News
Galaxy S22 Ultra vs Apple iPhone 14 Pro Max Full comparison

Yes, today we are going to compare 2 flagship smartphones of this year. So that you can know which device is better for you. Samsung Galaxy S22 Ultra (with Exynos 2200) was launched on the 9th of February this year same Apple iPhone 14 Pro Max is launched almost 7 months after the launch of the Samsung Galaxy S22 Ultra.
Ok now let us start the comparison of these two flagship smartphones. We start with your favorite topic, the Camera. Talking about the camera, the 108MP rear camera has been used in the S22 Ultra and the same 48MP camera is still used in the iPhone 14 Pro Max. Still in camera, according to us, Sh22 Ultra is ahead of iPhone 14.
[Display] [Review]
[Screen quality, color accuracy, brightness]
Galaxy S22 Ultra – 95
iPhone 14 Pro Max -95
[CPU/GPU performance in apps and games]
Galaxy S22 Ultra – 90
iPhone 14 Pro Max -93 (Win)
[Battery life, charging type, and speed]
Galaxy S22 Ultra – 84
iPhone 14 Pro Max -92 (Win)
iPhone 14 Pro Max -85
iPhone 14 Pro Max-82


Benchmarks
CPU | 223163 | 242019 |
GPU | 391575 | 407261 |
Memory | 175188 | 167432 |
UX | 154579 | 145864 |
Total score | 941901 | 960088 |
Stability | 64% | 82% |
Graphics test | 41 FPS | 58 FPS |
Graphics score | 6873 | 9802 |
PCMark 3.0 score | 12609 | – |
Battery
Capacity | 5000 mAh | 4323 mAh |
Charge power | 45 W | 27 W |
Battery type | Li-Po | Li-Ion |
Replaceable | No | No |
Wireless charging | Yes (15 W) | Yes (7.5 W) |
Reverse charging | Yes, (wireless) | No |
Fast charging | Yes (60% in 30 min) | Yes (48% in 30 min) |
Full charging time | 0:59 hr | 1:52 hr |
Web browsing | 11:10 hr | 15:02 hr |
Watching video | 14:43 hr | 21:10 hr |
Gaming | 05:41 hr | 07:12 hr |
Standby | 109 hr |
|
Megapixels | 40 megapixels | 12 megapixels |
Image resolution | 7864 x 5200 | 4032 x 3024 |
Aperture | f/2.2 | f/1.9 |
Focal length | 26 mm | 23 mm |
Pixel size | 0.7 microns | – |
Sensor type | CMOS | – |
Sensor size | 1/2.82″ | 1/3.6″ |
Video resolution | 2160p (4K) at 60 FPS | 2160p (4K) at 60 FPS |
Key differences
- The rear camera has a 10x optical zoom
- Comes with a 677 mAh larger battery capacity: 5000 vs 4323 mAh
- Fingerprint scanner
- Slow-motion recording at 960FPS
- Has 2 SIM card slots
- Faster storage type – UFS 3.1 versus NVMe
- Reverse charging feature
- CPU with a higher amount of cores (+2)
- Shows 40% longer battery life (45:56 vs 32:55 hours)
- Delivers 40% higher peak brightness (1751 against 1253 nits)
- Newer Bluetooth version (v5.3)
- Apple releases software updates and supports their phones a few years longer than Samsung
- The phone is 7 months newer
- 59% faster in single-core GeekBench 5 test: 1873 and 1177 points
This was just a friendly comparison. Both devices have their own specialty and both are famous at different levels. Our aim is not to hurt the sentiments of any company, brand, or user at all.
(Thankyou)
How some countries are misusing Google’s AI Tool, Gemini

Google’s AI tool, Gemini, is designed with safety measures to prevent misuse. However, government-backed groups from countries like China, Iran, North Korea, and Russia have attempted to exploit it for harmful purposes. These groups, known as Advanced Persistent Threats (APTs), have used Gemini to gather information on military and intelligence targets, understand software weaknesses, and assist in coding tasks.
Additionally, Information Operations (IO) groups from these nations have utilized Gemini for translation, refining the tone of their messages, and disguising their true identities to operate secretly.
Despite these attempts, Google reports that most efforts to misuse Gemini have been unsuccessful. Many have tried to bypass Gemini’s safety protocols using known methods, but these attempts have largely failed.
This situation highlights the challenges in preventing AI misuse. While Google has been effective in stopping direct harmful actions through Gemini, malicious actors can still use the AI’s capabilities to support their activities in less obvious ways. This underscores the need for ongoing vigilance and improvement in AI safety measures.
For a more detailed understanding, you can read Google’s full Threat Intelligence Group report.
Google adds extra security step to Android log-in prompts

Google has enhanced the security of its log-in prompts on Android devices. Previously, when signing into your Google Account, you would receive a prompt asking, “Are you trying to sign in?” and could confirm by tapping “Yes, it’s me.”
Now, with version 25.02.34 of Google Play Services, an additional verification step is required. After confirming, you’ll be prompted to authenticate using your fingerprint, PIN, face recognition, or another two-factor authentication (2FA) method. This change aims to provide an extra layer of protection for your account.
While the added step may slightly increase the time it takes to log in, the enhanced security is a valuable trade-off. iOS users will experience a similar update, with the Google app or Gmail handling the prompt instead of Play Services.
News
Samsung releases January 2025 security update for Galaxy devices

Samsung has begun distributing its first monthly update of 2025, featuring the January 2025 security patch, to a variety of Galaxy devices. This update primarily enhances security, addressing nearly 30 vulnerabilities, including five critical issues identified in Google’s January 2025 security bulletin, along with 22 Samsung-specific fixes.
Currently, the update is being rolled out to the following Galaxy models in select regions:
- Galaxy S24 Series: S24, S24+, S24 Ultra
- Galaxy S23 Series: S23, S23+, S23 Ultra
- Galaxy S22 Series: S22, S22+, S22 Ultra
- Galaxy S21 Series: S21, S21+, S21 Ultra
- Galaxy S20 Series: S20, S20+, S20 Ultra
- Galaxy S21 FE
- Galaxy S20 FE
- Galaxy Z Flip Series: Z Flip 6, Z Flip 5, Z Flip 4, Z Flip 3
- Galaxy Z Fold Series: Z Fold 6, Z Fold SE, Z Fold 5, Z Fold 4, Z Fold 3
- Galaxy A Series: A16, A15, A14, A54, A53, A32
- Galaxy Note 20 Series: Note 20, Note 20 Ultra
The availability of this update may vary depending on your region, carrier, and device model. Samsung plans to extend the rollout to more devices in the coming weeks.
It’s important to note that the One UI 7 update is currently in beta for the Galaxy S24 series and is expected to be released more broadly in February 2025. The stable version of One UI 7 debuted with the Galaxy S25 series, which is now available.
For detailed information on the January 2025 security update and its availability for specific devices, you can refer to Samsung’s official security bulletin. As always, it’s advisable to keep your device updated to ensure optimal security and performance.
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