Aviatrix, the award-winning crash game developer, has officially gone live in the newly regulated Brazilian market via the prominent platform provider Cactus Gaming.
The activation follows a strategic partnership signed in 2024 and comes on the heels of Aviatrix receiving full certification in Brazil earlier last year. This certification allows the studio to supply its innovative content to all licensed operators within the country’s legal framework.
Localized Crash Gaming for a Global Giant
Brazil has rapidly become the “epicenter” of the global iGaming industry following its official regulation. Crash games, in particular, have seen unprecedented adoption rates among Brazilian players due to their fast-paced nature and social interaction features.
Why Aviatrix stands out in Brazil:
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Deep Customization: Unlike standard crash games, Aviatrix allows players to build, customize, and own their own NFT-based planes.
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Loyalty Mechanics: The game features a unique loyalty program where players earn experience and rewards as they play, significantly boosting retention for operators.
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Social Connectivity: Real-time leaderboards and shared “flight” experiences align perfectly with the social betting culture prevalent in the LATAM region.
Strategic Synergy with Cactus Gaming
Cactus Gaming is a recognized leader in the Brazilian platform space, providing end-to-end solutions for some of the region’s largest brands. By integrating Aviatrix, Cactus Gaming enhances its crash game vertical at a time when competition for “active bettors” is at an all-time high.
“Brazil is one of the most exciting new markets in the world, and we’re thrilled to go live with Cactus Gaming,” said Anastasia Rimskaya, Chief Account Officer at Aviatrix. “Aviatrix has already proven its appeal, and we’re confident Brazilian players will embrace the customizable experience we offer.”
Gustavo Coelho, Chief Business Officer at Cactus Gaming, added: “Aviatrix is exactly the kind of next-generation content we want to bring to our partners. It combines cutting-edge mechanics with deep localization.”
