I after wrote an short article about how in theory a printer could get hacked. It was a hypothetical. At the time, the prospect was weird.
But that was almost certainly 15 a long time ago. Endpoint security was pretty slim in scope: lockdown the attack paths leading to a pretty finite selection of products. Get some good antivirus computer software. Apply and forget about.
Of course, with the proliferation of wireless networks and devices and the march to the cloud, endpoint security has grown much much more sophisticated. Indeed, printers do get hacked. Quite generally really. But so do any quantity of IoT products that have emerged for the duration of the very last ten years.
I’d like to invite you to an event CyberRisk Alliance is hosting Nov. 18-19, where professionals from the cybersecurity local community, across sectors, will take a look at today’s endpoint security problem. And the troubles are a lot of: How can businesses adequately address security when endpoints are no more time confined to their have network – specially post pandemic with the explosion of distant performing? How do security groups retain handle or even a obvious stock of products? What expectations can a company position upon its source chain to make certain endpoint security is not compromised, and of system, how can a organization properly address individuals equipment at the network’s edge in a cloud infrastructure? How does endpoint security get the job done in conjunction with a zero-belief security product? What’s the good job of automation?
Among the showcased speakers at this two-working day event are Don Cox, vice president and main information security officer at health and fitness treatment solutions company Mednax, and Lela Draganic, senior information and facts security analyst at TD Financial institution. Hear from them and numerous some others how endpoint threats are evolving and why traditional methods to endpoint security are dead. I hope to see you there.
Some parts of this article are sourced from:
www.scmagazine.com