London, United Kingdom, July 15th, 2026 - CT3 said it is rearchitecting its decentralized storage platform to a Storage Contracts model intended to enhance scalability, expand available capacity, and make platform activity easier to measure and verify.
The move follows substantial growth across the ct-3.cloud ecosystem. CT3 reports that more than 180,000 unique users have engaged with the platform and that in excess of 500,000 uploads have been completed. Each upload is associated with an NFT access key, which embeds storage metadata and allows usage and activity to be independently verified on-chain.
Why the change
CT3 described the current enforcement of uploads through a single main collection and a single smart contract as increasingly constraining for scaling. As demand for ct-3.cloud services climbed, that single-contract flow placed greater pressure on key issuance and made it more difficult to manage storage capacity as activity expanded across the network.
Under the new architecture, uploads will be routed across multiple dedicated Storage Contracts rather than processed through a single main contract. Each Storage Contract will be tied to a fixed amount of storage capacity and will operate as a distinct segment of the infrastructure with separate utilization metrics and on-chain statistics.
How infrastructure segmentation will work
CT3 plans to divide its storage infrastructure into independent segments. Each segment will:
- operate through its own smart contract;
- be linked to a defined amount of storage capacity;
- be capable of serving a particular category of files;
- allow capacity utilization and workload to be measured independently; and
- reduce pressure on the main NFT key issuance process.
This separation is intended to make the network more resilient and to permit individual areas of the platform to scale without requiring a wholesale rebuild of the system.
Allocated capacity and intended uses
Each Storage Contract corresponds to a set amount of capacity that network nodes supply once the contract is activated. The storage space associated with a contract will be used to store files uploaded through ct-3.cloud. CT3 says the allocated capacity may be employed for a range of uses, including standard user files, corporate archives, automatic backups, long-term datasets, and future CT3 products and applications.
Larger Storage Contracts are designed to accommodate heavier files and higher flows of corporate or backup data, enabling the platform to direct workloads to segments with appropriate available capacity.
Economic mechanics - financing and revenue sharing
The commercial framework for Storage Contracts is tied to real consumption of CT3 infrastructure. CT3 acquires capacity from node operators and supplies storage to ct-3.cloud customers at market prices for the storage service. A participant may finance the deployment of a new Storage Contract and thereby expand the network’s available capacity.
Once activated, the financed capacity is used to store personal and corporate data. CT3 says generated profits from that capacity are shared between CT3 and the participant who financed the infrastructure expansion.
CT3 identifies two primary drivers of a contract’s financial performance:
- the actual utilization of the allocated capacity; and
- the margin between the cost CT3 pays to acquire storage capacity from node operators and the price charged to end users.
Accordingly, Storage Contracts allow participants to take an exposure to real demand for storage services - the more actively allocated capacity is used, the greater the potential return under the profit-sharing arrangement.
On-chain verification and transparency
CT3 emphasized that the operation of each Storage Contract can be independently verified on the blockchain. Files stored within an allocated capacity are represented by NFT keys that contain related storage metadata. Observers can compare the combined size of files linked to those keys with the utilization metric shown for the contract.
Through each contract’s smart contract address, an investor can verify the issued NFTs, collection activity, and the actual use of the capacity they helped finance. CT3 highlighted that this model enables independent verification of:
- the number of keys created;
- the volume of stored data;
- utilization of the allocated capacity;
- activity within a specific Storage Contract; and
- the relationship between infrastructure usage and profit generation.
User experience and continuity
For ct-3.cloud users, CT3 stated that the everyday experience will not change. Both existing and new NFT keys will continue to be supported, and users do not need to take any additional action to accommodate the transition to the new architecture.
About CT3
CT3 develops a decentralized data storage infrastructure that combines independent nodes, the ct-3.cloud interface, NFT access keys, and blockchain verification. Users upload files through ct-3.cloud and the data is distributed across network nodes. An NFT key is created for every stored object to confirm access rights and embed storage metadata.
Within this model, nodes supply the physical storage capacity, CT3 manages data distribution and access, and individual and corporate users generate demand for storage services. CT3 framed Storage Contracts as a structured route to add new resources and target them to specific areas of use when user and upload growth requires further capacity.
Contact
CMO Rodrigo Pereira
CT3
[email protected]