News

• Cybersecurity company OPSWAT found a login bypass and a crash bug in TP-Link's Tapo C200 cameras
• TP-Link has extended that to include its C120 offering too
• Anyone on the same network could get admin access, live video, and recordings without requiring the owner's credentials

Security researchers at OPSWAT have detailed two high-severity flaws in TP-Link's Tapo C200, a pan-and-tilt indoor camera listed on Amazon for $26.99 and sold as a baby monitor and pet camera.

The more serious issue is that someone on the same network can log in as the camera's administrator without the password, accessing the live feed and stored recordings.

At least one other bug, which OPSWAT rates as critical in the same disclosure but does not detail, has not been published.

The TP-Link Tapo C200, as we noted in previous coverage of the incident, isn't just another security camera that happens to be vulnerable; it is one of the most popular models on the market, clocking in at over 3,000 sales on Amazon alone.

The Tapo C120, in its current iteration, sells over 5,000 units monthly, even as the advisory notes that its V1 hardware version is currently compromised until users update the firmware on their devices.

Both SKUs have received firmware updates that patch the vulnerabilities (CVE-2026-15315 & CVE-2026-15316), which are assigned 'high' scores of 8.7 and 7.1, respectively. However, according to TP-Link, CVE-2026-15316 does not affect the C120 camera.

However, the former vulnerability is the more pressing of the two and, according to OPSWAT, is particularly problematic for users because of how the C120 and C200 cameras function.

Both run a local management interface over HTTPS and use a challenge-response login designed to prove a client knows the owner's password. Khoi Tran, a graduate fellow at OPSWAT, and his mentor, Thai Do of the company's Unit 515 team, found a second verification path in which, under certain conditions, a value the camera hands out during login can be sent back and accepted as a valid authentication response.

The result is an administrator session after a small number of requests, with no password, no existing session, and no requirements for the new 'owner'. As a result, access includes live video, stored footage, and configuration changes.

OPSWAT's researchers pointed out that a C200 used as a baby monitor would expose "live video, night vision, crying detection and two-way audio."

The second flaw, CVE-2026-15316, affects only the C200 and sits in its Wi-Fi onboarding code. Sending the camera an oversized chunk of encrypted Wi-Fi credential data can crash its HTTPS service or restart the device outright, cutting the owner off from management and monitoring until it recovers.

The attacks are somewhat limited in scope: users aiming to exploit such vulnerabilities would need to be on the same Wi-Fi network, or within a certain trusted ecosystem, to begin with.

For now, users upgrading to TP-Link's newest firmware, issued for both models, rectifies both issues, but there might already be another security patch in the works: OPSWAT also found "a critical vulnerability that could allow an attacker to fully compromise the camera," which could then serve as a foothold inside the network.

It is currently holding off on publishing any details about the vulnerability as it waits for TP-Link to issue a patch that rectifies the situation. Neither OPSWAT nor TP-Link, however, has provided a timeline for when the patch will be available to end users.

• Interpol's Operation Shams II pulled 108,076 faces from jihadist propaganda with help from 11 countries
• AI agents and scripts then deduplicated and quality-checked the set, leaving 6,362 images (~5.9%) for facial recognition
• Interpol's facial recognition system, launched in 2016, then matched pictures to actual persons, with human verification in tow, and 126 suspected fighters have been identified so far

Interpol says an operation it coordinated in Tunisia in June 2026 used artificial intelligence to work through more than 100,000 faces taken from jihadist propaganda, producing matches against 126 suspected foreign terrorist fighters.

AI did most of the heavy lifting, condensing a mammoth 108,076 images into 6,362 unique, identifiable images that could be run through its decade-old facial recognition system.

This allowed 126 people to be identified on paper as potential terrorists who would still need to be tracked down by the international police organization.

Interpol says programmed AI agents and AI-generated scripts automated parts of the collection and investigative work, removing duplicates and screening out poor-quality faces.

This approach left 6,362 unique, high-quality images, which were then run through the Interpol Facial Recognition System (IFRS). This effectively cut a trove of images into a non-duplicated, actionable list of only ~5.9% of the original set, which could then be used to identify potential terrorists.

By eliminating 94% of the images that would otherwise have to be processed manually, AI reduced the resources that would otherwise have to be deployed to reach a similar conclusion.

This is particularly handy, given that propaganda images often number in the thousands and investigators needed to sift through them manually to identify potential targets, many of which were duplicated by others involved in the same study.

“The success of Operation Shams II demonstrates the value of combining international law enforcement cooperation with responsible AI-assisted analytical capabilities," noted Interpol's Director of Counter-Terrorism, María Carmen Muñoz González.

"The operational model provides a strong foundation for supporting future international law enforcement cooperation targeting criminal actors around the world.”

Its automation attempts are not new; In 2019, Digit reported, citing Germany's Interior Ministry, that Interpol had presented a project called DTECH-Light intended to "detect, extract and analyze digital terrorist content, identify and locate suspects," with national bureaus asked to upload images of unnamed foreign fighters for comparison.

Interpol does not say what agents it used, which models or vendors sit behind them, or where they ran. "AI-generated scripts," it says it used, could simply mean automation code written with the help of a large language model rather than any purpose-built system.

For now, an AI is doing the grunt work so that a system launched in 2016, and the officers who check its output, can do theirs considerably faster, which is a significant win in efficiency for an agency that often has to deal with multiple sources of information, even as fears about the tech have been rekindled globally on multiple fronts.

You may have heard the rumors: camera-equipped earbuds are the next frontier for audio technology brands (including, we think, Apple), and Qualcomm’s new Snapdragon Sound Elite Gen 2 platform could be the catalyst that brings them to fruition.

As Qualcomm’s “first premium audio platform purpose-built for personal AI,” the Sound Elite Gen 2 aims to transform headphones and earbuds into “intelligent companions that can understand, assist, and adapt throughout the day” — and the American silicon giant considers camera-equipped earbuds to be among those “companions.”

Qualcomm flew TechRadar out to Snapdragon Summit in Hawaii to hear more (no pun intended) about its vision for the AI-assisted future of audio, and the company was bullish about the positive effect AI will have on both sound quality and virtual assistance.

“This isn’t about putting a chatbot in your ear; it’s about creating devices that understand what’s happening around you,” Sarah McMurray, Staff Manager for Product Marketing at Qualcomm, explained in a briefing attended by TechRadar, noting that the Sound Elite Gen 2 will use AI to make earbuds more responsive to environmental changes.

“At the core of the platform is an advanced AI-adaptive ANC system designed for consistent, real-world performance, not just ideal conditions,” added Grace Bramwell, Qualcomm PR. “The system continuously responds to changes in fit, movement, and environmental noise, maintaining reliable noise cancellation without the need for manual adjustment.

“Powered by flexible, programmable processing and up to 2x greater AI capability than the previous generation, Snapdragon Sound Elite Gen 2 can intelligently steer ANC filters in real time, optimizing noise reduction across different acoustic conditions and device types. This enables stronger performance in challenging scenarios, including low-frequency noise, dynamic environments, and open-ear designs, while giving OEMs greater flexibility across a wide range of form factors.”

This isn’t about putting a chatbot in your ear; it’s about creating devices that understand what’s happening around you.

Sarah McMurray, Staff Manager for Product Marketing, Qualcomm

In other words, the Sound Elite Gen 2 could make your next earbuds or headphones better at automatically switching between ANC and transparency modes, and deliver improved audio quality in both states (“stronger performance with low-frequency noise,” for instance, might mean upcoming earbuds can more effectively drown out the mechanical hum of your fridge or the drone of a passing truck).

It’s worth noting that Qualcomm itself is not a consumer product manufacturer. It licenses its audio technologies to OEMs (Original Equipment Manufacturers) such as Bose and Bowers & Wilkins, so it will be up to those brands to take up and implement the Snapdragon Sound Elite Gen 2 platform in a way that fulfills the potential Qualcomm is describing here.

Of course, Qualcomm’s plans for the future of audio are bigger than improved ANC. AI-powered audible assistance is the hottest topic in town right now, and apparently, consumers are as keen on the thought of AI-powered assistance as Silicon Valley investors:

“Our research tells us that up to 70% of users want advanced AI capabilities in their wearable devices,” says Ziad Asghar, Qualcomm’s Senior Vice President and General Manager of XR, Wearables, and Personal AI. “As AI becomes a core capability, users will increasingly expect more natural ways to interact with it.

“Those interactions won't always happen through a screen. They will happen through natural conversations, where users can simply speak to an AI assistant and receive help in real time. With Snapdragon Sound Elite Gen 2, we're heralding intelligent audio wearables that enable experiences such as real-time translation, contextual assistance, personalized hearing, and multimodal interactions that combine audio, vision, and AI."

We want to be able to give the consumer the ability to choose how much information they want to share.

Ziad Asghar, Qualcomm’s Senior Vice President and General Manager of XR, Wearables, and Personal AI

No current wearables effectively combine those three elements (except perhaps smart glasses, but have you ever tried listening to your favorite album on a pair of Meta Ray-Bans? Don’t. Ever). That’s why OEMs are developing camera-equipped earbuds — they’re truly hands-free and, crucially, more socially acceptable (visually speaking) than Austin Powers-style specs.

But if, as a society, we haven’t yet cracked the social code on smart glasses (and as our deep-dive on the so-called great privacy revolt reveals, we most definitely haven’t), are camera-equipped earbuds something we’re ready for? Qualcomm is cautiously optimistic.

“The privacy concern is not new,” Asghar explained to TechRadar in a roundtable at Snapdragon Summit. “We at Qualcomm and Snapdragon have been managing it for a long time in multiple different areas. And our concept is very clear: we want to be able to give the consumer the ability to choose how much information they want to share.

“For instance, we can obfuscate faces. We have the capability on our chipsets to detect a face very easily — not recognize a face, but detect a face. To do multi-modality, I don’t need to send a face for AI processing; I need to be able to send the context [of my environment]. For that, I can detect the face and cover it up. That technology is something we have integrated into our products and that we’re sharing with our partners.

As I've written in the past, these things aren't designed to take pictures. They are for analyzing your surroundings. https://t.co/r7IFNmsoE4 https://t.co/tjmS7w8tlJAugust 18, 2026

“Another thing we’ve been driving is on-device AI. As you do more processing on the device, you basically take away the concern of that image leaving the device [...] We are targeting this problem at every different level. Of course, we enable our customers and partners [to use these tools], and with the pressure and concern that’s coming through, we will of course work with them.

“I also want to say something,” Asghar added. “Today, you carry a device with multiple cameras on it: it’s called a phone. I was talking to a group of students in San Diego, and this [privacy] issue is not top of their mind. Different age groups are thinking about it in different ways. Younger people are so used to blogging and vlogging. I think some of the concern, in my opinion, is just because this is a new form factor. But we want to provide all the tools [to manufacturers] such that consumers feel comfortable.”

Again, it will be up to brands such as Bose and Bowers & Wilkins to implement the Snapdragon Sound Elite Gen 2 platform in an effective and ethical way, but it's clear that Qualcomm is aware of the increasingly negative public sentiment around camera-equipped wearables.

If, however, these OEMs can convince consumers that on-device processing really is as private as Qualcomm claims, perhaps the age of Minority Report-style glasses and earbuds will arrive sooner than we thought.

• TENKU Note Pro AI uses a full Windows 11 Pro setup inside its tiny convertible chassis
• The 960g notebook folds completely around its touchscreen for tablet use
• Intel's Core Ultra 5 125U brings dedicated AI hardware to TENKU's compact computer

TENKU has launched a compact Windows 11 Pro computer in Japan, combining Intel processing hardware with a touchscreen and convertible design.

The Note Pro AI uses a Core Ultra 5 125U processor with 12 cores and 14 threads, alongside hardware dedicated to selected AI workloads.

At 960g, the laptop combines a 10.51-inch screen with a physical keyboard while remaining considerably smaller than conventional full-size notebooks.

The device uses a 360-degree hinge, allowing its keyboard section to fold behind the screen when tablet operation becomes more suitable.

Its touch panel recognizes ten simultaneous inputs, while an optional digital pen supports 4,096 pressure levels for writing and drawing applications.

The IPS panel produces 1,920 x 1,280 pixels, providing a 3:2 display area for Windows applications and productivity software.

Intel's Core Ultra 5 125U also includes an integrated NPU, which supports functions such as background processing and noise reduction during video calls.

The system includes 16GB of LPDDR5 memory and a 512GB M.2 SSD for applications, documents, and other locally stored data.

Wireless connectivity covers 802.11a, b, g, n, ac, and ax standards, with Bluetooth 5.2 available for compatible accessories and peripherals.

Under the hood, the device packs a 3,800mAh battery that is smaller than many smartphone batteries today, yet TENKU rates it for 17 hours.

According to the company, the chassis of this notebook measures 243mm across, 177.6mm from front to back, and 17.5mm thick.

Its compact chassis leaves less internal space than larger notebooks, while retaining the hardware required for its convertible configuration and cooling system.

On the software end, this device comes installed with Windows 11 Pro, giving the computer access to desktop applications rather than restricting its use to tablet-oriented software.

The available AI functions depend on software support, meaning the processor's dedicated hardware does not automatically provide every possible feature across Windows.

TENKU has listed the Note Pro AI in Japan, and it is currently retailing for about 176,800 yen (about $1,127) including tax.

There is also a launch promotion that cuts the price by 25% through Highbeam's official online store and physical outlets.

The 25% discount takes the promo retail price to 132,600 yen (about $845), and the offer ends on September 24 2026.

Amazon Japan is also offering a separate 15% reduction during the same promotional period, giving buyers another discounted purchasing channel until September 24.

Via Hermitage Akihabara (originally in Japanese)