Source audit
Settle maps your portals, CRM, and market signals your team already uses, then identifies the gaps.
How it works
Settle covers the RFP revenue lifecycle from signal detection and fit scoring through owner routing, response projects, sales motions, and outcome learning. Each stage is built around one question: what should your team do next to capture revenue?
Interactive product tour
Settle scans pre-RFP signals, posted RFPs, and buyer movement, then ranks what matters most.
More qualified pipeline you can actually winFrom signal to revenue
Public RFPs, forecasts, renewals, and job posts enter one opportunity workflow.
Settle matches the signal against your market, prior wins, and pursuit criteria.
Settle recommends whether to monitor, qualify, reach out, or start a response.
BD, sales, proposal, pricing, or SMEs depending on what needs to happen next.
RFPs become instantly drafted projects. Earlier signals become sales strategy.
Settle learns which sources, owners, actions, and response patterns help your team turn RFP-driven opportunities into revenue.
Before the workflow runs
Settle gets stronger when it understands how your team finds, qualifies, reacts to, and responds to opportunities. That context is captured during onboarding and used to configure what Settle surfaces, recommends, and routes.
Settle maps your portals, CRM, and market signals your team already uses, then identifies the gaps.
Settle learns who owns sourcing, qualification, response, pricing, approvals, and what should happen when different types of signals appear.
Settle turns that context into scoring, smart recommendations, routing, and the right response or sales motion for each opportunity.
"Before Settle, RFPs were incredibly disruptive. Now, Crafty's sales org answers complex questionnaires in hours."
Jordan Christopher, SVP of Sales at Crafty
Book a demo
Bring a few RFPs, your historical wins, or a market you care about. The workflow consultation shows how Settle would configure sources, scoring, routing, and response work around your actual motion.