Selected strategy, systems, and operations work

AI strategy matters when the operating system underneath it works.

I connect the business problem, the measurable outcome, and the systems and agents that do the work. The examples below show how I have built AI-assisted workflows, improved client growth systems, and stabilized enterprise marketing infrastructure.

AI agent strategyMeasurementMarTech architectureClient transformation
4AI agents in a governed competitive-intelligence system
20%Revenue growth in representative enterprise client work
2–4MRecords remediated in an enterprise database recovery
95%Salesforce adoption in the first quarter

Apps, agents, and product systems

Work I have shipped or am actively developing

The status is explicit: these projects range from an internal agent system used by the business to products still in development. Together, they show how I frame the problem, design the operating logic, and use AI-assisted tools to move an idea toward a useful system.

Shipped · internal

Competitive-intelligence agent system

A governed system of four role-aligned Custom GPTs that turned fragmented competitor monitoring into a consistent weekly decision signal for senior sales leaders.

My role

Problem framing, agent and prompt design, source governance, validation rules, operating cadence, and continuous refinement.

Approved sourcesAgent monitoringPattern synthesisHuman reviewWeekly brief
Four agents · roughly 20 approved sources · approximately 10 senior leadersFull case study ↓

In development · product system

Career Search OS / Project Pathfinder

An AI career agent designed to help people make better career decisions, not simply submit more applications. It turns durable career evidence into researched, role-specific application work while preserving human approval.

My role

Product vision, workflow architecture, source-library and memory design, automation planning, output standards, and beta definition.

Career evidenceRole discoveryFit + researchTailored assetsHuman review
Designed for high automation with explicit review before submission

Early development · MVP architecture

Washington-first K–12 learning system

An AI-first alternative for children whose learning needs are not met by standard pacing. The model connects Washington requirements with competency-based progression and personalized, interest-led instruction.

My role

Product vision, learner and family requirements, standards-engine concept, AI-teacher operating model, MVP scope, and platform research.

Learner profileStandards mapPersonalized learningMastery checksProgress record
Initially framed around real family needs, with broader K–12 application

Case study 01 · AI-native operating model

From ad hoc monitoring to a governed agent-assisted decision system

A multi-brand sales organization needed earlier, more consistent visibility into competitor moves, promotions, pricing, product changes, and tariff-related market signals.

The problem

Reactive intelligence

Monitoring depended on one-off searches and individual memory. Coverage varied, findings arrived late, and leadership had no shared weekly signal.

What I built

Four role-aligned agents

I designed four Custom GPTs aligned to sales groups and sister companies. Together they monitored an approved set of roughly 20 competitor and market sources, detected patterns, and drafted weekly briefs.

The control layer

Human judgment stayed accountable

Agents handled collection, comparison, and first drafts. I retained source validation, timing checks, pricing and tariff context, relevance decisions, prompt refinement, and final approval.

~10senior sales leaders received a consistent weekly briefing

The workflow replaced fragmented, reactive monitoring with a repeatable operating cadence and broader coverage. It also exposed the real constraint: incomplete source ownership and missing business context degrade agent output faster than the model itself.

Case study 02 · Measured client growth

Connecting demand generation, lifecycle, handoffs, and measurement

At The Pedowitz Group, I led marketing-operations and transformation work across enterprise client engagements. The work spanned discovery, automation, lifecycle, lead management, attribution, platform recommendations, implementation coordination, and ongoing optimization.

20%revenue growth
30%higher organic traffic
25%lower paid-search CPC
25%higher email engagement

What I owned

Discovery, requirements, workflow and platform recommendations, implementation coordination, measurement design, optimization, and the connective tissue between Marketing and Sales.

How I measured it

Baselines and reporting tied channel behavior to the larger demand system. The goal was not a cleaner portal or more assets. It was a system that generated, nurtured, measured, and handed off demand more effectively.

How credit is assigned

These are representative outcomes produced by coordinated client and consulting teams. Client teams owned internal decisions and the close. My contribution was improving the connected operating system.

Case study 03 · Enterprise marketing infrastructure

Diagnose the system, protect live operations, and reset the growth curve

At Microsoft, recurring Marketo failures were being managed as separate incidents. I connected them to one structural issue: database growth was approaching an operating ceiling of roughly 10 million records. The work required an immediate continuity plan and a durable governance model.

1.2M

Records added monthly

Growth was compounding faster than the existing control process could absorb.

250K

Records deleted monthly

The imbalance made the next failure predictable, even if its exact timing was not.

The hard decision

Reduce volume without creating campaign, compliance, or retention risk

The cleanup could not be a blanket purge. Records had to be classified by duplication, validity, inactivity, age, active campaign use, privacy requirements, and retention obligations before removal.

Remediate

Remove 2–4 million records safely

I led the coordinated cleanup of duplicate, invalid, inactive, and aging records, balancing the need for rapid relief with business, campaign, privacy, and retention requirements.

Govern

Make capacity an owned operating metric

We added automated deletion, stricter intake controls, retention rules, monitoring, alerts, and named ownership so database health could be managed before it became an incident.

Result

Stabilize the system and exit temporary capacity

The work prevented an outage, stabilized database growth, protected live campaign operations, and removed the need for the temporary capacity increase.

Case study 04 · CRM implementation and adoption

Make the operating process usable enough that teams choose to follow it

At Salem Group, the implementation risk was not the Salesforce software. It was moving Marketing and Sales onto a shared lead-management process without losing visibility or encouraging workarounds.

95%

Salesforce user adoption in the first quarter

Adoption served as a practical system-health measure, showing whether the design worked in real user workflows rather than only in implementation documentation.

Design the work

Define the shared process before cutover

I designed the operating model around lead entry, ownership, handoffs, campaign representation, Sales visibility, and adoption monitoring.

Stay close to users

Use adoption friction as diagnostic evidence

During cutover, I stayed close to users so gaps could be corrected quickly and workarounds did not become the unofficial process.

Business effect

Improve the connective tissue between Marketing and Sales

The result was stronger lead management, clearer campaign execution, better Sales visibility, and a more reliable foundation for Marketing and Sales alignment.

How I work

Signal → System → Proof

AI does not remove the need for strategy. It makes unclear strategy and weak governance fail faster.

01

Frame the decision

Start with the business question, the evidence required, and the action the output needs to support.

02

Design the system

Map data, workflows, ownership, handoffs, measurement, and failure points before selecting the tool.

03

Assign the work

Delegate repeatable research and production to agents. Keep context, judgment, and approval with people.

04

Prove and improve

Measure business movement, inspect exceptions, refine the loop, and turn the result into a reusable playbook.

Current working toolkit

Custom GPTs · Claude · n8n · Marketo · Salesforce · Adobe Campaign · AEM · HubSpot · LeanData · analytics and attribution systems