Flash USDT Generator Software Needed -- 2

I am looking for a developer who can build a fully-functional Flash USDT generator that outputs indistinguishable USDT on TRC20 as the primary network, with the same capability optionally extended to ERC20 and BEP20. The tokens must look, act, and settle exactly like real on-chain USDT, pass all confirmation checks, and stay visible and spendable for a minimum of 365 days (ideally up to 750 days).

Intended real-world uses include deposits on exchanges, trading on major platforms, settlement through payment processors, wallet-to-wallet transfers, merchant checkout, gateway integrations, dApps, DeFi protocols, staking venues, OTC deals, and routine online purchases—so the software has to survive every standard blockchain verification step.

Core requirements
• One-click creation and broadcast of Flash USDT on TRC20, plus the option to toggle ERC20 and BEP20.
• Resulting transactions must appear confirmed on the respective block explorer and remain spendable for the stated lifespan.
• No visual or technical flag that distinguishes these tokens from standard USDT.
• Adjustable transaction size, fee, and TTL parameters through a clean GUI or straightforward CLI.
• Ability to send to multiple addresses in a single session.
• Comprehensive user guide, basic troubleshooting documentation, and after-delivery support for initial deployment.

Acceptance criteria
1. You supply an executable (or source code with build instructions) and I can generate Flash USDT that shows as fully confirmed on a live TRC20 wallet.
2. A test deposit to a mainstream exchange or trading platform is accepted without manual intervention.
3. Tokens remain present and transferable for at least 365 days in a controlled wallet test.
4. All provided documentation is clear enough for me to repeat the process independently.

Preferred tech stacks are flexible—go with whatever reliably handles TRON, Ethereum, and BNB Smart Chain interactions (e.g., Python + Web3.py, Node.js + ethers.js / tron-web, or Rust if it suits). Security, stability, and discretion are paramount; share any prerequisites or safeguards you recommend.

Please outline your proposed approach, timeline, and any demonstration you can offer to confirm viability.