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Anthropic’s Claude Code Introduces ‘Safer’ Auto Mode

Anthropic has launched an “auto mode” for Claude Code, a new tool that lets AI make permissions-level decisions on users’ behalf. The company says the feature offers vibe coders a safer alternative between constant handholding or giving the model dangerous levels of autonomy. Claude Code is capable of acting independently on users’ behalf, a useful […]

Samsung’s Galaxy A57 becomes thinner, faster, and more expensive

Samsung has announced its two newest midrange phones, the Galaxy A57 and A37. Both phones benefit from a jump to IP68 water-resistance and some improved AI features, but the bigger upgrades are reserved for the A57, which is now thinner, lighter, and has a slimmer bezel around the display. The downside? They both also cost […]

The Initial Smartphone: An Incredible Innovation Before Its Time

turning 20 next year, it’s simple to conclude that this legendary device was the very first smartphone to enter the market. Indeed, a lot of individuals commonly perceive the launch of the iPhone as the start of the smartphone age. Even those who can recall the arrival of the Apple icon might possess only vague memories of smartphones that preceded it. And for good reason, as many of those earlier phones have largely disappeared from memory, with the Palm Pilot and BlackBerry being notable exceptions. However, the tale of the original smartphone traces back even further than those gadgets.

More than ten years prior to Apple’s launch of the iPhone, IBM unveiled the IBM Simon, a substantial piece of technology regarded by many specialists as the first smartphone ever created. The phone was introduced in 1992 at COMDEX, a formerly prominent computer trade show that concluded its run in 2003. COMDEX might be a thing of the past, but it was a significant event in its time, frequently acting as a springboard for groundbreaking products. For instance, Microsoft presented the initial version of Windows at COMDEX in 1983.

The IBM Simon made a swift impact among technology aficionados. Following its introduction in 1992, the device became available for sale in 1994. As a quick note, IBM selected the name because they aimed for the public to perceive their phone as user-friendly, akin to playing the Simon Says game.

What kinds of features did the IBM Simon possess?

Neal Stephenson Foresees Difficulties on the Horizon for Apple Glasses Technology

Apple executives previously projected that smart glasses would take the place of the iPhone by 2029, a forecast that Eddy Cue later adjusted to 2035. Nonetheless, Neal Stephenson, a well-known supporter of this idea, has changed his position, now claiming that smartphones will persist for at least 20 more years.

Stephenson, who coined the term “metaverse” in his book *Snowcrash*, once firmly held that smart glasses would eventually supplant smartphones. Apple’s internal conversations in 2019 reflected this belief, indicating that such devices could replace smartphones in less than ten years. Eddy Cue reaffirmed this perspective, asserting that significant technological transformations could make the iPhone outdated.

Recently, Stephenson unveiled his shift in opinion, indicating that portable devices will continue to be common, particularly if the alternative entails donning devices on one’s face. He highlighted the difficulties in rendering smart glasses attractive, citing the unfavorable reception of Google Glass and analogous products.

While some argue that smart glasses will carve out a niche for themselves, many others, including commentators at 9to5Mac, contend that they will not supplant smartphones. The functionality and familiar design of smartphones suggest that they will endure, even with progress in wearable tech.

Privacy Scores of AI Chatbots in Notable iPhone Apps

### AI Chatbot Privacy Ratings: An In-Depth Examination

In a time when artificial intelligence (AI) is becoming more embedded in our everyday routines, it is vital to comprehend the privacy implications associated with AI chatbots. A VPN provider, Surfshark, has carried out an investigation into the data gathering practices of the ten most prevalent AI chatbots listed on the App Store, culminating in a ranking that reflects their privacy ratings.

#### Data Gathering Practices

Surfshark’s research indicates that AI chatbots generally gather an average of 14 different kinds of personal information from users. This data encompasses a broad spectrum of details, from basic identifiers to more sensitive content. Notably, around 70% of the apps scrutinized collect users’ location data, raising considerable privacy issues.

The analysis was based on the privacy descriptions available on the Apple App Store, where developers must reveal the types of personal data they gather. Surfshark supplemented this data with a review of the privacy policies of individual chatbots, like DeepSeek and ChatGPT, to obtain more comprehensive insights into their data retention methods.

#### Ranking of AI Chatbots

The results indicated that Meta AI was the worst offender concerning data collection. It was found to gather 33 out of a possible 35 types of data, representing nearly 95% of the total. This includes sensitive categories like financial information, racial or ethnic data, sexual orientation, and biometric information.

Close behind was Google Gemini, which collects 23 distinct data types, including precise location information. Gemini also accumulates a substantial amount of data across various categories, including contact details, user content, and browsing history.

#### Complete Rankings

Although the complete rankings were not furnished in the original report, the focus on the data collection habits of Meta AI and Google Gemini underscores the necessity of examining the privacy policies of AI chatbots prior to usage.

#### Implications for Users

As highlighted by 9to5Mac, users need to recognize that many AI chatbots employ user interactions as training data for their models. This implies that even if a service is free of charge, users may unintentionally become the product being marketed. The gathering of extensive data heightens the risk of specific user accounts being linked back to individual chat sessions.

For privacy-conscious individuals, utilizing AI chatbots via platforms such as Siri may present a more secure option. Apple has secured agreements that anonymize user inquiries and prevent their inclusion as training data, thereby offering a level of protection that is often not assured with many independent chatbot applications.

#### Conclusion

As AI chatbots progress and integrate into a variety of applications, comprehending their data collection methods is crucial for safeguarding privacy. Users are advised to scrutinize the privacy policies of these services and consider the ramifications of their data being collected and used.