Remote Desktop

Workbench vs Screens Remote Desktop

If you’re looking for remote desktop software for your Mac, Workbench and Screens will probably both come up. They’re two of the most popular options for Apple users, and on the surface they look similar: Both let you access a Mac from another device. Both have native iPhone and iPad apps. And both have strong reputations.

But they were built for pretty different situations, and picking the wrong one will frustrate you quickly. Whether you’re managing a headless Mac mini, helping a family member troubleshoot their computer, or just trying to access your Mac from your phone, the right answer depends on what you’re actually doing.

We’ll take a look at each tool compare features, video codec, limitations, and pricing.

Workbench vs Screens at a glance

WorkbenchScreens
Best for
PlatformmacOS, iOS, iPadOSmacOS, iOS, iPadOS, visionOS
Multi-monitor✅ Unified into one workspace⚠️ Switch between monitors separately
Voice input✅ Native❌
Apple Pencil✅ Full support
Display quality
Video codecLIQUIDVNC/ RFB protocol
Setup complexitySimpleSimple

Screens Overview

Screens is a remote desktop app made by Edovia that lets you connect to and control computers from your iPhone, iPad, Mac, or Vision Pro. It’s built on the VNC/RFB protocol, which means it works with a wide range of machines — not just Macs, but also Windows PCs, Linux machines, and Raspberry Pi devices.

To connect from outside your local network, Screens requires a free companion utility called Screens Connect installed on the machine you want to reach. Once that’s set up, you can access your computer from anywhere.

Screens 5

Who Screens is best for

Screens is a good general-purpose remote desktop tool for Apple users who need flexible access across different types of machines. If you need to connect to a Windows PC or Linux server, support a family member’s Mac remotely, or want a remote desktop experience on Vision Pro, Screens covers those cases well. Its Screens Assist feature makes it particularly easy for one-off remote help sessions without complex setup on the other end.

Limitations of Screens

  • VNC protocol means lower visual fidelity. Screens uses the RFB/VNC protocol rather than a proprietary codec. For casual use this is fine, but the difference is noticeable when you’re working with text-heavy interfaces or connecting over cellular. VNC was not built for the kind of high-fidelity streaming that AI agent oversight requires. .
  • No Unified Display for headless Mac mini. Screens handles multiple monitors by letting you switch between them individually. On a headless Mac mini, this creates a resolution problem: without a physical monitor, Apple Silicon defaults to a low-resolution 1x display. Screens doesn’t have a native solution for this, which means headless setups either require a dummy plug or accept a fuzzy connection.
  • No voice input. Screens doesn’t have a way to dictate commands directly to your Mac. For AI agent workflows where you want to send a quick prompt from your phone without pulling out a keyboard, that gap matters.

Pricing

  • Annual subscription: $29.99
  • Monthly subscription: $3.99
  • Lifetime: $179.99

Workbench Overview

Workbench was built at Astropad for a specific problem: accessing a Mac remotely from any Apple device with the kind of quality you’d actually want to use. We spent years building Luna Display (a hardware product for using an iPad as a second display), and we applied much of that display expertise to Workbench.

Who Workbench is best for

Workbench is best for individual Mac users who want high-quality remote access via another Mac, iPhone, or iPad.

It’s particularly well-suited for headless Mac mini setups and AI agent workflows. The core use case: a Mac mini running agents or automated workflows, and you need to check in, review logs, restart a stalled process, or make a quick change from your phone.

If you want a full walkthrough, we have a dedicated guide: How to Set Up a Headless Mac Mini for AI Agents.

  • LIQUID codec. Workbench runs on LIQUID, Astropad’s proprietary display protocol. LIQUID delivers perceptually lossless streaming with Retina support, so text is crisp, color is accurate, and connectivity is constantly load-balanced based on network changes.
  • Unified, seamless display. Within Workbench, multiple displays and screens can be consolidated into a single workspace that matches the resolution of your connected device. On a headless Mac mini, this means macOS runs at full resolution without a physical monitor. (And no, you don’t need a dummy plug — Unified Display handles it.)
  • Native support for headless systems.  Once Workbench is installed on a Mac, peripherals like a keyboard or display aren’t needed for access. Users running headless setups can remote in easily from their iPhone or iPad, make changes, and close the connection when done. It’s fast, easy, and the connection is almost instantaneous.
  • Voice dictation. Workbench users can dictate text to fill in fields or trigger inputs on their Mac. Using this feature reduces keyboard reliance (useful when operating your Mac from an iPhone).

Limitations of Workbench

  • Apple-only products. Workbench is designed only for Apple devices and enables iPhones, iPads, and other Macs to control a specific, network-connected Mac. If you need to connect from a Windows machine or Android device, or connect to a Windows or Linux machine, it won’t work.
  • No file transfer (yet). If you need to transfer files between devices during a remote session, Workbench doesn’t currently support that.

Pricing

  • Free to use for 20 min/ day
  • Unlimited access for $15/month or $79.99/year

Is Screens or Workbench better?

Remote desktop tools are usually grouped together into one major category, but each tool is built for a different type of workflow.

If you’re comparing Workbench and Jump Desktop, the best tool depends on your devices, the number of machines you need to control, and your intended use cases.

The honest answer: Jump Desktop and Workbench are not really competing for the same user. If you’re in the Apple ecosystem running AI workflows on a headless Mac mini, Workbench was made for you. If you’re working cross-platform or in an IT context, Jump Desktop is the stronger choice.

Best for solo power users: Workbench

Ideal for individuals who need reliable remote access with strong controls and fast, easy deployment.

Best for cross-platform setups: Jump Desktop

If you’re in an environment where you need to access both Windows and Mac devices, Jump Desktop offers reliable cross-platform support.

Best for controlling AI agents: Workbench

If your machine is running tasks continuously in the background or you have sensitive files stored locally, Workbench provides a straightforward way to check in, make changes, and interact with your systems from an iPhone or iPad. For a deeper look at why traditional tools fall short for AI agent oversight, read this →

Best headless Mac mini setups: Workbench

Running a Mac mini without a monitor attached usually requires a dummy plug to maintain full resolution. Workbench removes that requirement entirely. Unified Display creates a virtual screen at the resolution of whatever device you’re connecting from, so your Mac mini runs at full resolution without any additional hardware. It’s the cleanest headless setup we’ve found (install Workbench, connect from your phone, and you’re in).

Best for IT support: Jump Desktop

The best solution for deployment options at scale. The Teams Enterprise plan offers support and management tools for entire organizations that need to access dozens or hundreds of devices remotely.

If you’re still comparing your options more broadly, we’ve also done a full roundup: Best Remote Desktop Apps for Mac.

Jump Desktop vs Workbench: Which remote desktop app is right for you?

Frequently asked questions

Is Workbench good for headless Mac mini setups?

Yes. Workbench includes Unified Display, which creates a virtual screen on your headless Mac mini at the resolution of whatever device you’re connecting from. You don’t need a dummy plug, and macOS runs at full resolution. It’s one of the core use cases we built Workbench around. Here’s a complete guide to setting up a headless Mac mini →

Does Jump Desktop work with headless Mac mini?

Jump Desktop does support headless Mac mini connections. The main difference from Workbench is multi-monitor handling: Jump Desktop requires cycling between displays individually, while Workbench combines them into a unified workspace. For AI agent workflows where you’re checking in remotely from a phone, Workbench’s approach tends to be more practical.

How does Workbench’s video quality compare to Jump Desktop?

Workbench uses LIQUID, a proprietary codec developed at Astropad with experience from building display hardware. It’s designed for perceptually lossless streaming with Retina support. Jump Desktop uses its Fluid 2.0 protocol, optimized for high frame rates. Both are capable. LIQUID is specifically optimized for Apple hardware and mobile access conditions.

Can I use Workbench to monitor AI agents remotely?

Yes. That’s the core use case we built Workbench around. You can review logs, restart processes, make code changes, and send voice commands to your Mac mini from your iPhone or iPad, without being at your desk or needing a monitor connected.

Is Workbench free?

Workbench is free for 20 minutes per day, no subscription or credit card required. Unlimited access costs $79/year.

Remote desktop, free for 20 minutes/ day

Need remote desktop access for your Mac? Workbench is free for 20 minutes per day, no subscription or credit card required.

  • Fast, high-fidelity streaming. Interact with your Mac in real time with extremely low latency, even on high-resolution displays.
  • Voice input for prompts. Dictate commands directly to your AI agents from your iPhone or iPad.
  • Built for Apple devices. Remotely control your desktop from your iPad, iPhone, or another Mac. 

Related guides

If you’re setting up a headless Mac mini or exploring remote access for the first time, these guides cover the specifics: