privacy

Alternatives to Google Photos: The Full De-Googling Round-Up

Aug 26, 2026

Google Photos Is Not the Only Option, and Not the Private One

Google Photos is convenient, but it has costs people increasingly want to avoid: 15 GB of free storage shared with Gmail and Drive, a default compression mode that downsizes originals, an inactivity policy that can delete your content, and a company that analyzes your photos and has folded Gemini AI into the product^[1]. The r/degoogle community is full of people asking for a way out, like the post "Alternatives to Google Photos?"^[2].

There are five realistic categories of alternatives, and the right one depends on how much you value privacy, whether you are willing to self-host, and whether you want a photo-specific app or just encrypted storage. The thread's consensus: for a managed privacy-first service, Ente Photos; for self-hosting, Immich; for a photo surface tied to a broader encrypted cloud, Proton Photos.

This round-up compares them all with current, sourced numbers, and links to the migration guides at the end.

The Alternatives, Compared

Alternative	Type	Privacy model	Free tier	Price (paid)	Best for
Ente Photos	Managed, E2E encrypted	End-to-end encryption, open source, self-hostable	10 GB free forever	From $2.49/mo^[3]	Privacy-first with a Google-Photos-like app
Proton Photos	Inside Proton Drive	End-to-end, zero-access, Swiss	5 GB free	From $4.99/mo (200 GB)^[4]	Privacy plus a broader encrypted cloud
Immich	Self-hosted, open source	Your server, your keys	Free software; you pay for hardware	No subscription	Full control, face recognition, no monthly fee
iCloud Photos	Apple ecosystem	Encrypted in transit/at rest; Apple holds keys	5 GB shared iCloud	Paid iCloud tiers^[5]	People already in the Apple ecosystem
Amazon Photos	Managed	Encrypted; Amazon holds keys	5 GB, or unlimited photos with Prime	Plans from $1.99/mo^[6]	Prime members with big photo libraries
Flickr	Photography community	Photos are public/private by setting; no E2E	Free tier with upload limits	Pro subscription^[7]	Photographers who want a community and portfolio
Backblaze B2 / S3	Object storage	Standard cloud encryption	None	About $6/TB/mo^[8]	Cold archival, not daily photo browsing

The Privacy-First Options

Ente Photos: the closest Google Photos drop-in that is actually private

Ente is the most common recommendation in the de-Googling community, and the top comment on that thread recommends it for anyone who does not want to self-host^[9]. It offers end-to-end encrypted backups, on-device face recognition, a zero-knowledge AI search, shared albums, memories, and a family plan, all open source with apps for Android, iOS, web, macOS, Linux, and Windows^[10]. The free tier is 10 GB forever, and paid plans start at a few dollars a month^[11].

Proton Photos: private photos inside a private cloud

Proton Photos is the photo surface of Proton Drive: the same end-to-end encryption, automatic mobile backup, albums, favorites, and filters, with a free 5 GB plan and paid Drive Plus tiers^[12]. It is the strongest choice if you also want an encrypted cloud for files, Docs, and Sheets, not just photos. It is younger than Google Photos: no face recognition and no AI search yet, which the community has loudly requested^[13]. See the full comparison in Proton Photos vs Google Photos.

The Self-Hosted Option

Immich: run your own Google Photos

If you do not want to rent storage from anyone, Immich is the leading open-source, self-hosted photo manager. It offers automatic mobile backup, facial recognition, shared albums, and search, running on your own server^[14]. The trade-off is exactly what self-hosting always costs: you provide the hardware, keep it updated, and own the failure domain. For a few gigabytes of phone photos it may be overkill; for a large family archive it gives you total control.

The Big-Tech Alternatives (De-Googling by Switching Silos)

These replace Google Photos without really solving the privacy problem; they just move your photos into a different company's cloud:

iCloud Photos: the natural choice inside the Apple ecosystem, with 5 GB of shared free iCloud storage and paid tiers^[15].
Amazon Photos: "Prime members get unlimited full-resolution photo storage and 5 GB for video," with 5 GB for everyone else and paid storage from $1.99/mo^[16].
OneDrive: Microsoft's storage, with photo backup built into the mobile app; storage is shared with the free OneDrive tier and Microsoft 365 plans^[17].

These are fine if your goal is simply to leave Google, but they do not change the underlying deal: your photos live with a company that holds the keys.

Photography and Archival Options

Flickr: the photography community and portfolio option, with a free tier and a Pro subscription for unlimited uploads^[18]. Great for photographers who want visibility, not a private family archive.
Backblaze B2 and S3-compatible storage: for the 3-2-1 backup mindset, object storage at around $6/TB/mo is the cheap way to keep an independent, cold copy of your library^[19]. It is storage, not a photo app: you pair it with a tool to browse or transfer. Blober supports B2 and the whole S3 family, so this is a natural pairing if you want a private archive you fully control. See How to Backup Google Photos Without Google Takeout for the workflow.

The Hard Part: Getting Your Photos Out of Google

None of this matters until your library is out of Google Photos, and that is the step every alternative expects you to handle yourself:

Google Takeout is the official export, but it is slow, splits into 2 GB zips, and flattens albums (Proton's own import guide even warns about scattered folders)^[20].
Blober connects to Google Photos directly and transfers the library to any supported destination, including Proton Drive, pCloud, Backblaze B2, or a local drive, without Takeout. See How to Move Google Photos to Proton Drive and How to Backup Google Photos to pCloud.
Whichever destination you pick, keep the originals until the transfer finishes and verify a sample before deleting anything from Google.

Which Should You Pick?

Privacy + a managed app, no self-hosting: Ente Photos or Proton Photos.
Total control, no subscription: self-host Immich (or a NAS).
Already on Apple or Prime: iCloud Photos or Amazon Photos are the least-effort swaps.
Photography portfolio: Flickr.
Cheap independent archive: Backblaze B2 / S3 storage.
Also want an encrypted file cloud, Docs, and Sheets: Proton Photos via Proton Drive.

Frequently Asked Questions

What is the best private alternative to Google Photos? For a managed service, Ente Photos is the community favorite: end-to-end encrypted, open source, 10 GB free, with face recognition and shared albums^[21]^[22]. For a photo surface inside a broader encrypted cloud, Proton Photos.

Is there a free self-hosted Google Photos alternative? Yes. Immich is open source and free; you only pay for the hardware it runs on^[23]. It includes facial recognition and automatic mobile backup.

Does Amazon Photos give you unlimited storage? For Prime members, unlimited full-resolution photo storage plus 5 GB for video. Non-Prime customers get 5 GB total, with paid plans from $1.99/mo^[24].

How do I move my Google Photos library to another service? You can use Google Takeout (slow, zip-based) or a direct transfer tool. Blober connects to Google Photos and transfers to Proton Drive, pCloud, B2, or a local drive without Takeout. See How to Backup Google Photos Without Google Takeout and How to Move Google Photos to Proton Drive.

Will Google delete my photos if I stop using Google Photos? Google's policy states that if you are inactive in Google Photos for 2 years or more, your content may be deleted^[25]. This is one of the strongest reasons to hold an independent copy.

What about Proton Photos specifically? It is the photo surface inside Proton Drive: end-to-end encrypted, 5 GB free, paid tiers start with 200 GB on Drive Plus, with albums and automatic backup but no face recognition yet. See Proton Photos vs Google Photos.

Proton Photos vs Google Photos: The Honest Comparison

Aug 26, 2026

Proton Photos vs Google Photos: Two Different Deals

Google Photos is the default home for most people's photo library, and it has real costs: only 15 GB of free storage shared with Gmail and Drive, a compression option that downsizes originals, an inactivity policy that can delete your content, and a business model built on analyzing your photos. Proton positions its Photos feature as the private alternative, and the demand is real: a top r/ProtonDrive post titled "Make Proton Photos more like a real alternative to Google Photos" collects a long list of the gaps users hit^[1].

Proton Photos is the photo surface inside Proton Drive. It beats Google Photos on privacy: every photo is end-to-end encrypted before upload, nothing is compressed unless you choose it, and Proton says it does not scan your photos or train AI on them. Google Photos still wins on convenience: mature face recognition, AI-powered search, and a far larger feature set. If your priority is keeping photos private and unmodified, Proton wins. If you rely on Google's AI search and automatic face grouping day to day, you will feel the difference.

This article is the honest feature-by-feature comparison. For the actual move, see How to Move Google Photos to Proton Drive.

What Proton Photos Actually Is

Proton Photos is not a separate app with its own login. It is the photo and album surface of Proton Drive, at drive.proton.me/u/0/photos. Your photo quota is your Proton Drive quota (5 GB free, 200 GB on Drive Plus), and the photos share the same end-to-end encryption as every other file in Proton Drive^[2]. Proton's own framing is direct: "Unlike Google Photos, Proton Drive empowers you to control your pictures, videos, and albums with uncompromising privacy and security"^[3].

Head-to-Head Comparison

Feature	Proton Photos	Google Photos
Free storage	5 GB (shared with Proton Drive)	15 GB (shared with Gmail and Drive)
End-to-end encryption	Yes, zero-access. Proton says "no one, not even Proton, can access your files"^[4]	No. Google holds the keys and can read your photos
Compression	Originals stored as-is, no forced downscaling	"Storage saver" (previously "High quality") compresses photos^[5]
Face recognition	Not available	Yes, mature, automatic
AI search	No (search by date, type, favorites, filters)	Yes, natural-language and object search, Gemini integration
Albums	Yes, shared albums with email invites, favorites^[6]	Yes, shared albums
Auto mobile backup	Yes, iOS and Android^[7]	Yes, iOS and Android
Metadata / EXIF	Preserved; album names and photo locations are encrypted^[8]	Preserved, but readable by Google
Scanning / AI training	Proton states it does not scan photos or use them to train AI^[9]	Google analyzes photos (faces, objects, locations) and has folded Gemini into Photos
Inactivity deletion	No such policy documented	Google may delete content after 2+ years of inactivity^[10]
Jurisdiction	Switzerland, open source, audited	US-based, subject to US law
Price (paid)	Drive Plus: 200 GB, see pricing	Google One paid tiers (see plans)

Where Proton Photos Wins

End-to-end encryption. This is the entire point. Proton encrypts photos, album names, and metadata like locations on your device before upload, so even Proton cannot read them^[11]. Google Photos is not encrypted this way; Google can see your photos, and Proton's marketing presses the point that Google "scans and analyzes the faces" in them^[12].

No forced compression. Google's "Storage saver" mode downsizes originals to fit more in your quota, and it is the default that most people have been running for years. Proton stores originals as-is. If you care about keeping full-resolution files, that is a meaningful difference for a large library.

No AI-training or advertising pipeline. Proton's position is that your photos are "too personal to be scanned by surveillance systems or analyzed by algorithms"^[13]. Google, by contrast, has integrated Gemini into Google Photos and uses the data for its own models.

You are not renting against a deletion policy. Google's own support page states: "If you're inactive in Google Photos for 2 years or more, your content may be deleted"^[14]. Proton does not have an equivalent inactivity-deletion policy for stored photos.

Where Google Photos Still Wins

Be honest about the gaps before switching, because they are real:

Face recognition. Google automatically groups photos by person and lets you search by face. Proton Photos has no face recognition today.
AI search. Google's natural-language search ("photos of my dog at the beach") is best-in-class. Proton searches by date, type, favorite, and filter, not by content.
Mature editor and ecosystem. Google Photos has editing tools, shared libraries, partner sharing, and deep Android integration. Proton's Photos surface is younger.
Bigger free tier. 15 GB vs 5 GB, both shared with the rest of the account.

What Proton Photos Still Lacks (Per the Community)

The r/ProtonDrive thread that calls for Proton Photos to be "more like a real alternative" lists the specific gaps users hit^[15]:

Viewing on-device photos alongside cloud photos in one interface.
iCloud-style storage optimization (full original in the cloud, small preview on the device).
A dedicated duplicates view to find and remove duplicate files.
Editing tools (the post suggests Lumo image editing).
Editing the captured date of a photo to correct wrong timestamps.
A standalone Proton Photos app.

None of these are dealbreakers for a private archive, but they matter if you treat Proton Photos as a full Google Photos replacement for daily browsing.

Pricing: What You Actually Pay

	Proton	Google
Free	5 GB	15 GB
200 GB	Drive Plus (see pricing)	Google One paid tiers, see plans
500 GB	Proton Unlimited (VPN + Mail + Calendar + Pass)	Google One paid tiers

Proton's paid tier is a flat storage subscription. Google One bundles other Google benefits, but the storage is the part that matters for photos. Prices drift, so check the Proton Drive pricing page and Google One plans before deciding.

The Switch Decision

Choose Proton Photos if you want originals kept unmodified, end-to-end encrypted, in a zero-access service you are not renting against a deletion policy. Choose Google Photos if you rely on face recognition, AI search, and editing day to day and are comfortable with Google reading your library.

If you switch, the mechanics are covered in depth in How to Move Google Photos to Proton Drive, which compares Proton's official Takeout-based import with a direct transfer, and Migrating To or From Proton Drive covers the general Proton Drive migration story.

Frequently Asked Questions

Is Proton Photos free? Yes. It is the photo surface of Proton Drive, and the free plan includes 5 GB of storage for photos and files. Proton says that is "enough space to store more than 1000 photos" at an average size of 4 MB^[16]. Paid plans start with 200 GB on Drive Plus^[17].

Does Proton Photos compress my photos? No. Originals are stored as-is. Google's "Storage saver" mode, by contrast, compresses photos to save space^[18].

Does Proton Photos have face recognition? Not yet. Google Photos has automatic face grouping; Proton Photos does not. It is one of the most-requested gaps in the community^[19].

Can Proton Photos replace Google Photos? For private, encrypted photo storage: yes. For a drop-in with Google's AI search, face recognition, and editing: not fully yet. This article walks through exactly what you gain and what you give up.

Is Proton Photos the same as Proton Drive? No. Proton Drive is the general file-storage product (folders, sync, sharing, Docs and Sheets). Proton Photos is the photo-and-album surface inside it, optimized for media. See How is Proton Drive different to Proton Photos? for the full explanation.

How do I get my existing photos out of Google Photos? Google has no bulk "download all" button, and Takeout is slow and Windows-only for Proton's import. See How to Move Google Photos to Proton Drive and How to Backup Google Photos Without Google Takeout for the options.

The Zero-Knowledge Illusion in Cloud Transfer Tools

Jun 27, 2026

A transfer tool can only call itself zero-knowledge if it is never in a position to see your files or your credentials. There is really only one way to guarantee that: the tool never sits in the path your data travels. If it runs on someone else's servers, "zero-knowledge" describes an intention, not the architecture.

"Encrypted in Transit" Is Not the Whole Story

Most hosted tools say your data is encrypted in transit, and it is. The detail that matters is where the encryption stops. When data moves through a company's servers, it is decrypted there so it can be read and sent on to the destination, then encrypted again for the second leg. That is hop-by-hop encryption, not end-to-end. For a moment, on a machine you do not control, your files are in the clear.

This is not a sign of bad intent. It is how a relay has to work. But it means "encrypted in transit" and "we never see your files" are two different promises, and only one of them is being made.

The Bigger Exposure Is Your Credentials

Files in transit are the visible worry. The quieter one is the keys. To move data on your behalf, a tool needs your storage credentials, and a storage key is not a limited transfer pass. It can read, write, list, and delete across your account.

A hosted service has to store those keys somewhere so it can use them. That store, holding the credentials of many users, is a single valuable target. If it is breached, the exposure is not one transfer; it is standing access to everyone's storage.

What Makes Zero-Knowledge Real

One arrangement actually delivers it: the tool runs on your own machine, keeps your credentials in local storage, and connects straight to your providers. With nothing in the middle, there is no relay to decrypt your files and no shared vault to breach. The vendor's service knows nothing because it is not in the transfer path.

Blober works this way. Credentials stay in a local store on your computer, the data streams directly between your providers and your machine, and there is no Blober account or server in the path.

How to Check Any Tool

You do not have to take a claim on faith. A few questions sort the architecture out:

Does it require an account with the tool's own service? A pure local tool needs a licence, not an account that holds your data.
Where are credentials stored? On your machine, or on the tool's servers?
Can it run when the tool vendor's own servers are unreachable? If the core transfer can run with those servers unreachable, they are not in your data path. If it cannot, they are.

That vendor-offline test is the most telling. A tool that keeps working with its own service unreachable cannot be sending your files through that service.

Where rclone Fits

The command-line tool rclone is also local, and that is its strength: it runs on your machine and moves data directly between providers. Its credentials live in a configuration file on your disk, which rclone says should be protected because it typically contains login information^[1]. Blober keeps the same local-only principle while removing the configuration step, storing your credentials on your own machine and connecting straight to your providers.

What Zero-Knowledge Cannot Cover

Zero-knowledge is about the middleman, not the endpoints. No tool can protect you from a provider you have chosen to authorize; that provider can see what is in its own account by definition. What a local-first tool removes is the extra party, the one that had no need to see your data and no business holding your keys.

Frequently Asked Questions

Is "encrypted in transit" enough? It protects data from outsiders on the wire, but not from the service doing the relay, which decrypts it to pass it along. End-to-end privacy requires that no middle service ever holds the unencrypted data.

Why are credentials a bigger deal than the files? A single transfer exposes one set of files. A leaked storage key exposes the whole account, for as long as the key stays valid.

How do I know a desktop tool is not phoning home? Test it offline. If the transfer between your clouds runs with the tool's own servers unreachable, your data is not passing through them.

Next Steps

See the architecture in How Blober Works.
Go deeper on trust in Data Sovereignty: Why Your Cloud Transfer Tool Matters.
Ready to keep your keys local? Get Blober.

What 'Local-First' Actually Means

Jun 27, 2026

Local-first software runs on your own device and keeps your data and its core features working without depending on someone else's servers. The cloud is still welcome, but it is optional rather than required. You hold the data, the app and local state remain usable offline, and nothing essential disappears if a company does.

Where the Idea Comes From

The phrase was popularized by a 2019 essay from the research group Ink & Switch, titled "Local-first software: you own your data, in spite of the cloud"^[1]. It set out a handful of ideals for software that respects the person using it: your data stays on your device and remains yours, the work is available offline, it lasts for the long run instead of vanishing when a service shuts down, and privacy is the default rather than an upgrade.

The essay was written about documents and collaboration, but the principles travel well to any tool that touches your data, including one that moves files between clouds.

Local-First Is Not Local-Only

It helps to place local-first between two older ideas.

Cloud-first software lives on a company's servers. You reach it through a browser, your data sits in its database, and when the service is down or gone, so is your access.
Local-only software is the classic desktop app that could not talk to anything else. Your data was yours, but it was stranded on one machine.

Local-first keeps the good parts of both. Your data and the app live on your device, so you keep control and offline access, and the app still reaches the cloud when you want it to. The difference from cloud-first is who is in charge: the cloud serves you, instead of holding you.

What It Means for a Transfer Tool

Applied to moving files between clouds, local-first has a clear shape:

The app runs on your computer, not in a browser tab on someone else's servers.
It connects directly to your providers, so your files are not relayed through a middle service.
Your credentials stay in a local store on your machine.
The core work does not depend on the tool's own servers, so it keeps running even when they are unreachable.
It keeps working for the long run. Blober is a lifetime licence with future updates under the current terms, so the copy on your machine does not stop working when a billing cycle ends.

This is the same idea described in Your Files, Your Machine, No Middleman, set out as a principle here rather than step by step.

Why It Matters

Ownership. Your files and your keys stay on your side. A tool you run cannot quietly change what it does with data it never receives.
Longevity. A local-first tool does not depend on a company staying in business to keep functioning. What works today keeps working.
Privacy. With no middle service in the path, there is no extra party to see your files or hold your credentials.
No lock-in. Because the tool moves data between the storage you already use, it makes leaving any one provider easier, not harder.

Local-First Is Not Anti-Cloud

Local-first is not anti-cloud, and it is not a claim that servers are bad. Plenty of good software is cloud-first for good reasons. Local-first is a statement about control: the data and the core features belong on your device, and the cloud is something you reach out to on your terms. For a tool whose whole job is handling your files, that is a sensible default.

Frequently Asked Questions

Is local-first the same as offline? Offline is one of its results, not the whole idea. Local-first means the app and your data live on your device; working offline follows from that.

Does local-first mean I cannot use the cloud? No. It means the cloud is optional for the app to function. You still connect to cloud providers; you are just not dependent on the tool's own servers.

How is this different from an old desktop program? An old desktop program was often local-only, stranded on one machine. Local-first keeps your data on your device and still connects to the cloud when you want it.

Next Steps

See the principle in practice in How Blober Works.
Read the trust case in Data Sovereignty: Why Your Cloud Transfer Tool Matters.
Ready to keep your files on your side? Get Blober.

Your Files, Your Machine, No Middleman: Why Local-First Transfers Matter

Mar 14, 2026

The Risk You're Not Thinking About

Every time you use a SaaS cloud transfer tool (MultCloud, Flexify, or any browser-based service), your files pass through someone else's servers. Your vacation photos, your client deliverables, your financial backups: all routed through infrastructure you don't control, operated by companies you've never audited.

Most people don't think about this. They click "transfer," see a progress bar, and assume their files went from A to B. In reality, the path is A to middleman to B. That middleman sees your filenames, your folder structure, and in many cases, the file contents themselves.

The risk of SaaS cloud transfer tools: your files pass through someone else's servers, data is routed through proxies, and you have zero control over the path

How Blober Is Different

Blober is a desktop app. It runs on your machine (Mac, Windows, or Linux) and talks directly to your cloud provider's API. When you transfer files from AWS S3 to Backblaze B2, the data flows from your machine to the provider endpoint. No relay. No proxy. No middleman.

This isn't just a privacy feature. It's a fundamentally different architecture:

SaaS tools: Your Machine > Their Server > Cloud Provider
Blober: Your Machine > Cloud Provider (direct)

Your credentials never leave your device. Your files never touch a server you didn't choose. And because there's no middleman bandwidth to pay for, there are no per-GB transfer charges from the tool itself. You only pay what your cloud provider charges.

Blober runs on your machine with direct API calls. SaaS tools proxy through their servers while Blober connects you directly to your cloud providers

Take Back Control

Blober connects to a growing list of storage providers - AWS S3, Azure Blob Storage, Backblaze B2, Cloudflare R2, DigitalOcean Spaces, Dropbox, Google Drive, GoPro Cloud, Local Disk, Wasabi, and more - all from a single app with a visual file browser.

No subscriptions. No per-transfer fees. One purchase, lifetime access. And every byte stays between you and your cloud provider.

Take back control with Blober. A growing list of cloud providers, 100% local transfers, one-time purchase, available on Mac, Windows, and Linux

Who Is This For?

Privacy-conscious users who don't want their files routed through third-party servers
Photographers and videographers transferring large media libraries between providers
Small businesses that need to move data without compliance headaches
Anyone leaving a cloud provider who wants a clean, direct migration path
GoPro users who want their footage somewhere they actually control

Get Blober

Your files. Your machine. No middleman. Download Blober

Data Sovereignty: Why Your Cloud Transfer Tool Matters

Feb 15, 2026

Your Transfer Tool Is a Trust Decision

When you move data between cloud providers, your transfer tool has access to everything: your storage credentials, your file contents, your metadata. The architecture of that tool - where it runs, where credentials are stored, where data flows - determines whether you maintain control or hand it to a third party.

Most people evaluate migration tools on speed and features. Few ask the harder question: who else can see my data while it's in transit?

The Three Architectures

1. SaaS (Cloud-Hosted)

Tools like Flexify.io and MultCloud run on their own servers. Your credentials are stored in their infrastructure. Your data routes through their systems during transfer.

Concern	Flexify.io	MultCloud
Credential storage	Flexify servers	MultCloud servers (Hong Kong)
Data path	Through Flexify infrastructure	Through MultCloud servers
Account required	Yes	Yes
OAuth token storage	Server-side	Server-side
Offline operation	No	No
Privacy policy scope	US (Florida)	Hong Kong

This doesn't mean these services are malicious. But it means:

A third party stores your cloud credentials - API keys, OAuth tokens, or access grants
Your data transits infrastructure you don't control - introducing a man-in-the-middle by design
You're subject to their privacy policy and jurisdiction - which may change without notice
A breach of their systems exposes your credentials and potentially your data

For personal photos, this might feel acceptable. For business data, media archives, legal documents, or HIPAA/GDPR-adjacent workloads - it's a serious risk.

2. CLI (Local, But Exposed)

rclone runs locally on your machine. Your data goes directly to and from each cloud provider. This is a genuine trust advantage over SaaS tools.

However, rclone stores credentials in a plaintext configuration file (~/.config/rclone/rclone.conf). Anyone with access to your filesystem - malware, another user, a compromised backup - can read your cloud credentials directly.

rclone does offer an encryption option for the config file, but it's opt-in and requires manual setup. Most users leave it in plaintext.

3. Desktop App (Local + Secured)

Blober runs entirely on your machine with encrypted credential storage. Your data flows directly between your machine and each cloud provider. No intermediary.

Concern	Blober
Credential storage	✅ Local, encrypted
Data path	✅ Direct (no middleman)
Account required	✅ No (license key only)
OAuth token storage	✅ Local only
Offline operation	✅ Yes
Jurisdiction	✅ Your machine, your rules

Why This Matters

Credential Exposure

Your cloud storage credentials are the keys to your kingdom. An AWS access key or a Google OAuth token doesn't just grant transfer access - it grants full access to your storage: read, write, delete, list. If a SaaS provider's database is breached, your credentials are in that breach.

With Blober, credentials never leave your machine. There is no remote database to breach.

Data in Transit

When a SaaS tool transfers your files, those files pass through their servers. Even with SSL encryption in transit, the data is decrypted on their infrastructure before being re-encrypted and sent to the destination. This is not end-to-end encryption - it's hop-by-hop.

With Blober, data flows directly from source to your machine to destination. No hops through third-party infrastructure.

Jurisdiction and Compliance

MultCloud operates from Hong Kong. Flexify.io from Florida, USA. Each jurisdiction has different data protection laws, government access rules, and breach notification requirements. When your data or credentials live on their servers, you're subject to their jurisdiction - not yours.

Blober runs on your hardware, in your jurisdiction. No foreign servers. No cross-border data flow through third parties.

Subscription as Leverage

SaaS tools require active accounts. Cancel your subscription, and you lose access to your workflows, task history, and potentially your configured connections. This creates a soft lock-in that has nothing to do with the quality of the tool.

Blober is a one-time purchase. No account, no subscription, no leverage.

Comparison Summary

Dimension	SaaS (Flexify, MultCloud)	CLI (rclone)	Blober
Credentials	Third-party servers	Plaintext local file	✅ Encrypted local
Data path	Through vendor servers	Direct	✅ Direct
Account required	Yes	No	✅ No
Offline capable	No	Yes	✅ Yes
Risk of vendor breach	Exposes your credentials	N/A	✅ N/A
Jurisdiction	Vendor's country	Your machine	✅ Your machine
Subscription lock-in	Yes	No	✅ No

Who Should Care?

Freelancers and agencies handling client data - you have a professional duty to control where that data flows
Photographers and videographers with irreplaceable media - GoPro footage, wedding archives, production masters
Small businesses without dedicated security teams - reducing your attack surface matters
Anyone under GDPR, HIPAA, or SOC 2 obligations - third-party data processors require disclosure and contractual agreements
Privacy-conscious individuals who simply want to own their data pipeline

So What?

Your migration tool is not a neutral pipe. It's an active participant in your data flow. Its architecture determines whether your credentials are stored remotely, whether your files transit foreign servers, and whether you maintain sovereignty over your data.

Blober is designed around a simple principle: your data, your machine, your rules.

No accounts. No SaaS intermediaries. No credential exposure. One-time purchase, local execution, direct transfers.

Get Blober =>

privacy

Google Photos Is Not the Only Option, and Not the Private One

The Alternatives, Compared

The Privacy-First Options

Ente Photos: the closest Google Photos drop-in that is actually private

Proton Photos: private photos inside a private cloud

The Self-Hosted Option

Immich: run your own Google Photos

The Big-Tech Alternatives (De-Googling by Switching Silos)

Photography and Archival Options

The Hard Part: Getting Your Photos Out of Google

Which Should You Pick?

Frequently Asked Questions

Related Guides

Proton Photos vs Google Photos: Two Different Deals

What Proton Photos Actually Is

Head-to-Head Comparison

Where Proton Photos Wins

Where Google Photos Still Wins

What Proton Photos Still Lacks (Per the Community)

Pricing: What You Actually Pay

The Switch Decision

Frequently Asked Questions

Related Guides

"Encrypted in Transit" Is Not the Whole Story

The Bigger Exposure Is Your Credentials

What Makes Zero-Knowledge Real

How to Check Any Tool

Where rclone Fits

What Zero-Knowledge Cannot Cover

Frequently Asked Questions

Next Steps

Where the Idea Comes From

Local-First Is Not Local-Only

What It Means for a Transfer Tool

Why It Matters

Local-First Is Not Anti-Cloud

Frequently Asked Questions

Next Steps

The Risk You're Not Thinking About

How Blober Is Different

Take Back Control

Who Is This For?

Get Blober

Your Transfer Tool Is a Trust Decision

The Three Architectures

1. SaaS (Cloud-Hosted)

2. CLI (Local, But Exposed)

3. Desktop App (Local + Secured)

Why This Matters

Credential Exposure

Data in Transit

Jurisdiction and Compliance

Subscription as Leverage

Comparison Summary

Who Should Care?

So What?