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These special phone and app features can help protect you from spyware

Spyware attacks on journalists, human rights defenders, and political dissidents are no longer rare or exotic. In early 2025, WhatsApp notified roughly 90 users — many of them journalists and civil society members across Europe — that they had been targeted by Israeli spyware company Paragon Solutions. Months later, Apple sent threat notifications to a new group of iOS users; forensic analysis confirmed two of them, both journalists, had been hit with Paragon’s Graphite spyware using a zero-click attack, meaning they didn’t even have to tap a link to be compromised. These aren’t isolated incidents. They’re the norm.

For the last 15 years, security researchers have documented countless cases where government hackers have targeted and successfully compromised journalists, human rights defenders, critics, and political opponents. 

These attacks rely on expensive, sophisticated, and stealthy tools that allow their operators to hack into and install spyware on computers, but especially smartphones, which hold virtually all of the data about a person’s daily life. 

Spyware gives its operators virtually full access to the target’s device and data. Government spies can record phone calls, steal chat messages, access photos, and switch on the device’s camera and microphone to record ambient sound and record nearby conversations. Spyware also typically tracks a person’s real-time location.

In response to these attacks, tech giants now provide their users with better defenses. In particular, Apple, Google, and Meta offer opt-in features specifically designed to counter targeted spyware attacks. 

Generally speaking, these features add extra protection, sometimes by turning off or limiting some regular features. It’s a tradeoff, but having used these myself for a long time, I have never found them to be too onerous or annoying to use. 

Tech companies, security researchers who have studied spyware for years, and we at TechCrunch, recommend that you use these features if you suspect you may be a target of government surveillance because of who you are or what you do. Even if you’re not, these security features will keep your data better protected from entering the wrong hands. 

No security measure is perfect, and it’s a constant effort to keep security flaws at bay. Spyware makers find new ways to hack into phones and services, then software makers learn from those attacks and respond. Rinse and repeat. 

But that doesn’t mean these features are not worth using. On the contrary; these features have been proven effective. 

“These features are free, easy to enable, and the best defense we have today against sophisticated spyware,” said Runa Sandvik, a security researcher who has worked to protect journalists and other at-risk communities for more than a decade. “If the features get in the way of something you need to do, you can easily turn them off again — meaning it costs very little to turn them on and try them out.”

Here’s a recap of these features, and how to switch them on. 

Image Credits:TechCrunch / Screenshot /

Apple’s Lockdown Mode

Apple’s Lockdown Mode is available on all Apple devices, including iPhones. Apple says that when Lockdown Mode is enabled, “your device won’t function like it typically does.” In exchange for this inconvenience, your device will be more secure. 

There is evidence that Lockdown Mode has helped in the past. Citizen Lab found that Lockdown Mode stopped one spyware attack carried out with NSO Group’s Pegasus software. As recently as March, Apple said it has never detected a successful attack on an Apple device with Lockdown Mode enabled.

This is what Lockdown Mode changes on your device when you turn it on:

  • Attachments received on iMessage other than some images, video, and audio are blocked by default.
  • Links and previews in iMessage are blocked and appear as non-linked web addresses. (You can copy and paste the links into Safari or another browser if you want.)
  • Fonts, some images, and some web technologies are blocked when browsing in Safari.
  • Incoming FaceTime calls are blocked if you haven’t contacted that person before or in the last 30 days. 
  • Screen sharing, content sharing over SharePlay, and Live Photos are unavailable.
  • Incoming invitations for Apple services are blocked unless you have previously invited that person.
  • The Focus feature “and any related status will not work as expected.”
  • Game Center is disabled.
  • Location information is stripped when you share photos. 
  • “Shared albums are removed from the Photos app, and new Shared Album invitations are blocked.”
  • You need to unlock your device to connect it to an accessory or a computer. When connecting a Mac with Apple-made processors to an accessory, the computer needs to be unlocked and you have to approve the connection with your passcode.
  • You can’t connect automatically to open or public Wi-Fi networks, and you will be disconnected from any non-secure Wi-Fi networks that you previously connected to before enabling Lockdown Mode. 
  • Your phone won’t be able to connect to 2G or 3G cellular networks.
  • You can’t install configuration profiles or enroll the device in a Mobile Device Management program.

To switch on Lockdown Mode, go to Settings, then Privacy & Security, and scroll down to Lockdown Mode. Once you enable the feature, your Apple device will restart. 

I have used Lockdown Mode for years. While I noticed some websites being a bit wonky at the beginning, I haven’t noticed that in a while. Also, you can selectively switch off Lockdown Mode for specific websites and apps, without disabling the feature entirely. There are some quirks, but I have gotten used to them, too.

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Google’s Advanced Protection Program

Google launched its Advanced Protection Program in 2017. This feature is designed to make your Google account more resilient against malicious hackers of all kinds. 

Advanced Protection Program includes the following features:

  • Restricts some third-party services and apps from accessing your Google account, and only with your permission.
  • Enables “Deep Gmail Scans,” which scan your incoming emails for phishing attacks and malicious content.
  • Enables Google Safe Browsing in Chrome, which warns users navigating to dangerous sites or downloading dangerous files. 
  • On Android, you can only install apps and games from legitimate app stores.
  • If someone tries to log into your account, Google takes extra steps to verify it’s really you.

To turn on Advanced Protection, go to its official page and click “Get Started.” This will prompt you to log into your Google account. Follow the instructions there. 

First, you will need to add a physical security key (or a software passkey) as an additional verification factor apart from your passwords. You will also need to add a recovery phone and a recovery email to your account, or use a backup passkey or security key. 

Image Credits:EFF /

Android’s Advanced Protection Mode

Introduced last year and likely inspired by Apple’s Lockdown Mode, Android’s Advanced Protection Mode brings similar defenses to Google’s mobile operating system.

Android’s Advanced Protection Mode provides the following security features:

  • Enables Google Play Protect, which guards against malware and unwanted apps, and checks all apps for “harmful behavior.”
  • Apps from unknown sources cannot be installed, and updates from previously installed apps from unknown sources will be blocked from running.
  • Enables Memory Tagging Extension (MTE) on supported devices. MTE is a hardware-enforced feature that protects against certain types of vulnerabilities. 
  • The device locks automatically if it detects suspicious activity “indicative of theft,” such as sudden and fast movement. This is based on data from the device’s motion sensors, Wi-Fi, and Bluetooth. 
  • The device locks automatically if it goes offline for a prolonged period. 
  • The device automatically reboots if the phone has been locked for 72 hours, making it harder to extract data using law enforcement tools designed to unlock phones, such as devices made by Cellebrite.
  • When the device is locked, USB connections are blocked.
  • Google scans for “unwanted and potentially harmful messages.”
  • Links sent via the Messages app from unknown users will be flagged. 
  • Connection to 2G networks is blocked.
  • Google will identify spam callers. 
  • You will be able to screen incoming calls and decline spam calls automatically. (Available only in certain regions.)
  • Enables Android Safe Browsing, which protects against malicious websites.
  • Chrome will automatically enforce HTTPS encryption for all sites.
  • Some JavaScript functions are turned off, reducing the browser’s attack surface for potential weaknesses.
  • You can also enable Intrusion Logging, an optional feature that helps researchers investigate spyware attacks

To enable Advanced Protection Mode on your Android device, go to Settings, then Security and Privacy, and under Other Settings, tap Advanced Protection, then tap Device Protection. 

Image Credits:TechCrunch / Screenshot /

WhatsApp’s Strict Account Settings

WhatsApp is used by more than 3 billion people, including those in the crosshairs of resourceful government agencies. 

The demand for hacking tools that target WhatsApp is so high demand that exploits can cost millions of dollars — and they work. In 2019, WhatsApp caught a hacking campaign by NSO Group that targeted around 1,200 users. Early last year, WhatsApp caught another spy operation that ensnared around 90 users in Europe. 

In response, earlier this year, WhatsApp launched Strict Account Settings, an opt-in feature that switches on some privacy and security controls depending on the operating system.

On Android and iOS, Strict Account Settings turns on the following features:

  • Two-step verification.
  • Security notifications, which alert users when a contact has changed their phone or reinstalled WhatsApp, or if an attacker takes control of their account. 
  • Blocks attachments and media (pictures and videos) from unknown senders by default.
  • Link previews are turned off.
  • Calls from unknown numbers are silenced.
  • Your IP address is hidden in calls.
  • Your profile information and activity, such as when you were last seen online, your profile photo, and About information, are hidden from people who are not your contacts or members of a pre-established group. 
  • Only contacts or members of a pre-established group can add you to a group chat.

To switch the feature on, use your primary device and go to Settings, then Privacy, then scroll down to Advanced and turn it on. 

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How an e-scooter founder raised $5 million to build space data centers

Here’s one metric for tracking SpaceX’s IPO later this week: The company has changed the venture industry’s perspective on long-term, capital-intensive space so much that a talented founder with no space experience can fund a space data center company.

Orbital, a new firm that emerged in May from a16z’s startup accelerator program Speedrun with a $5 million seed round, is the latest company promising to do inference in space — just as soon as Starship is flying regularly. Other investors include Basis Set, Human Element, Wayfinder, Antler, Anti Fund, Ascent, Rubik, Zero Knowledge Ventures, LYVC, Feld Ventures, New Legacy, FNDR, UpHonest, and Asterisk.

Founder and CEO Euwyn Poon previously founded e-scooter company Spin in 2017 and sold it to Ford a year later, joining the automotive giant. When he was ready to start a new company, a16z’s Speedrun was eager to get on board, according to partner Andrew Chen, who told TechCrunch that Poon worked through several ideas before landing on space data centers.

You’re familiar with the pitch. There’s insatiable demand for AI compute, and deploying it is slow going on Earth. Why not head to space for limitless sunshine and limited environmental reviews? The main problem is the brutal economics of launching stuff into orbit, which currently leaves the business case unable to close.

Orbital, like many of it competitors, is betting on SpaceX figuring out its Starship rocket and offering it to commercial customers. “We will get to full scale when Starship comes online,” Poon explained. The price of the Falcon 9, the current state of the art, “makes this not economically feasible.”

For now, Poon and company — which includes about a dozen folks in Los Angeles, with experience at Amazon LEO, SpaceX, and Northrop Grumman — are working toward a demo flight that will see the company fly an Nvidia Blackwell chip on a partner’s satellite to test Orbital’s radiation shielding and thermal management tech. In 2028, the company hopes to launch its first data-processing spacecraft with Nvidia’s Space-1 Vera Rubin-class GPUs.

At that point, the company wants to start doing piece-wise inference work, which would allow it to generate revenue with each satellite launched. That’s a similar path to rival data center startup Starcloud, which already has a GPU in orbit and plans to launch several more to generate income until Starship enables them to deploy their full constellation.

Orbital’s goal is to deploy 10,000 satellites that provide a distributed gigawatt of computing power, with each satellite providing 100 kW of power. For comparison, Elon Musk said SpaceX expects its AI satellites to produce up to 150 kW, and Starcloud expects to field larger 200 kW-rated spacecraft to run chips.

Some companies are too impatient to wait for Starship. Cowboy Space Company, another space data center startup backed by a16z, recently decided to start building its own rockets. Jeff Bezos’ space company Blue Origin also announced plans to launch data centers into space using its New Glenn launch vehicle.

Poon is confident that the breadth of AI demand will allow many companies to succeed. “There’s so many lanes for companies in our space to pursue,” he told TechCrunch, before rattling off an array of choices that included companies pursuing different AI workloads, designs, and concepts of what a space data center looks like.

Chen said that Poon’s experience scaling up a company that deployed 250,000 scooters across 100 cities shows he can manage the tricky task of building an aerospace company. Over the long term, a project like this might take a decade and $5 billion or more, but Chen said venture firms are more comfortable with timelines like that.

“This kind of thing would have sounded crazy 10 years ago when we were all building mobile apps,” he said. “Starting it in 2026 just lets you tap into all the energy and excitement that’s happening in the capital markets.”

Poon found his way into the space data center business by a circuitous route. After leaving Ford, he bought a Nvidia A100 on a lark, co-locating it in a Santa Clara data center and serving open-weight models. That firsthand experience convinced him the value in delivering compute in the era of AI.

Now he’s just got to put a couple thousand GPUs in space.

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Lovable says it has hit $500M in annualized revenue, with 1 million new projects a week

Europe’s fast-growing vibe-coding startup, Lovable, tells TechCrunch it has surpassed $500 million in annualized revenue run rate.

Lovable last discussed its revenue in February, when the company said it crossed $400 million. In August, 2024, Lovable said it could hit $1 billion in annualized revenue within 12 months. It may not be on track to double that figure by summer, but it is still reporting jaw-dropping growth; the company, founded in late 2023, hasn’t yet hit its three-year anniversary.

The company also claims it has been used to build over 50 million projects and says usage has accelerated to one million new projects a week. According to a survey of those projects that run on the company’s blog, Lovable says its users are primarily non-technical, yet are increasingly building software they intend to monetize or use in their businesses.

Its users are founders, designers, and salespeople building websites and e-commerce storefronts, as well as internal tools like CRMs, inventory systems, and HR platforms, the company says.

That list tells a story. AI vibe-coding platforms have been seen as a threat to legacy SaaS software. Why buy expensive annual contracts when you can just vibe code it yourself? Lovable’s survey appears to offer some data that this is indeed happening. Of course, Lovable — and therefore most of the projects built on it — isn’t old enough to answer the harder question about vibe-coded software: Will such an approach prove short-lived? That’s because it’s not the initial building part that’s the problem — it’s the maintaining part.

Software operates almost like a living organism: Even well-written, well-designed code that isn’t AI slop runs atop an ever-shifting stack of dependencies, third-party services, and infrastructure — all of which is constantly being updated, which means end-user software is always breaking. That’s why so many companies choose to buy instead of build. They want others to be responsible for keeping it running. We’ll have to see if Lovable and other vibe coders will transparently report abandoned projects as their platforms mature — aka the not-as-flattering stuff. If those abandonment rates are low, that will be the true indication that the so-called SaaSpocalypse is here and here to stay.

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Sandstone raises $30M to bring AI to in-house legal teams

With Harvey and Legora burning through eight-figure funding rounds, legal tools have proven to be one of the fastest-growing and most hotly contested verticals among AI startups. But while those tools focus on private practice, some startups believe there’s still plenty of the legal market that isn’t being served.

Sandstone, which announced $30 million in Series A funding on Tuesday, is focused on an overlooked slice of the legal space, focusing on the tangle of overlapping tasks and systems facing in-house legal teams.

The Series A was led by Lightspeed Venture Partners, with participation from existing investors at Mantis VC, SV Angel, Operator Partners, Kearny Jackson, Daybreak Ventures, Litquidity Ventures, and others. The Series A comes just six months after a $10 million seed round in January, which was led by Sequoia.

As the founders describe it, Sandstone’s initial user base will be the legal departments at small and mid-sized businesses.

“They open up their laptop in the morning, they see all the work that’s come in through different intake channels, whether that’s Slack messages, emails, Jira,” co-founder and chief operating officer Jarryd Strydom told TechCrunch. “AI helps them route and triage that work appropriately, and then they can build custom workflows on top of our platform to actually execute work, whether that’s drafting, reviewing, or providing legal analysis.”

The result has little in common with legal reasoning systems like Harvey and Legora. Instead, Sandstone focuses on relationship management and workflow automation, both tuned to the unique demands of in-house legal work. As Strydom sees it, the focus on in-house legal departments allows Sandstone to provide value where more generalized AI deployments often flounder.

“One of the convictions of Lightspeed was that they really believe in highly specialized vertical AI,” Strydom said, “because it takes a granular understanding of workflows to really nail down how AI can help.”

Sandstone will also face heated competition from frontier AI labs, which are increasingly turning their attention to the legal space. Anthropic has been steadily expanding its Claude for Legal offering, adding new tools in May for case law searches and deposition prep.

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