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INSIDE THE GTM SIMULATOR

A simulation layer for go-to-market

Every serious engineering discipline simulates before it builds. Aerospace flies the aircraft in software before a rivet is placed. Drug discovery now tests molecules against virtual cells before the wet lab. Go-to-market still tests in production, one motion at a time, a quarter per lesson, with real budget as the lab fee. The simulator closes that gap.

THE MECHANISM, ILLUSTRATED · DRAG TO ROTATE · THE REAL RUN HAPPENS IN THE DEMO

What the simulator is

One living picture of your go-to-market that interventions can be tested against. It gets built from three layers.

Your state

Read from the sources the OS is already connected to. Your CRM, your ad accounts, your product analytics, your calls, your billing, your search data, plus the motions you have already run and how they went. In an install the state loads itself, you never type in what the OS already knows.

The pattern library

145 plays with impact and ease scored from real builds across B2B and B2C companies, motion by motion, maturity by maturity. This is the collective wisdom of the practitioners who deploy the OS, encoded so a simulation can use it.

The learning loop

Every deployment that runs a play reports the outcome back. The simulator re-ranks on your numbers as they arrive, so the longer the OS runs, the more the recommendations are yours instead of the community's average.

The loop every run follows

01STATE 02BRANCH ARMS 03PLAY FORWARD 04READ OUT 05REMEMBER

Take the current state. Branch it into scenario arms, each arm a different move or sequence of moves. Play each arm forward against the pattern library. Read out what comes back, ranked. Then remember, because the next simulation starts from everything the last one learned. The state persists, the way a real quarter does.

Because every arm starts from the same state, the readouts stay consistent with each other. Compare an outbound push against a budget shift and you are comparing like with like, the same company, the same constraints, the same hours available.

Branch the arms, compare them cold

The move borrowed from experimental science. Clone the scenario, change one input, run both arms. The diff shows exactly what your change moved. No year of live testing to learn that lowering CAC reshuffles your first sprint.

ARM A · SALES-LED · MORE PIPELINE
Signal engine, score by intent
Personalized outbound at scale
ICP list builder
Pre-call meeting briefer DROPPED
ARM B · SAME TEAM · LOWER CAC
Signal engine, score by intent
Paid audience builder NEW
Wasted-spend miner NEW
ICP list builder

Forward and backward

Forward, you pick a move and the simulator plays out where it ranks against everything else you could do with the same hours. Backward, you name the target instead. More pipeline, lower CAC, better retention. The simulator works back from the target to the plays that reach it for teams shaped like yours, sequenced into a 90-day plan with quick wins funding the big bets.

Backward mode is the one teams use most. Teams wake up wanting the number to move.

What powers it, said plainly

The ranking runs on encoded practitioner heuristics, the pattern library above. It is a simulator in the way a flight simulator is one, built from the recorded experience of people who have flown the routes. It is honest about what it is. It does not predict your revenue. It does not claim a trained model of your market. Every recommendation prints its assumptions. When a number appears it carries its provenance.

What sharpens it is deployments. Each install that reports outcomes back makes the next simulation smarter, the way recorded flights made flight simulators better.

CRM mirrorAd accountsProduct analyticsBillingCall transcriptsSearch ConsoleSupport ticketsEmail flowsLinkedIn signalsIntent data+ every source your OS reads

Run it yourself

The simulator is live inside the GTM OS demo. Build a plan, clone the scenario, change one input and watch the arms diverge.

Run the simulator in the live demo →