GOSH, the core developer behind the Acki Nacki blockchain, has partnered with global connectivity leader NetIX to deliver faster, more scalable network performance for its decentralized validator ecosystem.
Announced on April 9, the partnership will allow Acki Nacki’s Block Keeper Nodes to tap into NetIX’s high-speed, low-latency infrastructure, crypto.news can exclusively report. NetIX, part of the Neterra Group, connects over 220 data centers across 65 countries and is one of the largest global peering and connectivity platforms.
Validators operating on the Acki Nacki blockchain will benefit from optimized routing, reduced latency, and direct access to over 50 global internet exchanges through a single port and cross-connect.
“For Acki Nacki, the impact has been immediate,” said Mitja Goroshevsky, GOSH founder and architect of Acki Nacki. “Partnering with NetIX and Neterra means network validators benefit from an extremely fast and scalable inter-node connectivity. We’ve gained faster, more stable network performance while reducing expenses. As we are trying to build the fastest blockchain possible, every millisecond means a lot.”
Custom infrastructure for a high-speed, global blockchain
Acki Nacki is designed for speed, reaching consensus in just two communication steps—the lowest possible in any interactive network. That design is now supported by NetIX’s Dedicated Internet Access, IP Transit, and colocation in Neterra’s SDC data centers.
The integration allows decentralized applications on Acki Nacki to scale more efficiently across regions, with lower infrastructure costs and improved user experience.
“We’re delighted to help strengthen Acki Nacki’s network infrastructure,” said Dean Belev, VP of Connectivity Services at NetIX. “By utilising our solutions, connectivity has been improved, costs have been reduced, and Acki Nacki has come one step closer to what promises to be a revolution in the blockchain space.”
With over 5 million users engaging through its mobile mini-app, Acki Nacki continues to push boundaries in real-world decentralized participation and blockchain performance.
