CT3 has announced the start of comprehensive preparations for the future listing of the CT3GB token. The company has begun scaling its data storage infrastructure, building financial and infrastructure reserves, and preparing its own tokenized economy, in which CT3GB will become the platform's primary settlement asset. In parallel, the transition to a new data storage architecture built on specialized smart contracts is underway, and an independent audit of the entire core smart contract infrastructure will be carried out before the listing.

Over the past several months, CT3 has significantly expanded the platform's capabilities. One of the most important stages was the introduction of automated backup technology, after which demand for data storage services increased noticeably. The growth in data volumes confirmed the platform's readiness to serve continuous storage scenarios and signaled the move to the next stage of ecosystem development.

The company notes that further scaling cannot be considered separately from the platform's economy. For this reason, preparation for the CT3GB listing began before the token enters the open market.

Moving to a Proprietary Settlement System

Today the product architecture adapts to parameters set elsewhere. Storage pricing, daily refunds for unused days, key minting and burning: all of it is calculated with an eye on Polygon fees and rules. External network fees and payment for mechanisms the platform does not use are a cost item that CT3 does not control but still includes in the price of the service. Polygon was a good temporary solution, however, a full implementation of our consensus mechanisms in that network would require developing a layer 2 solution, which does not fit our objectives.

A proprietary settlement system removes this dependency. Fees that currently leave the system stay inside the ecosystem and return to where value is created: to servicing storage and rewarding nodes.

The nature of demand for the token changes as well. CT3GB is needed not for trading but for paying for storage: every file upload and every renewal creates an operational need for the token. The market component of the price does not disappear, but alongside it appears a constant component tied to network utilization.

Node payouts are distributed over time. A user can pay for the entire storage period upfront, while nodes receive their reward daily, as the file is actually stored.

This demand can be calculated independently. Every file in CT3 Cloud is represented by an NFT key with open metadata on volume and storage period, so the paid volume can be assembled from public collections and valued at the public rate. Demand for the token in this model is visible from the blockchain, not from company reporting.

The New Network Architecture

The transition affects more than the payment method on ct-3.cloud. Everything that keeps the storage running today has to be rebuilt in the new network: reward distribution between nodes, file availability checks, and data integrity confirmation at the level of Proof-of-Replication and Proof-of-Access.

Added to this is a trust protocol currently in development. A node receives a trust rating based on its history of storage and availability confirmations, and nodes with a high rating receive more files. Reliability in this scheme stops being an operator's promise and becomes a measurable parameter that affects its income.

The second direction is segmentation of the storage infrastructure into specialized smart contracts. Instead of a single architecture, each area of the ecosystem receives its own contract with an independent capacity limit and separate resource accounting. The logic is the same as in the fragmentation of key collections: the contract is designed around the data model of a specific product, the capacity limit makes utilization measurable, and changing the parameters of one area does not affect the others.

Transition Without Loss of Access

Changing the settlement network does not cancel a single issued key. A file uploaded yesterday remains accessible through its NFT on Polygon after the launch of CT3GB.

For those who want to move their storage into the new economy, a reissue will be available. A new NFT is linked to the already stored file, the old key is exchanged for the new one, and the content does not move or get uploaded again: only the key issuance layer changes. Alongside it, an exchange of POL for CT3GB will appear, so that the remaining balance from the old payment model does not have to be withdrawn and brought back.

One limitation should be remembered in advance. Once the transition is complete, new file uploads cannot be paid for in POL: new uploads, renewals, and mints are settled in CT3GB.

Work is also underway that users will notice last and feel first: support for the new network in popular Web3 wallets. An integration request will not be accepted without a completed smart contract audit, so the audit and the wallets move on the same track. By the time CT3GB becomes the settlement asset, wallets must see the network and keys must open without manual configuration.

Preparing the Economy for Listing

In our assessment, the resilience of a tokenized economy is determined not by the moment of listing itself, but by how ready the infrastructure is to operate after it.

This is why the company has already begun expanding its data storage network, increasing available computing capacity, and building the reserves that will allow the platform to continue scaling without losing performance.

The Market-Making Reserve

For infrastructure that accepts payment in its own token, price movements in both directions are harmful. A price that is too high makes storage more expensive for the client and reduces demand. A price that is too low makes servicing unprofitable for nodes.

CT3 is therefore building a deep market-making reserve. Its purpose is to maintain two-sided quotes and order book depth: the cost of storage stays predictable for the client, and the reward stays predictable for the node. The second part of the construction is a currency pair with a stablecoin. It provides an instrument for restoring token inventory when the market moves in either direction, and it protects the reserve itself from declining together with the market.

Liquidity in this model belongs to the pricing system, not to marketing. It is maintained the same way as node uptime or SLA.

How the Liquidity Reserve Is Built

The simplest option is to set aside part of the emission. It is also the least reliable: the reserve is denominated in the very asset it is meant to support, and it loses value exactly when it is needed most. The more dependable approach is to issue the token together with a liquidity pool in a currency pair where the second side does not depend on the CT3GB rate. Such a reserve retains purchasing power at the moment the market moves down.

CT3 builds its currency reserve from several sources. The first is profit from the product itself. The second is part of the proceeds from the Storage Contracts program. CT3 treats it as one of the instruments for building financial and infrastructure reserves rather than as a separate stage of product development.

How Infrastructure Reserves Are Built

The logic is simple: funds from contract sales are directed to purchasing capacity from network nodes. After a contract expires, that capacity remains in the network and is used again, so every cycle of the program leaves infrastructure behind it, not only payouts.

Before Storage Contracts launched, expansion relied on the company's own margin alone, and the rate of growth was limited by it. Opening this financial flow removed that constraint. As of 11 August 2026, approximately 97,877 TB of data is stored on the platform's original capacity, and approximately 146,200 TB on capacity paid for through contracts. These figures should not be added together: contract capacity is filled by automated backups as well as by load that is transferred from the main storage on a planned basis, so the numbers also reflect the distribution of a single data flow between pools. The outcome is the same either way: in less than three months of operation, contract capacity has become the primary storage area in the network.

This approach allows the network's capacity to grow gradually while maintaining a high level of commercial utilization, and at the same time creates the resource buffer required for further growth of the ecosystem after the listing.

Listing Preparation to Industry Standards

Another mandatory stage of preparation will be an independent audit of the smart contracts issued in the new network.

Before CT3GB enters the public market, the company plans to complete a comprehensive review of the smart contract infrastructure that will serve the token and the platform's core services. The audit focuses on the security of the contracts, the correctness of their business logic, and their compliance with industry standards.

Market making and sufficient liquidity are part of the standard set of requirements trading venues apply when reviewing a listing application. The reserve is therefore built in advance, before the token reaches the market, rather than after.

Three tracks close three different questions. The audit closes the question of contract security. Reserves and market making close the question of whether the market will function. Capacity expansion closes the question of whether the infrastructure will withstand demand after launch. The listing will take place when all three are ready, and not when a convenient market window opens.

The Next Stage of CT3 Development

Preparation for the CT3GB listing is part of CT3's long-term strategy aimed at creating fully autonomous data storage infrastructure with its own economic model.

Once preparation is complete, CT3GB will become the platform's primary settlement asset and will be used in all internal operations of the ecosystem. The value of the token will be shaped by market demand together with its practical utility in the daily operation of CT3 Cloud services.

Infrastructure expansion, reserve creation, the new storage architecture, and preparation for an independent audit form a single strategy, and its objective is for CT3GB to launch into an ecosystem already prepared for further scaling and growth.

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