, automatic detection may help notify contacts or start a support workflow.

But fall detection does not equal seizure detection.

A fall detection necklace generally looks for fall-like movement patterns: sudden motion, impact, change in body position, and sometimes stillness afterward. It is not reading brain activity. It is not diagnosing epilepsy. It is not predicting seizures. It is not designed to identify every seizure type.

That means fall detection may not help with:

• focal seizures without falling
• absence seizures
• seizures with minimal movement
• seizures that happen while seated or lying down
• nocturnal seizures without a fall from bed
• subtle changes in awareness
• seizure prediction before the event

It may help with:

• seizure-related falls
• collapse after loss of consciousness
• post-ictal falls or instability
• situations where the person needs help but cannot reach a phone
• non-seizure emergencies where manual alerting is needed

That is the honest fit.

A fall detection necklace can be part of an epilepsy safety plan, but it should not be described as a true tonic-clonic seizure alert device unless it has been designed, tested, and cleared for that purpose.

Tonic-clonic seizure alert: why the wording matters

A tonic-clonic seizure alert device is usually intended to detect convulsive seizures, especially generalized tonic-clonic seizures or focal-to-bilateral tonic-clonic seizures.

These seizures can involve loss of consciousness, stiffening, rhythmic jerking, and risk of injury. They are among the seizure types most commonly targeted by wearable or bed-based detection technologies because they create stronger physical signals than many non-convulsive seizure types.

The CDC explains that generalized seizures affect both sides of the brain and may cause loss of consciousness. A person may fall down, shake or jerk, twitch, or become unaware of what is around them. The CDC’s first aid guidance says to ease the person to the ground if they appear to be falling, turn them gently onto one side, clear the space around them, protect the head, loosen anything around the neck, and time the seizure.

This is why seizure alert devices often focus on generalized tonic-clonic seizures: they are physically visible, potentially dangerous, and more detectable through movement and physiological signals.

But again, a fall detection necklace is not automatically a tonic-clonic seizure monitor.

If a brand claims seizure detection, look for medical-device status, clinical validation, intended-use statements, and exactly which seizure types the device is designed to detect.

Where ResQ fits

ResQ fits in the epilepsy safety conversation as a stylish safety necklace with fall detection, manual alerts, live GPS location sharing, and access to trained human agents.

It should not be positioned as a seizure prediction device. It should not be positioned as a diagnostic tool. It should not be positioned as a replacement for an FDA-cleared seizure monitor when a neurologist recommends one.

ResQ is better described as a supportive safety layer for people whose seizures may lead to falls, injury risk, disorientation, or a need for help when they cannot reach their phone.

Depending on setup and plan, ResQ can help in several ways:

• automatic fall detection may detect a seizure-related fall or post-ictal fall
• a single click can notify trusted contacts
• a double click can connect the wearer to 24/7 trained agents
• live GPS location sharing can help contacts or agents understand where help is needed
• the jewelry-first design may make the device easier to wear consistently

The double-click escalation is especially important. Not every epilepsy-related emergency begins as a detected fall. A wearer may feel an aura, feel unsafe, become confused, or sense that help may be needed. If they are still able to act, double-clicking to connect to trained agents creates a human response pathway before or during a worsening situation.

That human layer is not the same as medical seizure detection. But it can be meaningful in real life. The ResQ Shakti V2 is the necklace behind this safety layer, pairing fall detection with the manual and human-backed options above.

What to look for in a seizure alert necklace or epilepsy safety device

When comparing devices, use this checklist.

When Empatica or Medpage may be a better fit

A true seizure-detection device may be more appropriate when the main concern is detecting convulsive seizures, especially if a neurologist recommends dedicated seizure monitoring.

Empatica may be a better fit for someone who needs an FDA-cleared wearable for possible generalized tonic-clonic seizure detection and caregiver alerts. Empatica states that EpiMonitor is FDA-cleared and designed for detecting possible generalized tonic-clonic seizures, with alerts sent to caregivers.

Medpage may be a better fit when the main concern is nocturnal convulsive seizure movement in bed. Its MP5 system uses a bed sensor and wireless pager to detect repeated convulsive movement patterns during sleep.

ResQ may be a better fit when the primary need is a discreet, wearable safety device that can detect falls, support manual emergency alerts, share location, and connect to live agents, especially for someone who wants something that looks like jewelry.

These products are not interchangeable. They solve different problems.

How to build a safer epilepsy response plan

A device is only one part of the safety plan.

The Epilepsy Foundation’s seizure first aid guidance emphasizes staying with the person, keeping them safe, turning them on their side if they are not awake and aware, not putting anything in their mouth, not restraining them, and staying until they are awake and alert after the seizure.

The CDC also says to call 911 if a seizure lasts longer than five minutes, if another seizure happens soon after the first, if the person has trouble breathing or waking up afterward, if they are injured, if the seizure happens in water, or if the person is pregnant, has diabetes and loses consciousness, or has never had a seizure before.

A strong epilepsy safety plan should include:

• seizure first aid training for family, partners, roommates, and coworkers
• an emergency contact list
• clear instructions for when to call 911
• rescue medication instructions, if prescribed
• medical ID information
• a plan for work, school, travel, and nights out
• device testing routines
• regular neurologist review

If ResQ is part of the plan, contacts should know what a ResQ alert means, what to do when they receive one, and when to escalate to emergency services.

Who ResQ may be right for

ResQ may be a good fit for someone with epilepsy who:

• is at risk of falling during or after seizures
• wants a discreet safety necklace rather than a bulky device
• lives alone or spends time alone
• wants a manual way to call for help
• wants a live agent pathway through double-click escalation
• wants emergency contacts to receive alerts
• wants location sharing during emergencies
• already has medical epilepsy care and wants an additional safety layer

ResQ may not be the right primary device for someone whose main need is medically validated seizure detection, especially for nocturnal tonic-clonic seizures or seizures that do not involve falls. In that case, ask a neurologist about dedicated seizure detection devices such as FDA-cleared wearables or bed-based monitors.

Final thoughts

The best seizure alert necklace is not simply the prettiest device or the most advanced one. It is the device that matches the person’s seizure type, daily routine, medical guidance, and response plan.

For true seizure detection, especially generalized tonic-clonic seizure monitoring, look at devices specifically designed and validated for that purpose, such as Empatica’s epilepsy monitoring products or bed-based convulsive movement monitors like Medpage, depending on the use case.

For fall-related safety, manual help, location sharing, and live-agent support in a jewelry-first format, ResQ can play a valuable role.

The most responsible answer is not “choose one device for everyone.”

For a plain-English overview of how these devices actually work, see our fall detection (guide). And if the person you are supporting also deals with POTS or fainting episodes, our guide on fall detection for POTS and syncope covers that overlap in more detail.