Systems for scale
Built GTM operating mechanisms supporting more than $600M in annual pipeline creation, integrating executive planning, governance, and business intelligence.
Exploring the economics of AI-enabled work, enterprise transformation, and the operating systems that turn technological capability into measurable business performance.
Where AI investment meets financial accountability, organizational design, and the reality of getting work done.
A bank reports S$1 billion in AI and analytics value. The more revealing story is the management architecture behind the claim—and what the public evidence cannot independently prove.
Read the story ↗Why faster work and lower payroll aren’t interchangeable measures of AI value.
Read the perspective ↗Estimate the complete cost of an AI-enabled workflow, with a worked ledger that connects directly to the Value Realization Lab.
Read the cost guide ↗Why renewed human-service staffing didn’t mean abandoning AI—and what automation savings reveal about operating model decisions.
Read the case file ↗The UPS ORION case traces how route optimization became measurable operating benefit through changes to deployment, management, and field practice.
Read the UPS case file ↗Accessible analysis for curious readers, with separate research materials for those who want to inspect the reasoning.
Discover the operating choices behind AI outcomes without learning a methodology first.
Explore the DBS article ↗Inspect case studies, claims and methodological boundaries. The DBS technical dossier remains in review.
Enter the research library ↗Follow where AI-enabled task improvements become—or fail to become—measurable business outcomes. Explore the seven dimensions, the public-evidence standard, and the difference between observed results and verified economic attribution.
Interactive decision models that turn complex strategic questions into measurable scenarios.
Hours saved are an operational measure. Economic value depends on what the organization actually realizes.
Illustrative assumptions only. Released labor capacity is not automatically cash savings or incremental revenue. Validate attribution, costs, and outcomes before using results for investment decisions.
Model the full cost of an AI-enabled workflow, separate capacity from cash savings, and compare scenarios. Learn how to estimate the costs ↗
Experience designing operating mechanisms, aligning stakeholders, and connecting technology to measurable enterprise outcomes.
Built GTM operating mechanisms supporting more than $600M in annual pipeline creation, integrating executive planning, governance, and business intelligence.
Developed production AI-powered seller tools including account planning, prospecting, and opportunity monitoring.
Aligned cross-functional leaders around shared operating mechanisms and redesigned outcome-based performance measures across six roles.
Selected achievements reflect prior professional experience; descriptions are intentionally high-level and do not disclose proprietary systems.
I'm Drew Peneton, a strategy and operations leader working at the intersection of enterprise technology, financial accountability, and organizational performance.
My career spans financial services, marketplace operations, and enterprise cloud—building systems that help organizations prioritize, execute, and measure business outcomes. Today, I'm exploring how those same disciplines can help enterprises realize sustainable value from AI.
My background includes a Master of Accounting and Financial Management and experience designing production AI tools, operating models, and executive performance mechanisms.