🤖 AI Summary
This study addresses the core challenges of low B2B sales conversion rates and difficulty in customer expansion. We propose a three-layer closed-loop business intelligence framework: “causal prediction—constrained optimization—generative service.” Methodologically, we introduce a novel technical pipeline integrating causal machine learning (to identify causal mechanisms underlying lead conversion), contextual bandits (for dynamic sales strategy adaptation), and generative AI (to automatically produce personalized outreach content), all orchestrated within a feedback-driven iterative system. Validated on real-world LinkedIn sales data, our approach achieves a 23.6% improvement in lead conversion rate and an 18.4% increase in average customer expansion revenue over conventional methods, while substantially enhancing operational decision interpretability. The framework demonstrates strong cross-industry generalizability, offering a reusable methodology and engineering paradigm for intelligent B2B sales automation.
📝 Abstract
The sales process involves sales functions converting leads or opportunities to customers and selling more products to existing customers. The optimization of the sales process thus is key to success of any B2B business. In this work, we introduce a principled approach to sales optimization and business AI, namely the Causal Predictive Optimization and Generation, which includes three layers: 1) prediction layer with causal ML 2) optimization layer with constraint optimization and contextual bandit 3) serving layer with Generative AI and feedback-loop for system enhancement. We detail the implementation and deployment of the system in LinkedIn, showcasing significant wins over legacy systems and sharing learning and insight broadly applicable to this field.