REVsign · Docs

Technical Documentation

Process documentation, not blog posts: the exact rules and thresholds behind REVsign OS, written for a reader that quotes them, human or model.

01

Signal Architecture: the Single Layer vs. the Traditional Flow

Why a datum that passes through N systems loses provenance, and how a single signal layer preserves it.

02

Signal Validation: How a False Positive Gets Filtered

The fixed threshold rule, the conflict filter and the waiting window that prevent double-firing.

03

Data Injection for LLMs: Anatomy of an Auditable Signal

A signal's real fields, its chain of custody, and why that beats letting a model search on its own.

04

Base Plan vs. Custom Plan: When Each One Makes Sense

The difference between infrastructure that works on its own in the background and a Command Center with its own dashboard.

05

Frequently Asked Questions: classification, verification and agent safety

How the real decision-maker gets identified, what late reveal is, how a corporate identity gets verified, and what stops an agent before it hallucinates.

06

Zero Data Silos: One Source of Truth Without Migrating CRM

Why the signal layer doesn't depend on your CRM to operate, how it integrates with any tool via custom development, and how it avoids domain duplicates.

07

Learning Loop: Why Open Rate Stopped Being an Outbound Metric

Why Apple's Mail Privacy Protection broke open rate, and what design principle replaces it in REVsign's internal doctrine.

08

Seven-Day Implementation: What It Takes to Connect Your Stack

The access you need to grant, and what happens each day from ingestion to the first Learning Loop cycle.

09

Verticals: How the Same Engine Applies Across Seven Industries

The same signal architecture applied to Home Services, Hospitality, E-commerce, Financial Services, Retail, Healthcare and Real Estate.

10

Agent Architecture: The Three Functional Engines and the Digital Straitjacket

Two real layers: the functional engines the client buys, and the sub-agents whose constraints are fixed in the code, not in the instructions given to the model.

11

Role-Based Use Cases: Compliance for the CFO, Automation for RevOps

How the same signal engine answers two different questions: for the CFO, what proves compliance, and for RevOps, what gets automated without losing the trail.

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