The world is becoming more dynamic and distributed, and that’s having a profound impact on the vendor landscape.Some traditional vendors, such as Microsoft were able to make the shift to the cloud and have thrived, although it required dumping Steve Ballmer. Others are stuck in the legacy world and could have a hard time adjusting the business to meet the demands of their customers. For example, Dell-EMC went private to re-tool and in the midst of transforming itself. Time will tell if it’s successful.One company that I considered to be part of the legacy world is storage management vendor Veritas. It’s essentially still a backup and recovery company. Recently though, the company has made some moves and said some things that make me wonder if there’s something big coming from them.To read this article in full, please click here
The world is becoming more dynamic and distributed, and that’s having a profound impact on the vendor landscape.Some traditional vendors, such as Microsoft were able to make the shift to the cloud and have thrived, although it required dumping Steve Ballmer. Others are stuck in the legacy world and could have a hard time adjusting the business to meet the demands of their customers. For example, Dell-EMC went private to re-tool and in the midst of transforming itself. Time will tell if it’s successful.One company that I considered to be part of the legacy world is storage management vendor Veritas. It’s essentially still a backup and recovery company. Recently though, the company has made some moves and said some things that make me wonder if there’s something big coming from them.To read this article in full, please click here
Cisco continued its HCI momentum this week, announcing at Cisco Live its new Cisco Container Platform (CCP), which runs on its HyperFlex hyperconverged infrastructure (HCI) solution. This news follows last week’s HyperFlex 3.0 release and acquisition of Skyport. One of the key themes of Cisco Live was the need for businesses to be more agile and move faster. Businesses want to modernize the infrastructure to meet the changing demands on IT, and they are adopting the DevOps model. Along with that, containers have grown in popularity, as the lightweight nature of them makes them ideal for organizations that have embraced the concepts of DevOps.To read this article in full, please click here
When the company unveiled its intent-based network system (IBNS) solution at its “Network. Intuitive.” event in San Francisco last year, that version focused on bringing the concept of a “self-driving” network to the enterprise campus and was dependent on customers having the new Catalyst 9000 switches. Cisco’s solution works as a closed-loop system where the data from the network is collected and then analyzed to turn intent into commands that can be orchestrated.To accomplish that, Cisco’s IBNS requires two components: translation to capture intent, translate it into policy, and check integrity, and activation to orchestrate the policies and configure the systems.To read this article in full, please click here
When the company unveiled its intent-based network system (IBNS) solution at its “Network. Intuitive.” event in San Francisco last year, that version focused on bringing the concept of a “self-driving” network to the enterprise campus and was dependent on customers having the new Catalyst 9000 switches. Cisco’s solution works as a closed-loop system where the data from the network is collected and then analyzed to turn intent into commands that can be orchestrated.To accomplish that, Cisco’s IBNS requires two components: translation to capture intent, translate it into policy, and check integrity, and activation to orchestrate the policies and configure the systems.To read this article in full, please click here
When the company unveiled its intent-based network system (IBNS) solution at its “Network. Intuitive.” event in San Francisco last year, that version focused on bringing the concept of a “self-driving” network to the enterprise campus and was dependent on customers having the new Catalyst 9000 switches. Cisco’s solution works as a closed-loop system where the data from the network is collected and then analyzed to turn intent into commands that can be orchestrated.To accomplish that, Cisco’s IBNS requires two components: translation to capture intent, translate it into policy, and check integrity, and activation to orchestrate the policies and configure the systems.To read this article in full, please click here
It’s been a busy hyperconverged infrastructure (HCI) week for Cisco. Yesterday it announced its intent to acquire secure HCI vendor, Skyport Systems. Today it announced HyperFlex 3.0, which is the biggest update Cisco has had to the product since it introduced the product years ago. Cisco’s driving vision is a business that can run any workload on any cloud that can easily scale up as required. This latest release is entirely dedicated to fulfilling that vision.The cloud is the future, and the majority of businesses will adopt hybrid clouds. In announcing HyperFlex 3.0, Cisco cited an IDC data point that states that 87 percent of businesses are using or plan to use a hybrid environment, and 94 percent plan to use multiple clouds — meaning that hybrid, multi-clouds will be the norm.To read this article in full, please click here
It’s been a busy hyperconverged infrastructure (HCI) week for Cisco. Yesterday it announced its intent to acquire secure HCI vendor, Skyport Systems. Today it announced HyperFlex 3.0, which is the biggest update Cisco has had to the product since it introduced the product years ago. Cisco’s driving vision is a business that can run any workload on any cloud that can easily scale up as required. This latest release is entirely dedicated to fulfilling that vision.The cloud is the future, and the majority of businesses will adopt hybrid clouds. In announcing HyperFlex 3.0, Cisco cited an IDC data point that states that 87 percent of businesses are using or plan to use a hybrid environment, and 94 percent plan to use multiple clouds — meaning that hybrid, multi-clouds will be the norm.To read this article in full, please click here
For today’s IT professional, hybrid clouds are a fact of life and will be for years to come. Digital businesses need to have an agile infrastructure foundation, which the cloud provides.However, rarely does one size fit all when it comes to cloud options. Some workloads are ideally suited for public cloud services, while others make more sense to go in a private cloud. With some apps, though, part of it runs in the traditional data center and part runs in a public cloud, such as Amazon Web Services (AWS), Microsoft Azure or Google Cloud Platform. There are also apps that run in a private data center but then need to connect to a SaaS application.To read this article in full, please click here
Understanding how applications perform has been somewhat of a mystery for IT departments since the advent of networked applications.The reason why it’s been so hard is that traditional management tools operate in a bottoms-up manner. That is, each infrastructure component is monitored, usually with its own management tool, and then the data is rolled up to some kind of manager of managers. Application performance management is inferred by trying to correlate the information manually. The problem is today there is far too much data to be analyzed using manual processes.Also on Network World: Manage user performance, not the network, with machine learning-based tools
Nyansa takes a different approach. It provides a top-down view of the infrastructure, so application performance can be determined through the lens of the user instead of the infrastructure. Its Voyance product can be thought of as actual user performance management instead of traditional application performance management. Voyance uses machine language to interpret the massive amounts of data collected at the access edge, including wireless infrastructure.To read this article in full, please click here
Understanding how applications perform has been somewhat of a mystery for IT departments since the advent of networked applications.The reason why it’s been so hard is that traditional management tools operate in a bottoms-up manner. That is, each infrastructure component is monitored, usually with its own management tool, and then the data is rolled up to some kind of manager of managers. Application performance management is inferred by trying to correlate the information manually. The problem is today there is far too much data to be analyzed using manual processes.Also on Network World: Manage user performance, not the network, with machine learning-based tools
Nyansa takes a different approach. It provides a top-down view of the infrastructure, so application performance can be determined through the lens of the user instead of the infrastructure. Its Voyance product can be thought of as actual user performance management instead of traditional application performance management. Voyance uses machine language to interpret the massive amounts of data collected at the access edge, including wireless infrastructure.To read this article in full, please click here
There’s no question that the hyperconverged infrastructure (HCI) has had a huge impact on simplifying technology deployments. Nutantix solutions, Cisco HyperFlex and HPE Simplivity have been widely adopted and have changed the face of the data center.HCI was initially considered niche to simplify the deployment of virtual desktop infrastructure (VDI), but it has seen increased adoption for other workloads. One use case for HCI that has flown under the radar is secondary storage. Late last year, I profiled Cohesity, the vendor that has been leading the emerging hyperconverged secondary storage market.To read this article in full, please click here
Cisco’s CEO, Chuck Robbins, is a busy guy. I never see him not talking to a customer, partner, employee, analyst or some other person in the company’s ecosystem. Over the holiday break, I hope he took the time to put his feet up, light a cigar and reflect on what’s happened to the company he is leading over the past two years.If we roll the clock back to Jan. 1, 2016, the stock was at $23.79, which was the lowest price point since April of 2014, and many Cisco investors were skeptical of Cisco’s future prospects.Read also: Cisco CEO Robbins: Wait til you see what’s in our innovation pipeline
A hefty amount of my business comes from my interactions with Wall Street, and two years ago, very few wanted to talk about Cisco. There were far more bears than bulls, and the feeling was that the cloud, software-defined networking (SDN) and other trends would slowly eat away at Cisco and it would go the way of Lucent, Nortel and so many other companies that were too stubborn to change their business models.To read this article in full, please click here
Cisco’s CEO, Chuck Robbins, is a busy guy. I never see him not talking to a customer, partner, employee, analyst or some other person in the company’s ecosystem. Over the holiday break, I hope he took the time to put his feet up, light a cigar and reflect on what’s happened to the company he is leading over the past two years.If we roll the clock back to Jan. 1, 2016, the stock was at $23.79, which was the lowest price point since April of 2014, and many Cisco investors were skeptical of Cisco’s future prospects.Read also: Cisco CEO Robbins: Wait til you see what’s in our innovation pipeline
A hefty amount of my business comes from my interactions with Wall Street, and two years ago, very few wanted to talk about Cisco. There were far more bears than bulls, and the feeling was that the cloud, software-defined networking (SDN) and other trends would slowly eat away at Cisco and it would go the way of Lucent, Nortel and so many other companies that were too stubborn to change their business models.To read this article in full, please click here
The concept of intent-based networks has received a lot of attention from media and networking professionals since Cisco launched its “Network Intuitive” earlier this year. Cisco has certainly made the term “intent-based” a household term, but that wasn’t the first time I had heard a vendor talk about this vision. Years ago, I was at an event held by Juniper Networks where its founder and CTO at the time, Pradeep Sindhu, talked about the death of Moore’s Law and how that would drive us towards this thing called intent-based networking. To read this article in full, please click here
The concept of intent-based networks has received a lot of attention from media and networking professionals since Cisco launched its “Network Intuitive” earlier this year. Cisco has certainly made the term “intent-based” a household term, but that wasn’t the first time I had heard a vendor talk about this vision. Years ago, I was at an event held by Juniper Networks where its founder and CTO at the time, Pradeep Sindhu, talked about the death of Moore’s Law and how that would drive us towards this thing called intent-based networking. To read this article in full, please click here
Application delivery controllers (ADCs) have long been a critical piece of infrastructure. They sit between applications and infrastructure and are the only piece of technology that can speak the language of both applications and networks. I have often characterized the ADC as the “Rosetta Stone” of the data center, as it’s the key to being able to translate application speak to the network and vice versa.IT is undergoing a rapid modernization process, and things such as software-defined everything, the cloud, containers and other initiatives are having a profound impact on infrastructure.Also on Network World: Enterprise network trends to watch 2018
To understand how these trends are impacting ADCs, I recently conducted an Application Delivery Controller Survey to get a pulse of IT professionals who work with ADCs. The demographics of the survey were 100 U.S.-based respondents across a variety of industry verticals and company sizes and is an accurate representation of the current opinions of ADCs with respect to IT modernization.To read this article in full, please click here
Application delivery controllers (ADCs) have long been a critical piece of infrastructure. They sit between applications and infrastructure and are the only piece of technology that can speak the language of both applications and networks. I have often characterized the ADC as the “Rosetta Stone” of the data center, as it’s the key to being able to translate application speak to the network and vice versa.IT is undergoing a rapid modernization process, and things such as software-defined everything, the cloud, containers and other initiatives are having a profound impact on infrastructure.Also on Network World: Enterprise network trends to watch 2018
To understand how these trends are impacting ADCs, I recently conducted an Application Delivery Controller Survey to get a pulse of IT professionals who work with ADCs. The demographics of the survey were 100 U.S.-based respondents across a variety of industry verticals and company sizes and is an accurate representation of the current opinions of ADCs with respect to IT modernization.To read this article in full, please click here
A few years ago, the Society of Automotive Engineers (SAE) outlined the five stages of self-driving vehicles. In actuality, there are six levels, but the zero level is no automation, so we will ignore that. The idea behind the different phases is to make it possible for us to get there in a reasonable, phased approach.It’s unrealistic that the car manufacturers could go from where we are today to a fully autonomous car with no driver or even controls. Even if the automotive community could build an autonomous vehicle today, very few people would have enough trust to use a car with no controls. When it comes to a massive shift like this, crawl-walk-run is definitely the right approach — and that’s what the five stages are designed to do.To read this article in full, please click here
Research firm IHS Markit recently released its Data Center Network Equipment market tracker report for Q4 2017 by analyst Cliff Grossner, which includes Software-Defined WANs (SD-WAN). I don’t normally comment on other industry research, but I have tremendous respect for Grossner, and his quantitative numbers are among the best. So, I felt a deep dive into his findings on the SD-WAN market was worth the effort.Also read: Why 2018 will be the year of the WAN
It’s important to note that Grossner’s numbers include SD-WAN appliance and control management software revenue and not services, so his numbers will be smaller than other firms, such as IDC, which has the market pegged somewhere in the billion-dollar range. Neither is better than the other, per se; they’re just different.To read this article in full, please click here