In August 2022, the Federal Court of Australia ordered Google to pay $60 million in penalties for misleading 1.3 million Australian Android users about how their location data was being collected. The setting Google told Australians would stop location tracking — “Location History” — wasn’t the only setting doing it. A second setting, “Web & App Activity,” was turned on by default and also sending location data to Google for targeted advertising. Users were never told.
The ACCC’s Chair called it a “serious matter.” A Federal Court judge agreed. Google paid the fine and moved on.
And yet: every standard Android phone sold in Australia since that ruling still runs Google Play Services — the same background infrastructure that sends data to Google servers before you’ve opened a single app, before you’ve agreed to anything, before you’ve even finished setting the phone up. A Vanderbilt University study found a dormant Android phone with Chrome in the background communicated location data to Google’s servers 340 times in a single 24-hour period — 14 times per hour — without the user touching it once. Two-thirds of all data Google collected came through passive collection. The user wasn’t doing anything.
This is the context in which degoogled phones Australia exist. Not as a niche product for the paranoid. As the only practical answer to a surveillance problem that Australian courts have confirmed, Australian regulators have documented, and Australian consumers have paid for — in location data, in advertising profiles, in a $60 million fine that changed nothing about the underlying architecture of the phone in your pocket.
A degoogled phone is a smartphone that has had Google’s proprietary software and data collection infrastructure removed and replaced with a hardened, open-source operating system. The hardware stays the same. The phone makes calls, connects to every Australian carrier, runs apps, and takes photos. What changes is what the phone does with your information — which is nothing, by design, unless you choose otherwise.
The term “degoogled” is used loosely in some quarters. You will see phones advertised as degoogled with Google apps removed but Google Play Services still running underneath — which means the data collection infrastructure is still present. At FreedomTech, degoogled phone means something precise: a Google Pixel running GrapheneOS, with Google’s entire data collection architecture absent by default, the bootloader relocked, and verified boot operating. Not a phone with some apps deleted. A fundamentally different operating system, on hardware specifically chosen because it meets the security requirements that make a genuine degoogled phone possible.
On a genuine degoogled phone in Australia, there is no advertising identifier. No background telemetry. No Google Play Services storing tracking cookies before you’ve opened anything. No location data pinging servers 340 times a day. The phone stops working for Google’s advertising machine and starts working entirely for you.
The most common question we get: “Can’t I just turn off location and delete Google apps?” It’s a reasonable question. The answer is no — and the reason matters.
The $60 million penalty against Google in Australia was specifically about settings. Google told Australians that one setting controlled their location data. It didn’t. A second setting was also collecting location data and was turned on by default. When the Australian Federal Court examined the situation, it found that even users who thought they had opted out of location tracking had not. The problem was architectural, not a matter of finding the right toggle.
Google Play Services — the background layer running beneath standard Android — operates below what any app permission control can reach. The ACCC’s own consumer research found that 74 per cent of Australians are uncomfortable with their personal information being shared with or sold to other companies. The same ACCC investigation found that data collection practices “do not align with consumer expectations” and that many Australians “may be unaware of the scope of data that is collected.” That’s not because Australians aren’t paying attention. It’s because the system is specifically designed to obscure what is happening.
The June 2025 ACCC Digital Platform Services Inquiry final report, released after five years of investigation, found that 83 per cent of Australians believe companies should be required to obtain consent before using personal data to train AI models. The ACCC concluded that “without further intervention, digital platforms continue to pose a significant risk of potential consumer and competition harms.” Five years of investigation. The conclusion: the problem is getting worse, not better.
Adjusting settings on a standard Android phone adjusts what Google tells you it is doing. It doesn’t change the underlying architecture. The only way to change the architecture is to replace the operating system entirely — which is exactly what a degoogled phone does.
The best degoogled phones in Australia are Google Pixels running GrapheneOS. That’s not brand preference — it follows from specific technical requirements that no other consumer hardware currently meets.
GrapheneOS is built by a Canadian non-profit that has been developing privacy-hardened Android since 2014. It is the operating system Edward Snowden uses every day and has publicly recommended since 2019. The Irish Times, reviewing GrapheneOS in March 2026, noted that “tech experts give top marks for balancing security with usability”. GrapheneOS has recorded over 400,000 downloads of its software — a user base that has grown substantially as awareness of mobile privacy risks has increased in Australia and internationally.
The reason the best degoogled phones available in Australia run specifically on Google Pixel hardware — and not Samsung, OnePlus, or any other Android brand — comes down to the bootloader. Every Android phone has a bootloader: software that runs before the operating system loads and checks that the OS hasn’t been tampered with. To install GrapheneOS, you unlock the bootloader. The critical question is whether you can relock it afterwards, using GrapheneOS’s own cryptographic keys.
On a standard Android phone from any other manufacturer, unlocking the bootloader is a one-way door. The phone can never again verify the integrity of its own operating system. Anyone who briefly accesses the device could install compromised software with no way for the phone to detect it. On Google Pixel hardware with GrapheneOS installed, the bootloader relocks using GrapheneOS’s own signing keys. Every time the phone starts, it runs the same verification process as a stock Pixel — confirming the OS is exactly what it should be, untampered, exactly as the user left it. That is verified boot. It requires Pixel hardware to function.
Pixel hardware also incorporates an IOMMU — a physical isolation layer built into the circuit board that keeps the cellular modem separated from the phone’s memory and application data. Most Android phones do not have this. On a phone without it, a compromised modem can potentially reach your apps and data. On Pixel, the modem is physically isolated regardless of what software is running. This is not a software feature. It is a hardware design decision that cannot be replicated by any other consumer Android phone on the Australian market today.
In March 2026, the GrapheneOS Foundation and Motorola announced a partnership to bring GrapheneOS to Motorola devices. That hardware is expected sometime in 2027. Until then, the best degoogled phones available in Australia are Google Pixels — Pixel 7 through Pixel 10 series, including Pro, XL, and Fold variants.
Most articles about degoogled phones focus on what’s removed. What GrapheneOS adds is equally important — and is the reason the best degoogled phones running GrapheneOS are categorically different from phones that have simply had Google apps deleted.
By default, GrapheneOS uses its own servers instead of Google’s for connectivity checks, location assistance, and update verification. The browser that ships with GrapheneOS — Vanadium, a hardened variant of Chromium — sends nothing to Google. No advertising identifier is generated. No telemetry infrastructure is present. There is nothing on the phone connecting to Google’s servers, because there is nothing there to make that connection.
The permission system goes further than standard Android. GrapheneOS allows per-app network permission — you can block any specific app from accessing the internet entirely, independently of its other permissions. A voice recorder can have microphone access but no network access: it can record, but it cannot upload what it records. Storage Scopes let you grant an app access to specific files only, not your entire storage. Contact Scopes let you share selected contacts with an app rather than your full address book.
The Sensors Off Quick Settings tile blocks every sensor on the device simultaneously — microphone, camera, gyroscope, accelerometer — for every app at once. Apps receive zeroed data. It is not a software refusal an app can work around; it is a system-level block. One tap. One tap to re-enable. Standard Android has no equivalent.
MAC address randomisation generates a new address per connection rather than per network, making passive tracking through Wi-Fi beacons significantly harder. The phone auto-reboots after a configurable period of inactivity, re-locking full-disk encryption. The USB-C port defaults to charging only. The entire architecture treats apps as untrusted by default rather than trusted unless specifically restricted — the opposite of how standard Android works.
The codebase is entirely open-source. Every line of code is publicly available. There are no hidden telemetry functions, no terms of service that quietly expand what the OS can do with your data, and no company that can receive a government notice and comply in secret. You are trusting publicly auditable code — not a corporation’s privacy policy.
This is the first question most Australians ask. The honest answer: most banking apps work, with one significant exception.
GrapheneOS includes optional sandboxed Google Play — the full Google Play Store and Play Services running inside a normal app sandbox with no system-level access. Google Play Services is treated exactly like any other third-party app. It has no special privileges. It cannot access the rest of the operating system beyond its own container. Most Australian banking apps — including apps from the major four banks — install and run normally in this configuration, because they simply need the Play Store to exist, not to have root-level access to the device.
A small number of banking apps enforce Play Integrity checks — verification that the device is running standard Google-certified Android. GrapheneOS’s compatibility with these has improved significantly over recent years and continues to improve. Most users find their banking apps work without issue. Some require a specific troubleshooting step. A handful still have problems.
The one thing that does not work is Google Pay, because it requires Google Play Services at the system level — not in a sandbox. This is a genuine trade-off. For Australians who rely on Google Pay for tap-to-pay, this matters. Many banks offer their own tap-to-pay solution within their app that works independently of Google Pay; whether your bank’s solution works on GrapheneOS depends on the bank. We can tell you before you order.
If you have a specific app you’re concerned about — a banking app, a work app, anything — ask us before ordering. We’d rather you know the honest answer upfront.
There is a deadline approaching for anyone using privacy apps on a standard Android phone — and most Australians using them have no idea it’s coming.
From September 2026, Google’s Android developer verification policy requires that every app installed on a certified Android device come from a developer who has registered their real identity with Google — legal name, home address, email, phone number, government-issued photo ID, and a $25 USD fee. Apps from unregistered developers will fail to install. The policy applies not just to the Play Store, but to every app from every source, on over 95 per cent of Android phones sold outside China.
The problem this creates for the privacy app ecosystem is structural. F-Droid — the open-source app store that has been the foundation of the privacy app world for over 15 years, hosting Signal, Brave, KeePassXC, Aegis, Organic Maps, the Fossify suite, and thousands of others — cannot comply. F-Droid doesn’t distribute apps signed by their original developers. It takes open-source code, reviews it independently, compiles it, and distributes it signed with F-Droid’s own cryptographic key. Google’s policy requires each app to be tied to one verified developer identity. F-Droid’s entire model is incompatible with that requirement by design.
A coalition of 56 organisations — including the Electronic Frontier Foundation, the Tor Project, the Free Software Foundation Europe, and F-Droid itself — has signed an open letter calling on Google to reverse the policy. The Keep Android Open campaign has filed complaints with competition authorities in more than 20 jurisdictions. Enforcement begins in Brazil, Indonesia, Singapore, and Thailand in September 2026, with global rollout through 2027.
For Australians on a standard Android phone who use Signal from F-Droid, Aegis for two-factor authentication, NewPipe for YouTube, HeliBoard as a private keyboard, or any of the Fossify system apps — the window to install these freely is closing. Some will survive through other distribution channels. Others will face increasing friction or disappear from mainstream Android entirely.
On a FreedomTech degoogled phone running GrapheneOS, none of this applies.
GrapheneOS is not a certified Android device. It does not include Google Play Services at the system level. Google’s verification policy is enforced through Google Play Services — the enforcement mechanism literally does not exist on GrapheneOS. F-Droid works on GrapheneOS exactly as it does today, and will continue to do so after September 2026 and after the global rollout in 2027. Every privacy app in this guide installs freely, permanently, without restriction.
This is not a minor convenience difference. It is the difference between a platform where privacy tools work and a platform where they are being systematically removed. If you are using privacy apps on a standard Android phone today, you are on borrowed time. On a degoogled phone in Australia running GrapheneOS, there is no clock running.
If you’ve spent any time researching degoogled phones, you’ve encountered competing claims. GrapheneOS, CalyxOS, /e/OS, LineageOS, the BraX3, various YouTube “privacy phones.” Some people online will tell you they’re all basically the same. They’re not. The differences are technical, consequential, and in some cases disqualifying.
The single most important question to ask about any degoogled phone is one that almost never comes up in reviews: can you relock the bootloader after installing the OS? If the answer is no — and for CalyxOS on non-Pixel hardware, /e/OS, LineageOS, and the BraX3, the answer is no — the phone cannot verify the integrity of its own operating system at startup. Anyone who briefly accesses your device can install compromised software with nothing to flag it. That is not a minor limitation. It is a foundational security failure that no amount of privacy-focused software can compensate for.
GrapheneOS on Google Pixel hardware is the only option where the bootloader relocks with the custom OS installed. Verified boot is the result: every time the phone starts, it confirms the OS is exactly what it should be and hasn’t been touched.
CalyxOS was, until 2025, a reasonable second option for clients who pushed back on GrapheneOS. Then August 2025 happened. The Calyx Institute published a letter to their community that opened with: “We want to assure you that we have no reason to believe the security of CalyxOS and its signing keys have been compromised.” When a privacy OS opens a community letter with that sentence, something has gone badly wrong. The founder and lead developer had both left. Security updates stopped for months. The project told its own users to consider uninstalling. Remotely exploitable vulnerabilities went unpatched. As of early 2026, CalyxOS is rebuilding — but recovering is not the same as recovered. We are not recommending it.
/e/OS, made by French company Murena, cannot relock the bootloader because it’s built on LineageOS. It uses microG by default — which makes limited contact with Google’s servers on registration. In October 2024, virtually every Murena cloud service went offline simultaneously — email, calendar, contacts, file storage — for four months. Some emails were permanently lost. Users weren’t notified for weeks. Murena holds the decryption keys to its cloud storage, not you. True end-to-end encryption is listed as a future feature.
LineageOS is genuinely excellent at what it’s designed to do: give older Android phones a new lease of life. It is not a privacy operating system. Its own FAQ states explicitly that relocking the bootloader after installation will most likely result in a phone that doesn’t boot and may not be recoverable.
The BraX3 — sold by US content creator Rob Braxman and built on a MediaTek Dimensity 6300 chip manufactured in China — doesn’t have an IOMMU. That’s the hardware isolation layer that keeps the cellular modem separated from your phone’s memory and data. MediaTek’s own September 2025 security bulletin listed a high-severity remote privilege escalation flaw in their modem firmware requiring no user interaction. On a phone without IOMMU, a compromised modem can reach your apps and data. On Pixel with GrapheneOS, it can’t. That’s not a software difference. It’s a board-level hardware design decision.
No independent security researcher — no one unaffiliated with iodéOS or Brax Technologies — has endorsed the BraX3. Edward Snowden endorses GrapheneOS on Pixel. That comparison is not close.
For a full technical breakdown of every option, read our degoogled phone operating systems comparison. But the short version is this: GrapheneOS on Google Pixel is the only degoogled phone that passes every test that matters — bootloader relock, verified boot, hardware modem isolation, active security updates, and an independent developer team with a decade-long track record.
FreedomTech sells degoogled phones from $785 for a brand new Pixel 7a through to $3,565 for a new Pixel 10 Pro Fold. Every phone runs GrapheneOS and is configured identically: the difference is the hardware generation and specifications, not the privacy standard.
The brand new Pixel 7a at $7855 is the entry point and the practical starting point for most clients. It is a current-generation Pixel with a compact form factor, solid camera, and full GrapheneOS support — bought new, not refurbished. It runs the same GrapheneOS build, with the same bootloader relock, the same pre-installed apps, and the same FreedomTech manual as every other phone in the range.
Across the range:
Pixel 7a (brand new): $785
Pixel 8 series: $995 – $1,475
Pixel 9 series: $1,125 – $2,850
Pixel 10 series (new): $1,625 – $3,565
Pixel Tablet: $969 – $1,075
Every phone is built by us, tested before it leaves, and shipped with the FreedomTech manual. Brave, Signal, and ProtonMail are pre-installed and configured. No tutorial is included — you receive a manual and a phone that is ready to use from day one.
Browse the full current range at freedomtech.com.au/store/degoogled-phones-tablets.
A question worth answering directly: degoogled phones in Australia run on Telstra, Optus, and Vodafone. 4G and 5G both work. You can port your existing phone number across. Your SIM card from your current phone will most likely drop straight in. There are no carrier restrictions, no locked device issues, no compatibility problems with Australian mobile networks.
GrapheneOS is a full-featured smartphone operating system. It makes calls, sends messages, takes photos, runs navigation, plays video, and handles everything a standard smartphone does. It simply doesn’t spend its day reporting on you while doing it.
The short answer: a broader group than most people expect.
Lawyers and healthcare professionals who handle genuinely sensitive client information — and who recognise that carrying a standard Android phone into a client consultation means carrying Google’s data collection infrastructure into that consultation. Journalists and researchers who need operational security. Crypto investors who understand that a phone running standard Android in the same pocket as a hardware wallet somewhat defeats the purpose of the hardware wallet. Business owners who’ve processed enough breach notifications to take data security seriously.
And increasingly: ordinary Australians who have simply had enough. The OAIC’s community attitudes survey found that 84 per cent of Australians want more control over how their personal information is collected and used. Only 32 per cent feel they actually have any. Half said they feel they have no real choice but to hand over their data to use services. That isn’t a technology problem. That’s an awareness problem — and the awareness is growing.
Our clients are not all technical users. Most aren’t. Fraser described switching as feeling “instant relief when turning on my De-Googled Phone.” Robert and Anita said: “It was a huge relief and we only wondered why we didn’t switch ten years ago.” Rhett reported being able to “jump on to it with minimal learning and continue my business operations straight away.” These are people who made a practical decision, not a technical one — and found the transition shorter than they expected.
You will see the terms “degoogled phone,” “google-free phone,” and “privacy phone” used interchangeably. They’re not quite the same thing, and the difference matters when you’re spending real money.
A google-free phone typically means a phone without Google apps — no Gmail, no Maps, no YouTube. But Google Play Services may still be running underneath. Google Play Services is the background infrastructure that Google uses to provide APIs to app developers — and to collect device data. Removing Google apps while leaving Play Services in place is like repainting the surveillance camera. The camera is still there.
A genuine degoogled phone removes Google Play Services entirely. Apps that need Google’s infrastructure — and some do — can use the optional sandboxed version: contained, restricted, without system-level access. The surveillance infrastructure is not just hidden or adjusted. It’s gone.
When FreedomTech says degoogled phone, we mean the latter. GrapheneOS, bootloader relocked, no Google Play Services at the system level, no advertising ID, no background telemetry. The phones that come out of our hands are genuinely google-free in the sense that matters.
This post is the hub for all FreedomTech content on mobile privacy and degoogled phones. Each spoke post covers one specific topic in depth. Here is where to go depending on what you’re researching.
If you’re asking whether your phone is listening to you — Apple paid $95 million and Google paid $68 million in voice privacy settlements. We covered what actually happens with wake word detection, the iRecorder malware case, and what GrapheneOS’s Sensors Off tile does at the hardware level, in our post on how to stop your phone from listening to you.
If you want to understand the full picture of phone tracking in Australia — advertising identifiers, the Trinity College Dublin research on what Android transmits before any app opens, VPNs, and what five practical steps actually achieve — read phone tracking Australia: 5 steps to take back control.
If you’re comparing operating systems — GrapheneOS, CalyxOS and what happened to it in August 2025, /e/OS, LineageOS, and the BraX3’s hardware problems — read our degoogled phone operating systems comparison. It’s the most detailed honest assessment of these options available from an Australian supplier.
If you want the exact apps we install on every degoogled phone and why each one replaces its Big Tech equivalent — Signal, ProtonMail, Brave, Aegis, Organic Maps, KeePassXC, NewPipe, the Fossify suite — read privacy apps for Android: replace Big Tech app by app.
If you’re following Google’s September 2026 app verification policy and what it means for open-source app stores like F-Droid — and why it doesn’t affect GrapheneOS users — read sideloading apps on Android: Google is changing the rules.
A degoogled phone is a smartphone running an open-source operating system that has had Google's proprietary software and data collection infrastructure removed entirely. At FreedomTech, every degoogled phone is a Google Pixel running GrapheneOS — with the bootloader relocked, verified boot operating, no Google Play Services at the system level, and no advertising identifier. It works as a normal smartphone on every Australian carrier. It simply doesn't report your data to Google.
Yes, completely. There are no restrictions on using alternative operating systems on your own hardware in Australia. GrapheneOS is free, open-source software. You can port your existing number, use Telstra, Optus, or Vodafone, access 4G and 5G networks, and use your phone exactly as you use it now — without the surveillance architecture underneath.
The best degoogled phones available in Australia are Google Pixels running GrapheneOS. Within that range, the best choice depends on budget and hardware preferences. The brand new Pixel 7a at $995 is the entry point and practical starting point for most clients. The Pixel 9 series represents the current mainstream choice for performance and longevity. The Pixel 10 series is for clients who want the latest hardware and the longest update window. All ship with the same GrapheneOS build, the same apps, and the same privacy standard.
Most do, through optional sandboxed Google Play — which runs the Play Store in a restricted container with no system-level access. Apps from Australia's major four banks generally work. A small number have Play Integrity compatibility issues that require troubleshooting. Google Pay does not work — it requires Play Services at the system level, not in a sandbox. Many banks offer their own tap-to-pay that works independently. If you have a specific bank in mind, ask us before ordering.
In common usage they often mean the same thing. In practice, "google-free phone" sometimes refers to a phone with Google apps removed but Google Play Services still running underneath — which means the background data collection infrastructure is still present. A genuinely degoogled phone in Australia removes Google Play Services from the system level entirely. That is what FreedomTech builds: GrapheneOS on Pixel, no Play Services in the OS, no advertising ID, no telemetry. Apps that genuinely need Google's infrastructure can use the optional sandboxed version — contained, without system access.
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Australia's TOLA Act (Telecommunications and Other Legislation Amendment Act 2018) gives Australian law enforcement and intelligence agencies the power to compel communications providers to assist with accessing encrypted data — including by building new capabilities, under secrecy provisions. This applies to commercial platforms with Australian operations. GrapheneOS is open-source software built by a Canadian non-profit with no proprietary communications infrastructure and no Australian commercial presence to serve a compulsory notice to. The architecture doesn't create the access points the legislation is designed to reach. That is a meaningful structural difference from running standard Android, iMessage, or WhatsApp on a standard phone.
Every degoogled phone we build for Australian clients ships with Brave browser, Signal, Telegram (forkgram) ProtonMail, ProtonVPN, Calendar, Gallery, YouTube replacement, Weather, Alternative maps, Open Source 2FA, F-Droid open-source app store, and Aurora Store for anonymous access to the Play Store catalogue. The FreedomTech manual covers how to use every app and how to set up everything else you need.
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