Adapting test strategies to IoT: Page 5 of 5

December 03, 2014 //By Mike Bartley and Declan O\'Riordan
Adapting test strategies to IoT
The internet of things (IoT) brings with it the ability to build more flexible and responsive control systems in which devices from many different vendors are brought together to deliver more functionality than is possible with traditional, standalone embedded systems.
University of Maryland, respectively, found that it costs 50 per cent more per source instruction to develop high-dependability software products than to develop low-dependability software products.

But, using the Cocomo II maintenance model, they found low-dependability software costs about 50 per cent per instruction more to maintain than to develop. High-dependability software on the other hand costs 15 per cent less to maintain than to develop. Making IoT systems more resistant to problematic external code and events – and thus avoiding inconvenient reflashing of the device – is likely lead to much lower maintenance costs than for systems where those precautions have not been taken.

The IoT will do much to increase the level of automated intelligence around us. It will also, because of this, change the way embedded systems developers handle validation and verification.

About the authors:

Mike Bartley is Founder and CEO of Test and Verification Solutions Ltd (TVS) -

Declan O’Riordan is Head of Security Testing at TVS.


Vous êtes certain ?

Si vous désactivez les cookies, vous ne pouvez plus naviguer sur le site.

Vous allez être rediriger vers Google.