Cloud Computing Platform
Qualifying a Cloud Computing Platform
Other than being web-based, what are the business criteria for a cloud computing
development platform?
By technical definition a Computing Platform2 describes some sort of standard hardware
architecture or software framework (including application frameworks), that allows
software to run. Typical platforms include a computer's architecture, operating system,
programming languages and related runtime libraries or graphical user interface. A
standard3 is defined as an established norm or requirement. It is usually a formal
framework that establishes uniform engineering or technical criteria, methods, processes
and practices. Further more, according to a 2008 paper published by IEEE Internet
Computing \"Cloud Computing4 is a paradigm in which information is permanently stored
in servers on the Internet and cached temporarily on clients that include desktops,
entertainment centers, tablet computers, notebooks, wall computers, handhelds, sensors,
monitors, etc. Whereas, Computer Applications5 are any tools that functions and is
operated by means of a computer, with the purpose of supporting or improving the
software user's work. In other words, it is the subclass of computer software that employs
the capabilities of a computer directly and thoroughly to a task that the user wishes to
perform.
When analyzing the current plethora of software providers, from traditional client-server
models to SaaS, each offers a multitude of silo solutions for niche business needs and, in
some cases, integrating brand to designate a platform. Given the current state, a standard
has been elusive and the line between what is a cloud platform and what is a web based
application is within its self chaotic.
Many software companies are now scrambling to re-engineer or form alliances to stabilize
market share in preparation for the onslaught of unforeseen rivals like Google.com,
Amazon.com, Facebook.com, Linked-In.com, and other social networking companies each
with millions of subscribers ripe for a pragmatic business platform that removes technology
and cost constraints and provides a sustainable value.
To identify that sustainable value we can look to the recent history of other technologies
that were catapulted into business use and still flourish today.
E-mail, text messaging, instant messaging are all good examples of very successful
consumer technologies that enabled business to move at a more rapid pace.
2
Wiki.org - http://en.wikipedia.org/wiki/Platform_(computing)
3
Wiki.org - http://en.wikipedia.org/wiki/Standard
4
Wiki.org - http://en.wikipedia.org/wiki/Cloud_Computing
5
Wiki.org - http://en.wikipedia.org/wiki/Application_(computing)
Page 1 of 4

Cloud Computing Platform
The common value they share is the advancement of convenience and speed at which
individuals communicate and share information.
These technologies were highly adopted because they are “social” by nature, allowing
individuals to quickly transfer information in a simple and malleable way. Though each
deploys a unique method, each provides a level of abstraction that allows the user to
communicate whatever, whenever to whomever. Since business software platforms do not
offer this level of abstraction they cannot facilitate a high degree of information
“transference” for its users. As a result, other technologies will continue to permeate and
present challenges to the current business IT environment.
QBOS® was designed with the understanding that while high “transference” (the speed at
which information is shared) is valuable to individual needs, business interdependencies
require that “transformation” (the action taken against the information presented) occurs
in an appropriate and timely manner to avoid risk or failure. This “human handoff” point
is the most highly volatile and unpredictable part of the intersection between user tools and
the business demands because its success varies by the availability, expertise, memory, or
intention of both the sender and the recipient. So even though information transference may
appear to be very high in an organization; actual transformation, and overall return for the
business, may be very low.
The business success measure for a Cloud Computing Platform is whether or not it is
capable of a finding a balance between the information transference needs of the users and
the transformation needs of the business. Finding this equilibrium state is necessary to
manage the fluctuations between order and chaos in any business environment.
For a single platform to find this balance across multiple business types it must have the
ability to be easily customized, independently managed, broaden user contribution, and
capable of managing complex multi-variant business models.
The QBOS® Platform provides a standard toolkit for creating applications ranging from
building websites to fully customized ERP Systems. The platform also integrates
supporting features like Federated ID Management to facilitate inter-corporate connection;
Business Process Management Software to provide automation and auditing of any
process, document management, collaboration, portals and many other features typically
not found in a single platform.
QBOS® differentiates its representation as a Platform because it is designed as an
Operating System, not an application. QBOS® employs a method of abstraction which
allows users to input business rules while the operating system translates those
requirements into standard code. Since this programming output is more predictable and
stable than manual methods, the typical software application development lifecycle is
greatly reduced and highly stable. Systems can be deployed quickly and are readily
Page 2 of 4

Cloud Computing Platform
adaptive to change because users manage only the business rules while the platform
manages the structure and integrity of the generated application software code.
This method of abstraction effectively spreads traditional business application
programming workload across a broader range of personnel and skill sets, broadening user
contribution, empowering innovation; thus, satisfying the information transference needs
of users and the transformation needs of the business.
From a corporate perspective we have leveraged our own design innovating new methods
for automating complex foreign key relations which reduces business system errors to
provide a high degree of platform stability and performance. Automating internal business
programming rules enables our developers to focus on advancing the abstraction
capabilities of the platform which will eventually allow business applications to evolve
solely from our user contribution model.
To prove the viability of the QBOS® Platform, we designed the TradeSpace Management
System® with features that translate business and technology concepts into a complete and
natively integrated operating system for the modern business. From websites to electronic
storefronts, to CRM systems, inventory, accounting, risk management, disaster recovery,
and much more, all QBOS® driven business applications interact seamlessly within the
system under a highly secure and easily maintained management system.
The TradeSpace Management System will allow business not only to Network, but to
Connect and fully integrate their human resources and business processes within a fabric
that is simple and malleable; thus sustainable. This common fabric will drive adoption to
a new dimension of transacting business (a TradeSpace) that is not constrained by lack of
technology, expertise, or standards. This new dimension will be a very pragmatic
environment allowing companies to create virtual businesses [at will] to quickly reach new
markets, fill current portfolio gaps or partner in reaction to changing economics. By
simplifying system interconnection between business partnerships and automating the
interdependencies created when new ventures form, a greater percentage will succeed.
With this success and liberation from cost, risk and time to market, companies will
approach creating new businesses and services with greater confidence, leading to the
proliferation of TradeSpaces.
QBOS® is a business technology platform providing a cloud operating system which
enables non-programmers to create, brand, and independently operate custom Cloud
Computing Systems called TradeSpaces. These TradeSpaces provide a simple and secure
means to inter-connect businesses and promote services within the QBOS® Cloud
Community. The QBOS® Platform is not just another application in the cloud, it is a
Cloud Multiplier.
- Bob Henderson, Chief Executive Officer
Page 3 of 4

Cloud Computing Platform
QBOS, Inc.
Page 4 of 4