[This is a sponsored article with GXBank.]

Disclaimer: This article is for educational and informational purposes only. It is not intended to be a substitute for financial advice. Readers are encouraged to do their own research before arriving at any conclusions based solely on this content. Vulcan Post disclaims any reward or responsibility for any gains or losses arising from the direct and indirect use and application of any contents of the written material.

Picture this: you’ve built something real. Maybe you’re a home-based F&B business pulling in steady orders every day. Maybe you’re a freelance designer with a growing client list. Maybe you own an online store that’s ready to scale, if only you had the capital to stock up.

The hustle and drive is there. But when it comes to accessing financial assistance, the journey can feel like it wasn’t quite designed with you in mind.

Because the reality is that most conventional financing options often come with lengthy requirements, such as audited financials, lengthy processing times, and collaterals. 

This might work well for more established businesses, but it’s not as easily suitable for sole proprietors and side-hustlers who are still building their paper trail. 

If that sounds familiar, GXBank, a digital bank licensed by Bank Negara Malaysia and a member of Perbadanan Insurans Deposit Malaysia, has designed GX Biz FlexiLoan specifically to solve this headache.

Dictionary time: Sole proprietorship is a one-owner business. There is no legal separation between the company and the owner, who receives all profits but is liable for all debts and losses. It’s the easiest type of business to establish and a popular choice for small businesses, individual contractors, and consultants.

Source: Investopedia

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What exactly is GX Biz FlexiLoan?

Simply put, GX Biz FlexiLoan gives SSM-registered sole proprietors in Malaysia access to up to RM150,000 in financing.

What sets it apart from a typical business loan is that it works like a revolving line of credit. Instead of receiving one fixed lump sum, business owners are given a credit limit they can draw from multiple times whenever they need, as long as the amount stays within their approved limit.

It’s a model that, according to CGC Digital CEO Yushida Husin, opens more pathways and support for financial institutions to serve segments that have traditionally been underserved, such as MSMEs.

And yes, no interest or fees will be charged for the amount that you don’t borrow from the credit line.

To better serve entrepreneurs and sole proprietors, GXBank is challenging the system by removing some of the other common hurdles in getting business financing.

How GX Biz FlexiLoan makes your entrepreneurial life easier

1. You don’t need a business bank account (yet) to apply. 

One of the most frustrating catch-22s of traditional banking is that they want to see a business bank account before giving you a loan. They often demand for years of formal corporate financial history, strict P&L statements, guarantors, and collaterals.

But in most cases, you’re applying for the loan to grow your business in the first place. 

GX Biz FlexiLoan breaks that cycle by accepting your personal bank statements as alternative underwriting documents. You just need six months’ worth of statements from any bank and you’re good to go.

And no, you don’t need any collaterals or guarantors to secure it.

2. You can get approval within minutes, not weeks

Anyone who’s applied for a business loan the traditional way knows the drill: Submit your documents, then wait. And wait. And wait some more, sometimes for weeks, only to receive a response that still isn’t a definitive yes. 

For a sole proprietor trying to move quickly on a business opportunity, this kind of timeline could mean the difference between landing a deal and watching it slip away.

With GX Biz FlexiLoan, you apply once through the GXBank app and your credit line can be approved within minutes. You don’t have to visit any physical branches to queue for hours or chase down bank managers to make your case. 

The straightforward digital process is intentionally simple, acknowledging just how limited your time is as a business owner.

3. When you drawdown, the cash hits your Biz Account instantly

Getting approved for credit is one thing, but actually being able to use it when it matters is another. 

A lot of financing products come with a delay between approval and disbursement, which doesn’t help much when you need to cover an unexpected expense immediately or pay a supplier by the end of day.

With GX Biz FlexiLoan, you can receive cash in your Biz Account within minutes of your credit line being in place. You only pay when you actually drawdown, so having the credit line sitting ready in the background costs you nothing. 

Think of it as a financial safety net that’s always on standby without the maintenance fee.

4. You can borrow from as low as 3.8% p.a., with repayment terms that fit your needs

One of the quieter anxieties around taking on business financing is the fear of being locked into a rigid repayment schedule. It’s a scary thought, especially because you can’t predict when your business will have a slower month. 

Instead of providing flexibility, the business loan could end up adding pressure on top of the usual ups and downs of running a business.

The team at GXBank understands this and has structured GX Biz FlexiLoan to avoid exactly that. You can borrow from as low as 3.8% p.a. (EIR from 7% p.a.) and repay over up to 36 months. There are no processing fees and no early repayment charges. 

So if you have a strong quarter and want to clear the balance ahead of schedule, you can do so without being penalised for being financially responsible. 

How you can get started 

In line with GXBank’s digital banking concept, GX Biz FlexiLoan is embedded directly into the app itself, offering a more seamless and accessible financing experience compared to traditional loan processes.

All you have to do is:

1. Download the GXBank app from the Google Play Store or Apple App Store.
2. Tap on “Business Banking” and fill in your business details.
3. Check your eligibility by verifying your MyKad and upload the last 6 months of your business or personal bank statements (from banks other than GXBank).
4. Enter your 12-digit SSM Business Registration Number (BRN).
5. Tap “Get Both” to accept the credit that is you’re offered.

That’s it. The whole thing is designed so that you can conveniently get it done directly from your phone, at any time, anywhere, without stepping into a single branch.

To qualify for GX Biz FlexiLoan, you need only be a Malaysian aged 18 and above, with an active SSM registration. 

If all of this sounds great but you’re thinking, “I don’t actually run a business”, GXBank has you covered on the personal side as well. GX FlexiCredit is GXBank’s personal financing product for individuals, giving you access to credit on your own terms. 

After all, financial flexibility isn’t something only business owners need, but everyone has moments where a little financial flexibility goes a long way.

Disclaimer: Terms and conditions apply. GX Biz FlexiLoan and GX FlexiCredit are subject to eligibility criteria.

• Learn more about GXBank here.
• Read other articles we’ve written about Malaysian startups here.

I’ve spent a week with the Garmin Cirqa screenless fitness tracker, wearing it constantly during sleep, exercise and rest to determine how comfortable it is in everyday life, and measuring it against an electrical heart rate monitor and other wearables to determine accuracy.

After all my testing, I can confirm the Whoop and Google Fitbit Air have got serious competition. While some people will still want the AI-powered coaching from Whoop and Google Health, and others will want the screen-based interaction and notification features available on the best smartwatches, most users looking for a simple but high-quality screenless fitness tracker will be just fine getting the Cirqa.

Companies have spent years showing off car tires that never go flat. Michelin and others roll out concept designs built from polymer webs that support the load without a single molecule of air. Those prototypes look sharp in tech demos, but almost never reach actual cars. Mountain bikes face a harder version of the same problem. A sharp rock or thorn can end a ride in seconds. Sealant inside modern tubeless tires already stops most punctures, yet the dream of a tire that simply cannot lose pressure still pulls people in. Berm Peak, the popular mountain-bike YouTuber known for building and testing unusual gear, decided the only way to get a real airless mountain-bike tire was to make one himself.

He started by looking for items that had already been made available for purchase. The search results showed foam inserts for children’s bikes and a few solid road tires that were the wrong size for him. Nothing came up with adequate knobs or a size that would fit modern mountain bike wheels. However, an older invention from 2012 drew his attention: the Britek Energy Return Wheel. Although cellphone videos showed it rolling across mud, the device never made it to market. That was enough to convince him to open his design file and turn on the printer.

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Berm Peak teamed up with Brendan, an engineer who had previously experimented with segmented printed tires. Initially, the thoughts were leaning toward the dramatic open-spoke look seen in concept art for science fiction films, but practical testing swiftly put an end to that. After several rounds of trial printing, the pair decided on a TPU framework with S-shaped flexible bridges connecting the outside tread and inner rim. When loaded, the S-curve compresses and then bounces back, similar to how air compresses in a standard tire.

TPU is a flexible filament that functions similarly to skateboard wheel rubber, thus they chose it as their main material. They employed a Bambu Lab H2D, a dual-nozzle machine capable of laying down both soft TPU and detachable support material in the same project. Instead of a single loop, each tyre is built up of many arc-shaped parts. The components connect with small dovetail joints and are held in place by screws that run through printed interfaces and rest against the rim. There is no need to fiddle with stretching or forcing. The final tyre snaps into place piece by piece. The first functional set came in a bright neon green, which truly makes the odd structure stand out along the trail.

Once completed, Berm Peak took the bike out on the mountain bike trails and rode the same lines he regularly rides on ordinary rubber. The printed tires absorbed little bumps in a wonderfully quiet, almost subdued manner. On soft mud, the grip felt solid. On jagged rocks, however, the contact was slightly less predictable, and the tread, which was made of the same solid TPU as the rest of the structure, lacked the give of commercial rubber. Nonetheless, the bike remained upright despite the harsh bends and impacts that would have popped a standard tube.

Durability was a major concern because the front tire lasted the first big sessions, but the rear tire began to show symptoms of wear soon, failing at the joints where the sections met. Impacts had begun to loosen the screws and cause cracks that spread from one piece to the next, and because the tire is modular, Berm Peak could simply replace out the damaged section without having to remove the wheel from the bike, a very useful feature that commercial tires cannot match. He already has a fresh version in the printer, with smoother transitions at stress spots and softer TPU on the knobs and key regions, thanks to the twin nozzles.
[Source]

The college graduating class of 2026 is the first to have full exposure to robust artificial intelligence (AI). But even at the high school level, U.S. students generally have considerable experience using AI — and mixed feelings about its growing role in everyday life. They may take advantage of AI benefits, but some fear where the technology could take us in the future.

That concern was on clear display at the Me, Myself, and AI art show at the recent America’s Youth AI Festival in Boston. The three-day event gathered student leaders, educators and school system leaders from across the country to discuss acceptable AI use in the classroom and how it is already influencing student lives. The festival was hosted by Day of AI, MIT RAISE, The School Superintendents Association and the Edward M. Kennedy Institute.

Day two of the event featured two contests: AI for a Better World and an art competition. Day three concluded with “student senators” from across the country debating a first-of-its-kind national AI policy for K-12 classrooms.

Four students shared the spotlight as winners of the 2026 Me, Myself, and AI competition. Their work reflected AI’s influence in their communities today and what AI may look like in 50 years. Annie, an 11th grader from the Barbara Keel Art School and Auburn High School in Alabama, exemplified the worry on the minds of many students with her two-part entry titled “Which Way We Run.”

Depicting AI’s Evolving Influence

Annie’s two pieces illustrate how AI is already affecting human life and what could happen to humans if we continue to rely on it for trivial needs every day. “The first piece represents my current community and focuses on how AI is beginning to integrate into everyday life,” she says. “The buildings are bright and colorful, symbolizing liveliness, creativity and emotion — all human qualities. In the center, two people are running, representing different stages of human interaction with AI-driven technology.”

In addition to Annie, other competition winners (last names withheld) were Evangelina, grade 11, from the Essex County Newark Tech school in Newark, New Jersey, for “A Free Venezuela”; Juliette, grade 11, from the Rye Country Day School in Rye, New York, for “A Self-Portrait Across Time”; and Wendi, grade 9, from the Atlanta Contemporary Chinese Academy in Decatur, Georgia, for “Community Today as Meandering in Divide, Community in 50 Years as Yearning into Time.”

The Me, Myself, and AI competition grew out of a curriculum developed by the MIT Responsible AI for Social Empowerment and Education (RAISE) initiative, explains Jeffrey Riley, executive director of Day of AI. The ideas were first explored in a high school summer program in 2024 and later expanded into Day of AI’s five-lesson AI and the Creative Arts Curriculum, which was released in January 2025 for students ages 8 and up.

The lessons invite students to examine the relationship between AI and creativity by analyzing AI-generated artwork, discussing questions of authorship and originality and creating art of their own. Winning entries were selected through a multi-reviewer evaluation process similar to those used in college admissions or scholarship competitions, Riley says.

“Judges evaluated submissions holistically, considering creativity, originality, evidence of process, thoughtful use of AI and the authenticity of each student’s personal voice,” Riley explains. “The emphasis was never on creating the most impressive AI-generated image but on how effectively students used creativity and, where appropriate, AI, to communicate their ideas.”

The Growing Impact of AI on Art and Media

AI will likely become a standard part of many artists’ creative workflows, much like digital design software, cameras or animation tools are today, Riley says. It has the potential to make creative exploration more accessible, helping people prototype ideas, explore new styles and bring concepts to life more quickly.

“AI will shape how young people live, learn, create and connect,” explains Cynthia Breazeal, director of MIT RAISE and cofounder of Day of AI. “What is so powerful about Me, Myself, and AI is that it gives students the opportunity to reflect on that future in a deeply personal and imaginative way.”

Annie says she was attracted to this competition because of its themes in connecting art, AI and humanity. She saw it as a forum to share and learn what her generation thinks of AI, its ethical concerns and the implications it has for art, especially with the current contention surrounding AI-generated images.

“The use of AI to create media is not appropriate in corporate models that exploit the work of artists without consent,” Annie says. “Instead, if any artist believes that AI is integral to a project they want to create, they should look toward models that are trained on open-source data or ethically sourced media. Additionally, even with ethical models, AI’s large environmental footprint means we should be mindful of what we ask it to do.”

Encouraging Lessons from the Competition

Riley says that what impressed the judging team most was how thoughtful students were in their decision-making and how candid they were about their feelings toward AI. Rather than simply using AI because it was available, many carefully considered when it strengthened their creative vision and when it didn’t. Some intentionally limited or even chose not to use AI for portions of their projects because they wanted certain elements to remain entirely their own.

“One of the biggest lessons we took away was that young people are far more thoughtful about AI than they’re often given credit for,” Riley says. “Students didn’t see AI as simply ‘good’ or ‘bad.’ Instead, they expressed a wide range of perspectives based on their own experiences using the technology.”

The competition also reinforced the importance of giving students authentic, hands-on opportunities to wrestle with these questions rather than simply teaching them about AI in the abstract.

These insights will continue to shape curricula and learning experiences as we help students develop the critical thinking, creativity and ethical decision-making skills they’ll need in an AI-driven world,” Riley explains. “Our goal has never been to encourage or discourage AI use but rather to empower young people to make informed, intentional choices about how they use these technologies.”

After initially refusing to even review it, the US Food and Drug Administration (FDA) has approved Moderna’s mRNA seasonal flu vaccine, the pharmaceutical company announced in a press release. Known as mFlusiva (or mRNA-1010), the immunization is effective against the four most common strains of influenza and has been in human testing trials since 2021. Those variants cause up to five million severe flu cases every year and result in as many as 650,000 respiratory deaths annually, the World Health Organization (WHO) wrote in 2017. 

The vaccine is approved for adults aged 50 and over. Moderna said it received approval for people between the ages of 50 to 64 after a Phase 3 clinical trial that enrolled 40,805 adults across 11 countries. It also received accelerated approval for patients 65 and older. The trial’s objectives were to evaluate the safety of the mFlusiva and its relative efficacy compared to an approved and effective non-mRNA vaccine (comparator). 

In its study, Moderna’s researchers concluded that “mRNA-1010 was superior to standard-dose licensed vaccines for prevention of… influenza-like illness in adults 50 years of age or older.” However, it added that “solicited adverse events” were more frequent with mRNA-1010 than current flu vaccines, including injection-site pain, fatigue, headache and myalgia (muscle pain). Most adverse reactions were “mild to moderate and transient,” the study states.

Approval for Moderna’s flu vaccine got off to a rocky start after the FDA refused to even review Moderna’s application. The US drug regulator initially said that Moderna’s comparator vaccine didn’t represent the “best available standard of care” in the US at the time of the study, and that it preferred a higher-dose vaccine for older adults as a comparator. 

The FDA’s refusal to review the vaccine came after the director of drug approval overruled career scientists, prompting critics to call the move political. “It’s all pretext and obfuscation when the real agenda is rejecting conventional science and serving a predetermined anti-vaccine agenda,” law professor Richard Hughes IV told The Guardian at the time. 

After less than a week, however, the FDA reversed course and agreed to review Moderna’s application, likely because it previously told Moderna that its selected comparator vaccine was just fine. “We agree that it would be acceptable to use a licensed standard dose influenza vaccine as the comparator in your Phase 3 study,” the FDA told the company prior to the rejection. 

mRNA vaccines from Moderna and others have generally sailed through trials due to inherent properties that make them safer and more effective than standard vaccines. Those include high efficacy in preventing severe illness, rapid development times, adaptability to new strains, manufacturing without live viruses, fewer side effects for immunocompromised people, and the ability to trigger a strong immune response without the risk of altering human DNA. 

“Additionally, mRNA vaccines do not linger in our bodies, causing harmful health effects over time,” the National Council on Aging writes. “In reality, once the mRNA delivers instructions to our cells, it’s quickly broken down and flushed out of the body.”

Meta just admitted that one of its AI models got loose during a security test and hacked into another company’s system. It’s the fourth time in recent weeks that a major player in the space has made the same kind of admission, and three of those incidents trace back to the same point of failure.

One testing lab, three separate slip-ups

Meta told the BBC the breach happened during an evaluation run by Irregular, a third-party firm hired to stress test its AI for security weaknesses. Meta called it a “misconfiguration” and said it’s still gathering details before it shares more.

An Irregular spokesperson confirmed to the BBC that Meta’s incident is the same test environment issue Anthropic disclosed last week, when it revealed that three of its Claude models broke out of test environments and hacked into three companies. OpenAI also disclosed a similar breach earlier this week, saying one of its models exploited a bug to break into a website after Irregular accidentally handed it live internet access.

At this point, Irregular seems less like the company’s name and more like a warning label.

The one breach that didn’t need Irregular’s help

The earliest of the four incidents worked differently. In July, OpenAI’s own testing model found a vulnerability in a file repository connected to its sandbox, used it to reach the open internet on its own, and eventually broke into Hugging Face’s systems while trying to cheat on a cybersecurity benchmark. No outside evaluator handed it access by mistake. The model found its own way out.

The UK’s AI Security Institute found the same pattern, regardless of how it started. This week, the institute published a report on tests it ran separately, and found AI agents from OpenAI and Anthropic took unauthorized actions online 19 times across 122 runs.

None of this required a rogue AI plotting against its creators. Every case traces back to a company either mishandling internet access or running a test looser than intended. That’s a far more mundane problem than a killer AI, but it’s the more relevant one if you’re using tools that browse, click, and act on your behalf. The companies building them are still figuring out how to keep them inside the fence they draw.

You can use your iPhone or Android smartphone as a high-definition computer webcam using built-in operating system features—like Apple Continuity Camera on Mac or Microsoft Phone Link on Windows 11—or via third-party apps like DroidCam and Reincubate Camo over USB or Wi-Fi. This setup instantly replaces low-quality laptop cameras without requiring separate video capture hardware.

Most built-in laptop webcams utilize basic image sensors that struggle in low-light environments, produce grainy 720p footage, and lack autofocus precision. Modern smartphone cameras feature multi-lens arrays, advanced image signal processing (ISP), and high dynamic range (HDR) optics that outperform even mid-range standalone USB webcams. Repurposing your phone as a video feed is the most cost-effective way to achieve broadcast-quality video for remote meetings, online classes, or content streaming.

Quick Take: Choosing the Right Setup Method

The optimal method for converting your phone into a webcam depends on your mobile operating system, your computer OS, and whether you prefer a zero-software native pipeline or advanced manual camera controls.

Prerequisites and Hardware Requirements

Before configuring software protocols, prepare your physical and network environment to ensure stable video feeds and prevent hardware fatigue during extended video calls.

• Physical Mounting: Position your smartphone at eye level using a dedicated monitor mount, flexible tripod, or MagSafe desktop stand. Avoid leaning your phone against books or monitor bezels, as sudden shifts can disrupt autofocus or knock the device over during a live call. If your work involves presenting remote slide decks or facilitating interactive workshops, a stable mount ensures consistent framing alongside your home office tech setup.
• Connection Stability: Wireless connections require a strong 5 GHz Wi-Fi network with both devices connected to the same local subnet. For zero-latency transmission and uncompressed video, use a direct USB cable (USB-C to USB-C or USB-A to Lightning/USB-C). USB connections bypass network congestion and keep your phone charged.
• Power & Thermal Management: Video processing generates internal heat and drains smartphone batteries rapidly. Turn down screen brightness during calls, remove heavy protective cases if the phone feels hot, and keep the smartphone connected to an external power source or powered USB host port.
• Audio Configuration: Smartphone microphones are directional and sensitive, but using them across a room can introduce room echo. Pair your phone camera feed with a dedicated USB desktop mic or headset for optimal sound clarity. You can review recommended audio upgrades in our guide to the best budget microphones for home offices.

Path 1: Native Operating System Methods (No Apps Needed)

If you run modern operating systems on both your mobile device and computer, you can use built-in system features that require no third-party app installations.

Method A: Apple Continuity Camera (iPhone to Mac)

Apple’s native Continuity Camera protocol automatically recognizes a nearby iPhone as a high-definition webcam for any macOS video application, including Zoom, Microsoft Teams, FaceTime, and Web Browser instances.

System Requirements: An iPhone XR or newer running iOS 16 or later, and a Mac running macOS Ventura (13.0) or later. Both devices must have Wi-Fi and Bluetooth enabled and be signed into the same Apple Account with two-factor authentication enabled. Per Apple Support details on Continuity Camera, the feature operates both wirelessly and over a wired USB cable.

1. Enable Continuity Camera: On your iPhone, open Settings > General > AirPlay & Continuity and ensure Continuity Camera is toggled ON.
2. Mount the Device: Mount your iPhone near your Mac in landscape orientation with the rear camera facing you. Lock the iPhone screen.
3. Select the Input in Meeting Software: Open your preferred conferencing software (e.g., Zoom, Google Meet, or FaceTime). Access the app’s video settings menu and select your iPhone under the camera device dropdown list.
4. Configure Video Effects: On your Mac, click the Control Center icon in the top menu bar and select Video Effects. Toggle features such as:
   • Center Stage: Keeps you centered in the frame as you move around.
   • Portrait Mode: Blurs your physical background using hardware depth mapping.
   • Studio Light: Artificially brightens your face while dimming background glare.
   • Desk View: Simulates an overhead camera angle to show your physical desk surface using the ultra-wide lens.

Method B: Microsoft Phone Link (Android to Windows 11)

Microsoft natively integrates Android camera feeds directly into Windows 11 using the built-in Phone Link ecosystem, allowing your Android device to appear as a standard UVC camera across all desktop applications.

System Requirements: A PC running Windows 11 with the latest system updates, an Android smartphone running Android 10 or newer, and the Link to Windows mobile app version 1.24022.0 or later. Official setup guidelines are detailed in Microsoft Support instructions for mobile camera usage.

1. Link Android to Windows: Open the Phone Link application on Windows 11. On your Android phone, open the Link to Windows app and scan the QR code displayed on your PC screen to complete Bluetooth and Wi-Fi pairing.
2. Enable Camera Sharing: On your Windows 11 PC, open Settings > Bluetooth & devices > Mobile devices. Click Manage devices and ensure your paired Android device is toggled ON under “Use as connected camera.”
3. Authorize Android Permissions: When prompted on your smartphone screen, grant permission for Link to Windows to access your mobile camera.
4. Select Camera Source: Open your desktop video calling software, access the video preferences menu, and select your Android phone from the available camera list. A floating toolbar will appear on Windows 11, letting you toggle between front and rear lenses, pause the feed, or apply background blur.

Path 2: Cross-Platform & Legacy Setup via Third-Party Apps

If you use mixed ecosystems (such as an Android phone with a Mac, or an iPhone with a Windows 10/11 PC), third-party webcam client utilities bridge the connection reliably over Wi-Fi or USB cables.

Option 1: DroidCam Setup (Android/iOS to Windows/Linux)

DroidCam by Dev47Apps is a lightweight utility that creates a virtual webcam driver on your PC, routing video and microphone audio directly from your smartphone.

1. Download Software Components: Download the mobile app from the Google Play Store DroidCam page (or Apple App Store for iOS). Next, download and install the Windows or Linux desktop client directly from the Dev47Apps DroidCam official connection portal.
2. Connect via Wi-Fi:
   • Ensure your PC and phone are connected to the same Wi-Fi network.
   • Launch the DroidCam app on your phone. Note the Wi-Fi IP (e.g., 192.168.1.15) and DroidCam Port (default is 4747).
   • Open the DroidCam Client on your PC. Select the WiFi/LAN connection icon.
   • Type the exact Device IP and Port numbers shown on your phone into the PC client fields. Check both Video and Audio boxes, then click Start.
3. Connect via USB (Low Latency / High Reliability):
   • On Android: Enable Developer Options by tapping your device’s Build Number 7 times in Settings > About Phone. Open Developer Options and switch USB Debugging to ON.
   • Connect your phone to your PC using a USB data cable. If prompted on your phone, tap Allow USB Debugging.
   • In the PC DroidCam client, select the USB icon, click the Refresh button to locate your device, and click Start.
4. Configure Call Software: Open Zoom, Microsoft Teams, or Google Meet. In the audio/video settings menu, select DroidCam Source 2 (or Source 3) as your video camera, and DroidCam Virtual Audio as your microphone input. If you host multi-party teleconferences frequently, review our guide on how to hold a video conferencing meeting effectively.

Option 2: Reincubate Camo Setup (iOS/Android to Mac/Windows)

Reincubate Camo provides comprehensive control over smartphone optics, offering fine-tuned adjustments for exposure, focus, color temperature, and lens selection across both macOS and Windows environments.

1. Install Client Software: Install the Camo app on your iPhone or Android phone via the Camo iOS App Store listing or Play Store. Download and install Camo Studio on your Mac or Windows PC.
2. Pair Devices: Connect your smartphone to your computer via USB cable (or pair wirelessly over Wi-Fi by scanning the Camo Studio QR code). Open Camo Studio on your computer.
3. Adjust Optics and Image Profiles: Use the Camo Studio interface on your desktop to switch between Ultra-Wide, Wide, and Telephoto lenses. Adjust digital zoom, crop, frame rates, and color balance without touching your physical smartphone.
4. Select Camo Virtual Camera: Open your conferencing app and choose Camo Camera as your active video input source.

Option 3: Elgato EpocCam Setup (iOS to Windows/Mac)

Part of the Corsair/Elgato ecosystem, EpocCam is designed specifically for iOS users who want seamless integration with streaming tools and Elgato Stream Deck controllers. Additional information and setup files are available on the Elgato EpocCam official product hub.

1. Download the EpocCam app on your iPhone and install the Camera Hub drivers on your macOS or Windows computer.
2. Restart your PC or Mac after driver installation completes to register the virtual camera service.
3. Connect your iPhone over Wi-Fi or USB, open Camera Hub on your computer, and select EpocCam inside Zoom, OBS Studio, or Microsoft Teams. If you stream using OBS, you can learn more about scene composition in our tutorial on OBS Studio streaming setup basics.

App Comparison: DroidCam vs. Camo vs. EpocCam vs. Native Solutions

When selecting the right mobile webcam application for your workflow, evaluate free resolution caps, license pricing, overlay features, and resource consumption.

How to Test and Calibrate Your Mobile Webcam

Before jumping into a critical job interview or live presentation, test your video feed locally to verify image clarity, framing, and audio sync.

1. Test Hardware Permissions: On Windows 11, open Settings > Bluetooth & devices > Cameras and click your connected mobile device to check the live video preview. On macOS, open the native Photo Booth or FaceTime app to confirm camera detection. If your operating system experiences driver glitches, see our guide on troubleshooting steps for general OS and software permission fixes.
2. Check Exposure & White Balance: Point your camera toward your face, avoiding strong light sources directly behind you (such as open windows). If using DroidCam or Camo, lock exposure and focus in the desktop app to prevent the camera from continuously hunting for focus when you move your hands.
3. Verify Latency & Audio Sync: Clap your hands in front of the camera while monitoring the live desktop preview. If the video lags behind the audio by more than a quarter-second, switch from Wi-Fi to a direct USB connection. If network dropouts persist, inspect your home network using our guide to optimize Wi-Fi for video calls.

Troubleshooting Common Mobile Webcam Failures

Even robust mobile webcam setups can run into technical bottlenecks. Below are diagnosis steps for common failure modes.

Issue 1: Device Not Found / IP Connection Fails

• Cause: Your phone and computer are on isolated Wi-Fi bands (e.g., one on 2.4 GHz, the other on 5 GHz) or the router has AP (Access Point) Isolation enabled.
• Fix: Access your router’s administration panel and disable AP Isolation. Ensure both devices are connected to the identical SSID. If the DroidCam phone app displays an IP address of 0.0.0.0, your phone is disconnected from Wi-Fi; toggle Wi-Fi off and on again. Switch to a USB cable connection if local wireless interference is severe.

Issue 2: Black Screen or Permission Denied Error

• Cause: Mobile privacy settings are blocking camera access, or another desktop app is hogging the virtual camera driver exclusively.
• Fix: Close all running video apps (Zoom, Skype, OBS, Webex, Teams) on your computer. Open your phone’s Settings > Apps, locate DroidCam, Link to Windows, or Camo, and explicitly grant Camera and Microphone permissions. Restart the PC client app.

Issue 3: Rapid Battery Drain and Overheating

• Cause: High-resolution continuous video encoding combined with screen backlight operation generates extreme internal heat, causing thermal throttling and battery depletion.
• Fix: Lower the resolution output from 4K/1080p to 720p inside your app preferences. In DroidCam or Camo settings, set the mobile app screen to turn off or dim automatically after establishing a connection. Keep your phone connected to a high-wattage USB charger rather than a low-power un-bus-powered USB hub.

Where This Approach Has Limits

While smartphone webcams deliver superior image quality compared to low-cost webcams, they are not a complete replacement for dedicated, permanently mounted cameras in every scenario.

• Interruptive Mobile Events: Incoming cellular calls, alarms, or push notifications can interrupt active video feeds depending on your mobile operating system and application setup. Enabling Do Not Disturb mode during meetings is mandatory.
• Sensor Heat Limits: Prolonged video sessions exceeding 2 to 3 hours can cause thin smartphones to reach high thermal thresholds, resulting in dropped frame rates or temporary camera shutdowns.
• Focal Distance & Lens Distortion: Smartphone wide-angle lenses are engineered for handheld photography. When placed 18 to 24 inches from your face on a desk mount, fixed wide lenses can slightly distort facial proportions unless digital crop or optical telephoto lenses are applied via apps like Camo.

Key Takeaways

• Native First: If you use an iPhone with a Mac, rely on Apple Continuity Camera for zero-setup 4K/1080p video. If you use an Android device with Windows 11, use Microsoft Phone Link.
• Third-Party Versatility: For cross-platform or legacy setups, DroidCam offers the best budget-friendly USB and Wi-Fi drivers, while Reincubate Camo provides professional-grade optical controls and color grading.
• Prefer USB over Wi-Fi: Wired USB connections eliminate wireless signal degradation, reduce audio sync latency, and maintain device power during long conferencing calls.
• Mount Properly: Invest in an eye-level smartphone desk mount or MagSafe stand to ensure ergonomic viewing angles and clear framing.

Frequently Asked Questions