The launch of CT3 Storage Contracts allowed the platform to expand available capacity significantly within a short period and to strengthen its data storage infrastructure. The additional resources helped CT3 meet growing demand, which increased noticeably after the release of the automatic backup service.

Automatic backups changed the way ct-3.cloud is used. Instead of separate manual uploads, users can regularly send new versions of their data to the network, which creates a continuous need for additional storage volume. Storage Contracts allowed CT3 to connect the required resources faster and direct them toward serving that demand.

Contract Availability Will Depend on Actual Demand

Interest in Storage Contracts has been high since the format launched. However, expanding the supply of contracts beyond the corresponding demand for storage would lead to excess unused capacity.

For this reason, CT3 will dynamically regulate the number of contracts available for purchase. The platform issues them only for the storage volume that can actually be used to host user files, corporate archives, and automatic backups.

Some contract options, particularly those tied to large capacity volumes, may become temporarily unavailable. Their sale will resume once confirmed demand or large orders appear that can put the corresponding volume to use.

This approach lets CT3 expand infrastructure in proportion to the real needs of the network without creating excess supply.

Availability management applies exclusively to new purchases and does not affect Storage Contracts that have already been activated. All active contracts continue to operate under their original terms. The temporary absence of a similar contract from the sale list does not change the initial parameters of an existing one.

Maintaining Utilization at No Less Than 80%

Each Storage Contract is tied to a specific storage volume that is connected to the CT3 infrastructure and used to serve ct-3.cloud clients.

The result a contract delivers depends directly on how actively the allocated capacity is used. Managing the availability of new contracts is therefore necessary to maintain the stated utilization level of no less than 80%.

Limiting supply makes it possible to:

• match the introduction of new capacity with actual demand;
• prevent the accumulation of unused resources;
• keep contract economics sustainable;
• maintain predictable utilization figures.

The temporary unavailability of a particular contract does not indicate a reduction in infrastructure. It indicates that there is not yet sufficient demand to bring new volume online under the stated terms.

Storage Contracts as an Instrument of Managed Growth

For CT3, Storage Contracts have become both a financing method and a mechanism for managing network expansion. Participants finance the connection of additional capacity, and that volume is then used to store real data inside the ecosystem.

Revenue from the commercial use of the capacity is distributed between CT3 and the participant who financed its connection. The issuance of new contracts remains tied to the platform's actual need for additional resources.

This model allows CT3 to scale faster while keeping a balance between three key elements:

• demand from users;
• available network capacity;
• the number of open Storage Contracts.

Next Stage: Preparation for the CT3 Token Listing

Following the expansion of storage infrastructure, the next strategic stage for CT3 is preparing the entire ecosystem for a full listing of the CT3 token.

Since the token is planned for use in settlements between the platform, users, and node operators, launching it on the open market requires sufficient infrastructure scale, a developed user base, and a sustainable economic model.

Before the listing, CT3 will continue to grow the number of users, expand storage volume, develop its technology, and strengthen the reserves needed for stable operation of the token inside the network.

The goal is to carry out the listing not as a standalone marketing event, but as the next stage of development for storage infrastructure that already runs and already scales.

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