Your situation
show you understand their world
A VP of Engineering whose platform/infra team is leaving faster than any other, with exit interviews too vague to act on and a comp reset already on the finance agenda.
Customer deck · assembled by the engine · draft
For an engineering leader watching platform attrition climb, Performix rules out the pay hypothesis and names the condition that's actually driving it — before the comp reset.
Draft — 1 slide still carry a [bracketed]placeholder for Mike’s real figures (traction · raise · market size · valuation). Confidential — investor room.
show you understand their world
A VP of Engineering whose platform/infra team is leaving faster than any other, with exit interviews too vague to act on and a comp reset already on the finance agenda.
make the pain concrete
There's no single productivity number for engineering, so attrition gets pinned on the easy hypothesis — pay — and a budget gets drafted against it.
the commercial insight that reframes it
Engineering's own research abandoned the single productivity metric; performance here has to be diagnosed, not assumed.
the desired outcome in their language
You keep the team by fixing what's binding — without the wasted comp spend.
the product path / mechanism
Performix uses protected feedback + CAMS to show whether the binding constraint is pay or a condition like Support (visibility/recognition) — and confirms, with AnyComp, whether leavers are already at or above market.
demo · case study · benchmark · ROI
The argument above is demonstrated end-to-end in a matching use case — Walk the engineering use case and see the data shape. [Attach the specific proof: the paired situation, a metric, or a result.]
implementation · support · guarantees · security
You can't fix invisible work with a comp band. Start low-commitment: Walk the engineering use case and see the data shape.
one low-friction action
Run one read before the comp reset.