Semmle’s semantic code analysis engine allows developers and security teams to discover and track...
Your IPv4 addresses are a financial asset because the market for v4 address space is rising. The question is, for how long? Guest Lee Howard joins the IPv6 Buzz podcast crew to discuss the financial implications of selling IPv4 addresses. They also discuss the performance and operational benefits of moving to IPv6.
The post IPv6 Buzz 035: Selling Your IPv4 Addresses For Fun And Profit appeared first on Packet Pushers.
Despite a reported $7 billion buyout attempt by Cisco, Datadog raised $648 million in its IPO...
Verizon is deploying its 5G service in New York City on Sept. 26. The move brings all four...
We sat down recently with our customer, Wiley Education Services, to find out how Docker Enterprise helps them connect with and empower higher education students. Wiley Education Services (WES) is a division of Wiley Publishing that delivers online services to over 60 higher education institutions.
We spoke with Blaine Helmick, Senior Manager of Systems Engineering about innovation and technology in education. Read on to learn more about Wiley, or watch the short video interview with Blaine:
Our mission at Wiley Education Services is empowering people, to connect people to their futures. We serve over 60 higher education partners around the world, and our role is to connect you to our higher education partners when you’re looking for a degree and you’re frankly looking to change your life.
Wiley has been around for over 200 years. One of the really amazing things about being in an organization that’s been around that long is that you have to have a culture of innovation at your core.
Technology like Docker has really empowered our business because it allows us to innovate, and it allows us to experiment. That’s critical because Continue reading
The consumer Internet of Things market is growing exponentially – one prediction suggests that people will be using 25 billion connected devices by 2021. These new products promise innovation and convenience, but they can also erode privacy boundaries and expose consumers to risk without their knowledge or consent. Is that a good bargain?
The policy brief “IoT Privacy for Policymakers” explores this question and more.
Do consumers have enough information and choice to make meaningful decisions? Do vendors and service providers have the opportunity and incentive to bring privacy-enhancing innovations to the market? Can the downsides of IoT be mitigated through policy actions – and if so, how?
“IoT Privacy for Policymakers” explains the scope and nature of IoT privacy and the issues it raises. As ever, those issues are multi-party. They cross the boundaries of jurisdictions and sectoral regulations. There are no single-stakeholder solutions, so a multistakeholder approach is needed. Solutions need informed discussion that includes consumer rights, economic incentives, technical options, and regulatory measures. This paper is a positive step in that direction.
The policy brief also includes a “how to” on implementing Privacy by Design and four Guiding Principles and Recommendations:
All the hits is a premium offering
The post Its time for ‘a gogo’ licensing appeared first on EtherealMind.
I had a fantastic chat with David Bombal a while ago in which we covered tons of network automation topics including “should I use Nornir or NAPALM or Netmiko?”
The only answer one can give would be “it depends… on what you’re trying to do” as these three tools solve completely different challenges.
Paramiko is SSH implementation in Python. It’s used by most Python tools that want to use SSH to connect to other hosts (including networking devices).
Read more ...AMD is definitely on a roll in the United States for future exascale systems, having won deals at both Oak Ridge National laboratory and Lawrence Livermore National Laboratory for their respective “Frontier” and “El Capitan” systems. …
AMD Revs Up HPC Variant As Rome Chips Ramp was written by Timothy Prickett Morgan at The Next Platform.
I have started a new role as a Network Engineer with Valve Corporation. My period of unemployment was short-lived, and I am gainfully employed once more.
Did I think about going to work for another vendor? Yes, I did. I thought a lot about what I want to do, and what type of company I want to work for. Small/medium/large, vendor/customer, Product Manager vs Engineer, etc.
For now, I decided I want to solve business problems using whichever tools are appropriate, rather than building and selling a single product. I didn’t want to work for a company that just consumes technology though. I want to work somewhere that has interesting problems, and will do whatever is needed to solve those problems - build/buy/cobble together.
Valve is big enough to offer the right level of challenge, but also small enough that I can make a difference. I’m not lost in the machine, but I am working on a global network.
Valve is also quite a different company. Check out the Employee Handbook to get a sense of Continue reading
I have started a new role as a Network Engineer with Valve Corporation. My period of unemployment was short-lived, and I am gainfully employed once more.
Did I think about going to work for another vendor? Yes, I did. I thought a lot about what I want to do, and what type of company I want to work for. Small/medium/large, vendor/customer, Product Manager vs Engineer, etc.
For now, I decided I want to solve business problems using whichever tools are appropriate, rather than building and selling a single product. I didn’t want to work for a company that just consumes technology though. I want to work somewhere that has interesting problems, and will do whatever is needed to solve those problems - build/buy/cobble together.
Valve is big enough to offer the right level of challenge, but also small enough that I can make a difference. I’m not lost in the machine, but I am working on a global network.
Valve is also quite a different company. Check out the Employee Handbook to get a sense of Continue reading
The general consensus is that the IoT, enterprise, and security markets will be impacted...
Does “PIM” make you break out into hives? Toss and turn at night?! You are not alone. While PIM can present some interesting troubleshooting challenges, it serves a specific and simple purpose of optimizing flooding in an EVPN underlay.
The right network design choices can eliminate some of the elements of complexity inherent to PIM while retaining efficiency. We will explore PIM-EVPN and its deployment choices in this two part blog.
Overlay BUM (broadcast, unknown-unicast and intra-subnet unknown-multicast) traffic is vxlan-encapsulated and flooded to all VTEPs participating in an L2-VNI. One mechanism currently available for this is ingress-replication or HREP (head-end-replication).
In this mechanism BUM traffic from a local server (say H11 on rack-1 in the sample network) is replicated as many times as the number of remote VTEPs, by the origination VTEP L11. It is then encapsulated with individual tunnel header DIPs L21, L31 and sent over the underlay.
The number of copies created by the ingress VTEP increases proportionately with the number of VTEPs associated with a L2-VNI and this can quickly become a scale problem. Consider a POD with a 100 VTEPs; here the originating VTEP would need to create 99 Continue reading