Automate Lead Qualification in SaaS with AI

Building inside an organisation that builds for a living

SaaS teams have an unusual buyer profile for AI-native lead qualification: the buyer is technical, the team already ships software, and the bar for what counts as production is high. The engagement model we run with SaaS customers reflects that. We do not sell a black box; we ship code, prompts, and infrastructure-as-code that your engineering team can read, audit, fork, and extend.

The Build phase produces an artefact your engineers can inspect line-for-line. The prompt repository is version-controlled in your Git, not in our SaaS. The retrieval index lives in your cloud account, not ours. The evaluation harness is a CI pipeline you can extend. The reviewer UI is a React app in your codebase. The infrastructure-as-code is in your Terraform. We hand over a working workflow, not a vendor lock-in. The commercial advantage for us is that this transparency turns SaaS engagements into long Run partnerships rather than short Build-and-leave engagements — your engineers find the value, your engineers extend it, and the next workflow we build together starts with shared context instead of cold scoping.

Where our engagement compounds value for SaaS on lead qualification is in the operational discipline around the model layer that engineering teams typically have not encoded yet: prompt versioning with evaluation gates, retrieval freshness with citation tracking, reviewer queues with calibration loops, model swapping with regression suites. Your team has shipped plenty of code; what we bring is the operating model for AI-native code specifically.

The SaaS engagement model for lead qualification is built around a hard constraint: your engineers will read every line of code we ship, and the line they would not have written themselves is the line that becomes the conversation. We design for that conversation from day one.

The prompt layer is documented at the rationale level, not just the syntax level — why this structure, why this retrieval shape, why this confidence threshold. The evaluation harness is structured as a test suite your team would write if they had three months to think about it. The reviewer UI is a React app with explicit state management, not a black box. The deployment pipeline is your existing CI, with our additions as standard GitHub Actions or equivalent. The artefacts we ship are the artefacts a senior engineer at your team would have shipped, with the prompts and evaluation discipline as the differentiator.

What we bring that your team would have spent six months reinventing is the operational discipline around the model layer. Prompt versioning that survives team turnover. Retrieval freshness that survives data-source schema drift. Reviewer queues that survive scale. Model swapping that survives provider outages. We have shipped the pattern enough times to know which pieces fail under real production load, which pieces look good in a slide deck and break in week three, and which pieces compound value over a year of operation. That experience is the engagement, not the code.

Week-by-week shape of the Build phase

Week 1 — Discovery handover and labelled test set capture. We sit with the operator team running lead qualification today, watch a working day end to end, and capture 200+ real cases as the labelled test set. By Friday we have the workflow map, the system inventory (CRM, product analytics, and adjacent), the risk register, and the success metrics aligned with your KPI of speed to lead.

Week 2 — Architecture and integration scoping. We design the four-layer workflow (intake, context, action, review), confirm the retrieval shape, lock the prompt strategy direction, and produce the integration plan against CRM. The output is the Build statement of work with a fixed price and a named deliverable per phase.

Week 3-4 — Build sprint 1: retrieval and intake. We stand up the retrieval index against your approved sources, build the intake classifier, instrument the audit log, and run the first eval cycle against the labelled test set. The thin slice is functional but not production-deployed.

Week 5-6 — Build sprint 2: action and review. We ship the action layer, build the reviewer queue UI, calibrate the confidence thresholds against the labelled test set, and onboard the first reviewer cohort. By end of week 6 the workflow is processing low-stakes production traffic with full audit logging.

The rest of the Build phase widens the production envelope case-by-case based on the reviewer feedback loop. By the end of Build, lead qualification for SaaS is running on real traffic with the operating cadence already established.

The Build phase rhythm for lead qualification in SaaS is engineered for the bottleneck most teams hit at the end of week 2: ambition outrunning evidence. We engineer for the opposite — evidence first, ambition calibrated to it.

Week 1 produces the discovery report, the labelled test set, the integration plan, the risk register, the success metrics. Week 2 stands up the retrieval index, the intake classifier, the eval harness, the audit log. Week 3 wires the action layer with reviewer approval, runs the first three eval cycles, produces the first calibration report. Week 4 ships the thin slice to a narrow production audience (5-10% of routine cases), instruments the operator feedback loop, and runs the first weekly review.

By day 30, the dashboard is live, the system is processing real SaaS cases, the operator team is engaging with the reviewer queue, the eval harness is gated on every change, and the next two weeks of Build are scoped from concrete evidence rather than initial assumptions. Days 31-45 widen the production envelope to 40-60% of routine cases. Days 46-60 absorb the remaining routine envelope and start handling the first tranche of exceptional cases. By the close of Build (day 60-70), the workflow is operating at its target envelope with the calibration discipline in place to handle drift, edge cases, and future model changes.