SOFTSWISS joins Doers Summit Limassol on 21–22 May 2026 as a Bronze Partner. Chief AI Officer Denis Romanovskiy will represent the company in a key panel about who leads AI in technology organisations.
SOFTSWISS is taking part in Doers Summit Limassol for the second year in a row. The company’s participation reflects its focus on engaging with the European tech community and sharing its experience in building and operating high-load, data-driven systems.
SOFTSWISS develops and operates software for more than 1,400 iGaming brands worldwide. Across its product portfolio, the provider delivers high-availability infrastructure, with flagship solutions such as the Game Aggregator achieving up to 99.999% uptime, based on internal performance benchmarks. This scale requires clear governance for integrating data and AI models into production environments.
At the summit, Denis Romanovskiy, Chief AI Officer (CAIO), will join the panel discussion “Who Owns AI in Your Company? The Rise of the Chief AI Officer”. As the only participant holding a dedicated AI leadership role, he will bring a practical, engineering-driven perspective on how organisations assign responsibility for AI systems, data governance, and decision-making at scale.
Romanovskiy stepped into the CAIO role in January 2026 after serving as Deputy Chief Technology Officer at SOFTSWISS. This move establishes AI as a separate function within the company, with clear ownership at the executive level.
At Doers Summit, attendees can meet the SOFTSWISS team at a branded ice cream truck, where conversations around architecture, AI, and system performance continue in a more informal setting.
SOFTSWISS also invites industry professionals to its upcoming Tech Race Summit in Warsaw on 10 September 2026, a dedicated event for technology specialists working in fast-growing digital sectors.
By participating in initiatives like Doers Summit and Tech Race Summit, SOFTSWISS contributes to the industry dialogue on how technology companies evolve – from scaling infrastructure to defining AI ownership in complex systems.