Ensuring safety of patients also includes protecting their confidential data
More than ever patients need the reassurance that their confidential information is kept safe and protected, and access is only made available to individuals as and when it’s appropriate.
Embracing data security
A great deal of the work carried out by healthcare providers depends on trust. This is developed on the basis that medical professionals are able to look after their patients and the institution is capable of keeping confidential records safe. Hospital staff have serious pressure to ensure that they deliver an excellent level of care. Part of this responsibility is making sure that all patient information is kept up to date, stored
correctly, and only shared with relevant personnel.
A number of stringent guidelines are in place to ensure that the correct patient information is linked to the patient. This could refer to a patient’s illness, diagnosis, treatments, allergies, blood types or medication. As so many different types of healthcare professionals are accessing central information, it’s vital that patients’ confidential data should be kept secure and that it cannot be accessed by non-authorized personnel. Although best practice guidelines make complete sense, it’s certainly not that simple to keep control of these processes. With regards to data storage, even just looking at how each department individually stores patient information, there is a possibility of a discrepancy against how the data is supposed to be stored and shared.
Compliance and cost-effectiveness
A significant challenge for healthcare organizations is in making better use of technology. At the very top of every hospital and medical establishment’s agenda is keeping patients safe. From giving sound medical advice through to administering medication, it’s essential that staff have knowledge of their patients’ data. In order to put safety first, data must be collected and stored securely. With so many different solutions available on the market to secure data, cost is a key factor when considering which hardware and software are to be used. So the challenge is to find devices that keep confidential information thoroughly safe and also cost-effective at the same time.
Patient safety is critical
Time can be a matter of life or death when it comes to patients’ treatment. Should a medical professional be required to treat a patient, they must have an up-to-date knowledge of a patient’s medical history. For healthcare staff recording information about a patient, devices need to be used that allow that information to digitally enter the systems as soon as possible. Gone are the days of a simple analog tape recorder for registering notes, as it takes a long time for that information to be digitalized. Unfortunately, with some healthcare providers still using low end entry-level recording devices that are not secured, this poses the risk of not only delays in data entering the system, but also unauthorized personnel being able to access a patient’s confidential information.
Highly secure digital voice recorders
When it comes to digital voice recorders with the highest security features, the Philips PocketMemo 8000 series delivers high end data encryption and crystal-clear recording. The voice files are encrypted in real time using the Advanced Encryption Standard (AES) with a key length of 256 bits. The device itself can be assigned a PIN code to protect against unauthorized use or file playback. Patient data can be scanned through an integrated barcode and linked to a recording. This ensures reliable assignment of patient IDs and speeds up data digitalization workflow. If a recording device is linked to a PC, it opens up possibilities of data being misused – this is where the PocketMemo 8000 enables central management by IT. The technology allows identification of device, user, and serial number automatically; preventing the recorder from being used where it shouldn’t. The device’s unique Mass Storage Protection feature prevents other data being put on the recorder and moved off site or outside of the dictation workflow. The devices can be administered remotely, so users, licenses, system settings and firmware can be