EteDrop — direct by design — sends files peer-to-peer. No cloud relay, no server storage, no middleman. WeTransfer uploads your files to cloud servers before the recipient can download them. Two very different approaches to the same problem.

Here's how they compare.

TL;DR​

	EteDrop	WeTransfer
How it works	P2P — files go direct	Cloud relay — files uploaded to servers
Privacy	Files never touch a server	Files stored on third-party servers
File size	No artificial limits — limited only by your connection	2 GB free / 200 GB paid
Recipient install	Zero-install receiving — no app needed on the receiving end	No install needed
File preview	PDF, image, video, audio, code preview before download	No preview
Speed	LAN mode for same-network transfers; auto-selects fastest path	Upload speed → server → download speed
Cost	Free	Free (2 GB) / Pro ($12/mo)
Languages	5 (EN, ZH, JA, ES, KO)	Multiple

Privacy: Where Your Files Actually Go​

WeTransfer works like this: you upload → files land on their cloud servers → recipient downloads from those servers. Your files exist on third-party infrastructure. Even with encryption, the server operator can access the data. The question isn't whether they would — it's whether they can.

EteDrop uses WebRTC for true peer-to-peer transfer. Your file travels from your device to the recipient's device. No server stores the file. No server even sees the file content. A signaling server helps the two devices find each other — then steps aside. That's privacy by architecture, not by policy.

P2P means both parties need to be online — no async delivery. For that, cloud-based tools like WeTransfer may suit you better.

Speed: One Trip vs Two​

Cloud file sharing is two trips: upload to server, then download from server. Your transfer speed is limited by the slower of the two.

EteDrop sends files in one trip — direct. On the same local network, LAN mode delivers speeds close to your network hardware's limit. Across the public internet, the connection auto-selects the fastest available path between devices.

For large files on a shared network, one trip beats two. Every time.

Ease of Use: Preview Before You Download​

WeTransfer gives you a download button. You click it, you wait, and only then do you see what you received.

EteDrop lets the recipient preview files before downloading. PDF, images, video, audio, even code — see what you're getting before you commit the bandwidth. This matters when someone sends you a 500 MB video and you want to confirm it's the right one before saving it.

Both tools let recipients use a browser. No app needed on the receiving end for either.

File Size: No Artificial Limits​

WeTransfer caps free transfers at 2 GB. Need more? That's $12/month.

EteDrop has no artificial file size limits. Transfer files of any size — limited only by your connection and browser stability. For very large files (10+ GB), a stable connection matters more than the tool. If your connection drops, you'll need to retransfer — EteDrop doesn't currently support resumable transfers.

When to Choose WeTransfer​

• You need async delivery (send now, recipient downloads later)
• You want creative-focused branding on your transfer pages
• You need transfer analytics and reporting for a team

When to Choose EteDrop​

• Privacy matters — your files should never touch a server
• You're on the same network and want LAN speed
• You want recipients to preview before they download
• You need to transfer files larger than 2 GB without paying

FAQ​

Does EteDrop work without internet? On the same local network, yes. LAN mode connects devices directly — no internet required.

Can WeTransfer see my files? WeTransfer stores encrypted files on their servers. They technically can access the content. Their policy says they won't, but the capability exists. EteDrop's P2P model means no server ever receives your file.

Is EteDrop really faster than WeTransfer? On the same local network, yes — significantly. Across the public internet, it depends on your connection, but you're still saving one round-trip to the cloud.

What happens if the connection drops mid-transfer? You'll need to start the transfer again. EteDrop doesn't currently support resumable transfers.

Does EteDrop work on mobile? Yes. EteDrop works in any modern browser — desktop or mobile. No app needed on the receiving end.

Ready to send files that never touch a server? Try EteDrop free →

EteDrop — direct by design — extends P2P file sharing beyond your local network. PairDrop (the Snapdrop successor) keeps you on the same Wi-Fi. Both are peer-to-peer. Both skip the cloud. But the network boundary matters.

Here's the breakdown.

TL;DR​

	EteDrop	PairDrop
How it works	WebRTC P2P — LAN + public internet	WebRTC P2P — local network only
Network range	LAN mode + public internet	Local network only
File preview	PDF, image, video, audio, code preview before download	No preview
Sharing model	Link + pickup code	Auto-discovery (same network)
Recipient install	Zero-install receiving — no app needed on the receiving end	No install needed
File size	No artificial limits — limited only by your connection	No hard limits
Languages	5 (EN, ZH, JA, ES, KO)	Multiple
Cost	Free	Free / Paid tier for extra features

Beyond the Local Network: The Critical Difference​

PairDrop relies on auto-discovery. Devices find each other because they're on the same network. That's elegant — until your recipient isn't on the same network.

Working from home? Client on a different continent? PairDrop can't help. You'd need a VPN or a different tool entirely.

EteDrop works on your local network and across the public internet. Send a link, share a pickup code, and your recipient gets the file regardless of where they are. Same P2P technology — wider reach.

P2P means both parties need to be online — no async delivery. For that, cloud-based tools may suit you better.

File Preview: See Before You Save​

PairDrop sends a file. You receive it. Done.

EteDrop sends a file. You preview it first — then decide to download. PDF, images, video, audio, even code files. Confirm it's the right version before committing storage and bandwidth.

This is the experience layer that P2P tools typically skip. EteDrop doesn't.

Link + Pickup Code vs Auto-Discovery​

PairDrop's auto-discovery is frictionless — on the same network. Devices appear, you click, you send. It's fast when it works.

EteDrop uses a link + pickup code model. Slightly more steps, but it works anywhere. Send the link via Slack, email, text — your recipient opens it, enters the code, and gets the file. The code adds a layer of access control that auto-discovery doesn't provide.

Different models for different needs. Pick based on your typical use case.

Efficiency: LAN Mode When You're Close, Public When You're Not​

On the same network, EteDrop's LAN mode gives you direct-transfer speeds — comparable to PairDrop. Auto-selected, no configuration needed.

Across networks, EteDrop's public mode routes through WebRTC's NAT traversal. Not as fast as LAN, but you're still going direct device-to-device. No cloud relay in the middle.

When to Choose PairDrop​

• All your transfers happen on the same local network
• You prefer auto-discovery over link sharing
• You want the Snapdrop-style experience

When to Choose EteDrop​

• You need to send files to people outside your network
• You want recipients to preview files before downloading
• You want pickup-code access control
• You work across office, home, and remote locations

FAQ​

Is EteDrop a Snapdrop alternative? Snapdrop was the original — PairDrop is its successor. EteDrop serves a different need: P2P file sharing that works beyond your local network, with file preview built in.

Does PairDrop work across the internet? No. PairDrop is designed for same-network transfers. For cross-network P2P, EteDrop is the option.

Can I use EteDrop on the same network too? Yes. LAN mode automatically activates when both devices are on the same network. You get the same speed benefit as PairDrop, plus preview and cross-network capability.

What's the pickup code for? The pickup code ensures only the intended recipient can access the file. It's an access control layer — share the link broadly, but only the person with the code gets the file.

Do both tools work on mobile browsers? Yes. Both work in any modern browser. No app needed on the receiving end.

Need P2P file sharing that works beyond your local network? Try EteDrop free →

AirDrop is great — if you live entirely inside Apple's ecosystem. The moment you need to send a file from an iPhone to a Windows PC, or from an Android phone to a Mac, AirDrop can't help you.

EteDrop — direct by design — brings AirDrop-style file sharing to Windows. No cables. No cloud uploads. No app needed on the receiving end. Open a link, preview the file, download it.

Here are your options for AirDrop-style sharing on Windows — and how they compare.

Option 1: Cloud Services (Google Drive, Dropbox, OneDrive)​

Upload your file to the cloud, share a link, recipient downloads it.

Works. But you're uploading to a server, storing data on someone else's infrastructure, and making two trips instead of one. Fine for collaboration. Overkill for sending a single file.

Best for: Ongoing collaboration where files need to persist.

Option 2: Microsoft Built-in Tools (Phone Link, Nearby Sharing)​

Windows 10/11 includes Phone Link (for Android) and Nearby Sharing (for Windows-to-Windows). They're free and built in.

Limitations: Phone Link doesn't support all file types. Nearby Sharing is Windows-only. Neither works for iPhone-to-PC transfers. Neither offers file preview.

Best for: Quick Android-to-PC transfers where you already have Phone Link set up.

Option 3: Third-Party Apps (Send Anywhere, SHAREit)​

Install an app on both devices, create an account or use a code, send the file.

Works. But now both people need an app. Some show ads. Some require accounts. Most route files through their servers anyway.

Best for: People who already have these apps installed and don't mind the overhead.

Option 4: EteDrop — Browser-Based P2P​

Open EteDrop in any browser. Select your file. Send a link. Recipient opens the link, previews the file, downloads it.

No app needed on the receiving end. No cloud upload. Files go direct from device to device via WebRTC P2P. On the same network, LAN mode gives you speeds comparable to AirDrop. Across networks, the public mode still sends files direct — no server relay.

Best for: Cross-platform transfers where you want speed, privacy, and zero friction for the recipient.

How to Transfer Files from iPhone to Windows with EteDrop​

1. Open EteDrop on your iPhone browser (Safari) and your Windows PC browser (Chrome, Edge, Firefox)
2. Select your files on the sending device
3. Share the link — send it via text, email, Slack, or any messaging app. The recipient also gets a pickup code for access.
4. Recipient previews and downloads — open the link, enter the code, preview the file, then save it

That's it. No cable. No cloud upload. No app to install on the receiving end.

LAN Mode: AirDrop-Style Speed on the Same Network​

When both devices are on the same Wi-Fi network, EteDrop's LAN mode activates automatically. Files transfer directly between devices at network speed — comparable to AirDrop on the same network.

No configuration. No setup. EteDrop detects the local network and routes accordingly.

Cross-Network: Sharing Beyond the Same Wi-Fi​

AirDrop stops at the network boundary. EteDrop doesn't.

Working from home? Client in a different office? EteDrop's public mode uses WebRTC NAT traversal to connect devices across networks. Still P2P. Still direct. Still no cloud relay.

P2P means both parties need to be online — no async delivery. For that, cloud-based tools may suit you better.

Experience + Efficiency: Two Pillars, One Tool​

Experience: Recipients preview files before downloading. Confirm it's the right document, the right image, the right video — before committing storage. No other cross-platform P2P tool offers this.

Efficiency: LAN mode auto-detects same-network transfers for maximum speed. Public mode extends reach without adding a cloud relay. One tool, both modes, automatic selection.

FAQ​

Is EteDrop exactly like AirDrop? No. AirDrop is Apple-only and uses a different protocol. EteDrop is browser-based, cross-platform, and works on any device with a modern browser. It brings AirDrop-style convenience to Windows and Android — without the ecosystem lock-in.

Does EteDrop work on Android too? Yes. Any device with a modern browser works — iPhone, Android, Windows, Mac, Linux.

Do I need to install anything? The sender opens EteDrop in a browser. The recipient opens a link in a browser. No app needed on the receiving end.

What file types can I preview? PDF, images (JPG, PNG, GIF, WebP, SVG), video (MP4, WebM), audio (MP3, OGG, WAV), and code files with syntax highlighting.

Is EteDrop free? Yes. Try EteDrop free →

AirDrop-style file sharing — on any platform. Try EteDrop free →

Every time you upload a file to the cloud, you're making two trips: your device → server, then server → recipient. For a 5 GB file, that's 10 GB of bandwidth consumed across the chain. And your file is sitting on someone else's server.

EteDrop — direct by design — cuts that to one trip. Your file goes from your device to the recipient's device. No server in the middle. No cloud upload. No storage on third-party infrastructure.

Here's how to do it.

The Upload Problem​

Cloud file sharing services have a standard playbook:

1. You upload the file to their servers
2. Their servers store the file (temporarily or permanently)
3. You share a download link
4. The recipient downloads from the server

This works. But it has real costs:

• Time: Two transfers instead of one
• Privacy: Your file exists on someone else's hardware
• Size limits: Most free tiers cap at 2 GB
• Storage persistence: Files may be stored longer than you expect

What Is P2P File Transfer?​

Peer-to-peer (P2P) transfer sends files directly between two devices. No middleman server. No cloud relay. The file travels from point A to point B.

EteDrop uses WebRTC — the same real-time communication technology that powers video calls in your browser. It's built into every modern browser. No plugins. No extensions. No app needed on the receiving end.

How to Send Files Without Uploading (3 Steps)​

Step 1: Open EteDrop

Open EteDrop in any modern browser. On your phone, tablet, or desktop. No sign-in required.

Step 2: Select your files and share the link

Pick the files you want to send. EteDrop generates a shareable link and a pickup code. Send the link to your recipient — via text, email, Slack, any messaging app. The pickup code ensures only the right person can access the transfer.

Step 3: Recipient previews and downloads

Your recipient opens the link in their browser. Enters the pickup code. Previews the file — PDF, images, video, audio, code. Then downloads it.

That's it. No upload. No cloud. No server storage.

Advanced options: EteDrop also supports LAN mode for same-network transfers (automatically detected) and multiple file transfers in one session. See the FAQ for details.

Why P2P Is Faster: One Trip vs Two​

Cloud transfer: Your device → Cloud server → Recipient's device. Two full transfers.

P2P transfer: Your device → Recipient's device. One transfer.

On the same local network, LAN mode delivers speeds close to your network hardware's limit. No round-trip to a distant data center. Across the public internet, you're still saving the server relay hop.

For large files, one trip matters. A 5 GB file over a 50 Mbps connection: ~14 minutes via cloud (upload + download), ~7 minutes via P2P (direct). Real-world times vary, but the math is consistent.

Privacy by Architecture​

Cloud services secure your files with encryption and access policies. That's privacy by policy — they promise not to look.

EteDrop offers privacy by architecture. The file never reaches a server. The signaling server helps devices find each other, then steps aside. No one can access your file because no one receives it — except your intended recipient.

Transfer files of any size — limited only by your connection. For very large files (10+ GB), a stable connection matters. If your connection drops, you'll need to retransfer — EteDrop doesn't currently support resumable transfers.

P2P means both parties need to be online — no async delivery. For that, cloud-based tools may suit you better.

When Cloud Still Makes Sense​

P2P isn't the answer to everything. Cloud uploads are the right choice when:

• The recipient isn't available right now (async delivery)
• You need files stored persistently for multiple downloads
• You're sharing with a large group simultaneously
• You want detailed transfer analytics and audit logs

Honest trade-offs. Pick the right tool for the job.

FAQ​

Does the recipient need to install anything? No. The recipient opens a link in their browser. No app needed on the receiving end. That's it.

Is there a file size limit? No artificial limits. Transfer files of any size — limited only by your connection and browser stability. For very large files, a wired or strong Wi-Fi connection is recommended.

What happens if my connection drops mid-transfer? You'll need to restart the transfer. EteDrop doesn't currently support resumable transfers.

Can I send multiple files at once? Yes. Select multiple files and EteDrop packages them for transfer. The recipient can preview and download individually.

Is EteDrop really private? The file travels directly from your device to the recipient's device via WebRTC. No server stores the file. The signaling server facilitates the connection — it never sees your file content. No file metadata is retained after the transfer completes.

Send large files without uploading to anyone's server. Try EteDrop free →

Moving a file from your phone to your laptop — or vice versa — shouldn't require planning. Yet most methods involve cables, cloud uploads, app installations, or ecosystem lock-in.

EteDrop — direct by design — makes it a browser task. Open. Select. Share. Preview. Download. No cable. No cloud. No app needed on the receiving end.

Here are 5 ways to transfer files between your phone and laptop, with honest trade-offs for each.

Method 1: Browser-Based P2P (EteDrop)​

Open EteDrop on both devices in any modern browser. Select files on one, share the link, and the other device previews then downloads. Done.

How it works: WebRTC peer-to-peer. Files go direct — device to device. On the same Wi-Fi, LAN mode activates for maximum speed. Across networks, public mode still connects directly.

Best for: Cross-platform transfers where privacy and speed matter, and you don't want to install anything on the receiving end.

Trade-offs: P2P means both parties need to be online — no async delivery. For that, cloud-based tools may suit you better.

Method 2: Cloud Storage (Google Drive, iCloud, Dropbox)​

Upload the file to your cloud storage. Access it from the other device. Download.

Best for: Files you want to store persistently, or when you need async access across multiple devices.

Trade-offs: Two trips (upload then download). File stored on third-party servers. Free storage caps. Slower for large files.

Method 3: USB Cable​

Plug your phone into your laptop with a USB cable. Drag and drop files.

Best for: Very large files (50+ GB) where connection stability matters, or when you have no internet/network access.

Trade-offs: You need a cable. You need the right cable (USB-C, Lightning, etc.). You need to be physically at your laptop. No preview — you're transferring blind.

Method 4: Email or Messaging Apps​

Attach the file to an email or send it via WhatsApp, Telegram, Signal, etc.

Best for: Small files (under 25 MB for email, under 2 GB for some messaging apps) sent to someone you're already chatting with.

Trade-offs: Size limits. Compression on some platforms (images and videos). Files routed through servers. Not ideal for anything sensitive.

Method 5: Dedicated File Transfer Apps​

Install apps like Send Anywhere, SHAREit, or Feem on both devices. Send via the app.

Best for: Frequent, repeated transfers between the same devices where you're okay installing software.

Trade-offs: Both people need the app. Some apps show ads. Most route files through their own servers anyway. Another app to maintain.

Quick Reference: Which Method for Which Scenario?​

Scenario	Best Method	Why
iPhone → Windows laptop, same Wi-Fi	EteDrop LAN mode	Cross-platform, fast, no cable, preview
Android → Mac, different networks	EteDrop public mode	P2P direct, no cloud upload, works anywhere
Large video (10+ GB)	EteDrop or USB cable	No artificial size limits; cable for unstable connections
Quick photo to a friend	Messaging app	Already in the conversation, small file
Sensitive document	EteDrop	P2P direct, no server storage, pickup code access
Files you need tomorrow	Cloud storage	Async access, persistent storage

Experience + Efficiency: How EteDrop Covers Both​

Experience: The preview feature changes the workflow. Instead of downloading a file and then checking if it's the right one, you preview first. PDF, images, video, audio, code — see what you're getting, then save it.

Efficiency: LAN mode detects same-network transfers automatically. Same Wi-Fi, same office, same home — your files move at network speed. No upload to a distant server. No waiting for cloud processing.

FAQ​

Do I need to install an app on my phone or laptop? No. EteDrop works in any modern browser. No app needed on the receiving end. The sender just opens the website.

Does EteDrop work for both iPhone and Android? Yes. Any device with a modern browser works — iPhone, Android, Windows, Mac, Linux.

How fast is the transfer on the same network? LAN mode gives you direct device-to-device speed on the same Wi-Fi. Comparable to a cable transfer for most file sizes.

Can I send files from laptop to phone too? Yes. Either direction works. EteDrop doesn't care which device sends and which receives.

What about security? Files travel directly between devices via WebRTC. No server stores the file. The pickup code ensures only the intended recipient can access the transfer.

Transfer files between your phone and laptop — no cable, no cloud. Try EteDrop free →

WeTransfer moves files by uploading them to cloud servers. That's how it works. It's also where the privacy gaps start.

EteDrop — direct by design — takes a different approach: peer-to-peer transfer. Files go from your device to the recipient's device. No server in the middle. The privacy difference isn't a feature — it's the architecture.

Here are five specific areas where WeTransfer's cloud-based model creates privacy exposure.

1. Your Files Are Stored on Third-Party Servers​

When you send a file through WeTransfer, it's uploaded to their infrastructure — currently AWS data centers. Your file exists on hardware you don't control, in a data center you've never seen.

WeTransfer stores files for up to 7 days on their free tier. That's 7 days your data sits on someone else's server, accessible to the infrastructure operator under the right circumstances.

EteDrop's P2P model means the file never reaches a server. It travels directly between devices. After the transfer completes, no copy exists anywhere except on the two devices involved.

2. Server-Side Encryption Still Means the Server Can Decrypt​

WeTransfer encrypts files in transit and at rest. That's standard practice. But here's the distinction: WeTransfer holds the encryption keys on their servers. They can decrypt the data. The encryption protects against external interception — not against access by the service itself.

This isn't a WeTransfer flaw. It's a structural feature of cloud relay architectures. The server must be able to read the file to serve it to the recipient.

P2P transfer removes this entirely. The file is encrypted end-to-end via WebRTC's DTLS protocol. EteDrop's signaling server facilitates the connection — it never touches the file content. No one in the middle can decrypt what they never receive.

3. Link-Only Access Means Anyone with the URL Can Download​

WeTransfer free-tier transfers use a download link. No password. No verification. Anyone with the URL gets the file.

Links leak. They get forwarded. They appear in chat histories. They sit in email threads. If your transfer URL reaches the wrong person, there's no second factor protecting access.

EteDrop uses a link plus a pickup code. The link can be shared broadly — the code ensures only the intended recipient can access the file. Two factors instead of one.

4. Metadata Is Collected and Retained​

WeTransfer collects transfer metadata: sender and recipient email addresses, file names, file sizes, IP addresses, timestamps. This data supports their service operations and analytics. It also creates a record of your file-sharing activity on their systems.

EteDrop's signaling server temporarily processes connection metadata (IP addresses for NAT traversal) to establish the P2P connection. Once the transfer is established, the signaling server steps aside. No file metadata is retained after the transfer completes. No record of what you sent, when, or to whom — on any server.

5. Jurisdiction and Legal Exposure​

WeTransfer processes data in the EU and US, subject to Dutch and European data protection laws, plus any legal processes those jurisdictions permit. Law enforcement requests, court orders, and regulatory access are possibilities in any jurisdiction.

P2P transfer reduces this exposure because the file data never reaches a server that could be compelled to produce it. The signaling data is transient — it facilitates the connection and then it's gone.

This isn't about distrust of WeTransfer or any specific provider. It's about structural reality: data that exists on a server can be accessed by the server operator, and server operators are subject to legal process.

The P2P Alternative​

EteDrop replaces the cloud relay with a direct P2P connection. The trade-offs are honest:

• Privacy: Files never touch a server. Period.
• Speed: One trip instead of two — especially fast on the same network via LAN mode.
• Experience: Preview before download — confirm what you're receiving before saving it.

But P2P also means both parties need to be online — no async delivery. For that, cloud-based tools may suit you better. EteDrop is built for the case where privacy matters more than convenience.

When WeTransfer Still Makes Sense​

Fair context matters. WeTransfer is the right tool when:

• You need async delivery — send now, recipient downloads later
• You want branded transfer pages for client-facing work
• You need team-level analytics and transfer management
• Your recipients aren't technically comfortable with pickup codes

Different tools for different needs. The point isn't that WeTransfer is bad — it's that its privacy model has structural gaps that matter when you're sending sensitive files.

Making the Switch​

If privacy is your priority, the switch is straightforward:

1. Open EteDrop in your browser
2. Select your files
3. Share the link and pickup code with your recipient
4. They preview and download — no upload, no server, no stored copy

No account needed. No app needed on the receiving end. No data left behind on anyone's server.

Send files that never touch a server. Try EteDrop free →