Tech Bytes: Construction Firm Improves Job Site Productivity With Silver Peak SD-WAN (Sponsored)
Today's Tech Bytes, sponsored by Silver Peak, is an SD-WAN conversation with Rogers-O’Brien Construction. We’ll talk about how this construction company relies on SD-WAN to enable fast, high-performance connectivity at remote construction sites, handle massive file transfers, securely segment partner traffic, and more.
The post Tech Bytes: Construction Firm Improves Job Site Productivity With Silver Peak SD-WAN (Sponsored) appeared first on Packet Pushers.
Random Thoughts on IoT
Let’s play the analogy game. The Internet of Things (IoT) is probably going end up being like … a box of chocolates, because you never do know what you are going to get? a big bowl of spaghetti with a serious lack of meatballs? Whatever it is, the IoT should have network folks worried about security. There is, of course, the problem of IoT devices being attached to random places on the network, exfiltrating personal data back to a cloud server you don’t know anything about. Some of these devices might be rogue, of course, such as Raspberry Pi attached to some random place in the network. Others might be more conventional, such as those new exercise machines the company just brought into the gym that’s sending personal information in the clear to an outside service.
While there is research into how to tell the difference between IoT and “larger” devices, the reality is spoofing and blurred lines will likely make such classification difficult. What do you do with a virtual machine that looks like a Raspberry Pi running on a corporate laptop for completely legitimate reasons? Or what about the Raspberry Pi-like device that can run a fully operational Continue reading
Road to gRPC
Cloudflare launched support for gRPC® during our 2020 Birthday Week. We’ve been humbled by the immense interest in the beta, and we’d like to thank everyone that has applied and tried out gRPC! In this post we’ll do a deep-dive into the technical details on how we implemented support.
What is gRPC?
gRPC is an open source RPC framework running over HTTP/2. RPC (remote procedure call) is a way for one machine to tell another machine to do something, rather than calling a local function in a library. RPC has been around in the history of distributed computing, with different implementations focusing on different areas, for a long time. What makes gRPC unique are the following characteristics:
- It requires the modern HTTP/2 protocol for transport, which is now widely available.
- A full client/server reference implementation, demo, and test suites are available as open source.
- It does not specify a message format, although Protocol Buffers are the preferred serialization mechanism.
- Both clients and servers can stream data, which avoids having to poll for new data or create new connections.
In terms of the protocol, gRPC uses HTTP/2 frames extensively: requests and responses look very similar to a normal HTTP/2 request.
What the Geospatial Industry is Learning About HPC, AI, and Cloud
When it comes to traditional HPC, it has taken a bit longer for cloud and AI to catch on. …
What the Geospatial Industry is Learning About HPC, AI, and Cloud was written by Nicole Hemsoth at The Next Platform.
DSS Speeds the Rollout of 5G NR While Extending the Life of IoT Devices
DSS is a win for network operators seeking to accelerate the deployment of NR networks and users that need to ensure their IoT devices have long lifespans.FRR: The Most Popular Network Router You’ve Never Heard Of
Everyone in the networking industry seems to fall into one of two camps: those that have used server-based routing software and those that have no idea such a thing exists. …
FRR: The Most Popular Network Router You’ve Never Heard Of was written by Peter Lumbris at The Next Platform.
Network Break 307: Cisco Launches Catalyst 8000 Edge Routers; Juniper Spends $450 Million For 128 Technology
Today's Network Break covers new SD-WAN routers from Cisco, a giant Juniper acquisition, new WIPS capabilities from Extreme, the United States' anti-trust lawsuit against Google, Intel selling its NAND business, and Space Networking!Network Break 307: Cisco Launches Catalyst 8000 Edge Routers; Juniper Spends $450 Million For 128 Technology
Today's Network Break covers new SD-WAN routers from Cisco, a giant Juniper acquisition, new WIPS capabilities from Extreme, the United States' anti-trust lawsuit against Google, Intel selling its NAND business, and Space Networking!
The post Network Break 307: Cisco Launches Catalyst 8000 Edge Routers; Juniper Spends $450 Million For 128 Technology appeared first on Packet Pushers.
The Week in Internet News: U.S. Files Antitrust Case Against Google
Searching for a monopoly: The U.S. Department of Justice has filed an antitrust lawsuit against Google, accusing the tech giant of illegal monopolies in search and search advertising, CNet reports. The DOJ has accused Google of acting as an Internet “gatekeeper.” Google disputed the allegations, saying people use its services because they choose to, not because they have to.
New networking: The Lower Brule Sioux Tribe in central South Dakota has advanced a plan to provide computers and high-speed Internet connections to all students and teachers during the COVID-19 pandemic, the Argus Leader says. Since early June, the tribe has been working on a plan to build its own wireless Internet network, intended to cover the 207-square-mile Lower Brule reservation. The new network is the first-of-its-kind in South Dakota, and it began limited operations in July.
A bumpy relaunch: The French government’s relaunch of its COVID-19 tracing app, called, “TousAntiCovid,” hit some snags when it was downloaded more than 500,000 times in the hours following its launch, the BBC says. The traffic led to some stability problems, with some people unable to launch the app.
DNS vs. crime: Securing the Internet’s domain name system is a crucial step in Continue reading
New on ipSpace.net: Graph Algorithms
After a bit more than a year, we ran another math-focused webinar last week: Rachel Traylor came back to talk about graph algorithms, focusing on tree-, path- and center problems.
In her lecture you’ll find:
- maximum branching algorithms (and I couldn’t stop wondering why we don’t use them for OSPF- or IS-IS flooding)
- path algorithms including the ones used in OSPF, IS-IS, or BGP, as well as algorithms that find K shortest paths
- center problems (for example: where do I put my streaming server or my BGP route reflector)
You’ll need Standard or Expert ipSpace.net subscription to watch the videos.
New on ipSpace.net: Graph Algorithms
After a bit more than a year we ran another math-focused webinar last week: Rachel Traylor came back to talk about graph algorithms, focusing on tree-, path- and center problems.
In her lecture you’ll find:
- maximum branching algorithms (and I couldn’t stop wondering why we don’t use them for OSPF- or IS-IS flooding)
- path algorithms including the ones used in OSPF, IS-IS, or BGP, as well as algorithms that find K shortest paths
- center problems (for example: where do I put my streaming server or my BGP route reflector)
You’ll need Standard or Expert ipSpace.net subscription to watch the videos.
No Rush
Intro
We often treat our careers like it’s a race. With only a winner. We setup goals where we want to get a degree by a certain age. Get that certification at another age. Get that job at a certain age and we judge our success by if we make more than say 100k per year. Because that’s what we’ve been told.
However, building a successful career in IT is nothing like that.
Stress
I’ve been there myself and felt the stress. I started my university studies when I was 22. I felt old at the time when I was surrounded by people that were 18-19 years old. I know that people where I lived before my university studies had started asking questions of the kind if I wasn’t to become anything. To do something with my life. I needed a few years break from school before going to university studies , and it turns out that was a great decision. I was able to study in a matter I had never done before.
One of the goals I setup in my career was to become a CCIE by 30. I’m not sure why. It just seemed like getting it Continue reading
Helios: hyperscale indexing for the cloud & edge – part 1
Helios: hyperscale indexing for the cloud & edge, Potharaju et al., PVLDB’20
On the surface this is a paper about fast data ingestion from high-volume streams, with indexing to support efficient querying. As a production system within Microsoft capturing around a quadrillion events and indexing 16 trillion search keys per day it would be interesting in its own right, but there’s a lot more to it than that. Helios also serves as a reference architecture for how Microsoft envisions its next generation of distributed big-data processing systems being built. These two narratives of reference architecture and ingestion/indexing system are interwoven throughout the paper. I’m going to tackle the paper in two parts, focusing today on the reference architecture, and in the next post on the details of Helios itself. What follows is a discussion of where big data systems might be heading, heavily inspired by the remarks in this paper, but with several of my own thoughts mixed in. If there’s something you disagree with, blame me first!
Why do we need a new reference architecture?
Cloud-native systems represent by far the largest, most distributed, computing systems in our history. And the established cloud-native architectural principles behind them Continue reading
Why Biden: Principle over Party
There exist many #NeverTrump Republicans who agree that while Trump would best achieve their Party's policies, that he must nonetheless be opposed on Principle. The Principle at question isn't about character flaws, such as being a liar, a misogynist, or a racist. The Principle isn't about political policies, such as how to hand the coronavirus pandemic, or the policies Democrats want. Instead, the Principle is that he's a populist autocrat who is eroding our liberal institutions ("liberal" as in the classic sense).
Countries don't fail when there's a leftward shift in government policies. Many prosperous, peaceful European countries are to the left of Biden. What makes prosperous countries fail is when civic institutions break down, when a party or dear leader starts ruling by decree, such as in the European countries of Russia or Hungary.
Our system of government is like football. While the teams (parties) compete vigorously against each other, they largely respect the rules of the game, both written and unwritten traditions. They respect each other -- while doing their best to win (according to the rules), they nonetheless shake hands at the end of the match, and agree that their opponents are legitimate.
The rules of the Continue reading