last highlighted date: 2024-04-09
Highlights
- In simple terms, to ensure the security of medical devices, device designers must incorporate best practices into their designs and ensure that the devices can be tracked and updated as needed to maintain protection throughout their lifespans.
- Tags: cybersecurity medical device
- Additionally, they must incorporate the ability to send firmware security updates as new threats are discovered reliably.
- An IT security company claimed that between 2019 and 2020, attempted attacks against healthcare customers increased by almost 10,000%, according to a Moody’s report
- Patients died due to recent ransomware attacks when a hospital in Alabama could not use fetal heartbeat monitors because the devices had been compromised
- Both manufacturers and healthcare organizations are responsible for adhering to these regulations.
- Periodic safety update report:
- Restrictive security: If security functionalities are poorly designed, using stringent security measures that offer a high level of protection may hurt safety. For instance, in an emergency, medical personnel must have unrestricted access to an implanted cardiac device, but robust security measures must be in place under normal operating circumstances.
- The list below provides a suggested list of security capabilities that can be used to safeguard the device and create a channel for appropriate communication with the operator: · Automatic Logoff · Audit Controls · Authorization · Configuration of Security Features · Cybersecurity Product Upgrades · Personal Data De-Identification · Data Backup and Disaster Recovery · Emergency Access · Personal Data Integrity and Authenticity · Malware Detection / Protection · Node Authentication · Person Authentication · Physical Locks · System and OS Hardening · Security and Privacy Guides · Personal Data Storage Confidentiality · Transmission Confidentiality · Transmission Integrity