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NodeOps, a Node-as-a-Service (NaaS) provider now evolving into a generalized compute DePIN orchestration layer, has recorded an impressive 3.4 million registered wallets since the debut of its incentivized Atlas Network testnet, according to a recent report by Messari.
The testnet was launched as a testbed for decentralized compute, providing a Node-as-a-Service (NaaS) infrastructure specifically designed to enable users to purchase, deploy and manage blockchain nodes in a single-click interface.
With this testnet alone, NodeOPs has already supported the creation of over 58000 nodes spanning 44 blockchain networks. The report by Messari further indicates that as of February 14, 2025, the NodeOPs platform had over $65.6 million in managed assets, the cumulative revenue stood at $2.7 million while 2024’s ARR was $2.5 million.
There was also significant activity on the Atlas Network testnet, with the platform attracting over 283k verified users, 56k monthly active users, 85.4k machines onboarded, 23k providers onboarded, 1.6k active machines, 22,800 GB of memory, ~9,000 CPU cores, and ~594,000 GB of storage.
NodeOps is now in the process of evolving beyond the Node-as-a-Service (NaaS) scope to serve the broader Decentralized Physical Infrastructure Network (DePIN) market as a generalized compute DePIN orchestration layer. Following the rebrand, the NodeOPs platform will provide permissionless access to its decentralized compute marketplace, supporting more advanced workloads such as AI model training, scientific computing and decentralized web hosting.
Currently, the compute industry is dominated by a few major players, including Google Cloud, Microsoft Azure, and Amazon Web Services. These companies control the global cloud infrastructure market, accounting for 67% of the $313 billion in revenue generated in 2024.
NodeOps Network foray into the global compute marketplace will offer a decentralized alternative that is based on blockchain's fundamental principle of permissionless access, coupled with an extra layer of security given that the platform is secured by AVS protocols like the EigenLayer.
