Bitcoin eCash forks launches test chain before launching on the main network

Key Points

The real-time Alpha chain generates a test token (pECX), not a permanent ECX. The main network fork occurred at a Bitcoin block height of 973,728 (expected around October 31). The actual date will fluctuate based on Bitcoin computing power. The replay protection and code obfuscation (XEC vs. ECX) issue remains unresolved. Hosted users cannot see fork coins unless their platform explicitly supports the fork.

Creation of test coins launched on August 23

The eCash chain launched its Alpha phase on August 23 in Bitcoin block 963,648. Although the network is up and running, this is not the permanent hard fork advertised for Bitcoin holders. The Alpha phase generates test tokens (pECX). The true one-to-one distribution will be done on the main network. According to the eCash roadmap, deployment covers three phases: Alpha (block 963,648), Beta (near block 967,680), and Mainnet (near block 973,728). The target completion date is October 31. Bitcoin itself is completely unaffected. Alpha Chain serves as a testing platform for developers, miners, and early adopters to stress test code before formal balance allocation.

Track

by block height instead of calendar dateThe date of October 31 depends entirely on the speed at which blocks are generated. As Bitcoin block generation changes with network computing power, the actual calendar time will shift. This time change affects the infrastructure readiness of the entire market. Wallet developers need to verify the code before block 973,728 arrives, exchanges must decide on user credit allocation, and custodians need to be ready to operate a freeze. The accurate indicator to pay attention to is the Bitcoin block height of 973,728.

Running the test chain does not guarantee safety

pECX reflects the planned ECX functionality, but it has no market value and will not be transferred to the final chain. Active mining activity proves block creation, but software reliability is not evaluated. The running test chain leaves a series of core operational questions, including whether the client software is secure, whether fork documentation is complete, and whether transactions can be executed without exposing underlying funds. pECX remains an isolated test environment until final production code and verification tools are released.

Unresolved replay vulnerability

The new network introduces transaction replay risk because it replicates Bitcoin's transaction history. Without a dedicated protection mechanism, transactions signed on the BTC chain may be executed on the ECX chain. A recent technical review found replay security to be a key outstanding issue. Mainline launches need to prove that users can move BTC without broadcasting the same signature to eCash.

Held from custody and exchanges

A fork in the chain does not mean that all platforms are immediately accessible. Users who hold private keys can receive ECX directly after the distribution software is released. Exchange accounts depend entirely on third-party platform policies. Key operational decisions pending on major exchanges include: deposit and withdrawal freezing windows around Block 973,728; whether to directly support 1:1 token allocation credit; and an address separation protocol to prevent cross-deposits between BTC and ECX. Access to forked tokens ultimately depends on who holds the private key and whether each custodian integrates with the new network.

Code confusion and phishing risks

The fork uses the code ECX and is also marketed under the "eCash" brand, a name already used by an existing cryptocurrency (transaction code XEC). This naming conflict increases the risk of user confusion, fake wallet launches, and malicious claims for the portal. Never enter Bitcoin recovery phrases into unverified fork claim software. A legitimate network fork does not require exposing the private key to a third-party web form.

Requirements before launching the main network

Open source production code: Software that is fully audited and publicly verifiable. Enforced replay protection: Protocol-level protection that prevents cross-chain transaction mirroring attacks. Testnet transition rules: A clear explanation of the process of how to exit the pECX environment. Exchange integration timetable: clear statements issued by major custodians on credit allocation and trading pairs. Key Management Document: A verified guide to claiming forked balances without exposing BTC keys. Forking is not completed when blocks begin to be generated, but is completed when users can safely separate, manage, and use the two assets independently.