u/Dense-Can2063

If you keep files on a VPS, NAS, or shared hosting, you’ve probably done this a hundred times:

  • Open Cyberduck or Transmit
  • Connect
  • Download a file
  • Edit it
  • Upload it again

It works, but it’s clunky.

What most people actually want is simple:

>

🧠 The idea

Instead of treating your server like a remote location, you can mount it as a local volume in macOS.

That means:

  • Drag & drop files directly in Finder
  • Open/edit files instantly
  • No manual upload/download cycle

⚠️ Why the built-in macOS option isn’t enough

macOS has “Connect to Server”, but it has limitations:

  • No proper FTPS support
  • Disconnects can happen
  • Not great with large files or frequent edits

So for many workflows, it’s unreliable.

⚙️ A better approach

The more robust setup is:

  1. Create a local mounted drive (appears under /Volumes)
  2. Keep files locally for fast access
  3. Sync changes to your server in the background

This gives you:

  • Fast performance (local reads/writes)
  • Offline access
  • Automatic syncing

🔄 How syncing works (conceptually)

A good setup uses a 3-way sync model:

  • Local files
  • Remote server files
  • Last synced state

This avoids overwriting changes and keeps everything consistent.

File changes are detected automatically (macOS file system events), so syncing happens within seconds.

🌐 Supported server types

Most setups like this work with:

  • SFTP (SSH)
  • FTPS (FTP over TLS)
  • WebDAV (HTTP/HTTPS)

So you can use:

  • Your VPS
  • Your NAS
  • Shared hosting

🧩 Tools that make this possible

There are different ways to achieve this:

  • Network mounts (e.g. SMB/WebDAV) → simple but often slow
  • SSHFS / rclone → powerful but can feel fragile
  • Native macOS apps that mount + sync → more “Finder-like” experience

The last option tends to feel closest to a real external drive.

🔒 Privacy advantage

If you use your own server:

  • No third-party cloud storage
  • No accounts required
  • Direct connection only

Your data stays under your control.

🧪 One example tool

One approach that follows this “local drive + background sync” model is myCloudDrive.

It’s a small macOS menu bar app that:

  • Mounts a drive in Finder (via a disk image under /Volumes)
  • Syncs with your server (SFTP, FTPS, WebDAV)
  • Keeps files available locally for speed and offline use

It’s not the only way to do this, but it’s an example of how the “feels like a real drive” approach can be implemented.

✅ Bottom line

If you want a smoother workflow:

  • Don’t treat your server like a download/upload target
  • Treat it like a mounted drive with sync

Once you switch, it feels much closer to using a USB drive than a remote server.If you keep files on a VPS, NAS, or shared hosting, you’ve probably done this a hundred times:

- Open Cyberduck or Transmit
- Connect
- Download a file
- Edit it
- Upload it again

It works, but it’s clunky.
What most people actually want is simple:

Your server showing up in Finder like a normal drive.

u/Dense-Can2063 — 13 days ago

If you’ve ever wanted a real Linux desktop on your Mac — something like Zorin OS — without setting up a heavy VM stack, here’s what actually works on macOS today and how to approach it without wasting time.

The short version

Modern macOS includes a native API called Virtualization.framework. Apps built on top of it can run Linux VMs with EFI, disk images, networking, and graphics — no need for QEMU or full third-party hypervisors.

The workflow is simple:

  • Pick a Linux ISO
  • Create a VM
  • Boot from ISO
  • Install to a virtual disk
  • Run from disk

Same mental model as traditional VMs, just fewer layers.

About TinyVM

TinyVM is a lightweight macOS app built on top of Apple’s virtualization stack. Think:

  • Create a VM stored as a .tinyvm package
  • Boot from ISO
  • Install Linux
  • Run from disk

It’s designed to keep things minimal and native instead of replicating full platforms like Parallels Desktop.

Intel vs Apple Silicon (important)

This is the #1 source of confusion.

  • Intel Macs → Use standard x86_64 ISOs (Zorin works out of the box)
  • Apple Silicon (M1/M2/M3) → You must use ARM64 Linux

Zorin is mostly discussed in x86 terms, so double-check before downloading.

Rule: Match ISO architecture to your CPU — or nothing will work.

What running Zorin looks like

  1. Download the correct ISO
  2. Create a VM (CPU, RAM, disk)
  3. Boot from installer
  4. Install to virtual disk
  5. Switch to disk-only boot
  6. (Optional) Remove ISO

At that point, it behaves like a normal machine.

The part people mess up

Your VM is just a file.

If you don’t know where it lives, you don’t really “have” it.

  • Back it up
  • Move it intentionally
  • Treat it like real data

That’s where most “my VM disappeared” issues come from.

Why a minimal VM app is still useful

Full VM tools are powerful because they bundle everything:

  • Snapshots
  • USB passthrough
  • Guest tools
  • UI polish

But a smaller app can still be great if it focuses on:

  • Persistent VM packages
  • Clear start/stop lifecycle
  • Import/export
  • Honest platform limitations

The goal isn’t replacing Parallels — it’s making Linux VMs simple again.

Practical tips

  • Don’t keep booting from the ISO after install
  • EFI/NVRAM matters — don’t corrupt it
  • macOS sandboxing can block ISO access (this is expected behavior)
  • Export before risky changes — zip your VM
u/Dense-Can2063 — 13 days ago
▲ 0 r/pushshift+1 crossposts

If you’ve spent any time dealing with large datasets, backups, logs, or even game assets, you’ve probably bumped into Zstandard (ZST). It’s one of those formats that quietly powers a lot of modern workflows—but doesn’t always get the spotlight it deserves.

Let’s fix that.

What is ZST?

Zstandard (ZST) is a fast, modern compression algorithm developed by Facebook (Meta). It’s designed to deliver:

  • Blazing-fast compression and decompression
  • 📦 Excellent compression ratios (often better than gzip)
  • 🔧 Flexible tuning for speed vs. size
  • 🧠 Smart dictionary support for repeated data patterns

In simple terms:

>

Why Developers and Power Users Love ZST

ZST hits a rare sweet spot:

  • Faster than gzip (especially on decompression)
  • More efficient than ZIP in many real-world cases
  • Scales from tiny files to massive archives
  • Increasingly used in modern tooling

Whether it’s logs, CI artifacts, backups, or datasets—ZST just makes sense.

The macOS Problem

Here’s the catch:
macOS doesn’t natively support ZST in a user-friendly way.

You typically end up:

  • installing CLI tools
  • memorizing commands
  • switching between utilities

It works—but it’s not smooth.

ZST on macOS (The Easy Way)

That friction is exactly why I built a set of focused macOS tools to make ZST feel native.

👉 https://beavertools.app/

🧰 The ZST Toolkit for macOS

  • unpackZST — Extract .zst and .tar.zst files
  • packZST — Create ZST archives from files and folders
  • ZSTsecure — Encrypt/decrypt ZST archives
  • ZSTify — Convert existing archives to ZST
  • ZSTdrive — A compressed ZST-powered drive

Final Thoughts

ZST gives you:

  • better compression
  • faster performance
  • modern flexibility

And with the right tools, it becomes effortless on macOS.

👉 Explore the ZST toolkit: https://beavertools.app/

u/Dense-Can2063 — 13 days ago