Cybersecurity: Secure Design and Architecture

Medical devices are more connected, more software-driven, and more exposed than ever before. At the same time, regulators are raising expectations around secure-by-design practices, traceability, and lifecycle security. Yet many organizations still treat cybersecurity as a late-stage checklist item rather than a design input. The result is increasingly familiar: security gaps discovered too late, rushed mitigations, regulatory questions that stall submissions, and architectures that are fragile, hard tomainMedical Device Cybersecurity: Secure Design and Architecturetain, or unsafe under real-world attack scenarios. In a safety-critical industry, insecure design is no longer just a technical risk. It is a patient safety, business continuity, and regulatory risk.

Thiswebinarfocuses on how to design medical device systems securely from the ground up. Using real-world examples from connected and software-enabled medical devices, the session walks through how secure design and architecture should be approached during early development, not after implementation. Attendees will learn how to think about system boundaries, trust relationships, attack surfaces, and failure modes, and how those design decisions directly influence safety, resilience, and regulatory outcomes.

Watch the Recording Here: https://assets.cdn.filesafe.space/W5swDU8dGyoyemtAIMz2/media/69e668f2cc4d90735eeee8b1.mp4