Learn why carers need access to your seizure log, how the sub-user system works with privacy controls, and why shared data improves medical care.
You have a seizure and wake up with no memory of it. Your partner was there. They watched it happen. They know how long it lasted, what you looked like, what happened afterwards. But that crucial information—the observation from someone who was actually present—never makes it to your neurologist. You're left explaining "I had a seizure last night" with no details, and your doctor has an incomplete picture of your actual seizure activity.
This gap between what carers observe and what gets documented is one of the biggest challenges in seizure management, particularly for focal impaired awareness seizures, tonic-clonic seizures with significant postictal confusion, and for children with epilepsy. Solving this gap requires trusting your carers with access to your seizure tracker—and understanding both why that matters and how to keep that information private and secure.
You don't always remember your own seizures. After a tonic-clonic seizure or focal impaired awareness seizure, postictal confusion is normal. You might have no memory of the event itself, no clear sense of how long it lasted, and no recollection of what was happening around you. If you're the only person who can update your seizure log, that information is lost. Your carer witnessed the seizure but has no way to formally document what they saw.
Carers see patterns you might miss. Your partner spends every day with you. They notice that your seizures cluster on certain days, happen after particular activities, or occur more frequently when you're stressed or unwell. You might not notice these patterns yourself, but your carer sees them clearly. When they have access to your seizure tracker, they can document their observations, and the app's statistics reveal the patterns they've intuited.
Medical professionals need the full picture. Your neurologist makes treatment decisions based on seizure frequency, timing, and patterns. If they only see the seizures you've logged—missing the ones you don't remember and that no one formally documented—they're working with incomplete data. Your doctor might underestimate how often you're actually seizing and make suboptimal treatment decisions. When carers contribute observations, your doctor sees the true picture.
For children, carers are essential. If your child has epilepsy, they're at school or nursery during part of the day. Teachers and carers witness seizures you don't see. Without a system for getting that information into your child's seizure record, you're only aware of the seizures that happen when you're present. Their treatment is based on incomplete data. A shared seizure tracker that teachers can update (with appropriate oversight) means you have a complete record of all seizures, everywhere.
Emergency access is critical. If you're hospitalised or significantly unwell, your carer might need to provide recent seizure information to emergency staff. If they have access to your seizure tracker, they can show doctors exactly what's been happening—precise dates, times, durations, and patterns. In a medical emergency, that information matters.
The idea of sharing your seizure information likely raises legitimate privacy concerns. Seizure data is deeply personal. You're documenting intimate details—the times you're most vulnerable, the activities happening during seizures, your physical state, sometimes embarrassing details like incontinence. That information is yours, and it's reasonable to want to protect it.
These concerns are valid. The solution isn't to hide your data but to share it with explicit control over who sees what and what they can do with the information.
A properly designed seizure tracking app allows you to invite trusted people with granular permission controls. This isn't just handing over access to everything—it's carefully controlling what information different people can see and whether they can edit your log.
Read-only access lets someone view your seizure log and statistics without changing anything. Your GP might have read-only access so they can see your seizure frequency and patterns but can't modify your records.
Write access allows a carer to both view and add to your log. Your partner or family member receives a private invitation via email. Once they accept, they can log seizures they observe, but only you can delete or modify entries (protecting against accidental or unauthorised changes). Your partner sees your log in its entirety but can't access other features or personal information beyond seizure data.
View-only for specific time periods lets you control what information is visible. Your occupational health provider might see only the past month of data relevant to a workplace risk assessment, not your full two-year history.
Crucially, you can revoke access at any time. If a relationship ends, if you change carers, or if you simply want to restrict access, you remove that person's permissions immediately. The system should log who accessed your data and when, so you have a clear audit trail.
Scenario 1: Parent with a child with epilepsy. Your eight-year-old has focal seizures. At school, she has two small seizures during lunch that she doesn't even recognise as seizures. Her teaching assistant notices and mentions it in the end-of-day note. Currently, you write this down in your notebook, and eventually mention it to the neurologist. With a shared seizure tracker, the teaching assistant logs the seizures immediately (or you do, based on their report). Your neurologist sees the complete picture: two daytime seizures at school plus the three evening seizures at home that month. That's five seizures, not three. Your child's medication is adjusted accordingly—because the actual seizure count is now visible.
Scenario 2: Partner supporting someone with tonic-clonic seizures and significant postictal confusion. You experience tonic-clonic seizures roughly twice a month, but afterwards you're confused for hours. You have minimal memory of the seizure itself. Your partner is present and watches the entire event. With write access to your seizure tracker, they log the seizure immediately: time, duration, what happened, what the recovery looked like. When you're alert hours later, you review their entry and confirm the details are accurate. Your neurologist sees precise data about every seizure, including the duration (something you genuinely couldn't remember). They notice all your seizures last 60-90 seconds, which is clinically significant. The medication is optimised based on this accurate data.
Scenario 3: Adult with focal impaired awareness seizures sharing data with their GP. You're working with your GP on seizure management. Your neurologist is at a specialist centre you see every six months. Your GP prescribes a medication adjustment and wants to track whether it's working. You share read-only access to your seizure tracker with your GP. They can review your monthly statistics and seizure frequency trends without needing to access any other medical records. When you have your next neurologist appointment, both your GP and specialist have the same up-to-date information. Your care is coordinated and based on the same data.
Scenario 4: PIP assessment or disability support evaluation. You're applying for Personal Independence Payment or requesting disability accommodations at work. Your seizures significantly impact your life. Instead of trying to recall your seizure frequency or relying on your neurologist to provide a summary, you generate a professional PDF report from your seizure tracker covering the past six months. It includes statistics on seizure frequency, patterns, time-of-day clustering, average duration, and recovery times. The evidence is concrete, comprehensive, and generated from your actual logged data. The assessment is based on evidence rather than approximations.
Tip: Most people underestimate their seizure frequency from memory alone. When you show carers and healthcare professionals your digital log with actual statistics, the data often reveals more frequent seizures than anyone realised—which directly changes treatment decisions and medical recommendations.
When you're ready to invite carers to access your seizure tracker, start with clear communication. Explain what information they'll see, what they can do (usually log new seizures but not delete existing ones), and emphasise privacy. They're seeing vulnerable information, and that's a responsibility they should understand.
Invite people you genuinely trust. Family members who support you day-to-day, a partner you live with, your child's teacher if your child has epilepsy and the school has an appropriate agreement. Avoid inviting people you're uncertain about or who might use the information inappropriately.
If your carer relationship changes—you move out, change carers, or the relationship ends—revoke access immediately. The system should make this straightforward and irreversible.
Remember that carers have responsibilities too. They're updating your medical information, so accuracy matters. They should log seizures they actually observed, not approximate from memory, and they should respect the sensitivity of the data they're accessing.
Sharing your seizure data with trusted carers and healthcare professionals isn't about losing privacy—it's about ensuring everyone involved in your care has accurate information. Your neurologist's treatment decisions improve. Your GP can monitor your medication more effectively. Your carers understand your seizure patterns. In emergencies, critical information is immediately available to medical professionals helping you.
The people around you want to support your health, but they can only do that effectively if they have access to reliable information. A shared, secure seizure tracker makes that information visible, current, and useful—turning separate observations into one comprehensive record that drives better outcomes for your care.
One-tap logging, automatic timestamps, PDF reports for your GP, and shared access for family and carers — all in one place.
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