TECH

ToxicPanda 2.0: An Android banking Trojan and remote access tool designed for account takeover and "on-device fraud"

Researchers have discovered ToxicPanda 2.0, an Android banking Trojan and remote access tool designed for account takeover and "on-device fraud."

ToxicPanda 2.0 not only targets a much larger list of banks and e-wallets but has also expanded its capabilities by combining banking overlays, remote access, and PIN capture. It exploits Android accessibility services and attempts to automate wireless debugging. Together, these functions enable operators to turn a compromised phone into a platform for account takeover, financial fraud, and long-term device control.

The primary goal is on-device fraud. This means that instead of logging in from an attacker-controlled machine, the operator can perform actions from the victim's infected phone, taking control of the device, IP address, app session, and the behavioral context that banks use to determine whether a transaction is fraudulent.

ToxicPanda 2.0 relies on abusing Android's Accessibility Service—a legitimate feature designed to help people interact with their devices. When a victim grants this permission to a malicious app, the malware can inspect interface elements, monitor app activity, automate interactions, and overlay deceptive content onto legitimate apps (a technique known as "overlaying").

Historically, ToxicPanda has relied on social engineering to persuade users to manually install the malicious Android app rather than downloading it from Google Play. The latest campaign uses AWS-hosted Amazon S3 buckets to distribute ToxicPanda 2.0 samples.

Upon installation, the dropper presents a fake setup flow and issues permission requests. ...uses VPN privileges, blocks specific network communications from Google Play and Google Play Services, decrypts embedded content, and then requests Accessibility Service permission for the installed content.

Consequences may include the theft of banking usernames and passwords, interception or capture of PINs, fraudulent transactions, loss of device access, and exposure of the phone's screen-lock password. An attacker operating within an active banking session from the victim's device may be more likely to bypass controls designed to identify unknown devices or unusual login locations.

How to stay safe...Despite its sophistication, ToxicPanda 2.0 still relies heavily on social engineering to trick victims into installing the malicious app and granting the necessary permissions. Therefore, our key recommendations are:

Avoid installing apps from external sources, especially those linked in unsolicited messages, advertisements, or purported support communications.

Exercise extreme caution regarding requests for accessibility access, device administrator privileges, developer settings, and VPN permissions—especially if the app's need for these permissions is unclear or if you do not fully trust the app.

Use an up-to-date, real-time anti-malware solution on your device capable of detecting and blocking the malicious payload. Malwarebytes for Android detects apps from the ToxicPanda 2.0 campaign as... Android/Trojan.Dropper.agent and Android/Trojan.FakeApp.ACR2401245FC11.

If your device is infected...While a factory reset might be necessary to regain control of an infected device, there are a few things you can try first:

First, put your phone in airplane mode and turn off Wi-Fi and Bluetooth. This can disrupt command-and-control communications and prevent credential theft while you investigate. Use another device to freeze or closely monitor transactions, revoke active sessions, and reset your banking credentials.

Do not interact with fake "system update" screens or unexpected requests regarding accessibility, VPN, device administrator, developer options, or wireless debugging.

Start Android in Safe Mode. Google recommends Safe Mode to help identify issues caused by downloaded apps. Remove recently installed or suspicious apps one by one, restart the device normally, and check if the problem persists.

Start Android in Safe Mode. Google recommends Safe Mode to help identify issues caused by downloaded apps. Remove recently installed or suspicious apps one by one, restart the device normally, and check if the problem persists.

First, remove accessibility access. Go to Settings > Accessibility > Installed apps/Downloaded apps and disable any service you do not recognize. Focus on recently installed apps or anything posing as an update, system component, security tool, document viewer, or banking assistant.

Next, check device administrator rights. Go to Security & privacy > More security settings > Device admin apps and disable any unrecognized administrator before attempting removal. An app with device administrator privileges can make the uninstall option unavailable.

Then, check your VPNs. Go to Settings > Network & internet > VPN (or search for "VPN" in Settings) and delete any VPN profile you did not deliberately install. The ToxicPanda dropper uses VPN permissions as part of the process to block Google Play and Google Play Services.

Disable dangerous developer features. Search for "Developer options" in Settings, turn them off completely, and ensure that Wireless debugging and USB debugging are disabled.

Remove any suspicious apps you find. Go to Settings > Apps > See all apps, enable "Show system apps" if necessary, and locate recently installed or unknown apps. Force stop the suspicious app, clear its storage, and select Uninstall. Consider an app suspicious if it has a generic name, a blank icon, an odd installation date, or was installed outside the Google Play Store.

Restart normally after removal, then re-check Accessibility, Device Admin apps, VPN settings, and Developer options. Also check the list of installed applications for a second suspicious package, since the reported campaign uses a dropper to decrypt and install its malicious content.

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SONY

Sony Xperia 10 VIII: same processor and few new features

Sony has just officially unveiled its latest mid-range smartphone, the highly anticipated Sony Xperia 10 VIII. Recent rumors and leaks regarding the brand proved once again to be spot-on, revealing a device with a very familiar look.

This new device hits the market with an extremely conservative approach, retaining a large portion of its predecessor's hardware. It is surprising, to say the least, to see the Asian manufacturer betting on a recycled processor to try and win over consumers in such a competitive year.

Even so, there are several reasons to be excited about this European launch, scheduled for late September. Get ready to discover the details of what has actually changed in the iconic Japanese brand's latest offering.

For those who can't stand punch-hole screens or the notches commonly found at the top of displays, Sony remains steadfast in its philosophy of a perfectly clean design. The side bezels remain quite slim and elegant, although the top and bottom of the frame are still noticeably thicker than those of most rivals in the same price range.

The real star of the device's front is undoubtedly the 6.1-inch OLED panel. This year, you finally get a 120Hz refresh rate and an impressive brightness level that is 50% higher than last year's model—a feature that will come in handy on days with intense sunlight.

Recycled processor and software with new tricks...Inside the new smartphone lies one of the launch's biggest disappointments, as the tech giant decided to recycle the processor from the previous generation. The Snapdragon 6 Gen 3 makes a return appearance, so you shouldn't expect any major technological leaps in raw day-to-day performance. The real highlight of this generation lies in the software, as the phone comes pre-loaded with the Android 16 operating system. The manufacturer has also added a new feature dubbed "Point & Pay," allowing you to double-press the power button to instantly access your payment QR codes and standard loyalty cards.

Technical specifications of the new smartphone...To ensure you don't miss any key details about the build of the new Sony Xperia 10 VIII, we have gathered the full specifications that have been revealed. It boasts a well-balanced set of features, perfectly capable of handling all your most demanding daily tasks and needs.

Processor: Qualcomm Snapdragon 6 Gen 3

Display: 6.1-inch OLED with a 120Hz refresh rate

RAM: 8GB

Internal Storage: 128GB

Battery: 5,000 mAh cell

Operating System: Android 16

Cameras: 50MP main lens with a 1/1.56-inch sensor and a 13MP ultra-wide-angle lens

Beyond the technical specs, your photos will continue to benefit from the now-iconic dedicated shutter button on the right side of the device. At the same time, the multimedia experience promises to be richer, as the brand has optimized the dual speakers to deliver fuller, more immersive sound in any situation.

The new Sony Xperia 10 VIII is scheduled to launch in the European market between mid- and late September. Regarding official pricing, the manufacturer confirmed that the device will hit stores with a price tag of 599 euros.

This is an attractive price point considering the rampant inflation and constant price hikes in the tech market, ensuring your budget doesn't take a massive hit. However, the decision to stick with the older processor might make many enthusiastic users think twice before making a final decision.

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TECH

Caviar expands customized foldable "iPhone Ultra" luxury collection with new models

Caviar has expanded its foldable "iPhone Ultra" collection with four limited-edition designs. Since Apple has not yet announced the device, the models and reported specs remain concepts based on leaks and rumors rather than confirmed product previews.

Caviar, a luxury brand that typically specializes in creating customized variants of flagship smartphones, has further expanded its bespoke collection of a foldable "iPhone Ultra" not yet officially announced by Apple. Initially announced back in June, the collection has since been expanded to include an additional four customized models. These include Liquid Metal, Jobs, Magenta and Karat, which are limited to 17, 9, 19 and 19 pieces, respectively.

The most notable of these, Liqud Metal, features a sculpted 925 sterling silver exterior with a rippling, reflective finish and a three-dimensional Apple logo. The Jobs edition is a throwback to Apple co-founder Steve Jobs with a design inspired by his legacy, while both the Magenta and the Karat editions combine crocodile leather in raspberry pink and black with 925 sterling silver and 24K gold, respectively. Prices range from $14,130 for the Karat model all the way up to $18,840 for Liquid Metal.

The most notable of these, Liqud Metal, features a sculpted 925 sterling silver exterior with a rippling, reflective finish and a three-dimensional Apple logo. The Jobs edition is a throwback to Apple co-founder Steve Jobs with a design inspired by his legacy, while both the Magenta and the Karat editions combine crocodile leather in raspberry pink and black with 925 sterling silver and 24K gold, respectively. Prices range from $14,130 for the Karat model all the way up to $18,840 for Liquid Metal.

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TECH

Exynos 2700: Samsung’s new chip aiming to beat Qualcomm

The ongoing battle between Samsung and Qualcomm processors has just entered an exciting new chapter. According to a new report, the South Korean giant might finally hold the winning hand with its upcoming flagship chipset.

All signs point to the highly anticipated Exynos 2700—expected to power the future Galaxy S27 lineup—outperforming the Snapdragon 8 Elite Gen 6 and its Pro version in internal tests. For those accustomed to seeing Qualcomm reign supreme in mobile performance, this is an unexpected turn of events.

If you thought owning a Galaxy smartphone with an Exynos processor meant overheating and constant frame drops during gaming, it might be time to reconsider. Samsung’s new silicon appears ready to silence critics and revolutionize the market once and for all.

According to the South Korean newspaper SEDaily, citing direct industry sources, Samsung conducted internal evaluations that place the Exynos 2700 in a position of clear advantage. It is certainly intriguing to see the brand itself driving and "leaking" this data, but the figures leave little room for doubt. In the well-known Geekbench 6.5 multi-core test, the Exynos 2700 achieved a score 19% higher than that of the Snapdragon 8 Elite Gen 6.

Even more impressive is the fact that it also outperformed Qualcomm’s most powerful version, the Snapdragon 8 Elite Gen 6 Pro, posting a 9.5% lead in the same benchmark. These figures demonstrate that the new processor's architecture was pushed to the absolute limit to ensure outstanding performance.

Absolute dominance in gaming and energy efficiency...Raw performance matters, but how a smartphone behaves during intense gaming sessions is where users are most demanding. In this area, the Exynos 2700 held its own, outperforming the Snapdragon 8 Elite Gen 6 Pro by 5% in peak graphics performance.

The most striking improvement appears in low-power scenarios. Here, Samsung’s chip posted an impressive 24% advantage during gaming, meaning you can enjoy your favorite titles for much longer without draining the battery in the blink of an eye.

While these figures might make any tech enthusiast’s mouth water, we need to keep our feet firmly on the ground. As past experience has shown, Samsung has a habit of being overly optimistic with its in-house testing, and real-world performance doesn't always live up to those promises.

Until the Exynos 2700 hits the market in an actual device and undergoes completely impartial testing, it is wise to take this data with a healthy dose of skepticism. However, if this performance is fully confirmed, Samsung will take a massive step toward technological independence—leaving Qualcomm with a major headache to deal with.

Samsung's MX division has internally compared the Exynos 2700 with Qualcomm's Snapdragon 8 Elite Gen 6. According to a report by the South Korean outlet Yonhap News Agency, the data points to a decisive victory for Samsung's proprietary component across raw processing speed, graphics acceleration, on-device AI tasks, and power consumption.

Confirmation of this performance leap comes at a critical time for the company. In the first half of the year, the brand spent ₩7.43 trillion—about 17.9% of its total raw material budget—purchasing chips from suppliers like Qualcomm and MediaTek. Validating the Exynos's competitiveness is a strategic key to cutting costs for the Galaxy S27 series and proving the viability of its cutting-edge manufacturing process.

Samsung's foundry will utilize its second-generation 2-nanometer (SF2P) manufacturing process for the mass production of the Exynos 2700. The architectural shift focuses on delivering thermal stability and efficiency without sacrificing raw performance.

Geekbench listings indicate that the chipset employs a 10-core CPU configuration and supports at least 12 GB of RAM:

1 ultra-high-performance core at 4.24 GHz

4 high-performance cores at 3.74 GHz

1 mid-range core at 3.36 GHz

4 efficiency-focused cores at 2.88 GHz

To address overheating—a recurring issue in previous generations—it remains to be seen whether the component will replicate the strategy used for the Exynos 2600 by keeping the 5G modem on a dedicated chip separate from the main module. In multi-threaded tests on the Geekbench 6.5 platform, the Exynos 2700 achieved a score 19% higher than the standard variant of the Snapdragon 8 Elite Gen 6. When compared directly to the Snapdragon 8 Elite Extreme Gen 6 Pro, the Exynos maintains a solid 9.5% lead.

Graphics processing is handled by the Xclipse 970 GPU. Under peak processing loads, the component outperformed Qualcomm’s Pro chip by 5%. However, its true strength shines under power-constrained conditions: limited to a 2.5W power envelope, the Xclipse 970 delivered 24% faster performance than the standard Snapdragon and 22% better performance than the Extreme version.

For language models running locally on the smartphone, the Exynos 2700’s NPU demonstrated 18% faster response generation using the Llama 3.1 8B platform, alongside a 5% improvement in prompt recognition and processing times.

In real-world power consumption tests, the Samsung chip operated with an average current draw of 161 mA, compared to 185 mA for the competitor's Pro component. This 12.7% reduction in energy consumption ensures that the speed gains translate directly into improved battery life during everyday tasks.

If these lab test figures translate to the actual user experience, the South Korean company is likely to significantly expand the use of the Exynos 2700 in Galaxy S27 and S2 Plus models worldwide.

Beyond protecting the mobile division's profit margins, the successful validation of this 2nm technology serves as a showcase for the foundry division, attracting corporate clients seeking viable advanced manufacturing alternatives in the semiconductor market.

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SAMSUNG

Galaxy S27 Ultra to feature radical design change?

We are still a long way off from the launch of Samsung's Galaxy S27 series, but the rumor mill is already in full swing. This time, a report from SamMobile may have revealed the first glimpse of the Galaxy S27 Ultra's design. The image suggests a major change to the back of Samsung's upcoming flagship; the rear design appears completely overhauled.

The leaked image shows the Galaxy S27 Ultra featuring a thick, rectangular bar across the upper section of the back. Inside, there are three sensors: two cameras have individual rings, while the third sensor sits within a pill-shaped area alongside the laser autofocus system and the LED flash.

Another detail visible in the material is a circular magnetic ring on the back. This structure is reportedly linked to Qi2 wireless charging and would also allow for the attachment of compatible accessories without necessarily requiring a magnetic case. If this information proves correct, it would mark a significant shift in how the Galaxy S27 Ultra handles magnetic accessories.

The leak also reinforces rumors regarding a triple-camera setup on the rear. The main camera would be a 200MP unit with optical image stabilization (OIS), while the ultrawide lens would offer 50MP resolution and autofocus. The third sensor would be a 50MP telephoto lens featuring 5x optical zoom and OIS. These specifications have not yet been confirmed by Samsung.

Is Samsung taking inspiration from Apple? This alleged new design for the Galaxy S27 Ultra bears a strong resemblance to the popular iPhone 17 Pro, which could spark comparisons between the two devices. The source itself highlights this design similarity. However, it is important to note that this leaked image is not yet official, so it may not represent the smartphone's final look.

Is Samsung adopting Apple’s camera "island" style? In fact, it is quite plausible that this design actually refers to the camera setup for Samsung's upcoming flagship model—especially since other possibilities, such as upcoming ultra-flagships from Oppo, Vivo, or Xiaomi, seem even less likely. If this assumption holds true, Samsung will apparently adopt a camera bump design similar to the one expected for the iPhone 17 Pro, even though Xiaomi’s Poco phones featured a similar design long before Apple did.

One advantage of this design over the current approach—where camera modules are arranged on one side—would certainly be greater stability for the Galaxy S27 Ultra when placed on a table, provided the two larger cameras do not protrude too far beyond the camera bump itself. There would also be more room for Qi2 magnetic accessories compared to the Galaxy S26 Ultra, for instance. In the few hours since the leak, the first AI-generated images based on the design sketch have already appeared online. What do you think of this potential final camera design for the Galaxy S27 Ultra?

Samsung will apparently surprise us with a new camera design for its Galaxy S27 series next year, though it may face significant criticism for a design choice that clearly resembles other smartphones—most notably, of course, Apple's iPhone 17 Pro. And that might not be the only similarity between Samsung's upcoming Ultra flagship and the two iPhone Pro models of varying sizes.

As noted by well-known leaker Sonny Dickson—based on two slightly different CAD models—Samsung appears to be planning two different sizes for the Galaxy S27 Ultra as well. However, it remains unclear whether the smaller model is the rumored Galaxy S27 Pro or if there will actually be two Ultra models of different sizes, as suggested by posts from Sonny and Ice on X regarding the relative positioning of the side buttons.

The camera redesign brings new hardware...Design aside, an upgrade to Samsung's camera hardware—which has remained largely unchanged for years—is obviously a positive step forward. In particular, the 3x telephoto lens, based on a small 1/3.94-inch, 10-megapixel sensor, seems outdated and will likely be discontinued in 2027; this will free up space for larger batteries and, potentially, magnets around the Qi2 charging coil. According to previous leaks, the aging ISOCELL HP2 sensor currently powering the camera will likely be replaced by a more modern 200-megapixel sensor, such as the ISOCELL HPC, which will also handle 3x to 5x zoom performance in the future.

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TECH

Analysis: France’s nuclear reactors are running hot and still keeping the lights on

Much of western Europe has endured long stretches of hot weather and heatwaves this summer. France recently experienced the hottest day in its recorded history and placed 54 of its 96 departments under the highest heat alert.

In response, the state-owned utility, EDF, began cutting output at several nuclear plants along the country’s rivers. Some reactors ran at reduced power while others shut down temporarily. For some, the episode appeared to confirm that nuclear power, for all its low-carbon promise, cannot survive the climate crisis.

While that reading may be tempting, it’s mistaken. What the heatwave revealed was not a failure of nuclear technology, but rather a narrow, well-understood constraint in how some riverside plants are allowed to operate during extreme heat.

To dissipate the heat they produce, plants draw water from a body of water and return it a few degrees warmer. French law limits how much warmer that water may be, a rule meant to protect fish and other aquatic life.

During a heatwave, the rivers are already warm, so it’s that legal ceiling, not any technical limit of the reactor itself, that obliges EDF to reduce output. Thus, the cuts here were a deliberate measure to protect river ecosystems — not a reactor failing to generate electricity.

As Canada develops new nuclear power projects, some might worry that hotter weather could undermine nuclear reliability. However, France’s experience this summer suggests otherwise.

The recent reductions in nuclear power generation did not undermine France’s electricity supply. The reductions began on June 22 and continued through the week as the heat persisted, reaching about 4.1 gigawatts, or seven per cent of national demand, at their peak. Even then, a large majority of France’s reactors remained in operation.

The grid operator, RTE, said France had “sufficient generation capacity to meet electricity demand,” even with several reactors offline. It is true that prices rose, exports to neighbouring countries fell and the grid relied more heavily on gas as well as oil-fired reserve generation. Yet these were temporary strains, and at no point was France’s supply in any kind of serious jeopardy.

Of course, none of this is really new. Heat has curtailed French reactors before, but set against annual nuclear generation, the losses have been modest. In our recent study, we documented two decades of these cases: France’s heat- and drought-related curtailments remained below one per cent of its annual nuclear output in every year but one, with the worst case reaching about 1.3 per cent.

France’s historical record also shows meaningful adaptation: the country’s heat-related curtailment losses have fallen by roughly 90 per cent since 2003, as utilities upgraded cooling systems, refined operating practices and timed maintenance shutdowns for the hottest parts of the year. While the constraint remains, its practical effect has significantly diminished over time.

It is also worth asking how nuclear’s alternatives would have fared. The same stagnant, high-pressure air that warmed France’s rivers also weakened wind generation across France, leaving the grid to rely more heavily on gas than on additional renewable output. Heatwaves often place simultaneous pressure on several parts of the electricity system, but not on all of them equally.

During periods of severe heat, renewables can weaken just as demand peaks. Wind generation tends to fall in these conditions and high temperatures can trim the efficiency of solar panels, while firm, low-carbon generation remains available when supply is tight. A system more dependent on renewables could have fared worse in late June, while nuclear generation remains far less variable over the course of a full year.

None of this diminishes the danger of heat. But the prospect of further extreme heat in the future is a reason to expand low-carbon power, including nuclear, rather than reduce it.

Canada’s nuclear future...Canada is currently expanding the Darlington nuclear plant in Ontario, and further projects are being considered nationwide. The relevant question is whether a manageable constraint should weigh heavily against further developing a useful, low-carbon source of energy.

We don’t think it should. Extreme heat affects every source of electricity. Nuclear’s exposure is comparatively predictable, rooted largely in environmental operating limits and increasingly manageable.

Back in France, EDF expects to spend around 600 million euros a year over the next 15 years on climate adaptation. That’s a lot of money, yet nuclear alternatives carry substantial costs of their own. Greater reliance on gas would entail higher emissions and significant water use, while heavier dependence on variable renewables could leave electricity supply less secure during heatwaves, which can simultaneously suppress their output.

The recent heatwaves illustrate that nuclear plants can operate under strain while continuing to meet electricity demand on a stressed grid. In a warming climate, such resilience should be treated as an asset, not a liability.

Michael Tadrous, Researcher in Energy Policy, McMaster University; Columbia University and Goran Calic, Associate Profesor of Strategy and Entrepreneurship Leadership Chair, McMaster University. This article is republished from The Conversation under a Creative Commons license. Read the original article.

ASUS

ExpertBook B3 G2: the brand's new laptop for the corporate market

The ASUS ExpertBook B3 G2 is the brand's new configurable laptop designed for the business world. It was officially announced on August 21, 2026. This new laptop introduces 14-inch and 16-inch variants tailored for hybrid work environments.

Its construction meets the MIL-STD-810H military-grade durability standard, having passed 24 testing procedures. The chassis design incorporates a hinge that allows the screen to open a full 180 degrees. The device offers a choice of plastic or aluminum lids and comes in a "Gentle Grey" exterior finish.

The new laptops are powered by Intel Core Series 3 processors. All models rely on integrated Intel Graphics for processing visuals. The system includes a Neural Processing Unit (NPU) capable of up to 17 TOPS for artificial intelligence calculations and support for Microsoft Copilot tasks.

Internal expansion flexibility sets this ASUS business laptop's motherboard apart. RAM operates via an SO-DIMM slot compatible with DDR5 memory at 5600 MT/s. Storage expansion is handled through an M.2 2280 slot for PCIe 4.0 SSDs.

Available processors: Intel Core 3 304, Intel Core 5 315, Intel Core 5 320, and Intel Core 7 350.

Maximum RAM: expandable up to 64 GB.

Maximum storage: expandable up to 4 TB.

ASUS ExpertGuardian security supports the corporate device's hardware and software defenses. The protection infrastructure complies with the NIST SP 800-193 standard. The brand guarantees five years of BIOS and driver updates. The chassis incorporates a dedicated security processing unit, TPM 2.0 protection, and intrusion detection. Remote management benefits from cloud-based system recovery technology and a dual-ROM mechanism. Thermal stability is managed by the proprietary ExpertCool solution.

The keyboard features 1.5mm key travel and spill resistance for up to 355cc of liquid. The front-facing camera includes a physical shutter to ensure immediate optical blocking.

ExpertBook B3 G2 specifications cover the 14-inch B3406CMA and 16-inch B3606CMA models. Both form factors utilize non-touch 16:10 aspect ratio panels. Video capture options include HD, FHD, or FHD modules with infrared biometric support.

The 14-inch model has a starting weight of 1.45 kg and a base thickness of 10.73 mm for the aluminum version. The 16-inch model starts at 1.76 kg. Operating system options include Windows 11 Pro, Home, Education, and Clean Build editions, or units without pre-installed software.

Connectivity and battery life of the ASUS business laptop...The physical interface array consolidates multiple connections within the chassis. Network connectivity includes Wi-Fi 6 or tri-band Wi-Fi 6E configurations, paired with Bluetooth 5.4. The audio system houses dual stereo speakers with Dolby Audio Premium support and array microphones featuring AI noise-cancellation technology.

Communication ports: 2x USB 3.2 Gen 2 Type-C, 2x USB 3.2 Gen 1 Type-A, 1x HDMI 2.1 TMDS, and 1x RJ45 Gigabit Ethernet. Battery options: 42 Wh (3-cell), 50 Wh (3-cell), or 70 Wh (4-cell) lithium-polymer.

Power supply: 65-watt USB-C universal AC adapter.

 

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