Flowlity

Overview

Flowlity is an AI-driven supply chain planning platform designed to transform traditional inventory management and demand forecasting. By utilizing cognitive computing and probabilistic algorithms, it helps organizations continuously adapt safety stock and predict future demand. The software connects ecosystem partners to improve visibility, reduce stockouts, and lower carrying costs. It replaces static heuristics with adaptive real-time decision-making for modern supply chains.

What it does

• Generates probabilistic demand forecasts incorporating historical sales and market trends.
• Dynamically adjusts safety stock buffers based on lead-time variability and service targets.
• Calculates optimal order quantities and replenishment timing across multi-echelon networks.
• Provides real-time visibility into stock levels, pending orders, and supply risks.

Who it's for

• Supply Chain Managers
• Demand & Inventory Planners
• Procurement Officers
• Manufacturing & Logistics Enterprises

Why it works

• Employs probabilistic AI model instead of static single-number demand forecasts.
• Shares multi-tier visibility across suppliers and distributors to reduce bullwhip effect.
• Integrates seamlessly with existing enterprise ERP and warehouse management infrastructure.
• Provides automated anomaly detection and risk alerts to prevent supply disruptions.

Founder story

Flowlity was founded in 2018 in Paris, France, by Jean-Baptiste Clouard and Karim Benchaaboun. Experiencing the severe inefficiencies and reactive nature of traditional static supply chain tools, they developed a probabilistic AI engine to help organizations predict demand, reduce waste, and optimize inventory dynamically.

Alternatives

• Anaplan
• Pigment
• o9 Solutions
• Kinaxis

Comparison overview

• Flowlity focuses on probabilistic AI forecasting and dynamic stock buffer optimization.
• In contrast to comprehensive enterprise platforms like Anaplan or Kinaxis, Flowlity targets specialized supply chain planning with lower setup friction.