CT3 Splits One Mega-Contract Into Many So Decentralized Storage Can Finally Breathe 🗄️

CT3 has moved its decentralized storage infrastructure to a dedicated Storage Contracts model, the company announced July 15, 2026, citing more than 180,000 unique users and 500,000 uploads completed on the platform to date. Each upload is tied to an NFT access key, allowing platform activity and network usage to be independently verified on-chain. Continued growth in ct-3.cloud services, the company said, has strained an architecture in which every new upload passed through a single main collection and one smart contract.

Under the new architecture, new uploads will be distributed across dedicated Storage Contracts rather than a single main contract. Each Storage Contract is linked to a fixed amount of storage capacity and operates as an independent infrastructure segment with its own capacity, utilization level, and on-chain statistics. The model is intended to distribute workloads across multiple smart contracts, improve transparency and measurement of resource utilization, and support the deployment of additional storage capacity as demand grows, according to CT3.

Participants may finance the deployment of new Storage Contracts and the addition of storage capacity, with allocated capacity used to store files uploaded through ct-3.cloud and resulting profit shared between CT3 and the financing participant. The commercial model is based on real use of CT3 infrastructure: the platform acquires storage capacity from node operators and provides it to ct-3.cloud customers at the market price of the storage service. Previously, CT3 keys were issued primarily through the main collection and a single contract flow, a structure the company said became less flexible as the platform expanded to handle different categories of data.

The Storage Contracts framework divides the infrastructure into separate segments, a separation CT3 said is designed to make the network more resilient and allow individual areas of the platform to scale without rebuilding the entire system. Larger contracts can accommodate heavier files and more substantial flows of corporate or backup data, allowing the network to direct workloads to infrastructure segments with sufficient available capacity. The London-based company described the transition as a step toward supporting continued platform growth and expanding storage capacity as demand increases.