"The team is highly skilled to delivering top-notch products. Falconi innovative approach to processes enhances productivity."
Sarah Mitchell
CEO of Essity
We deliver expertise and solutions for Consumer Packaged Goods, Metals & Mining, Paper & Packaging, and Food & Beverage helping businesses optimize operations.
Falconi uses modern technology and data intelligence to deliver sustainable solutions which are compatible across the functional units of your business.
We help food and beverage firms boost productivity, agility, and compliance across the value chain through OPEX, digital tools, and management system solutions.
By transforming planning, production, and responsiveness, we help consumer goods companies cut costs, boost productivity, and accelerate innovation for sustained growth and competitiveness.
We enable metals and mining companies to achieve lasting value by streamlining operations, elevating safety, and strengthening supply chains through digital tools and lean practices.
We help food ingredient producers boost consistency and agility by optimizing planning, forecasting, and traceability—while developing future-ready leaders and enabling sustainable, scalable growth.
We help engineering and construction firms boost efficiency and resilience across projects through leadership, systems, and digital tools from design to handover.
Manufacturing Control Towers – Enabling Real-Time Operational Intelligence Across Industries
Across various industrial sectors, manufacturers often lack real-time visibility into performance metrics, operational deviations, and process delays. Common challenges include:
Increased Availability Leads to Significant Additional Throughput
A major mining operation faced fluctuating maintenance KPIs and unreliable availability of bottleneck equipment, constraining throughput and operational efficiency.
Improving and Stabilizing Results Through Management System Implementation
A leading ingredient manufacturer operating in a high-demand market was experiencing significant operational instability due to: