I have been looking into Azure Security Center, Azure Connected
Factory, and the OPC foundation that promotes industrial interoperability
standards (https://opcfoundation.org/).
The Azure Security Center is a great tool that enables the monitoring of edge
devices like programmable logic controllers or advanced sensors. The Sentinel
module is an excellent solution. It helps with predictive thread monitoring, a
technique that appears to be increasingly important in most applications today.
Given that automation systems are increasingly similar to PC
architectures, it is vital to be able to monitor the entire state of each
machine to ensure adherence to industrial certification standards and security
purposes.
In the past, a very sensible approach to ensuring smooth
operation of complex systems was to keep backup hardware in fully configured
and ready to go condition. In the event of a failure, the swap is painless and
does not require costly configuration or programming. The downside is that you
have to keep a lot of extra hardware and software licenses on site. Today, the
approach is to keep “digital tweens” of any asset that needs configuration,
programming, or data storage. The efficiency of this approach is that the fix
might require restoration of the system to the previous state by pushing the
image stored in the “digital twin” repository. Digital twins keep the inventory
at much lower levels.
Blockchain Workbench is another exciting platform in the
Azure environment for deploying Ethereum, Hyperledger, and other solutions. It
is a move in the right direction to make sample solutions available on Github.
With blockchain, all data is consistently stored and protected with all the
characteristics that make ledgers appealing. Industrial automation platforms are
increasingly supporting end-users in their blockchain implementation.
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