Known for its decentralized cloud storage technology, DeNet has announced the public launch of Storage Protocol v4, introducing decentralized storage infrastructure with a live global ecosystem already in operation.

The company’s technology works by aggregating global unused storage capacity into a secure, encrypted network, replacing traditional centralized datacenters with a distributed, user-powered ecosystem. 

At launch, the ecosystem includes more than 7 million registered users, 2,000+ active Datakeepers providing storage capacity, 2.9 million Watcher Nodes validating data availability, and coverage around the world.

Not as ominous as they sound, Watcher Nodes are decentralized network participants that continuously audit and verify that data (stored across datakeepers – independent storage providers operating across the network) so that it remains online, intact and instantly accessible to users.

“DeNet Storage Protocol v4 is the result of nine years of engineering [and now] we’re opening that infrastructure to the public,” said Rafik Singatullin, co-founder of DeNet. “More importantly, it launches with an ecosystem that’s already operating at scale – millions of users, thousands of storage providers and a decentralized validation layer spanning 194 countries.”

The Protocol Is the Foundation 

The company explains that DeNet Storage Protocol v4 is the infrastructure layer responsible for distributing, encrypting, verifying and retrieving data across a decentralized network. Built on top of this foundation are applications, storage providers and validation services that together deliver decentralized storage at scale.

The first application powered by the protocol is DeNet Storage, a mobile app that enables users to securely store, manage and share files without relying on centralized cloud providers.

What Should Developers Think

Speaking directly to Techstrong in line with this story, DeNet core backend developer Rita Gamaleeva says that the technology has been tested in a live environment and is “already operational” as of now. 

“We’ve launched a technology that introduces a fundamentally new way to store and manage data. Its first implementation is the DeNet Storage mobile app, which provides users with sovereign and resilient data storage. But the protocol’s potential extends far beyond a single application,” said Gamaleeva.

She explains that “developers can now use” it to build global services, sovereign national storage networks, or private systems deployed entirely within a company’s own infrastructure. Existing products can also integrate the DeNet protocol, giving their users direct control over their data.

“This changes how we think about digital sovereignty. It is no longer defined only by geography or by who owns the physical infrastructure, but by how the technology is designed. A user can live in Germany, use an American application or one of the world’s most advanced AI models, and still remain in control of their data – without handing that control to anyone else,” added Gamaleeva.

With datakeepers and watcher nodes both in the mix, the architecture is designed to support consumer storage, enterprise infrastructure and AI workloads, while enabling third-party developers to build additional services on the same decentralized foundation.

The Road Ahead

DeNet’s v4 launch marks (in the company’s own estimation, if not the industry at large) a pivotal shift from theoretical web3 infrastructure to an operational, battle-tested utility. The use of 2.9 million watcher nodes to guarantee uptime without centralized servers, DeNet addresses the single points of failure and data sovereignty concerns inherent in traditional cloud giants.

Looking forward, protocol-level data ownership could redefine enterprise privacy and AI data pipelines. If developer adoption gains momentum, DeNet is (arguably) reasonably well-positioned to capture market share from legacy cloud providers with its blueprint for compliance-ready, sovereign storage. 

As AI workloads demand more distributed datasets (delivered safely), DeNet’s architecture could become an appealing infrastructure for the next generation of decentralized applications.