explaingit

smalpond/gpu

Analysis updated 2026-06-24

34BatchfileAudience · generalComplexity · 3/5Setup · hard

TLDR

GPU-accelerated vanity address generator for TRON USDT wallets, finds addresses with repeated leading or trailing characters using OpenCL on Windows.

Mindmap

mindmap
  root((gpu))
    Inputs
      Pattern config
      Address template
      Qian and hou counts
    Outputs
      Vanity TRON address
      Private key
    Use Cases
      Generate branded wallet
      Produce repeated-digit address
      Custom template address
    Tech Stack
      OpenCL
      Windows
      Batchfile
      CUDA
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What do people build with it?

USE CASE 1

Generate a TRON USDT wallet address ending in repeated digits for branding

USE CASE 2

Produce custom template addresses with fixed first and last characters

USE CASE 3

Benchmark GPU address-search throughput on an NVIDIA card

What is it built with?

OpenCLWindowsBatchfileCUDA

How does it compare?

smalpond/gpunewmatrix/winrtpwindowsaddict/idm-activation-script
Stars34127,438
LanguageBatchfileBatchfileBatchfile
Setup difficultyhardeasyeasy
Complexity3/51/51/5
Audiencegeneralgeneralgeneral

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · hard Time to first run · 1h+

Windows-only with an NVIDIA GPU, OpenCL driver, and disabled integrated graphics on hybrid laptops.

In plain English

This is a vanity address generator for TRON network USDT wallets. A vanity address is a crypto wallet address that ends with a specific pattern of repeated digits, like five, six, seven, eight, nine, or ten of the same character in a row. The tool uses GPU compute to search through random addresses quickly until one matching the requested pattern appears. The README presents it as Windows software, and the source files are listed in Batchfile format. The author goes by @gqdh on Telegram and describes the project as a "second optimization compile" on a "new coin network." The README states the software works on virtual machines, servers, and cloud computers, and that it is safe with no virus or backdoor. Several update notes are listed. The April 2026 update describes a new algorithm that reliably produces ten-of-a-kind tail digits, fixing earlier difficulty. The March 2025 update adds AA-pattern addresses, sequential addresses, and a custom address mode where you write a 20-character template in address.txt to fix the first ten and last ten characters. A configuration file takes parameters qian and hou to control how many leading and trailing digits to pin. The May 2024 entry calls itself a test version that may have issues, with a single run limited to forty generated addresses. Performance figures the author provides come from one machine. An NVIDIA RTX 2060 is reported to scan around 135 million addresses per second, written as 135 MH/s. The README shows an example screenshot at gpu2.png. The tips section covers two common failure modes. If the program closes immediately, the README suggests disabling integrated graphics on laptops with hybrid GPUs. If the program reports an OPENCL.dll error on a server, the README recommends installing the NVIDIA driver for the specific card, with Windows Server 2019 as the suggested operating system.

Copy-paste prompts

Prompt 1
Set up smalpond/gpu on Windows Server 2019 with an NVIDIA card to generate a TRON address with ten matching tail digits
Prompt 2
Edit address.txt and the qian and hou config to pin the first ten and last ten characters of a vanity TRON address
Prompt 3
Diagnose why the gpu vanity tool closes immediately on a laptop with hybrid graphics
Prompt 4
Estimate the time to find a TRON address with nine repeated trailing digits at 135 MH per second

Frequently asked questions

What is gpu?

GPU-accelerated vanity address generator for TRON USDT wallets, finds addresses with repeated leading or trailing characters using OpenCL on Windows.

What language is gpu written in?

Mainly Batchfile. The stack also includes OpenCL, Windows, Batchfile.

How hard is gpu to set up?

Setup difficulty is rated hard, with roughly 1h+ to a first successful run.

Who is gpu for?

Mainly general.

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