Tag Archive for SDN

The Truth About Cyber Security Jobs

The Truth About Cyber Security JobsSites like Monster and CSO.com are predicting a massive wave of new cyber security jobs. Some industry pundits claim there will be up to 3.5 million unfilled cybersecurity positions by 2021. Despite this euphoria. a recent survey by Computer Economics found that security staffing is declining despite security being a top priority for organizations.  The research firm’s annual IT Spending and Staffing Benchmarks study found that after two years of increases, IT security personnel have declined as a percentage of total IT staff.

Cyber Security staff members declined

The Computer Economics report found that IT security staff members declined to 2.9% of the total IT staff in 2018. This is on par with the percentage in 2016, It is down slightly from 2017. Previously, the ratio was stable from 2013-2015 at 2.6%.

IT Security Staffing Ratios

Computer Economics – IT Security Staffing Ratios

A net 75% of organizations that responded to the survey are increasing their spending on security. However, the researchers found that increases in spending do not necessarily lead to headcount growth. Improved technology continues to allow IT staff to be more productive.

Technologies reduce IT security staff count

Major growth areas in IT security include using artificial intelligence (PDF) and machine learning to track anomalies before humans can detect them. Other technologies reducing the IT security staff are Software-defined networking, better awareness around application development to ensure better security from the start. The reduction of in-house infrastructure due to software as a service (SaaS) and the public cloud also contributes to staff numbers holding steady.

However, despite these trends, the need for increased and improved security may eventually lead to increases in security staffing, especially as cloud usage decreases the need for other types of in-house IT support personnel.

In the presser announcing their new report, David Wagner, vice president of research at Computer Economics said, I’d still expect to see slow and steady increases over the next few years, But it is unlikely we will see major jumps. Beyond the efficiency aspects, it is still difficult to find skilled IT security personnel. We’ve seen it before that when a job requires skills that are difficult to find, technology is quickly built to fill in the gaps.

In the face of these challenges, IT executives must ensure that their IT organizations have the proper skills to respond to the latest security threats. For instance, IT security experts are realizing that intrusion-prevention measures must be complemented by the ability to quickly detect an intrusion, stop it from spreading, and remediate it. Privacy must also be top of mind, in the wake of the European Union enacting the General Data Protection Regulation.

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Based on these findings, it seems likely that the cybersecurity boom just went bust. For those who still want to try o change careers into cybersecurity, take a look at the Cybersecurity Supply/Demand Heat Map from CyberSeek. This tool could help you make some good decisions about how to crack the hiring game. According to CyberSeek data, there is an over 500% over-supply of CompTIA Security+ credential holders in metro Detroit. As one would expect, the CISSP credential has the most demand and has a shortage of holders.

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

HPE Been Busy

HPE Been BusyHP (HPQ) has been busy since it divorced itself and spawned HP Enterprise and HP Inc. There has been more enterprise activity in the past month than in the past years, as the spun-out HP Enterprise (HPE) side of the tech megalith tries to make a more relevant name for itself.

HPE layoffs

HP Enterprise logoFirst, Tim Stonesifer the CFO of the new HPE says that up to another 30,000 people will be laid off. The Business Insider reports these cuts will be focused on HP’s Enterprise Services Division, the consulting arm of the company.

During CEO Meg Whitman‘s tenure, HP has let go 85,000 workers with this latest round of layoffs. And they aren’t over yet claims CIO.com. Ms. Whitman and CFO Cathie Lesjak said that HP would lay off another 5% of staff.

Michigan lawsuit

State of Michigan is suing HPMore bad news as the State of Michigan announced it is suing HP. Michigan’s Secretary of State Ruth Johnson is charging HP with failing to deliver on a $49 million contract after 10 years, according to a press release from the state.

FierceCIO reports that the project was supposed to replace a legacy mainframe system that has run 131 Secretary of State offices. However, since 2005, and after $27.5 million was paid to the company, the state said that not a single promised function was delivered. In the press release she states:

 I inherited a stalled project when I came into office in 2011 and, despite our aggressive approach to hold HP accountable and ensure they delivered, they failed … We have no choice but to take HP to court to protect Michigan taxpayers.

MichiganThe state alleged that following a set of failed negotiations over the past few months, it rescinded its contract on Aug. 28 with a termination for cause letter. The article says the state argued, according to the terms of the contract, HP was supposed to provide support services for the state for some extended period of time. The state said that, instead, HP employees stopped reporting as of Aug. 31.

HP responded to a request for comment from FierceCIO with the following email statement: “It’s unfortunate that the state of Michigan chose to terminate the contract, but HP looks forward to a favorable resolution in court.

HPE 3PAR

On the product side, HPE has updated the software that runs all of its HP 3PAR StoreServ Storage products to boost the performance of its SAN and other storage products an HP presser announced.

HP 3Par logoOne of the changes to the HP 3PAR Operating System. HP has added a new feature in the HP 3PAR Priority Optimization software. Fierce Enterprise Communications reports that the software now enables users to set specific latency goals as low as 0.5 milliseconds in the hopes of ensuring consistent performance levels in multi-tenant environments. The intention is to boost the quality of service for improved application performance.

VMware support

For data protection, HPE also added support for VMware (VMW) vSphere 6.0 with VMware Virtual Volumes to StoreOnce Recovery Manager Central for VMware. The update also includes more granular recovery of individual virtual machines and files, simplifying data recovery.

VMWareWith these changes, another Fierce Enterprise Communications article observes that HP is getting cozier in its relationship with VMware as the company unveiled new consulting and support services for VMware’s NSX SDN product.

There’s actually a laundry list of new aspects of the two companies’ partnership, according to the article. The partnership includes a variety of HP services and products that tie into different VMware software-defined data center and end-user computing products, but the networking aspect comes in the form of HP Network Virtualization Services.

Consulting The consulting and support services will be available starting in January 2016. According to an HP announcement at VMworld, the services were “designed to transform and operate the network when combining physical and virtual network resources, functionality and management to ready a network for virtualized cloud, network functions virtualization or SDI.”

HP plans to implement a novel idea by putting consulting and support services under the HP Network Virtualization Services umbrella to provide a 24/7/365 single place to connect with networking, virtualization, and NSX experts in the hopes of quickly resolving issues.

Security changes

HP Fortify logoOn the security front, HP announced new enterprise security tools that can detect communications between malware and a remote server as well as uncover bugs in enterprise software using machine learning.

The first called HP DNS Malware Analytics, uses an algorithm to detect enterprise machines infected with malware by analyzing Domain Name System traffic between the devices and remote servers according to a FierceCIO article. A one-year subscription to HP DMA starts at $80,000 to analyze up to 5 million DNS packets per day. Frank Mong, vice president of solutions at HP Security, claims, “This solves the problem of finding an infected host that has been missed by anti-virus and endpoint security”.

HP also introduced HP Fortify scan analytics, machine-learning technology, as part of HP Fortify on Demand, which uses an enterprise’s app security data to improve the accuracy and efficiency of app security. This technology integrates into existing app security testing workflows, increasing the efficiency of the app security audit process and the relevancy of findings, HP explained.

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Color me skeptical but I’m not sure that HP is the best horse for VMware to bet on in their battle with former partner Cisco (CSCO).

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Facebook Challenges Cisco

Facebook Challenges CiscoJulie Bort at the BusinessInsider says Facebook is challenging the stagnate network giant Cisco (CSCO). Facebook’s (FBNajam Ahmad, leader of the OCP networking project announced a product that should have Cisco shaking in its boots. Mr. Ahmad told the New York Times, “The bigger strategy here is to get computer networking out of the black box, black operations part of the world.

Facebook logoFacebook introduced the new top-of-rack Wedge switch in 2013. The Wedge release made good FB’s promise to disrupt the $23 billion Ethernet switch market, now dominated by Cisco. Wedge is part of the Open Compute Project (OCP). The author says is OCP one of the most important tech projects Facebook has ever created. OCP began in 2012 as a radically new way to build and buy computer hardware. It creates free and “open source” designs where anyone can contribute to the designs and use them for free.

Open Compute Project

The hardware OCP designs range from computer servers to hard drives to the racks that hold them all. While Facebook still leads the project, it has grown into an industry phenom. In 2013, the article says Facebook saved “over $1 billion” by using the hardware invented by Facebook.

Cisco logoAnd a year ago, OCP announced plans to build a network switch. And not just any network switch, but one designed as a software-defined networking (SDN) device. BI explains that SDN is a new way to build networks that threaten Cisco, or at least Cisco’s 60+% profit margins. SDN takes the fancy features baked into network equipment – things like security, management – and puts them into the software. This turns the hardware into something that dumbly moves bits of information around. The hardware switch becomes easier to move around and manage, and far less expensive, all things that cloud computing does better.

Software-defined networking

Cisco has already recently released its own SDN product line Cisco Open Network Environment (ONE). Ms. Bort (and others) contend these products encourage customers to keep buying Cisco’s high-performance but expensive gear by including features that will only work with said Cisco’s products. No doubt many enterprises will want that. But Facebook’s switch is a threat for a lot of reasons.

  • Facebook is already testing it in its own data centers, one of the most demanding environments around, it said.
  • Wedge is “open source.” Cisco gear is somewhat like Apple’s (AAPL) gear. Cisco controls and keeps secret every part of it from the operating system to the custom processors.

Open Compute ProjectThe Wedge is different. Everything from the software to the choice of processor Intel (INTC), AMD (AMD), or ARM (ARMH), is “open source” meaning others can see and use or modify the design. As Facebook’s Yuval Bachar and Adam Simpkins explain in a Facebook post about the Wedge switch:

Traditional network switches often use fixed hardware configurations and non-standard control interfaces, limiting the capabilities of the device and complicating deployments. … Unlike with traditional closed-hardware switches, with “Wedge” anyone can modify or replace any of the components in our design to better meet their needs.

Facebook Wedge Switch

Standard parts

EnterpriseTech explains the Wedge switch was built using standard parts. It uses Broadcom’s (BRCM) popular Trident-II switch ASIC, which can provide sixteen 40 Gb/sec ports, which could easily be expanded to 32 ports. The ports can also be equipped with splitter cables, breaking them down into 10 Gb/sec ports that would boost the effective port count to 64 ports in a 1U enclosure. The Wedge switch has a compute element, which is a microserver based on an unspecified Intel processor (most likely an eight-core “Avoton” C2000 processor) that adheres to Facebook’s “Group Hug” microserver specification. Finally, the Wedge switch uses a Facebook homegrown version of Linux.

OCP has already attracted some big players beyond Facebook, too, including Microsoft (MSFT), Intel, Goldman Sachs, Rackspace (RAX), Bloomberg, and many others. It’s worth noting that enterprises cannot buy this switch from Facebook. They would have to order it from a custom manufacturer, just like all other OCP designs. But if this switch does well for Facebook, enterprises will be encouraged to try SDN. And up-and-coming competitors to Cisco, like Arista and Big Switch are involved in OCP and are standing by to cash in.

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Facebook is not alone. Google (GOOG) and Amazon (AMZN) have done the same thing after being frustrated by the slow pace at which incumbent tech companies move. By comparison, the Asian contractor manufacturers that Facebook has used for its open hardware have moved disarmingly quickly, according to Facebook’s Ahmad.

Is this an industry inflection point? There is a school of thought out there that believes we are. They compare today’s networking environment to the phone era when Lucent and Nortel were at their peak and failed in the face of the newfangled softswitch. The Cisco Smartnet annual fee on top of any hardware you buy from them sounds exactly like the kinds of pricing practice those who remember, saw in the voice industry when it was a duopoly of Nortel and Lucent.

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Katy Perry Connected to SDN

Katy Perry Connected to SDNNetworking gear manufacturer Adtran (ADTN) Vice President of Worldwide Sales and Marketing Chris Koeneman recently made software-defined networking (SDN) sexy (Like it really needed the help LOL). He successfully connected pop diva Katy Perry and Network Virtualization.

 

 Katy Perry and Network Virtualization

Proving why he is a VP, he also was able to connect software-defined networking, Global Warming, and the Loch Ness Monster.

software defined networking, Global Warming and the Loch Ness Monster.

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And who says that SDN isn’t sexy?

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Whats a Petabit Network

Whats a Petabit NetworkSeems like it was a couple of months ago, we were excited about fiber optic cable that twisted light to carry data at 1.6 Tbps per strand. Now a Petabit network is the new benchmark. U.K. and Japanese researchers mashed up software-defined networking (SDN) and multicore fiber to produce the first Petabit pipe according to Kevin Fitchard at GigaOM. A Petabit is one quadrillion (1,000,000,000,000,000 or 1015) bytes binary digits or one thousand Terabits.

Petabit network uses multicore fibers

Whats a Petabit NetworkThe researchers mashed up multicore fibers and SDN to makes very high-speed networks programmable. GigaOM speculates this will allow carriers to adjust the network capacity and latency to meet the needs of traffic traveling over their networks. First, GigaOM explains that the fiber is unlike today’s single strands of glass, or cores, that carry a single beam of light down the fiber. Multicore fiber is exactly what its name implies: multiple cores each carrying a single core’s worth of capacity over the same link. Professor Dimitra Simeonidou at the University of Bristol called current single-core fiber a capacity bottleneck.

Space Division Multiplexed

The multicore group, led by NICT and NTT in Japan which built a 450 km (280 miles) section of fiber optics using 12 cores in two rings capable of transmitting 409 Tbps in either direction. That’s 818 Tbps in total. Which is within spitting distance of seemingly mythical Petabit speeds according to GigaOM. The MCF research relies on Space Division Multiplexed (SDM) provided by the multicore fibers.

ResearcherIn order to control the massive bandwidth, a team from the High Performance Networks Group at the University of Bristol created an OpenFlow software-based control element to manage those enormous capacities. The Brits implemented an interface that dynamically configures the network nodes so that it can more effectively deal with application-specific traffic requirements such as bandwidth and Quality of Transport.

According to the researchers, this was the first time SDN was used on a multicore network. The University of Bristol presser announcing the new technology says this technology will overcome critical capacity barriers, which threaten the evolution of the Internet.

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OK, so that really – really – really fast. We also know from a 2011 New Scientist article that the total capacity of one of the world’s busiest routes, between New York and Washington DC, is only a few Terabits per second. With bandwidth-hungry applications like cloud computing, social media, and video-streaming continuously growing it forces network planners at firms like AT&T (T), Verizon (VZ), and the NSA to find new ways to grow their capacity.

Data center

Comcast (CMCSA) just finished a 1 Tbps network field trial on a production network between Ashburn, VA, and Charlotte, NC. Most likely the first place Pbps networking will be used is in the mega-data centers of the likes of Google (GOOG), Facebook (FB), or Microsoft (MSFT).

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.