Software abstraction is a huge benefit of a network-on-chip (NoC), but with flexibility comes the potential for runtime errors. Improper addresses and illegal commands can generate unexpected behavior. Timeouts can occur on congested paths. Security violations can arise from oblivious or malicious access attempts.
Runtime… Read More
If I grab 10 technologists and ask what are the most important issues surrounding the Internet of Things today, one of the popular answers will be “security.” If I then ask them what IoT security means, I probably get 10 different answers. Encryption. Transport protocols. Authentication. Keying. Firewalls. Secure boot. Over-the-air… Read More
Advantages to using NoCs in SoC design are well documented: reduced routing congestion, better performance than crossbars, improved optimization and reuse of IP, strategies for system power management, and so on. What happens when NoCs move into FPGAs, or more accurately the SoC variant combining ARM cores with programmable… Read More
We have had the Snowden revelations that the NSA has gone rogue, Target lost a zillion credit cards, the Heartbleed bug meaning that main security protocol of the internet had been coded up wrong for a couple of years, theft of records from RSA and more. One result is that people do not completely trust a security system that depends… Read More
SoCs face a lot of issues related to security and the Network-on-Chip (NoC) is in a good position to facilitate system-wide services. SoCs are now so complex that one of the challenges is to make sure that the chip does what it is meant to do and doesn’t do what it isn’t meant to do. Just as in software, security used to be … Read More
