Showing posts with label Technology. Show all posts
Showing posts with label Technology. Show all posts

Saturday, 13 August 2011

How to Sell Outrageous Amounts of Technology Services in Three Simple Steps - Guaranteed


Selling technology services is no picnic. Actually, selling ANY service is tough. Though, in my book, technology services are the toughest. After all, they're complex, confusing and generally difficult to present to clients. And like all intangibles, services don't really exist at all. At least not in the literal sense, like a "thing." Instead, services exist solely in the imaginations - and written contracts - of their creators.

Ahhh, but products...

Products on the other hand, have substance and form. They can be seen, touched, and held. With products, little is left to the imagination. Because of this products far easier and less risky than services to present, sell and buy.

Services vs. Product Paradox

For many technology companies services deliver greater profits than products. But they're tough to sell. Products are easy to sell ... but they're less profitable. What a dilemma.

But what if ...

What if it were somehow possible to transform a service into a product? Then you'd have the best of both worlds. You'd have something highly profitable AND easy to sell! Well, in fact, it is possible to productize any service. And I'll show you exactly how to do it. In essence we'll transform our intangible service into something tangible, real, and easy for clients to buy.

One everyday example of a productized service

We're all familiar with insurance. A life insurance policy, for example, is a service product. The agent delivers your policy documents in an elaborate presentation case with the policyholder's name inscribed on the cover. The overall presentation reinforces the sale and adds genuine value and confidence in the mind of the buyer. Generally, the more tangible you make a service offering (the more product-like), the easier it is for both salespeople to sell and customers to buy. Clients want to know exactly what they'll receive when they buy your service. Plus they need to recognize the value of the service deliverables to their business. Until you've demonstrated these two things your client won't commit to buying your service.

3 Steps to productize any service

Turning any service into an easy-to-sell product really comes down to these three steps.

Step 1: Determine what problem your service REALLY solves. Be very specific here. Make sure you're solving a problem that your clients really care about. This is also really a benefit statement of how you will help the client. Think how you'll make his or her life easier, save/make money or improve business operations, etc. And this is no time to fool yourself with "faux benefits" that aren't really benefits at all. Your list of benefits should embody the ultimate value the client can hope to receive by buying and using your service. Now is also the time to think about what makes your service unique. In other words, how does your service/product solve the client's problem better than any competitive one? A Unique Selling Proposition (USP) can be proprietary delivery methods or methodologies, proprietary software or tools or highly trained personnel.

Step 2: What will the clients get from your service? What are the specific and tangible deliverables?

Every service has a deliverable, right? When packaging a service into a product the deliverable should ideally be tangible. The more tangible you make the service and the deliverables the easier it will be to sell. Examples of tangible service deliverables include: printed findings reports, documentation, Audios and video, websites, analyses and recommendations. The goal is to be able to leave something behind as evidence that something was done and that the client received value. In my experience printed reports are excellent "service delivery artifacts." Here's why. People will often leave them on their desk for a long time. So as a side-benefit you also end up with an advertising billboard for your service.

Step 3: Create marketing, sales and training materials.

These materials serve two purposes. They give additional substance to your service product, making it "feel" tangible. Part of these materials should be pricing guidelines for the main product as well as any add-ons. Your materials are also tools for your sales force to present the product and ultimately close business. Effective marketing materials are brochures, Service Product Descriptions, websites and samples of any physical deliverables.

One Hidden Benefit of Productizing Services

Try this if you've ever pondered whether a new service will be successful. Prototype the new service on paper first. Here's what I mean. Go through the process we just discussed above with the service your contemplating. In every step PRETEND the product is real and available now. At the end of the process you'll have materials to test the viability of the service. Just create a direct mail letter to existing customers and prospects announcing a new service to be available very soon. Feedback from the mailings should help determine if the service makes sense to proceed with. This approach is clearly less risky than taking a "build it and they will come" approach. Agreed?

Summary:

Turning your technology (or any other) service into an easy to sell product takes only 3 steps. And this process also serves as a risk-free testing group for services you consider to offer too.

Using this process could be your secret weapon to services selling success.




About Mark Dresner:
Mark Dresner is an experienced copywriter and marketer/business consultant who has created, developed and operated five businesses over his career. Mark's specialty is technology-oriented products and services for both business to business (B2B) and business to consumer (B2C) projects. Plus, his twenty-two years of direct selling experience, on an Enterprise level, in several industries gives Mark and his clients real competitive advantage in the marketplace - where it REALLY counts.
Mark Dresner has earned both Industry and overall business recognition, including: Entrepreneur of the Year Award and Inc. Magazine's Inc. 500(two-time winner). He's also been interviewed/quoted in The Wall Street Journal, New York Times, CNN/fn and other media.
To learn more, visit Mark's website at: http://www.MarkDresner.com
You can also follow him on twitter at: http://www.twitter.com/markdresner





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Monday, 8 August 2011

Products And - Or Services - Defining "Service-Oriented" Products and the Related Role of Technology


The economy can be analyzed using both market-driven and production-driven approaches to industry classification. The North American Industry Classification System (NAICS) uses a market-driven approach; the older Standard Industrial Classification (SIC) uses a production-driven approach.

Under a market-driven approach, the economy comprises goods-producing and service-providing industries. Goods-producing industries include: natural resources and mining, construction, and manufacturing; service-providing industries include: wholesale and retail trade, transportation (and warehousing), utilities, information, financial activities, professional and business services, education and health services, leisure and hospitality, and public administration.

Under a production-driven approach, the economy comprises product-driven and service-driven industries. Product-driven industries comprise enterprises that manage inventories available for sale as primary activities (regardless of whether they transform them or not). Under this approach, the retail, wholesale, and food service industries are product-driven. (The kitchens of food service providers are equivalent to factories.) Product-driven enterprises may have extensive cost accounting and operations practices for inventory management.

Industry classifications can be applied to an enterprise as a whole (the primary industry), and to the establishments within it, which may be in differing secondary industries. Establishments are facilities that include plants (factories and warehouses) and branches (retail and wholesale outlets).

For example, the hospitality industry is service-driven; under the production-driven approach, the bar and restaurant establishments within a hotel are product-driven. The entertainment industry is service-driven; under the production-driven approach, the retail and bar establishments within a theater are product-driven. The health care industry is service-driven; under the production-driven approach, the retail pharmacy establishment within a hospital is product-driven. Under the market-driven approach, all of these establishments are service-providing.

For example, a manufacturing enterprise is goods-producing under a market-driven approach, and product-driven under a production-driven approach. If it also operates a retail delivery system, the stores are service-providers under a market-driven approach, and are product-driven under a production-driven approach. If all sales revenue is sourced from its own products, the enterprise is in two primary industries. However, if forced to decide, its selection should be based upon core competencies - activities that it performs well. The enterprise can be divided into two separate business units: manufacturing and merchandising. The merchandising unit is an internal customer of the manufacturing unit. However, depending on strategy and policy, the manufacturing unit could sell products to wholesalers and other retailers, and the merchandising unit could buy products from other manufacturers and wholesalers. Under a market-driven approach, the manufacturing unit is goods-producing and the merchandising unit is service-providing, whereas under the production-driven approach, the merchandising unit is product-driven.

The make-up of the economy changes overtime as newer industries emerge and grow and older industries mature and decline. For example, the manufacturing industry is shifting from vertically integrated to strategically outsourced. Strategic outsourcers may manufacture specialized components and assemble finished products. However, by outsourcing the manufacturing of utility components to specialty scale manufacturers, strategic outsourcers can lower their production costs.

Biotechnology and nanotechnology are emerging industries. The information industries are growing as technology becomes more ubiquitous, and as knowledge is packaged in digital products. Knowledge is information that has been learned and retained. In the future, knowledge will be retained extensively in electronic form.

Products and services...

The term "product" is associated with something that is tangible - the resulting inventory from agricultural, mining and drilling, construction, and manufacturing activities. Outputs are either end-products, or components that are assembled into end-products in downstream processes within the enterprise or in its customers.

The term "service" is associated with something that is intangible - capabilities either delivered at the point or time of sale, or shortly thereafter, or as a supporting service. Supporting services can be purchased at the time of sale for downstream use, or later, and consist of such items as warranties beyond those bundled with the product, preventive maintenance, and routine cleaning and repairs.

Functions and features of products are easier to discern than those of services, which are event or activity driven, and may occur in the future.

The term "time of sale" means when a contractual or non-contractual agreement between a buyer and a seller is made, and does not necessarily mean when revenue is recognized and earned. Revenue is recognized and earned according to the accounting principles that fit the service offering, which may be over a period of time.

A commodity is a product or service that is indistinguishable and interchangeable with another of the same type because there is little to no value added. Many commodities are natural, such as produce, minerals, oil, and gas. Services can be commoditized too. The distinguishing factors of a commodity provider include convenience, quality of service, and price.

Product-driven enterprises also offer delivery and supporting services. Delivery services include arranging for transportation, dealer preparation, training, and gift wrapping. Supporting services include cleaning, repairs, and maintenance. To remain competitive over time, enterprises have to add services with their product offerings that exceed customer expectations. However, if customers require such services, then they must become part of the basic offerings. For example, bathroom facilities and color TV are included in modern hotel rooms, even though the primary purpose is providing a place to sleep.

Although services are intangible, their effects are not. Transportation services move people, cleaning services remove dirt and stains, and repair services restore items to working order. Services require facilities, equipment, and supplies that are bundled in. When products are bundled in, the enterprise pays sales or use tax, if applicable; when products are sold with services, the customer usually pays sales or use tax, if applicable.

Service-driven enterprises can produce tangible deliverables. For example, dry cleaners produce clean and pressed clothes; professional service firms, such as architects, accountants, attorneys, and consultants produce reports; and engineers produce design drawings that can be transformed into facilities, equipment, or other tangible products.

The recording and movie industries employ technologies that can capture sound and pictures. Starting in laboratories, these industries transform science into art. Hence, live entertainment performances (services) can be transformed into recorded products. As a consequence, an event or activity can be reproduced, duplicated, distributed, and repeated to the public-at-large indefinitely. Digital products are impacting traditional manufacturing, distribution, and consumer buying behaviors, and placing intermediaries at risk.

Process control and information technologies have enabled seamless integration between designers and manufacturers. The "design-to-construction" process becomes ubiquitous as computer-aided design and manufacturing technologies (CAD/CAM) enable a designer in one location to transmit specifications to manufacturers in others. The designs are virtual, and result in instructions that control manufacturing equipment in both local and remote locations. As a consequence, manufacturing can be outsourced strategically to any manufacturer that can accept electronic designs anywhere at any time. Because the process is seamless, the precision is higher.

As more enterprises adopt the design-to-construction model, dramatic changes will occur in the structure of industries. For example, in the publishing industry, books can be printed on demand from electronic files upon receipt of orders placed over the internet, eliminating the need for physical inventory available for sale at printers, publishers, and bookstores. The electronic files represent a virtual finished goods inventory from which physical products can be made when necessary. As a consequence, inventory carrying costs are lower.

Both product-driven and service-driven industries render service from centers that receive inbound and place outbound service and telemarketing calls. Call center activities can be outsourced in a similar fashion to manufacturing.

The notion of strategic outsourcing can be applied to almost every function in an enterprise provided intellectual property is protected. However, although management consultants may be used in the development of strategy, the ultimate responsibility for planning, deployment, execution, and performance remains in-house with the governance function.

Products and/or services...

The term "products and/or services" describes collectively all types of products and services.

Service-driven industries are evolving into providers of both "product-oriented" and "service-oriented" services. In order to differentiate product-oriented services from the delivery and supporting services, the term "service-oriented" products provides more clarity. Service-oriented products must be definable, duplicable, and repeatable. They are intangible outputs of processes that are represented by tangible items, packaged in a definable form. Technology plays a major role in the delivery through hardware, software, and both voice and data telecommunications. "Hard" products are tangible and "soft" products are intangible.

For example, traditional land phone line services were offerings with few differentiating features, primarily in the style of equipment. As the telephone system migrated from electro-mechanical to electronic, the offerings were transformed into service-oriented products with features such as call forwarding, caller identification, call waiting, and voice mail. Cell phone offerings are service-oriented products with more extensive functions and features than land lines. Cell phone service-oriented products have cameras built-in, and have delivery and supporting services bundled in such as account information, internet access, and application software for calculators, calendars, contact information, notes, games, music, pictures and movies. Cell phone and computer technologies are converging.

In the financial and business and professional services industries, service-oriented products are packaged with such items as accounts, agreements, brochures, contracts, databases, documents, equipment, facilities, policies, procedures, and statements.

In the leisure and hospitality industries, service-oriented products such as flights, hotel rooms, car rentals, and limousine services are packaged with facilities, equipment, and supplies. The types of facilities and equipment define specific offerings. For example, an Airbus A380 renders a different experience from a Douglas DC3 even though the principal service is the same: providing air transportation. A hotel room with a view of the ocean renders a different experience from one with no windows at all, even though the principal service is the same: providing accommodation. The quality of the accoutrements such as blankets, pillows, towels, newspapers, cable TV, internet access, and fruit baskets can affect the overall experience. A Cadillac renders a different experience from a Chevrolet, even through the principal service is the same: providing a rental car to drive, or a limousine.

Travel-related service-providers bundle air, hotel, car rental, and limousine services into packages to make the buying decisions easier for consumers. Event planners bundle travel-related services with conference and convention services for enterprises.

Consumables, durables, and facilities...

Manufactured products consist consumables and durables.

Consumables are products change or wear out as they are used and comprise food, clothing, personal care, health care, household supply, and office supply items. Media such as books, records, audio and video CDs, and DVDs are classed as consumables - the intellectual property is worth far more than the media.

Durables are long lasting equipment items such as appliances, furniture, and vehicles.

Digital products may involve no media if they delivered electronically other than the server of the publisher and the electronic device of the user.

Facilities are the outputs of construction activities and are made of durable materials.

Contractual or non-contractual products and/or services...

Agreements are contractual or non-contractual based depending upon the type of offering, and the nature of the relationship between buyers and sellers.

Consumable products can be sold with the right to return for exchange or refund within a certain period of time. Durable products can be sold with agreements that define warranties and maintenance.

Service-oriented products and services can be sold with agreements that specify exactly what is to be delivered and when, with procedures for reporting problems or complaints.

In negotiations, discussions should embrace the specific functions and features of hard and soft products, and the delivery and supporting services. Experienced negotiators pay attention to both the tangibles and intangibles because the total cost of ownership comprises both.

Digital-construction and digital-manufacturing...

As technology continues to develop, service-oriented products will become more common because it makes intangible items definable. New knowledge-based industries will emerge.

The reproduction of software on physical media is classified as goods-producing, and all other development and publishing activities are classified as service-providing under NAICS. However, software and other digital products are durable because they can last indefinitely, even if they have to be transferred among storage media. Software products are developed by service-providers such as business and professional services firms, publishers, and "in-house" developers. Nevertheless, software development activities require the project management disciplines of goods-producing industries, such as construction and manufacturing, to be successful.

The "digital-construction" and "digital-manufacturing" industries are evolving: digital construction delivers software; digital manufacturing delivers soft service-oriented, information, and knowledge-based products. However, through CAD/CAM processes, software delivers hard products too. In the future, almost all hard and soft products will result from digital-construction and digital-manufacturing processes.

Defining product and/or services is an enterpriship (entrepreneurship, leadership, and management) competency.




...and to assess your enterpriship competencies in thirty minutes or less, claim your opportunity for instant access when you go to http://www.fromvisiontovalue.com

From Nigel A.L. Brooks - Management Consultant and Motivational Speaker http://www.bldsolutions.com





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Technology Service Bundles Reduce Cost to the Consumer


Most people these days use the Internet for finding information on things, shopping for things and taking care of the mundane chore of paying their bills. They also use it to seek out the best deals on products and services.

Search engines make finding what you're looking for much easier than in the good ol' days of using the yellow pages. Whereas the yellow pages are fine for local listings, the world wide web opens international doors. Simply type in the keyword term, for what you want, and BINGO! you have a wealth of information right in front of you. However, it may take some time to weed through all of that information, to get at what you want out of it.

Consider these technology service related keyword examples and the results they yield on Google:

* Home Office Supplies: 450,000,000 results

* Satellite TV: 61,900,000 results

* High Speed Internet Access: 123,000,000 results

* VOIP: 112,000,000 results

* Long Distance Services: 67,000,000 results

* Internet Conferencing: 40,600,000 results

* Web Hosting: 295,000,000 results

* Home Security Systems: 481,000,000 results

If a person wanted to comparison shop for these technology services, they would spend days, even weeks, going through all of these results, in order to find the best deal on all of these services. And the businesses selling these services are hard pressed to get into the top 100,000 of these listings, because there is so much competition.

Because of the amount of competition for individual keywords, many online businesses are attempting to create an edge over their competitors by offering multiple services, or bundled services, under one roof. By doing this, they can generate more income for themselves, and provide an environment of customer loyalty.

Take for example, insurance companies... Most major insurance companies offer more than a single type of insurance. Allstate insurance doesn't just offer home owners insurance any more. They provide discounts to their customers who purchase more than one type of policy. For instance, you can get your home owners, auto, identity theft and other policies from them, making your life easier, your premiums smaller, and generating a larger account for Allstate. They give you more options; you buy more insurance. It is win-win for both the consumer and the company.

Another example of this is seen in consumer goods purchasing. Consumers can save time and money by going to a discount store, such as WalMart, over a department store. First of all, at the large discount store, a person can buy a wider variety of products, eliminating the need to go from specialty store to specialty store, for what they need. The company itself can buy in greater volume, reducing their own cost, and then pass that savings on to their customers.

This type of service bundling is no longer the exception in business. It is becoming more the rule and it is expanding to cover a whole new realm of consumer products and services, technology services being one of the largest.

Today, the companies who can offer a wide range of services, or access to service providers are going to become the front runners in affordability. Not only that, but they are going to be able to capture more business than their single item competitors, because they will be able to tap into multiple keyword searches, rather than simple searches for individual items.

Taking the keyword examples above; if someone were looking for information on high speed Internet access, satellite TV, and long distance services, individually, most would either give up just because the sheer numbers of results would overwhelm them into just sticking with what they've got, or only looking at the first few pages of results, and opting for the best deal out of those. This is particularly damaging to companies who may have the best deal to offer, but don't appear in Google's indexing until page 100, or so.

To make it easier on consumers and to exercise better SEO, companies are offering multiple services, grouping similar services under one domain. And the large corporations are subbing out services to smaller, independent brokers, to take advantage of the concept themselves.

As an example, there is a companies that has effectively bundled high demand services together, making it easier for consumers to comparison shop from their single location. The services they offer are specific to certain markets without being isolated to a single market.

Find services grouped together technology services such as:

Local / long distance services

High speed Internet access

VOIP

Bundled business services

Internet conferencing

Web hosting

Home office supplies and services

Satellite TV

Home security systems

Wireless / cellular services

By doing this, they have made it easier for the person looking for these services to get them without spending days and weeks pouring through millions of search results. They have everything that a person could possibly be looking for in the area of technology services in one place.

They have taken advantage of the multiple keyword search system and have partnered with other reputable companies to provide both the best in products and customer service.

Let's have a look at some of the technology services they are offering and the companies who they've partnered with.

* Local/ long distance services -- GTC Telecom

* High speed Internet access -- Adelphia, Bell South, Charter, Comcast, Earthlink, to name a few...

* VOIP -- Packet 8 (8x8 Inc.)

* Bundled business services -- Qwest

* Internet conferencing -- Go Solo

* Wireless/ cellular services -- AT&T, Cingular, Nextel, T-Mobile, and others...

* Satellite TV -- Dish Network

* Home security systems -- Protect America Inc.

Remember the individual search results listed above? They were all in the hundreds of millions. Well, if you type this string: home security systems, satellite tv, high speed internet access, voip, long distance services, into a Google box, you will reduce the results to 360,000. That is a significant reduction.

Another benefit that companies like is an opportunity for customers to earn an additional income as an affiliate reseller of these services. Doing business this way not only brings the cost of services down, but also provides a bonus for those who are interested in referring new customers. Pick the right one here and remember it takes many many customers to make any real amounts of money to go on your own. I think ACN was about 5000 customers if I remember it. If you bundle your services pay by a rewards or miles card to earn points / frequent flyer miles for you daily purchases.

Income opportunities like these actually reduce the cost that consumers pay for their services, because it reduces the advertising costs to the company itself.

For the consumer, this new trend in bundled services is a boon. Look for companies who offer multiple services and save time, effort and money.

The choice is yours.




© Robert Carey

Proud Mentor

Saddle River, NJ

201-887-7966

CEO- [http://www.Cash-for-You.net]

[http://www.LiquidEnergyStore.com]

SKYPE - rcareynj

"Helping people reach their goals is my goal."

Robert Carey has been helping businesses grow, mature and expand for over twenty years. Mr. Carey is now an Business Consultant for one of the Top Consulting firms. He also has several online businesses which provide goods and services making people's lives easier. Mr. Carey uses what Corporate America taught him for over twenty years and uses these same skills with his consulting clients and his home based students. Mr. Carey is a sought after speaker teaching the finer points of running a successful business in our "ever changing" global economy. He also works from home part time marketing Health and Wellness supplements.





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Monday, 25 July 2011

OpenFlow: A Technology on the Move

By Kyle Forster Jul. 24, 2011, 9:00am PT 4 Comments

OpenFlow may be one of the hotter buzzwords in bleeding-edge networking technologies these days, but getting past the emotional exuberance and down to brass tacks in this area can be difficult. Why? First,the OpenFlow protocol is a sort of infrastructure-of-infrastructure that can be applied many places. Second, OpenFlow continues to pop up in new contexts as the ecosystem around the technology expands. This is a story of an engineering achievement built to solve one problem that has become the root of a veritable family tree of solutions for problems in the networking space.

If you look at the OpenFlow v1.0 spec – a scant 27-page-long document – it isn’t immediately obvious that this is going to be useful, much less revolutionary. At its most basic level, OpenFlow is a protocol for server software (a “controller”) to send instructions to OpenFlow-enabled switches, where these instructions give direct control over how those switches forward traffic through the network.

I think of OpenFlow like an x86 instruction set for the network – it’s low-level, but it’s very powerful. Continuing that analogy, if you read the x86 instruction set for the first time, you might walk away thinking it could be useful if you need to build a fancy calculator, but using it to build Linux, Apache, Microsoft Word or World of Warcraft wouldn’t exactly be obvious. Ditto for OpenFlow. It isn’t the protocol that is interesting by itself, but rather all of the layers of software that are starting to emerge on top of it, similar to the emergence of operating systems, development environments, middleware and applications on top of x86.

The evolution of OpenFlow ... for now.

From where I sit, OpenFlow got its first traction outside of academia in the super-large data centers of companies trying to solve really big data problems. Several years ago, these teams were faced with the daunting task of building a network for map-reduce/Hadoop clusters that could scale to the hundreds of thousands of servers.

Full cross-sectional bandwidth is a must-have requirement for these big data applications, and it doesn’t take much back-of-the-envelope calculating to come to the conclusion that a tree-based architecture will require throughput on core switches/routers that simply can’t be bought at any price right now. Furthermore, the networks in these clusters are no longer so cleanly distinguishable from the application software. Instead, they are just one component in an overall big, big data system, and they need programmatic interfaces that play nicely with other parts of the system. From these early efforts to support big data apps came a new generation of non-tree architectures, all closely tied to concepts that we see in OpenFlow such as flexible forwarding and the ability to really program the network to meet specific application needs.

R&D in this area started in earnest a few years ago – roughly coinciding with the formation of the first few OpenFlow startups and the beginnings of the academia-meets-industry Tuesday OpenFlow meetings back at Stanford. Motivated by the big data problem, that group planted the seeds of the OpenFlow protocol. With the Open Networking Foundation forming this year and talk of large-scale production builds underway, these seeds are starting to bear (commercial) fruit.

As with many scientific achievements, solving this massive-scale big data problem has generated solutions to many related problems. For example, large-scale public Infrastructure-as-a-Service (IaaS) cloud providers realized this new network architecture better serves their needs. However, there were still some unaddressed problems, such as needing to isolate each customer/tenant into its own network.

Nick McKeown, who helped develop OpenFlow at Stanford.

Further, each tenant is constantly submitting requests to add/remove VMs, and servicing these dynamic requests often requires spreading VMs all throughout a data center and then trying to move them back closer to each other. Solving these problems requires some very fancy and often custom Layer 2 and Layer 3 gymnastics — new problems to solve, and OpenFlow turns out to be a great fit there because it allows the network designers to more easily deploy the custom forwarding policy they need across the portions of the network that need it.

That brings us up to the R&D happening today where we see a new branch of OpenFlow solutions emerging in trials for private IaaS clouds. While not ‘multi-tenant’ in quite the same sense as the public clouds, these deployments have a lot of issues in common with public clouds. The cross-section bandwidth problem still exists, of course, but now the virtualization, isolation, delegated administration and co-existence with classic network architectures have become key problems to solve. OpenFlow allows the network to be programmed directly to solve these problems with the same speed that IaaS providers have become accustomed to with server virtualization.

Are there more of these branches of the OpenFlow family tree blossoming? Of course. One short blog post is not quite enough to talk about OpenFlow in the campus LAN environment starting to get traction in some of the original research universities or the early interest in OpenFlow as “the new stackable” for small/medium business networking. I’ll leave those for future posts.

Net-net, is OpenFlow going to be useful? Absolutely yes. What is it going to be used for? I don’t think that there is any one answer, but rather a family tree that is growing new branches, blossoming and bearing new fruit as we speak.

Kyle Forster is the VP of sales and marketing and co-founder of BigSwitch Networks.

Image courtesy of Flickr user flickrohit.

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