Global IT Manager Network Services
Pubblicato il 15-08-2026 - Altro in Milano
Campari Group today is a major player in the global branded spirits industry, with a portfolio of over 50 premium and super premium brands, marketed and distributed in over 190 markets around the world, with leading positions in Europe and the Americas.Headquartered in Milan, Italy, Campari Group owns 25 plants worldwide and has its own distribution network in 26 countries, and employs approximately 4,700 people.Shares of the parent company Davide Campari - Milano N.V. are listed on the Italian Stock Exchange since 2001. Campari Group is today the sixth-largest player worldwide in the premium spirits industry.
The Network Services Manager is a senior role within the Technology & Services Infrastructure and Operations team, accountable for the end-to-end delivery of reliable, secure, and cost-effective network services across Campari Group's global landscape.This role goes beyond technical network management. It requires a service-oriented leader who can own the full-service lifecycle from strategy and design through operations, incident resolution, and continuous improvement,
while orchestrating multiple vendors and internal teams under a unified governance model.
The Network Services Manager will be accountable for:The design, implementation, and operational management of all network services (LAN, Wi‑Fi, WAN/SD-WAN, Firewalls, SASE/Zscaler, and Azure networking), ensuring they are architected and managed holistically. Defining and enforcing standards and blueprints for IT networks, liaising with Local IT and Cyber Security to implement, manage, and secure network devices. Owning the operational governance of network services, ensuring clear accountability for service performance, Major Incident management, change management, and problem management. Overseeing all network service providers and vendors (including managed service partners, connectivity providers, and SASE/security vendors), ensuring coordinated service delivery, adherence to SLAs, and rapid cross-ven