In modern day society, we rely on ever-present digital systems that sync with, manage/control and diagnose actual devices in the physical realm. This interconnected omnipresence can be observed in IOT (Internet of Things) devices, mobility (through smart cars and automotive cyberphysical systems) and ICS (Industrial Control Systems). As our need to increase connection between the physical and virtual realm grow, so does the cyberphysical attack surface. For every innovative we way we connect our critical systems and infrastructure to the internet (and remote devices), the constituents of these connections need to be secured. Any damage caused by a cyberphysical attack can result in damage to infrastructure, property and most importantly loss of life.To properly converge the physical and the digital, air-gaps need to be bridged, devices and their connections need to be secured in scrutiny at all layers. In an effort to meet market relevance and need, some connect their networks and devices straight onto the internet, leaving them vulnerable to all manner of exploits.So this presentation aims to make the audience familiar with different types of Cyberphysical technologies, the dangers that these technologies face and ways to "take home" to secure their cyber-to-physical convergence.