About the Author
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System Architecture Department Manager at RAD
Alon Geva is System Architecture Department Manager at RAD’s headquarters in Tel Aviv. He was a member of the ITU-T SG15/Q13 group of experts and the owner of various patents in the field of digital communications. Alon’s previous positions include Principal Algorithms Engineer in a VDSL technology development group and Synchronization & Timing expert, both at RAD. He holds a BSc and MSc in Electrical Engineering. His areas of interest include SDN and NFV, communications security and encryption, and timing & synchronization.
In his spare time, Alon is an enthusiastic photographer who likes mixing his love for photography with world-wide travel (https://500px.com/alogev).
All Posts by Alon Geva
- Mar 25, 2019
- Mar 18, 2019
In part 1 and 2 of this blog series, we discussed the issue of authentication between the uCPE and the different network ZTP entities and explained why and how the use of X.509 certificates brings great simplification to this problem. In this third part, we will touch upon another “painful” topic that is also related to ZTP: Software licensing.
- Mar 11, 2019
The first part of this blog series laid the foundation of the security issues involving uCPE ZTP over public networks (and also in general). We also discussed the issue of authentication between the uCPE and the different network ZTP entities.
- Mar 04, 2019
In this blog series, we will focus on zero-touch provisioning (ZTP) for uCPEs over a public network. In particular, we will discuss the two main challenges of security (parts 1 and 2) and licensing (part 3). Part 4 of this blog will explore RAD’s uCPE ZTP solution in detail. A device MAC address or manufacturer serial number are usually not considered, on their own, a secured-enough identity, as in many cases they can be forged quite easily.
- Jan 21, 2019
In part 1 of the blog post, we have discussed microburst origin as well as effect. We have also explained why all existing microbursts quantification methods fail, in one way or another, to yield a true measurement of microburst within a given network.