Smart Society: How to Trust Artificial Intelligence

Smart Society: How to Trust Artificial Intelligence

How to Trust Artificial Intelligence The concept of a smart society has been around for a long time, but the progress we have seen towards achieving it in the last decade has really been a giant leap for mankind. For those of us who are
Robo-Advisors vs. Financial Advisors: What Do Millennials Prefer?

Robo-Advisors vs. Financial Advisors: What Do Millennials Prefer?

Robo-Advisors vs. Financial Advisors For technology-loving millennials, robo-advisors may seem appealing. With a robo-advisor, a portfolio is managed online by using software algorithms instead of a real person. It makes sense millennials would flock to robo-advisors, but they’re not, according to a LendEDU study. The

CONTRIBUTORS

Chris

The Cloud Isn’t a Security Issue; It’s a Security Opportunity

Security Issue In order to stay ahead in today’s competitive business landscape, companies need to constantly innovate. Development teams must ...
Through the Looking Glass: Tech and Security Industry Predictions

Through the Looking Glass: Tech and Security Industry Predictions

Tech and Security Industry Predictions As we close out 2016, which didn’t start off very well for tech IPOs, momentum ...
Make Your Smart Device Even Smarter By Answering These 4 Questions

Make Your Smart Device Even Smarter By Answering These 4 Questions

Make Your Smart Device Even Smarter The Internet of Things (IoT) has reached the peak of its hype cycle for emerging technologies, ...

RESOURCES

Cloud And Cybersecurity: 5 Things CISOs Need To Consider

Cloud And Cybersecurity: 5 Things CISOs Need To Consider

The Cloud and Cybersecurity Tomorrow’s digital enterprise is at war today. War not only with external cybersecurity hackers and viruses, but also within the organization itself – a conclusion based on my discussions with information security managers and cloud architects ...
Key Findings of the 2018 IDG Cloud Computing Study

Key Findings of the 2018 IDG Cloud Computing Study

IDG Cloud Computing Study The results of the 2018 IDG Cloud Computing study highlight how interest in the technology isn’t fading and a growing number of companies are embracing it or at least want to do so. The survey, which ...
10 Prototyping Tools To Help Build Your Startup

10 Prototyping Tools To Help Build Your Startup

Prototyping Tools We are continuing this week by focusing on startup tools, tips and tweaks that will help you build, design, manage and market your way into the cloud based business that you want to be. Last week we offered a ...
HTML5 Speed Test

HTML5 Speed Test

HTML5 SPEED TEST SERVICES There is no made-for-all solution when it comes to optimizing a website for speed, and while putting a cloud platform in place is a good start, every cloud startup should ensure that they have an optimization ...
Cloud Comics
Ariel Maislos

3 Challenges of Network Deployment in Hyperconverged Infrastructure

Hyperconverged Infrastructure

In this article, we’ll explore three challenges that are associated with network deployment in a hyperconverged private cloud environment, and then we’ll consider several methods to overcome those challenges.

The Main Challenge: Bring Your Own (Physical) Network

Some of the main challenges of deploying a hyperconverged infrastructure software solution in a data center are the diverse physical configurations. The smart network layer may be the leading component that is tasked with the need to automatically learn the physical network layer’s topology and capabilities. Modern data center operations are expected to be automated and fast. There is no place for traditional, customized and cumbersome installation and integration processes. When deploying hyperconverged smart software on top of a data center infrastructure, running a fast and automated deployment is necessary.

Hyperconverged Infrastructure Deployment

In every organization, IT operations leaders have their own philosophy about how to deploy, integrate and manage network traffic. From our discussions with enterprise network experts, I’ve found that every leader has their own specific “network philosophy” that generally includes the following phrases:

“We believe in running internal and guest networks over the same physical network.”

“We believe in running the external communications over the 1G on-board configuration interface, while the rest of the traffic runs on 10G.”

“We like to keep things super simple and run everything on a single Interface.”   

  1. Deploying Logical Over Physical

Physical networks consist of groups of appliances that are connected using protocols. Logical networks are constructed out of different types of traffic and are completely agnostic to physical networks, but they still need to run on them.

For example, let’s assume that data center traffic can be segmented into three types: red, green and blue. Let’s also assume that according to the network admin’s philosophy, red is 1G, routed externally, and green and blue are both 10G, isolated and non-routable. It is important to ensure that each node is linked to each of the three different logical networks on certain physical interfaces. We can only connect the logical layer when the physical one is connected. This can be done by separating the types of traffic from the physical source (the node), then allocating each logical type of traffic to a physical network. In the end, each of the networks (red, green and blue) is connected to the related physical interface.

  1. Automatic and Scalable Deployment

In comparison to custom deployments that tend to involve cumbersome processes mainly completed by integrators, building a hyperconverged smart solution needs to deploy an environment with hundreds of nodes in a matter of minutes.  To achieve this, the deployment must be automatic, easy and bulletproof. Additionally, deployment techniques should not require user intervention per node (users should not have to manually configure the network, or analyze how each server is physically connected to the network). Smart hyperconverged solutions need to automatically discover and analyze an underlying network’s infrastructure.

Automatic network deployment also requires an ‘infection’ mode, where several high-availability network seeders infect all of the servers that connect with them, and in turn, immediately infect their networks. Once all of the nodes are infected, the hyperconverged solution has access to them and can retrieve and analyze information accordingly. After the seeder absorbs all of the network philosophy from the infecting servers, the current state of the physical network is analyzed. Once the scale goes beyond the capacity of normal broadcast domains, the cluster should cross over broadcast domains and start deploying over L3 and IP networks.

  1. Resilient Deployment

When deploying hundreds of nodes in a short period of time, the deployment process needs to adjust to faults and changes. Automatic deployment must assume that the nodes may fail during installation, but cluster deployment should still continue. In addition to making the system prone to errors, it is important to make relevant services highly available when dealing with deployment issues  to auto-detect and notify admins.

Returning to our example, let’s say that one of the servers is not connected to the red network, or that one of the servers has the red and green networks crossed. If not corrected in deployment, these errors must be passed to the admin for intervention without affecting the deployment of the rest of the cluster. It is important to note that this is an ongoing process. The system must be able to auto-tune itself according to physical changes and faults to maintain its reliability.

Final Note

To align with the data center leaders’ philosophy, a smart hyperconverged solution should enable the input of specific configuration preferences at the start of the process. Once the system goes into its “infection” mode, this specific philosophy can be embedded into the network.

By Ariel Maislos

Ariel Maislos

Ariel brings over twenty years of technology innovation and entrepreneurship to Stratoscale. 

In 2006 Ariel founded Pudding Media, an early pioneer in speech recognition technology, and Anobit, the leading provider of SSD technology acquired by Apple (AAPL) in 2012. At Apple, he served as a Senior Director in charge of Flash Storage, until he left the company to found Stratoscale. Ariel is a graduate of the prestigious IDF training program Talpiot, and holds a BSc from the Hebrew University of Jerusalem in Physics, Mathematics and Computer Science (Cum Laude) and an MBA from Tel Aviv University. 

CLOUDTWEAKS COMMUNITY PARTNERS

Each year we provide a number of highly customized branded programs to community support partners and going into our 10th year at CloudTweaks is no different. Sponsorship opportunities will be available for all budgets and sizes including the (premium) thought leadership exposure program or the webinar, podcast, white paper or explainer video lead generation programs.  Contact us for more information on these opportunities.

Cloud Community Supporters

(ISC)²
Cisco
SAP
CA Technologies
Dropbox

Cloud community support comes from (paid) sponsorship or (no cost) collaborative network partnership initiatives.