Control Complexity

or it will bury you!

Simple Iterative Partitions (SIP)

Complexity is increasing exponentially. In the 1980s, the cost of a failed IT project was typically tens of millions of dollars. By the 1990s, that cost had risen to hundreds of millions of dollars. Today, we are looking at failures that cost billions of dollars. Unnecessary complexity is the key factor in failed projects.

Roger Sessions has developed a new methodology specifically focused on the problem of controlling complexity. This methodology is called Simple Iterative Partitions, or SIP.

SIP is the only methodology focused solely on controlling complexity. Continue using Zachman or TOGAF or other methodologies but layer in SIP to reduce complexity and empower your existing methodology to deliver as never before.

SIP is the only methodology grounded in mathematical models. Based on probability theory, set theory, and equivalence relations, this process brings a formal discipline to creating a sound architecture.

SIP is the only methodology that uses mathematical rules to create verifiably  optimal architectures. These models take the guess-work out of creating agile, high-value, functional EA and IT architectures.

SIP is low risk. It is implemented in controlled stages. SIP does not replace your existing methodologies; it augments them in the critical areas that they do not address.

SIP is so unique that it has been patented. SIP is so innovative that it is being studied in university architectural programs. SIP is so promising that even the most conservative companies are investigating how it can help them reduce the ballooning costs of uncontrolled complexity.

SIP is your best tool for managing this critical aspect of enterprise architectures and dramatically increasing the return on your IT investment.

To read more about SIP, click here.
 

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