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Getting Started / Download

Choose the right ScreenerBot build for your machine

ScreenerBot provides native desktop builds for macOS, Windows, and Linux, plus lightweight headless binaries for Linux servers. The public download page shows only release files verified as available on the ScreenerBot release server.

Getting Started/Download ScreenerBot

Desktop

macOS, Windows, and Linux

Server

Headless Linux x64 and ARM64

Integrity

SHA-256 per release file

Source

Versioned source tarball

Use the verified download page

Choose your operating system first, then select the architecture and package. Release availability, filenames, file sizes, checksums, and download controls come from the live release catalog.

Open download options

Match the platform and architecture

The operating system chooses the build family. The processor chooses x64, ARM64, Apple Silicon, or Intel.

macOS

Native desktop app

Choose Apple Silicon for M-series Macs or Intel for older x64 Macs.

Packages

DMG installer or portable ZIP

Baseline

macOS 11 Big Sur or later

Read the macOS installation guide

Windows

Native desktop app

Choose x64 for Intel or AMD PCs and ARM64 for supported ARM-based devices.

Packages

Installer or portable ZIP

Baseline

Windows 10 or Windows 11

Read the Windows installation guide

Linux desktop

Native desktop app

Use DEB for Debian-based systems, RPM for Fedora-family systems, or a portable ZIP.

Packages

DEB, RPM, or portable ZIP

Baseline

GLIBC 2.29 or later

Read the Linux desktop installation guide

Linux headless

VPS or server

Run the lightweight binary without Electron, a desktop session, or an X11 environment.

Packages

x64 or ARM64 server binary

Baseline

GLIBC 2.29 or later

Read the Linux headless installation guide

Choose a package type

Package types change how ScreenerBot is installed, not the core trading features available on that platform.

Installer

Best for most desktop users. It follows the operating system’s normal installation flow.

Recommended for macOS and Windows

Portable archive

Useful when you want a self-contained desktop app without a standard installer.

Choose only when portability matters

Linux package

DEB and RPM builds integrate the desktop app with supported Linux distributions.

Match the package manager on your system

Source tarball

Audit the release or build it locally with the documented Rust and desktop toolchain.

For developers and source review

System requirements

These are practical minimums. Eight CPU cores and 8 GB RAM provide more headroom for a desktop system monitoring many tokens and services.

macOS

01
  • macOS 11+
  • Apple Silicon or Intel
  • 4 cores / 4 GB RAM minimum
  • 5 GB free disk

Windows

02
  • Windows 10 or 11
  • x64 or ARM64
  • 4 cores / 4 GB RAM minimum
  • 5 GB free disk

Linux desktop

03
  • GLIBC 2.29+
  • x64 or ARM64
  • 4 cores / 4 GB RAM minimum
  • 5 GB free disk

Linux headless

04
  • GLIBC 2.29+
  • x64 or ARM64
  • 2 cores / 2 GB RAM minimum
  • 2 GB free disk

CPU

More cores help when discovery, data refresh, and automation run together.

Storage

Allow room for the app, logs, configuration, and local SQLite history.

Network

Use a stable connection and a reliable Solana RPC endpoint.

Verify the downloaded file

Copy the SHA-256 value shown beside the selected release file, calculate the hash locally, and compare the complete values before installation.

macOS / Linux

shasum -a 256 <FILE>

Windows PowerShell

Get-FileHash <FILE>

Download safety

  • Use screenerbot.io/download as the release source.
  • Confirm the architecture before opening the file.
  • Compare the entire SHA-256 value, not only its prefix.
AlternativeBuild ScreenerBot from sourceUse the versioned source tarball and the dedicated build guide.

After the download

01

Install

Follow the guide for the selected operating system and package.

02

Launch

Open the desktop app or start the headless Linux service.

03

Configure

Set the RPC, wallet, safety limits, filtering, and strategies.

04

Observe

Confirm dashboard and service health before enabling automation.