Review the paper by Lake and co-authors which proposes an ehealth IoT security architecture.
- [Instructor] The subject of IoT security and eHealth…has been researched by David Lake and his colleagues.…The full paper is available here.…Let's review some of the highlights of it…to see the kind of architecture that they suggest.…The overall architectural model for eHealth security…conforms to the application,…network, and devices domains approach,…but brings in new external domains of health providers…and health partners.…Security's considered in each of these domains.…The authors consider three attack surfaces.…
The first of which is the patient data.…In looking at the life cycle model,…there are two types of data to be considered,…Real-time data and historical data.…The data flows from the source,…typically a sensor of some sort,…across network paths to the destination application…and is then stored.…The data may be transmitted upstream…to the application systems…without being stored in the sensor…or it may be locally cached.…The path taken by the data includes the gateway…which can also cache some of the data…
- Designing an enterprise architecture
- Architecting security
- Designing IoT security
- Domain specific architectures
- Proximity network services
- IoT application services
- Revised conceptual architecture
Skill Level Intermediate
1. Enterprise Architecture
2. Designing IoT Security
3. Domain Specific Architectures
4. Proximity Network Services
5. Application Tier Services
6. Revised Conceptual Architecture
Bringing it all together4m 48s
What's next1m 16s
- Mark as unwatched
- Mark all as unwatched
Are you sure you want to mark all the videos in this course as unwatched?
This will not affect your course history, your reports, or your certificates of completion for this course.Cancel
Take notes with your new membership!
Type in the entry box, then click Enter to save your note.
1:30Press on any video thumbnail to jump immediately to the timecode shown.
Notes are saved with you account but can also be exported as plain text, MS Word, PDF, Google Doc, or Evernote.