AWS — Setting up Kinesis Video Stream is extremely easy with AWS Deeplens

<MEDIUM: https://raaki-88.medium.com/aws-setting-up-kinesis-video-stream-is-extremely-easy-with-aws-deeplens-ba13263c9cda&gt;

Note : I wanted to quickly demo out Kinesis video streaming, I initially thought a local-mac was a good candidate, installation was extremely painful, then I created a ubuntu VM 22.04 had errors, then went to ubuntu 20.04, everything was fine but vmware abstraction was very poor for reason and camera was extremely slow, then finally I have decided that I will compile everything on AWS deeplens (which is inherently had ubuntu as base-os) but looks like deeplens has already covered installation of KVS module which I will write up below.

I was reading about Kinesis and power of Kinesis for huge pipelines of inbound data from various sources, what impressed me was Kinesis could be integrated into AWS Rekognition and AWS sagemaker as well to analyze various points of data streamed in real time video or saved video, apart from that AWS-IOT youtube channel is also planning out new series on integration of AWS Kinesis with S3 for image collection completely from Kinesis streaming video itself.

Related URLs

This is the URL that I have used to follow the process and it was pretty straight forward

https://docs.aws.amazon.com/deeplens/latest/dg/deeplens-kinesis-video-streams-api.html

AWS Continue reading

Arista buys software-defined networking pioneer Pluribus

Arista Networks has acquired Pluribus Networks with an eye toward bolstering its own Unified Cloud Networking service.There were no details such as cost of the acquisition nor what the deal means for the 140 Pluribus employees most based in Los Altos, Calif.  What is SDN and where it's going Pluribus is a software-defined networking pioneer, founded in 2010 and has morphed its original Netvisor One, a virtualized Linux-based NOS that provides Layer 2 and Layer 3 networking and distributed fabric intelligence into its Adaptive Cloud Fabric software-defined networking package.To read this article in full, please click here

Arista snaps-up software defined networking pioneer Pluribus

Arista Networks has acquired Pluribus Networks with an eye toward bolstering its own Unified Cloud Networking service.There were no details such as cost of the acquisition nor what the deal means for the 140 Pluribus employees most based in Los Altos, Calif.  What is SDN and where it's going Pluribus is a software-defined networking pioneer, founded in 2010 and has morphed its original Netvisor One, a virtualized Linux-based NOS that provides Layer 2 and Layer 3 networking and distributed fabric intelligence into its Adaptive Cloud Fabric software-defined networking package.To read this article in full, please click here

Learning to Ride

Have you ever taught a kid to ride a bike? Kids always begin the process by shifting their focus from the handlebars to the pedals, trying to feel out how to keep the right amount of pressure on each pedal, control the handlebars, and keep moving … so they can stay balanced. During this initial learning phase, the kid will keep their eyes down, looking at the pedals, the handlebars, and . . . the ground.

After some time of riding, though, managing the pedals and handlebars are embedded in “muscle memory,” allowing them to get their head up and focus on where they’re going rather than on the mechanical process of riding. After a lot of experience, bike riders can start doing wheelies, or jumps, or off-road riding that goes far beyond basic balance.
Network engineer—any kind of engineering, really—is the same way.

At first, you need to focus on what you are doing. How is this configured? What specific output am I looking for in this show command? What field do I need to use in this data structure to automate that? Where do I look to find out about these fields, defects, etc.?

The problem is—it is easy to get Continue reading

Intel kills Optane amid cost cutting

Optane, the memory technology pioneered and championed by Intel, has seen its last days. Intel has decided to wind down the technology as part of a refocusing effort.The news came on an earnings call with analysts to discuss Intel’s rocky second quarter. Since Pat Gelsinger has taken the reigns at Intel, the company has divested itself of McAfee (although that process began before Gelsinger arrived) as well as shed its drone business, NAND products, RealSense visual sensors, and Intel Sports. Read more: Intel’s $20 billion bet on advanced fabricationTo read this article in full, please click here

Intel kills Optane amid cost cutting

Optane, the memory technology pioneered and championed by Intel, has seen its last days. Intel has decided to wind down the technology as part of a refocusing effort.The news came on an earnings call with analysts to discuss Intel’s rocky second quarter. Since Pat Gelsinger has taken the reigns at Intel, the company has divested itself of McAfee (although that process began before Gelsinger arrived) as well as shed its drone business, NAND products, RealSense visual sensors, and Intel Sports. Read more: Intel’s $20 billion bet on advanced fabricationTo read this article in full, please click here

Running Zig with WASI on Cloudflare Workers

Running Zig with WASI on Cloudflare Workers
Running Zig with WASI on Cloudflare Workers

After the recent announcement regarding WASI support in Workers, I decided to see what it would take to get code written in Zig to run as a Worker, and it turned out to be trivial. This post documents the process I followed as a new user of Zig. It’s so exciting to see how Cloudflare Workers is a polyglot platform allowing you to write programs in the language you love, or the language you’re learning!

Hello, World!

I’m not a Zig expert by any means, and to keep things entirely honest I’ve only just started looking into the language, but we all have to start somewhere. So, if my Zig code isn’t perfect please bear with me. My goal was to build a real, small program using Zig and deploy it on Cloudflare Workers. And to see how fast I can go from a blank screen to production code.

My goal for this wasn’t ambitious, just read some text from stdin and print it to stdout with line numbers, like running cat -n. But it does show just how easy the Workers paradigm is. This Zig program works identically on the command-line on my laptop and as an HTTP Continue reading

Gluware Background And Evolution: Gluware LiveStream June 28, 2022 (7/7) – Video

Gluware focuses on real-world network automation capabilities in brownfield environments. In this video, part of the Packet Pushers LiveStream with Gluware from June 28, 2022, Greg Ferro talks with Gluware’s Ernest Lefner about the product’s capabilities, as well as new features including Network Robotic Process Automation (RPA) and Gluware Topology. For more information, go to […]

The post Gluware Background And Evolution: Gluware LiveStream June 28, 2022 (7/7) – Video appeared first on Packet Pushers.

Peeling back the layers and understanding automation mesh

Red Hat Ansible Automation Platform 2 features an awesome new way to scale out your automation workloads: automation mesh.  If you are unfamiliar with automation mesh, I highly recommend reading Craig Brandt’s blog post What's new: an introduction to automation mesh which outlines how automation mesh can simplify your operations and scale your automation globally.  For this blog post, I want to focus on the technical implementation of automation mesh, what network ports it is using and how you can secure it. 

To quickly summarize both Craig’s blog post and our documentation, we separated the control plane (which includes the webUI and API) from the execution plane (where an Ansible Playbook is executed) in Ansible Automation Platform 2.  This allows you to choose where jobs run across execution nodes, so you can deliver and run automation closer to the devices that need it. In our implementation, there is four different types of nodes:

  • Control plane nodes: These are  accessed either via the WebUI and API. Execution capabilities are disabled on these nodes. 
  • Execution nodes: This is where Ansible Playbooks are actually executed.  This node will run an automation execution environment which in Continue reading

Tools 11. Running Prometheus Exporters on Dis-aggregated Data Center Switches (Cisco NX-OS, NVIDIA Cumulus Linux, Arista EOS)

Hello my friend,

Monitoring is a key component of any IT and network systems, as it gives us possibility to know what is going on in those systems. That is important at least for two reasons:

  • Observing actual status of the system counters
  • Analyze trends over the time period

Let’s see how we can attempt to normalize collection of such a data with Prometheus from dis-aggregated network switches empowered by Linux.



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What Is the Relation Between Monitoring and Automation?

The answer would be “closed-loop automation” which is also often sold as IBN (Intent-Based Networking). It works as the collected data is automatically compared against certain patterns or thresholds and in case of threshold violation, some automated action can be triggered. It can be as simple as a notification via a mail, a Slack channel or a Telegram chat; however, it can be also a more complicated, where some automated workflow is triggered to perform corrective configuration Continue reading

Linux — Debugging a Python Process with gdb

<MEDIUM: https://raaki-88.medium.com/linux-debugging-a-python-process-with-gdb-b9ea67173aff&gt;

Have you anytime used py-bt inside gdb or used gdb to trace a linux process, if so you can skip this post

GDB is awesome! Am not a everyday programmer but I have been studying internal of linux and operating systems and its fascinating. I wrote about process last time <https://raaki-88.medium.com/linux-process-what-happens-under-the-hood-49e8bcf6173c> and continuing towards threads, Its now making sense when we import modules in python lets examine below snippet which is typically used in Python.

>>> from concurrent.futures import ThreadPoolExecutor

vs

>>> from concurrent.futures import ProcessPoolExecutor

One of the distinctions that I learnt when studying these two functions for multiprocessing is that typical use of ThreadPoolExecutor is when you have IO based activity while ProcessPool is for CPU bound compute activity, I left that

What I now understood is that thread is an integral part of process, there can be multiple threads with in a process and there can be multiple processes, each process needs to be scheduled for CPU cycles and you have different locking mechanism for single process. Now, scheduler algorithm schedules these process as linux is time-sharing based operating system, effectively schedules processes on many factors, Continue reading

Linux — Process, what happens under the hood?

<MEDIUM: https://raaki-88.medium.com/linux-process-what-happens-under-the-hood-49e8bcf6173c&gt;

I have taken operating systems for granted but looking internally it’s an excellent experience to understand how everything gets glued together, this post will be an overview of a process and what happens to a process.

A program is nothing but a set of instructions that the user writes for the desired behavior after execution. when the program gets into a running state that’s when you have a process which gets created and gets associated with the program, in other words, this is how to program is abstracted by the process.

Let’s consider the below python program, we will create some Child processes and Parent processes from the program and see how the underlying operating sees when we execute the program.

You don’t have to be a python expert to know what is going on in this program, basically, we can see the python program has an imported OS module and then it calls on fork() operation to create various child processes.

import os
def child():
    print('\nA new child', os.getpid())
    os._exit(0)

def parent():
    while True:
        newpid = os.fork()
        if newpid == 0:
            child()
        else:
            pids = (os.getpid(), newpid)
            print("Parent: %d,  Continue reading

Controversial Reads 073022


This legislation dutifully provides trial lawyers with endless opportunities to sue Big Tech companies for something indefinable: childhood addiction to websites and phone apps. It puts the state government in charge of defining such addiction.


Recently Google employee Blake Lemoine caused a media storm over the LaMDA chatbot he was working on, that he claims is sentient (it feels things like a human being).


The problem with blockchain is that it’s not an improvement to any system—and often makes things worse.


We stand at a crossroads between a fragmented geopolitical world and a digital one that is more inclusive and sustainable. A common agenda with agreed priorities on public policy issues for the use of technology and connectivity will help take us in the right direction.


Earlier this month, I and others wrote a letter to Congress, basically saying that cryptocurrencies are an complete and total disaster, and urging them to regulate the space.


Of course, this bubble started to deflate when the Federal Reserve started talking about raising interest rates by half a percent. Terra Coin, a “stablecoin,” meaning a crypto that purports to maintain a value tied to an actual currency, collapsed in May.


At this point, they Continue reading

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