https://www.verum.com/wp-content/uploads/2018/03/How-to-code-for-the-IoT-more-flawlessly.jpg330495Jos Heggehttps://www.verum.com/wp-content/uploads/2016/09/logo-header2.pngJos Hegge2018-05-29 10:00:142018-06-18 13:14:53How to code for the IoT more flawlessly
https://www.verum.com/wp-content/uploads/2017/10/Liteqemail@example.com://firstname.lastname@example.org 16:36:232018-06-27 12:50:49Why Model Driven Software Engineering is the future of Software Development
The cost of fixing a defect increases exponentially as the defect propagates. And yet, a conventional approach to software development performs only subjective analysis of specifications and designs. But what if there was a way to verify and validate software specifications and designs?
https://www.verum.com/wp-content/uploads/2017/09/Whyemail@example.com://firstname.lastname@example.org 17:01:332018-05-30 15:00:13Why software defects remain a challenge and what to do about it
There are various ways in which an intruder might seek to compromise your operations. One of the simplest, blunt force methods is to look for an application with network interfaces and attempt to disrupt it. How certain are you that your software systems are resilient enough to cope with such an attack?
https://www.verum.com/wp-content/uploads/2017/09/Using-the-power-of-Dezynesemail@example.com://firstname.lastname@example.org 16:37:042018-05-30 15:01:53Using the power of Dezyne’s verification and validation features to build cyber resilient applications
Reengineering legacy software is an undesirable but nevertheless occasionally unavoidable necessity. In this paper, we present a technique by which lost or poorly understood behaviour can be recovered and turned into formally verifiable models.