An AI operating system that converts product signals, buyer intent, and customer behavior into 90-day forward visibility across churn, expansion, and the full customer journey. Designed and proven inside a live GTM organization.
What you're looking at.
The AI GTM Operating System is a framework designed and built inside a live GTM organization. This site shares it completely: the architecture behind it, the results it produced, the workflows running today, and the governance model that sustains it at scale. Every section is grounded in something that was actually built. The person who built it is at the bottom.
AI is not a chatbot bolted onto your funnel. It is a loop that runs continuously across the customer journey: it surfaces the signal before the number moves, orchestrates the right motion, acts through people and agents, and refines from every outcome. That loop is the engine inside the operating system.
Leading-indicator health and engagement scoring surfaces adoption risk and expansion opportunity long before the renewal conversation.
The signal routes work to the right layer: a human, an agent, or a digital experience, matched to account complexity and value.
Intervention happens before the customer goes quiet. Automated where it should be, human where it matters.
Every outcome sharpens the model. The system gets more predictive with each cycle, compounding instead of resetting.
Senior judgment aimed where it changes the outcome: complex accounts, executive relationships, the moments a model can flag but not close.
Agentic workflows across onboarding, adoption, support, and review generation, delivering the motion at a scale headcount never could.
Self-serve and product-led experiences that carry the low-complexity journeys end to end, freeing the other two layers for what they do best.
A score without underlying data is just a guess. Building a truly predictive model requires investing in the signal architecture beneath it first: product engagement telemetry, customer interaction data, buyer demand signals, and renewal-context metadata, normalized and fused into a composite model. This is why agent building and data infrastructure are the same project. The score is the output. The architecture is the point.
Each lens reads High or Low. Eight combinations. One named diagnosis per account.
Renewal falls cleanly from 93% to 48% across the eight profiles. V1's single flag becomes eight actionable diagnoses.
The 0-to-8 scale stays. What changes is the diagnosis. An account at 3/8 used to mean at risk, act. Now it carries a named profile: is product engagement low while no buyer demand exists, or is the CSM relationship the only thread holding? Those are different conversations, different urgencies, different next steps.
A customer who logs in every day but tells their team the product is not working is a churn risk. A customer who barely logs in but calls their CSM a strategic partner will renew. Behavioral signals alone cannot distinguish those two accounts.
Gong call transcripts, NPS verbatims, support ticket language, and G2 review text carry the actual words customers use to describe their experience. Combined with product and ROI signals, they turn a number into a diagnosis: not just whether an account is at risk, but why, and what the conversation needs to be.
This is where the roadmap goes next: renewal-call sentiment, meeting acceptance trends, and multi-threading depth wired directly into the score, so prediction sharpens with every customer interaction.
Every agent here went through the same door: a structured intake, a priority triage, an engineering build, a maintained deployment. This is what professional AI operations looks like. Not individuals running scripts from their own computers.
14 of 67 ideas became maintained, production-grade agents. The rest were triaged, deprioritized, or declined. Governance is the filter.
Every submission is scored by impact, complexity, and risk before engineering touches it. Ideas from the field. Accountability from the team.
Across 6 roles with named champions. Time freed from manual work, redirected to the moments that need human judgment.
Scaling AI across a GTM org does not happen through enthusiasm. It happens through a repeatable intake model: one front door, one priority framework, one engineering team that builds and maintains what the field submits. Three phases make it work.
Give every role a structured way to submit ideas. Without a front door, AI work happens in shadow corners: undocumented, single-owner, invisible to leadership until something breaks.
Access is not just permissions. It is a cultural signal that the org is building this together, and that the field is the best source of what to build next.
Before you scale, you need to know what has already been built. Most organizations have more automation than they think, and most of it is fragile: one person owns it, no one else can maintain it, and it was never designed to scale.
The inventory surfaces shadow IT, informal automations, and one-off experiments before they become technical debt. It is how you prevent the same thing from being built six times by six different people.
Not every submission should be built. Not every informal automation should survive review. The governance layer triages by priority and risk tier, assigns ownership, and rebuilds approved workflows in a maintained, QA'd, champion-supported form.
The output is a catalog the whole org can trust: tested in the field, documented, and handed to a champion who owns it going forward.

I started as a software engineer. Twenty years later, I'm still the most technical voice in the executive room, fluent enough to partner directly with product and engineering, commercial enough to own the number.
That combination is the whole point. I build and re-architect post-sales organizations around adoption, outcomes, and AI, moving teams up the customer lifecycle so retention, expansion, and new revenue compound instead of getting chased downstream.
At G2 I designed an AI operating system across the customer journey, human-led and agent-delivered. It rebuilt a broken retention motion, lifted renewal rates 46%, cut support operating costs 60%, and stood up new services revenue from zero. Before that I built functions from the ground up at Slack, through the Salesforce $27B acquisition, and scaled a Workday practice from a $10M acquisition toward a $120M global business.
I work with enterprise B2B SaaS teams putting AI at the center of go-to-market as a predictive system, not a pile of point tools.