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Thank you for your interest in our company, Chapter Zero. We would like to take this opportunity to give you a brief
introduction to our company and how our research and development will affect your world.
Indeed, the goal of Chapter Zero is to be the fundamental change in the way populations and economies expect information to
act. Presently, Act is not associated with networked information because the I.T. industry and its solutions are
obsessed with the virtualization of paper-based business processes.
Chapter Zero responds to requests for advanced, custom web-application and database development for organizations of all
sizes, from local firms to large international companies. We believe that an organization's operational nuances should be
its competitive advantage. Mortgaging these advantages for efficiency, by fitting the organization into a pre-made
lowest-common-denominator software system is almost always a mistake. We offer our clients efficiency without
compromise. Client organizations are researched and analyzed for the development of custom-fit operational systems and
web assets.
We are also engaged in the research and development of integrated information platforms for sectors and industries.
We have modified a military information theory known as the OODA loop for vertical-market IT systems. The fundamental data
steps, which will in the future be considered in the design of all integrated business systems, are: Sense, Organize, Analyze,
Decide, and Execute. Sensors, or points of data origination within a system, are organized and fed into analysis and decision
algorithms. The output of the algorithms are linked to electronically controlled execution mechanisms that alter the
environmental conditions affecting the first step's sensory data, thereby closing the loop. The end result, put simply, is
artificial intelligence for business.
Though surprisingly absent from the commercial software landscape, the theory has been adapted successfully to not only
the military but also to consumer markets. Motorcycle collision prevention systems, for example, use sensors to detect
road conditions, speed, and front-side proximity. This streaming data is organized and sent to analysis algorithms, which
can conclude, "this set of data means a crash is imminent". A decision can then be automatically made to slow the vehicle
and deploy airbags. This action alters the incoming data to the sensors in the original step.
Moreover, different applications require different adaptations of the theory. Chapter Zero is engaged in the research,
design, and application of such systems for an initial set of diverse verticals. Namely: political campaigns and lobby
groups, music entertainment sectors, international religious organizations, and academic fraternities.
Being so occupied with our own research, and development for our clients, we must apologize for the limited resources
available on our public website. We do, however, invite you to contact us for demonstration or more information on what
we do, and what we can do for you.
John R. Cornell II, President
Gary M. Darna, Vice President
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