Google brings Gemini mobile app to India with support for 9 Indian languages

Google Gemini mobile app

Image Credits: Google

Google has released its dedicated AI mobile app Gemini in India — over four months after its debut in the U.S. — with support for nine Indian languages alongside English.

The Gemini mobile app in India supports nine Indian languages: Hindi, Bengali, Gujarati, Kannada, Malayalam, Marathi, Tamil, Telugu and Urdu. This lets users in the country type or talk in any of the supported languages to receive AI assistance, the company said on Tuesday.

Google confirmed to TechCrunch that the Gemini mobile app is powered by Gemini 1.0 Pro by default. However, it comes with a paid option to access the Gemini Advanced experience, which is based on Gemini 1.5 Pro and offers a 1 million token context window to process and understand a wide variety of information, ranging from documents of up to 1,500 pages to complex data analysis tasks. Gemini Advanced also includes support for the nine Indian languages that are available on the Gemini mobile app.

Alongside the India rollout, Google has quietly released the Gemini mobile app in Turkey, Bangladesh, Pakistan and Sri Lanka.

Android users in eligible countries can download the Gemini app through the Play Store. You can also set Gemini as the default AI assistant in the Google Assistant app. Over the next few weeks, iPhone users in India will also be able to access Gemini through the Google app.

At its I/O developer conference in May, Google showcased some expansions of its Gemini AI assistant into apps such as Gmail, Google Messages and YouTube and a deep integration within the Android operating system. Some of those experiences will be rolled out to supported devices over the next few months. However, Google said it is rolling out Gemini into Google Messages in English for Indian users starting today.

First unveiled in the U.S. in February, the Gemini mobile app was launched in European markets such as Germany, France, Italy, Sweden and the U.K. In April, the app received support for other languages, including Japanese, Korean, Spanish and Portuguese, to reach more users.

Student raised security concerns in Mobile Guardian MDM weeks before cyberattack

a photo showing a school classroom from the back, with a view of a bunch of students with computers on their desks as they work

Image Credits: Marijan Mura / Getty Images

A person claiming to be a student in Singapore publicly posted documentation showing lax security in a widely popular school mobile device management service called Mobile Guardian, weeks before a cyberattack on the company resulted in the mass-wiping of student devices and widespread disruption.

In an email with TechCrunch, the student — who declined to provide his name citing fear of legal retaliation — said he reported the bug to the Singaporean government by email in late May but could not be sure that the bug was ever fixed. The Singaporean government told TechCrunch that the bug was fixed prior to Mobile Guardian’s cyberattack on August 4, but the student said that the bug was so easy to find and trivial for an unsophisticated attacker to exploit, that he fears there are more vulnerabilities of similar exploitability.

The U.K.-based Mobile Guardian, which provides student device management software in thousands of schools around the world, disclosed the breach on August 4 and shut down its platform to block the malicious access, but not before the intruder used their access to remotely wipe thousands of student devices.

A day later, the student published details of the vulnerability he had previously sent to the Singaporean Ministry of Education, a major customer of Mobile Guardian since 2020.

In a Reddit post, the student said the security bug he found in Mobile Guardian granted any signed-in user “super admin” access to the company’s user management system. With that access, the student said, a malicious person could perform actions that are reserved for school administrators, including the ability to “reset every person’s personal learning device.” 

The student wrote that he reported the issue to the Singaporean education ministry on May 30. Three weeks later, the ministry responded to the student saying the flaw is “no longer a concern,” but declined to share any further details with him, citing “commercial sensitivity,” according to the email seen by TechCrunch. 

When reached by TechCrunch, the ministry confirmed it had received word of the bug from the security researcher, and that “the vulnerability had been picked up as part of an earlier security screening, and had already been patched,” as per spokesperson Christopher Lee.

“We also confirmed that the disclosed exploit was no longer workable after the patch. In June, an independent certified penetration tester conducted a further assessment, and no such vulnerability was detected,” said the spokesperson.

“Nevertheless, we are mindful that cyber threats can evolve quickly and new vulnerabilities discovered,” the spokesperson said, adding that the ministry “regards such vulnerability disclosures seriously and will investigate them thoroughly.”

Bug exploitable in anyone’s browser

The student described the bug to TechCrunch as a client-side privilege escalation vulnerability, which allowed anyone on the internet to create a new Mobile Guardian user account with an extremely high level of system access using only the tools in their web browser. This was because Mobile Guardian’s servers were allegedly not performing the proper security checks and trusting responses from the user’s browser.

The bug meant that the server could be tricked into accepting the higher level of system access for a user’s account by modifying the network traffic in the browser.

TechCrunch was provided a video — recorded on May 30, the day of disclosure — demonstrating how the bug works. The video shows the user creating a “super admin” account using only the browser’s in-built tools to modify the network traffic containing the user’s role to elevate that account’s access from “admin” to “super admin.”

The video showed the server accepting the modified network request, and when logged in as that newly created “super admin” user account, granted access to a dashboard displaying lists of Mobile Guardian enrolled schools.

Mobile Guardian CEO Patrick Lawson did not respond to multiple requests for comment prior to publication, including questions about the student’s vulnerability report and whether the company fixed the bug.

After we contacted Lawson, the company updated its statement as follows: “Internal and third party investigations into previous vulnerabilities of the Mobile Guardian Platform are confirmed to have been resolved and no longer pose a risk.” The statement did not say when the previous flaws were resolved nor did the statement explicitly rule out a link between the previous flaws and its August cyberattack. 

This is the second security incident to beset Mobile Guardian this year. In April, the Singaporean education ministry confirmed the company’s management portal had been hacked and the personal information of parents and school staff from hundreds of schools across Singapore compromised. The ministry attributed the breach to Mobile Guardian’s lax password policy, rather than a vulnerability in its systems.


Do you know more about the Mobile Guardian cyberattack? Are you affected? Get in touch. You can contact this reporter on Signal and WhatsApp at +1 646-755-8849, or by email. You can send files and documents via SecureDrop.

Student raised security concerns in Mobile Guardian MDM weeks before cyberattack

a photo showing a school classroom from the back, with a view of a bunch of students with computers on their desks as they work

Image Credits: Marijan Mura / Getty Images

A person claiming to be a student in Singapore publicly posted documentation showing lax security in a widely popular school mobile device management service called Mobile Guardian, weeks before a cyberattack on the company resulted in the mass-wiping of student devices and widespread disruption.

In an email with TechCrunch, the student — who declined to provide his name citing fear of legal retaliation — said he reported the bug to the Singaporean government by email in late May but could not be sure that the bug was ever fixed. The Singaporean government told TechCrunch that the bug was fixed prior to Mobile Guardian’s cyberattack on August 4, but the student said that the bug was so easy to find and trivial for an unsophisticated attacker to exploit, that he fears there are more vulnerabilities of similar exploitability.

The U.K.-based Mobile Guardian, which provides student device management software in thousands of schools around the world, disclosed the breach on August 4 and shut down its platform to block the malicious access, but not before the intruder used their access to remotely wipe thousands of student devices.

A day later, the student published details of the vulnerability he had previously sent to the Singaporean Ministry of Education, a major customer of Mobile Guardian since 2020.

In a Reddit post, the student said the security bug he found in Mobile Guardian granted any signed-in user “super admin” access to the company’s user management system. With that access, the student said, a malicious person could perform actions that are reserved for school administrators, including the ability to “reset every person’s personal learning device,” he said. 

The student wrote that he reported the issue to the Singaporean education ministry on May 30. Three weeks later, the ministry responded to the student saying the flaw is “no longer a concern,” but declined to share any further details with him, citing “commercial sensitivity,” according to the email seen by TechCrunch. 

When reached by TechCrunch, the ministry confirmed it had received word of the bug from the security researcher, and that “the vulnerability had been picked up as part of an earlier security screening, and had already been patched,” as per spokesperson Christopher Lee.

“We also confirmed that the disclosed exploit was no longer workable after the patch. In June, an independent certified penetration tester conducted a further assessment, and no such vulnerability was detected,” said the spokesperson.

“Nevertheless, we are mindful that cyber threats can evolve quickly and new vulnerabilities discovered,” the spokesperson said, adding that the ministry “regards such vulnerability disclosures seriously and will investigate them thoroughly.”

Bug exploitable in anyone’s browser

The student described the bug to TechCrunch as a client-side privilege escalation vulnerability, which allowed anyone on the internet to create a new Mobile Guardian user account with an extremely high level of system access using only the tools in their web browser. This was because Mobile Guardian’s servers were allegedly not performing the proper security checks and trusting responses from the user’s browser.

The bug meant that the server could be tricked into accepting the higher level of system access for a user’s account by modifying the network traffic in the browser.

TechCrunch was provided a video — recorded on May 30, the day of disclosure — demonstrating how the bug works. The video shows the user creating a “super admin” account using only the browser’s in-built tools to modify the network traffic containing the user’s role to elevate that account’s access from “admin” to “super admin.”

The video showed the server accepting the modified network request, and when logged in as that newly created “super admin” user account, granted access to a dashboard displaying lists of Mobile Guardian enrolled schools.

Mobile Guardian CEO Patrick Lawson did not respond to multiple requests for comment prior to publication, including questions about the student’s vulnerability report and whether the company fixed the bug.

After we contacted Lawson, the company updated its statement as follows: “Internal and third party investigations into previous vulnerabilities of the Mobile Guardian Platform are confirmed to have been resolved and no longer pose a risk.” The statement did not say when the previous flaws were resolved nor did the statement explicitly rule out a link between the previous flaws and its August cyberattack. 

This is the second security incident to beset Mobile Guardian this year. In April, the Singaporean education ministry confirmed the company’s management portal had been hacked and the personal information of parents and school staff from hundreds of schools across Singapore compromised. The ministry attributed the breach to Mobile Guardian’s lax password policy, rather than a vulnerability in its systems.


Do you know more about the Mobile Guardian cyberattack? Are you affected? Get in touch. You can contact this reporter on Signal and WhatsApp at +1 646-755-8849, or by email. You can send files and documents via SecureDrop.

Wikipedia's mobile website finally gets a dark mode

Wikipedia

Image Credits: Wikipedia

Half a decade ago, a ton of apps started to implement a dark mode. This included YouTube, Twitter, Facebook, Hulu and WhatsApp. Apple and Google began offering a systemwide dark theme for their mobile operating systems in 2018. Wikipedia has finally caught up and has started implementing dark mode for its website in 2024.

If you visited the Wikipedia website on mobile in July, you might have seen a pop-up indicating that dark mode is ready for prime time. Here is how you can turn it on mobile:

Go to Wikipedia’s site.Tap on the hamburger menu on the top.Tap on Settings.Under the Color section, select “Dark” as the option.

Wikipedia says under the Colors tab that this is an experimental implementation, and you might experience some issues in dark mode.

What the Wikipedia website looks like in dark mode on the mobile web.
Image Credits: Screenshot by TechCrunch

In August 2024, Wikipedia finally rolled out dark mode to the desktop site. Here is how you can turn it on:

Go to Wikipedia’s site.Click on the appearance menu, which has a specs icon.Select the “Dark” options under the “Color” section.

What the Appearance menu looks like on Wikipedia’s desktop site. Image Credits: Screenshot by TechCrunch

This story originally published July 12 and was updated August 8 with more information.

Google brings Gemini mobile app to India with support for 9 Indian languages

Google Gemini mobile app

Image Credits: Google

Google has released its dedicated AI mobile app Gemini in India — over four months after its debut in the U.S. — with support for nine Indian languages alongside English.

The Gemini mobile app in India supports nine Indian languages: Hindi, Bengali, Gujarati, Kannada, Malayalam, Marathi, Tamil, Telugu and Urdu. This lets users in the country type or talk in any of the supported languages to receive AI assistance, the company said on Tuesday.

Google confirmed to TechCrunch that the Gemini mobile app is powered by Gemini 1.0 Pro by default. However, it comes with a paid option to access the Gemini Advanced experience, which is based on Gemini 1.5 Pro and offers a 1 million token context window to process and understand a wide variety of information, ranging from documents of up to 1,500 pages to complex data analysis tasks. Gemini Advanced also includes support for the nine Indian languages that are available on the Gemini mobile app.

Alongside the India rollout, Google has quietly released the Gemini mobile app in Turkey, Bangladesh, Pakistan and Sri Lanka.

Android users in eligible countries can download the Gemini app through the Play Store. You can also set Gemini as the default AI assistant in the Google Assistant app. Over the next few weeks, iPhone users in India will also be able to access Gemini through the Google app.

At its I/O developer conference in May, Google showcased some expansions of its Gemini AI assistant into apps such as Gmail, Google Messages and YouTube and a deep integration within the Android operating system. Some of those experiences will be rolled out to supported devices over the next few months. However, Google said it is rolling out Gemini into Google Messages in English for Indian users starting today.

First unveiled in the U.S. in February, the Gemini mobile app was launched in European markets such as Germany, France, Italy, Sweden and the U.K. In April, the app received support for other languages, including Japanese, Korean, Spanish and Portuguese, to reach more users.

Wikipedia's mobile website finally gets a dark mode

Wikipedia

Image Credits: Wikipedia

Half a decade ago, a ton of apps started to implement a dark mode. This included YouTube, Twitter, Facebook, Hulu and WhatsApp. Apple and Google began offering a systemwide dark theme for their mobile operating systems in 2018. Wikipedia has finally caught up and has started implementing dark mode for its mobile website in 2024.

If you visited the Wikipedia website on mobile this week, you might have seen a pop-up indicating that dark mode is ready for prime time. Here is how you can turn it on:

Go to Wikipedia’s site.Tap on the hamburger menu on the top.Tap on Settings.Under the Color section, select “Dark” as the option.

Wikipedia says under the Colors tab that this is an experimental implementation, and you might experience some issues in dark mode.

What the Wikipedia website looks like in dark mode on the mobile web.
Image Credits: Screenshot by TechCrunch

Currently, dark mode is only available on mobile websites. However, a Reddit user said that people using the site via desktop might see this option sometime this month. We’ll update the story when the dark mode option becomes available on Wikipedia’s desktop site as well.

Google brings Gemini mobile app to India with nine Indian languages support

Google Gemini mobile app

Image Credits: Google

Google has released its dedicated AI mobile app Gemini in India — over four months after its debut in the U.S. — with support for nine Indian languages alongside English.

The Gemini mobile app in India supports nine Indian languages: Hindi, Bengali, Gujarati, Kannada, Malayalam, Marathi, Tamil, Telugu and Urdu. This lets users in the country type or talk in any of the supported languages to receive AI assistance, the company said on Tuesday.

Google confirmed to TechCrunch that the Gemini mobile app is powered by Gemini 1.0 Pro by default. However, it comes with a paid option to access the Gemini Advanced experience, which is based on Gemini 1.5 Pro and offers a 1 million token context window to process and understand a wide variety of information, ranging from documents of up to 1,500 pages to complex data analysis tasks. Gemini Advanced also includes support for the nine Indian languages which are available on the Gemini mobile app.

Alongside the India rollout, Google has quietly released the Gemini mobile app in Turkey, Bangladesh, Pakistan and Sri Lanka.

Android users in eligible countries can download the Gemini app through the Play Store. You can also set Gemini as the default AI assistant in the Google Assistant app. Over the next few weeks, iPhone users in India will also be able to access Gemini through the Google app.

At its I/O developer conference in May, Google showcased some expansions of its Gemini AI assistant into apps such as Gmail, Google Messages and YouTube and a deep integration within the Android operating system. Some of those experiences will be rolled out to supported devices over the next few months. However, Google said it is rolling out Gemini into Google Messages in English for Indian users starting today.

First unveiled in the U.S. in February, the Gemini mobile app was launched in European markets such as Germany, France, Italy, Sweden and the U.K. In April, the app received support for languages including Japanese, Korean, Spanish and Portuguese to reach more users.

More neobanks are becoming mobile networks — and Nubank wants a piece of the action

Nubank co-founder, chairman, and CEO David Vélez

Image Credits: Maira Erlich/Bloomberg via Getty / Nubank co-founder, chairman, and CEO David Vélez

Nubank is taking its first tentative steps into the mobile network realm, as the NYSE-traded Brazilian neobank rolls out an eSIM (embedded SIM) service for travelers. The service will give customers access to 10GB of free roaming internet in more than 40 countries without having to switch out their own existing physical SIM card or eSIM.

The launch comes shortly after news first emerged that Brazil’s National Telecommunications Agency (ANATEL) had quietly greenlit plans for Nubank to become a mobile virtual network operator (MVNO) in partnership with wireless giant Claro. While that plan remains in the early stages and Nubank hasn’t confirmed any of the launch details (the company also declined to comment for this article), we can now confirm that it’s at least tiptoeing into the mobile network sphere — a growing trend within the fintech fraternity.

Nubank CEO and co-founder David Vélez and colleagues mark the company's debut on the New York Stock Exchange in December, 2021
Nubank CEO and co-founder David Vélez and colleagues mark the company’s debut on the New York Stock Exchange in December, 2021
Image Credits: NYSE (opens in a new window)

From neobanks to neo-MVNOs

Neobanks — a new breed of financial institution that serve as digital-native challengers to established banking incumbents — follow in the footsteps of traditional banks by offering ancillary services to target new customers, such as budgeting tools, data and spending insights, and easy access to the stock market. While neobanks have surged in popularity, so has the MVNO (mobile virtual network operator) market, driven by the rise of eSIM, the cloud, and the proliferation of third-party software that makes all-digital distribution strategies a cinch.

Nubank sits at the intersection of these trends.

The 10-year-old Brazilian company has been on a tear of late, its valuation surging by around 170% in the past year and hitting an all-time high of $58 billion in March. The company swung from a $9 million net loss in 2022 to a $1 billion net profit last year, a trend that’s continuing into 2024 with record revenues in Q1 and its net profit more than doubling on the previous year’s corresponding period. Nubank also passed 100 million customers across its core markets of Brazil, Mexico, and Colombia, where it operates a range of services including bank accounts, credit cards, loans, insurance, investments, and — now — a mobile data service for travellers.

The new service is aimed at customers of Nubank Ultravioleta, a premium subscription it launched three years ago with bundled benefits such as insurance, higher credit limits, cashback, family accounts, and more.

Last month, Nubank revealed it was entering the travel sector with the impending launch of a new “global account,” partnering with European fintech Wise to offer Ultravioleta subscribers low-fee international money transfers. As part of this, the company is now launching an eSIM service for those with compatible smartphones, with 10GB of data for travelers in the U.S., Latin America, and Europe. The eSIM is activated through the Nubank app, with the underlying infrastructure powered by Gigs, a platform that gives budding mobile network providers everything they need through a single API — basically what Stripe has been doing in finance, but for mobile phone plans.

Gigs is backed by the likes of Google’s early-stage venture capital arm Gradient Ventures and Uber CEO Dara Khosrowshahi.

“Bundling mobile plans represents a powerful lever for neobanks to turn irregular users into monthly paying subscribers, encourage upgrades to premium features, and create an ecosystem where banking acts as a hub for multiple value-added services,” Gigs co-founder and CEO Hermann Frank told TechCrunch.

Activating eSIM in the Nubank app
Image Credits: Nubank via Gigs

Nubank’s launch echoes moves elsewhere in the fintech fray. In February, Revolut — a $25 billion U.K. neobank — launched a similar eSIM service for premium subscribers. And last year, Indian neobank Zolve also added mobile networks to its arsenal of services so immigrants can not only have their banking set up before arriving in the U.S., but have a mobile service ready to go on arrival too.

This highlights the synergies between financial services and mobile communications — both are essential for people to function today, but both traditionally have similar hurdles, particularly for those arriving in a country for the first time. We’ve seen carriers launching banking services as T-Mobile has done in the U.S. with T-Mobile Money, while traditional banks have gone in the other direction too, evidenced by Brazil’s Banco Inter and Standard Bank in South Africa both of which have launched their own MVNO services.

“Our bank interaction today is already focused on our mobile number, either for banking itself or for security checks,” Allan T. Rasmussen, a telecoms industry consultant, analyst and MVNO specialist explained to TechCrunch. “Mobile operators are moving in on the banking business, trying to become banks themselves, and traditional banks and fintechs are doing the same by becoming MVNOs.”

Revolut’s eSIM service
Image Credits: Revolut

But neobanks, in particular, are synergistic with MVNOs: they are both “virtual,” with technology playing a big part in their respective offerings, often only with online support and account access. They are also both marketed as having lower overheads, which gives them greater agility and the ability to offer lower prices versus the incumbents. And as we’ve seen with Revolut and now Nubank, eSIM is driving this cross-pollination further, as they jostle for mindshare, revenue, and access to customer data and touch points.

“To be successful as an MVNO, you need a distribution channel — that’s the first test of your pitch to an operator,” James Gray, managing director at telecom industry consultancy Graystone Strategy, told TechCrunch. “Banks already have this with high street banking or through websites and apps. However, the recent move from Revolut — and I suspect other neobanks in the future — is interesting because these are not traditional organizations. Their whole remit is to challenge the status quo and they are doing this very successfully in banking, so why not a banking telecoms fusion? They have the channels and the brand pull.”

MVN… no?

One small catch: The neobanks aren’t actually positioning themselves as MVNOs with their new travel eSIM services. A Revolut spokesperson told TechCrunch in February, “Revolut is not becoming an MVNO but has partnered with 1Global which brings together many MVNO and roaming access agreements into a single network to create a global footprint of the best carriers.”

MVNOs are independent mobile services built atop carriers’ infrastructure, and there are many different mobile virtual network enablers (MVNEs) and aggregators (MVNAs) out there (like 1Global) that help companies launch mobile networks, taking care of SIM provisioning, billing and such like. Although Revolut doesn’t offer voice and SMS, or allocate a phone number, it still leans on carrier infrastructure via an MVNE to offer an own-brand mobile data service, which sounds a lot like Revolut becoming an MVNO.

But calling itself an MVNO could invite extra regulatory oversight. Although banks are already tightly regulated as financial institutions, being classed as a telecommunications company would likely usher in further regulatory obligations. This is something we’re seeing play out right now in the U.S., with the Federal Communications Commission (FCC) trying to determine whether connected cars should be classed as MVNOs, following a New York Times report into how connected cars are being used by abusive partners to track their victims.

While Nubank is indeed preparing to launch an MVNO service in its domestic Brazil, its travel eSIM service is more straight forward to bring to market due to its partnership with Gigs, as that partner assumes all the regulatory compliance complexities that come with the territory.

“Telecom is a highly regulated industry across all countries, and a key part of Gigs’ end-to-end value proposition is that we abstract away all regulatory complexity for our customers,” Frank said. “To do so, Gigs almost always acts as the licensed carrier of record, which means the burden of compliance falls on Gigs and not with our customers. This allows our customers to launch their own mobile service, without legally becoming a provider in a regulated industry.”

Solana Mobile's Chapter 2 image of the number 2 and a green and purple border on a black background

Buying frenzy for Solana Mobile’s second phone drives preorders sky-high

Solana Mobile's Chapter 2 image of the number 2 and a green and purple border on a black background

Image Credits: Solana Mobile (opens in a new window)

Solana Mobile is swinging for the stars after it announced a second, cheaper web3 phone phone dubbed “Chapter 2” earlier this week. While its first handset, Saga, sold out like a budding avalanche — slow at first, then all at once in the U.S. and European Union — its second device is selling out much faster to begin with.

Demand for the Chapter 2 is apparently so high, Solana Mobile hit its seven-day sales goal within the first 24 hours, Raj Gokal, co-founder of Solana and president of Solana Labs, exclusively told TechCrunch.

In the first 24 hours after the phone was announced, Solana Mobile saw over 25,000 preorders, and by the 30-hour mark, it had 30,000 preorders, Gokal said. At those numbers, this new device has already eclipsed 12 months’ worth of sales of Solana’s first handset, Saga.

The new phone will have similar features as its predecessor: It’s based on Android, has a built-in crypto wallet, a Seed Vault and a “dApp store” for decentralized crypto applications. It is initially being offered at $450, less than the $599 the Saga is sold for. Chapter 2 will ship in the first half of 2025, a Solana spokesperson said.

“For developers, Solana Mobile is creating a massive opportunity for crypto app teams looking to incentivize their users,” Gokal said. “It gives them a concentrated distribution channel to die-hard, dedicated users. It allows them to do this without any prohibitive app store fees.”

Gokal added that the device represents what’s possible with crypto, providing value in incentivizing apps to users.

Saga’s climb

Solana’s first smartphone didn’t see much demand when it was first launched in mid-2023 for $1,000. But the company soon lowered the price to $599 in light of weak demand. YouTuber Marques Brownlee even called Saga the “worst new phone of 2023” and said it was a “bust.”

Initially, it seemed the lackluster sales were because the phone went unnoticed in the crowded smartphone market. But the crypto-savvy crowd’s ears perked up when dog-focused memecoin BONK’s decentralized application (dApp) announced that it was providing 30 million BONK tokens to Saga owners for free. The Saga then sold out almost overnight.

https://techcrunch.com/2023/12/21/dog-themed-memecoins-are-pawing-their-way-back-into-investors-hearts/

At the time, 30 million BONK tokens were worth more than the cost of the phone, so users basically got the device (or the tokens, depending on how you look at it) for free. Before then, Saga owners received other crypto rewards, like the mint for the Claynosaurz NFT collection, but those promotions didn’t garner as much attention. Following the BONK hype, though, other dApps began offering similar rewards, which resulted in even more people wanting to buy the phone to get their hands on its offered value.

“As the market rebounded in Q4 of last year, the Saga sold out, with the large majority of those sales taking place over just two days in December,” Gokal said. “Since then, we’ve been inundated daily with thousands of requests for more.”

Now Solana is hoping to re-create the same magic with Chapter 2. The Saga genesis token, the non-transferrable NFT that came with every Saga and helped owners redeem rewards, will not be available to owners of the new devices, but the company plans on “building on this experience in Chapter 2,” according to its FAQ.

“Giving back to the community has a snowball effect: As more developers start releasing crypto-incentivized apps to Solana Mobile users, we’ll see even greater adoption,” Gokal said. The Chapter 2 has launched with sponsors, including Backpack, Tensor, Phantom, Solflare, Magic Eden and Drip, which plan to reward owners, he added.

“Chapter 2 is focused on wider distribution, greater accessibility, and uses learnings from the last two years to enable greater flexibility for developers and users,” Gokal said.

The new device has “been in the works” for over a year, Gokal said, as the company wanted to give “complete freedom for crypto developers and users,” by having no restrictions on tokens or NFTs, and no prohibitive fees.