Lctfix Net New Access
Consider a mid-sized SaaS company, "CloudRetain," which struggled with a stagnant product roadmap. Their team of 20 engineers spent 90% of their time fixing integration bugs between their CRM and analytics engine. Their LCTfix net new was effectively zero—no new features shipped for six months.
After implementing the LCTfix net new framework:
Within three months, their net new output rose to 55%. Within six months, they launched three major features and reduced customer churn by 18%. The LCTfix net new metric became their North Star. lctfix net new
As AI coding assistants (Copilot, Cursor) become mainstream, the definition of LCTfix net new will evolve. AI will handle the majority of boilerplate fixes and test generation, theoretically pushing the net new ratio toward 90% or higher.
However, this introduces a new challenge: AI-generated bugs. Future LCTfix strategies will need to audit AI-written code for logic errors, meaning the "fix" cycle will shift from syntax to semantics. Within three months, their net new output rose to 55%
Nevertheless, the core principle remains timeless: Value is not what you build; it is what you build after removing what is broken.
As you adopt the LCTfix net new model, beware of these mistakes: Within three months
The phrase “net new” changes the equation entirely.
In financial and project management terms, "net new" refers to the additional value created after accounting for losses or maintenance costs. When applied to LCTfix, LCTfix net new represents the surplus of innovative development, feature creation, or system expansion that remains after the lifecycle testing and fixing cycle is complete.
In simpler terms:
LCTfix Net New = (Total Output – Legacy Maintenance Cost) – (Defect Resolution Time).
This metric measures how much actual progress your team makes after dealing with unavoidable technical issues.