Improve bootloader unlock and firmware flashing support for Android phones

TLDR FOR THOSE who want less details: I’m looking to upgrade my Honor X8B due to glitches and issues this phone started having, which I bought in May 2023. By summer 2026 (or earlier this year in 2025), I want a reliable mid-range to upper-mid phone (1000-1600 BYN, or about $320-$523) that will last at least four years. I need a good camera, particularly strong macro and telephoto capabilities, and the ability to flash stock firmware via PC (bootloader unlock is essential). I’m prioritizing hardware reliability, camera quality, and flashing ease over official software support.In Belarus, the market is dominated by grey imports, and there are no reliable warranties. Flip phones have been unavailable since 2015. I’m considering several models from Huawei, Realme, Nothing, Google Pixel, OnePlus, Xiaomi/POCO, Samsung, Honor, LG, and Vivo.I’m seeking advice on models that balance camera quality, longevity, and flashing feasibility. I’m particularly concerned about Belarus’ eSIM bureaucracy and poor 4G coverage.I’ve put a lot of effort into researching this because I want a device that will finally last four years only hopefully needing maintenance after 3.5 years of use, compared to all my previous phones, which needed maintenance after about 2.5 years of use. I’m even considering Apple IPhone as a last resort, despite its high cost and potential annoyances due to sanctions. Apple accounts registered in Russia have limited app choices in the iOS App Store compared to accounts in other countries. Ideally, I’d need a Turkish region Apple account, which can be difficult to obtain. The iPhone is the last option on my list. I am willing to go way over budget if a certain model is so good as to justify shelling out the ton of money it costs - realme gt 7 pro looks like one of such models Hey everyone, I'm starting my research early ( only like 7 months before 2026) for a phone upgrade planned around Summer 2026 or if condition of current device gets too bad this summer 2025. My current daily driver is an Honor X8B (bought May 2023) and currently as of April 2025 it's already almost 2 years old so already it's heading towards needing a replacement , and true to my past experiences with various mid-rangers (LG phones ( lg l65 was probably the longest living one i had even if it had to have it's yearly reflash after 2 years of use - but at least it lived a long time from when i bought it around 2013(maybe 2014) to 2019 and it only cost 10 million Belarusian roubles in the old pre denomination costs- equal to 100 roubles today) , Samsung J-series, POCO, Huawei nova Y-series), it's starting to show the typical signs of slowdown and glitches as it approaches the 2-year mark ( On my Honor X8B I'm already experiencing the following issues: Modem and connectivity issues: The most critical one is complete SIM card dropout with a false "ringing" state. Both SIMs stop registering in the network, the phone thinks that a call is coming out of them, blocking the ability to make/receive calls and use mobile internet. The only solution is a forced reboot. This happened, for instance, **one time between February 3 and February 8, 2025**. There are also common Wi-Fi issues. For now the sim card glitch hasn't reappeared again, but as always with such glitches it happens once then might be gone for a long time then reappear suddenly, expecting reliability out of this device connectivity wise is already not possible System performance and stability issues: Freezes. A buggy fuck up that makes using the phone uncomfortable due to the accumulation of many minor and major issues. Typical slowdowns and the appearance of glitches by the two-year mark, typical of many mid-segment Android smartphones. Screen and display issues: AMOLED display burn-in - faintly noticeable burn-in in the YouTube comment area, visible against a dark background. This is a typical problem with AMOLED screens over time that will get worse. There are also graphical glitches/artefacts, sometimes manifesting as a "black Malevich square" or a green bar when plugging in the charger when low on charge, requiring a reboot to resolve. Power management and battery issues: In addition to charging glitches, the battery is now holding a charge an hour less (from ~10.5 to ~9.3 screen hours), which is a noticeable degradation. Peripheral issues: The fingerprint scanner has been working poorly since the first day of use - it doesn't always register a fingerprint the first time, sometimes it takes several attempts or fails to work at all, which is probably due to the quality of the scanner itself) and it's bound to become worse with time as always goes with technology it tends to deteriorate as it reaches its lifespan limit, and while the Honor X8B may continue to limp along with increasingly frequent issues until June or later in Summer 2026, it will undoubtedly need a replacement by that time. Unfortunately, extending the lifespan of an Honor device through reflashing is not as straightforward as one might hope. To flash firmware on Honor devices, you need a specialized tool called Honor Firmware Proxy, developed by an individual of Arabic origin. While I am hesitant to use it due to its non-open-source nature and the fact that it is heavily obfuscated with anti-tampering and anti-debugging measures, I may have no choice but to resort to it. My Honor X8B is not yet in a state that requires such drastic measures, but as with any device that has surpassed its intended lifespan, deterioration is inevitable. It starts slowly, then accelerates. In the world of technology, there are no simple problems or simple solution and steps like "turning it off and on again" which is basically a technology meme because steps like this are a waste of time and fix no issues due to the issues always laying deeper because there is no simple solutions or simple fixes in tech , proper fix is always complex and most of the issues in tech are the ones left in by the manufacturer to appear past intended lifespan ( user caused issues in tech are rare and the main 90% bulk of issues is the built in by manufacturer ones) and obviously any manufacturer has a good incentive for putting issues into technology called profits for shareholders. When the time comes for my current device of Honor X8B to need a firmware reflash, my options will be limited to that Arabic tool unless someone else figures out how to make honor suite cooperate with flashing not chinese model devices. I anticipate that I will need to perform my first firmware flash by December 2025 to at least make it work a while longer. My goal is to get a new device that can ideally last me around 4 years when buying it in the next year and most of those models are on the more expensive 1000 byn (1000 byn = 320 usd) -1600 byn (1600 byn = 523 usd) side, because a more expensive device hopefully will last longer. Given my history, I'm realistic that official software support might not last that long or keep the phone running smoothly. Therefore, a critical factor for me is the ability to reflash the stock firmware via a PC when (not if) the phone starts lagging or bugging out after either 2.5 or ideally 3 or 3.5 years. Factory resets, in my experience, are useless for deep-seated issues because a factory reset only does one thing- wipe the cache and data partitions which fixes 0 issues because the rest of the system partitions where the issue actually lies are not touched by factory reset and so compared to the proper reflash which fully wipes the entire phone software and reinstalls it the factory reset will have 0 useful effect and so its always pointless to factory reset because factory reset does not correct issues properly- only a full firmware reflash does that and when the issues inevitably appear at some point down the line when the phone starts showing serious issues the first step is straight up reflashing it and the step of reflashing becomes just another tuesday and with enough time it's possible to do on auto-pilot.And bricking a modern device is almost impossible when doing the firmware flashing procedure nowadays-sure a chance of 0.005 % exists but it's rather rare to get a brick so bricked device dont happen 99% of the time and reflashing at least helps make the phone live longer after you spent decent time researching 4pda for a guide on flashing and then taking the time of a couple hours to perform the procedure with guaranteed success when following a guide and no bricked device ever ( hell last time i ever saw a phone of mine get closed to brick was a lg l3 - being my first phone- as i said in previous sentence- bricking a modern device is almost impossible a firmware flash is a mundane procedure). **The Futility of Factory Resets vs. The Power of a Full Firmware Reflash** A critical factor for me is the ability to reflash the stock firmware via a PC when (not if) the phone starts lagging or bugging out after either 2.5, or ideally 3 or 3.5 years. Factory resets, in my experience, are utterly useless for deep-seated issues. * **Why Factory Resets Are Useless:** A factory reset, also known as a hard reset or master reset, is designed to revert a device to its original manufacturer settings. It primarily accomplishes the following: * **Wipes User Data:** This includes apps, photos, videos, accounts, and personal settings stored on the internal storage partition typically known as the "data" partition (e.g., `/data`). * **Clears Cache:** It clears the system and app cache partitions (e.g., `/cache`), which store temporary files that can sometimes become corrupted and cause minor issues. However, a factory reset typically does **not** touch the core operating system files located on the system partition (e.g., `/system`, `/vendor`, `/product`). If the underlying cause of lag, instability, or bugs lies within these system files themselves – perhaps due to corrupted system files from a problematic Over-The-Air (OTA) update, deeply embedded malware that a reset doesn't remove from system partitions, or an accumulation of software cruft and fragmentation within the OS itself that a simple wipe of user data doesn't resolve – a factory reset won't fix it. The faulty or problematic parts of the operating system remain in place, leading to the same issues resurfacing, often very quickly. So practically, factory resets are useless and pointless to do for any significant problem. During my early days with smartphones, such as the LG L3 and LG L65, I attempted factory resets, which proved utterly pointless and useless. By 2014, I had learned that the proper method for addressing phone issues is through firmware reflashing, and since then, I always skip the useless factory reset. For any phone, the best way to fix problems is skipping useless steps like factory reset, and there’s no point in doing a factory reset if the issue isn't simply a misbehaving app you installed. It’s better to fix the problem properly by reflashing the firmware. This process itself might take a couple of hours for the flashing procedure, then about three days to set up the phone again with all the necessary apps and settings. Even after a factory reset, you’ll need to go through the full phone setup again, just like after a firmware reflash, because your userdata partition is wiped in both cases. But unlike the useless factory reset, with a full reflash, you also get a completely clean reinstallation of the phone's operating system. Everything from the old OS is fully wiped off the phone, including all system partitions, and the firmware reflash fully reinstalls the operating system, giving you an issues-free experience for about 6 months or longer, depending on the device and usage. So why bother with a factory reset that doesn’t solve any deep-seated issues inside the phone? A factory reset is utterly useless as it only wipes user data and cache partitions but doesn’t touch the system partitions where the real problem of glitches and bugs often lies. Obviously, firmware flashing won't fix hardware issues like AMOLED burn-in, but it will make things like modem and connectivity issues, freezes, and stutters go away for a while, making the phone usable enough. The proper solution is skipping the useless waste-of-time step of a factory reset because a "simple solution" in technology is often a useless solution for complex problems. Knowing why it's useless isn't avoiding it; it's knowing the proper way to fix an issue in a proper manner, and that proper fix is going straight to performing the proper solution of a full firmware reflash, which will fix the issue right away. * **The Power of a Full Firmware Reflash:** Reflashing the stock firmware, on the other hand, is a much more thorough process. It involves: * **Complete System Overwrite:** The entire software of the phone, including the operating system, bootloader (in some cases, or at least its surrounding partitions like recovery), modem firmware, and other critical system partitions (like `vendor`, `product`, `system_ext`, `vbmeta`, etc.), is erased and replaced with a fresh copy from an official firmware package. This is akin to demolishing an old, problematic house and rebuilding it from the original blueprints. * **Elimination of Deep-Seated Corruption:** Because it replaces all software components, a firmware reflash can resolve issues stemming from corrupted system files, botched OTA updates that left partitions in an inconsistent state, or persistent malware that a factory reset might miss (especially if it has modified system partitions). * **Potentially Cleaner Base:** It ensures you're starting with a truly clean slate, free from any remnants of previous software installations or modifications that might have been causing conflicts or performance degradation. Firmware flashing usually takes about 1-2 hours to perform the procedure itself. After a full firmware reflash, you're either way going to spend around 3 days setting the phone back up (perhaps 2 hours for the flashing procedure itself, then 30 minutes for the Android first setup wizard, then about a day or two reinstalling your apps, signing back into every account, and restoring important data). **Extremely Low Brick Rates:** Across millions of successful flashes documented in online communities, true hard-brick failure rates are incredibly low, often cited around 0.005% or less, provided you use the correct firmware for your exact model/region and follow instructions meticulously. Most "bricks" are actually soft bricks (where the device fails to boot to the OS but can still enter flash mode) and are recoverable by reflashing again. Catastrophic bricks usually stem from using incorrect firmware, interrupting critical flashing stages for sensitive partitions (like the bootloader itself, if it's being updated), or hardware failure, not from the act of flashing correct firmware itself. Bricking a modern device is almost impossible when doing the firmware flashing procedure nowadays using official tools and firmware, and following guides carefully. Sure, a chance of 0.005% (one in 20,000, according to some community discussions) might exist if something goes drastically wrong like a power cut during a critical phase with a poorly designed flasher, or using incorrect firmware, but it's rare to get a device so bricked it's unrecoverable without specialized hardware. Most "bricked" states are soft bricks, recoverable by re-entering flash mode. So, bricked devices don't happen 99% of the time if you're careful. Reflashing at least helps make the phone live longer after you've spent decent time researching 4PDA or XDA-Developers for a guide on flashing and then taking the couple of hours to perform the procedure, with guaranteed success when following a guide. Hell, the last time I ever saw a phone of mine get close to a hard brick was an old LG L3 – my first smartphone. As I said, bricking a modern device is almost impossible; a firmware flash is a mundane, albeit time-consuming, procedure. When issues inevitably appear down the line, the first step is straight up reflashing it, and with enough experience, it becomes just another Tuesday, doable almost on auto-pilot. It's not about avoiding factory resets per se; it's about KNOWING the proper way of fixing tech issues, and a firmware reflash is that proper fix. Because unlike the useless factory reset, a full firmware reflash fixes the underlying software issues. There is no such thing as "turn it off and on again miracles" - turning it off and on is a tech meme and utterly pointless waste of time that fixes nothing Market Context (Belarus): It's important to note that many brands like Google Pixel and Samsung are effectively "grey imports" here, often sourced from Kazakhstan, Georgia, UAE, etc. While sellers are legally obligated to provide a warranty, consumers often find that local store warranties, especially from online retailers, can be difficult to enforce. The Law of the Republic of Belarus "On Protection of Consumer Rights" (Закон Республики Беларусь «О защите прав потребителей») governs warranty obligations. Legally, the seller bears full responsibility for warranty claims. Article 20, paragraph 9 (often cited as paragraph 11 in newer consolidated versions or specific government explanations) of this law stipulates that if a dispute arises regarding the cause of defects in a product, the seller is obligated to conduct an expert examination of the goods at their own expense. The consumer has the right to be present during this examination. If the examination confirms a manufacturing defect or a fault that existed before the sale, the seller must satisfy the consumer's claim (e.g., repair, replacement, or refund). In practice, sellers often shift the burden of proof to customers, requiring them to demonstrate that a defect is not the result of misuse. This contradicts legal requirements, where the seller must prove consumer fault if a defect emerges within the warranty period. This disparity between legal provisions and market practices underscores the importance for consumers to be prepared for potential disputes. Many sellers provide a nominal 12-month warranty, as required, but enforcing it can be challenging. Most officially imported brands are Chinese, including Huawei, Honor, Xiaomi, and some BBK brands like Realme. When visiting a physical store as a technology expo, you can check the available models and evaluate camera quality and hardware for potential online purchases. There are three major cellular carriers in the country, and in the past, there was even a CDMA carrier. During the 2000s and 2010s, there were more choices in the phone market and diverse operating systems like Symbian, Windows Mobile, PalmOS, and BlackBerry OS. There were also more phone manufacturers. In the current market, prices above $300 USD can be considered high-end or flagship territory, near the 1,400 Belarusian roubles mark. Apple devices, particularly iPhones, are expensive, costing over 3,000 Belarusian roubles for Pro models with telephoto lenses. These are often gray market imports. Given the lack of reliable warranties, it's essential to rely on the phone's hardware reliability and the possibility of self-service through firmware flashing. Most stores do not honor warranties for non-physical store purchases, and even if you're lucky, the warranty might only cover a firmware reflash at a service center. This could be done yourself, making the warranty a myth for most consumers. The best approach when choosing a phone is to research thoroughly on tech forums and visit physical stores periodically as a technology expo showing the device choice . Major technology chains include 5 Element, Elektrosila, Strela, and the three major cellular carriers: A1, MTS, and Life. Online stores like 21vek, Newton, and agroup.by are also popular. Prices are primarily sourced from the Onliner catalog and a few other stores. The phone replacement cycle is typically around two and a half years after the previous purchase. The first step is usually to try to fix any glitches on the existing device. If that doesn't work, replacement becomes necessary. Straight-up replacement is often impulsive, as reflashing the firmware can extend the phone's life by an additional six months to a year, depending on its condition. Physical store prices are always 500 roubles more expensive than online prices. Dumb and flip phones have been discontinued since 2015 and are no longer available for purchase or manufacturing. Impulse buys often lead to disappointment and wasted money. For example, the Philips S396 I once bought suffered from constant screen freezing, and the Poco M3 had constant signal and Wi-Fi issues. Researching thoroughly before buying a phone is crucial. Two- and three-year-old phones can still be purchased brand new and factory sealed. Amazon and Best Buy do not exist in Belarus; we have our own shops. eSIM is a minor inconvenience, but eventually, navigating the bureaucracy will be necessary. Warranty, as mentioned, does not exist for goods not purchased offline in a physical store chain. My Key Priorities (in rough order): Hardware Reliability: Needs to physically survive ~4 years of careful use (always in a case, but drops happen occasionally). Build quality, component longevity is important for this.Obviously i know and understand that there is nothing that will just work forever or be glitchless,but at least im still hoping there is one phone that manages to live 4 years instead of 2 which hopefully exists for the price of between 1000 to 1600 Belarusian roubles cause within this price range surely there is a device that is reliable ( most of the models i listed below look rather decent or even good on this part from reading 4pda threads about them and reviews) but obviously realistically with any phone the whole "it just works" and "works out of the box" is not a thing that lasts forever - only for the intended by manufacturer lifespan- with luck the more expensive device will last 4 years because the intended lifespan it's made for is higher and thus the designed to appear past intented lifespan by manufacturer problems will appear later down the line - and this line is usually 2 years old for devices under 300 USD and hopefully 4 years for devices above that price so for devices priced 320 USD and up Camera Quality (Hardware Focus): Very important. Need a versatile camera system, preferably with a good telephoto lens. Crucially, good performance in close-up/macro shots without excessive "mushiness" or slow/inaccurate autofocus (I've had bad experiences here with some mid-rangers). Processing is secondary to good optics/sensors, as software can be "fixed" or changed. Ability to Flash Stock Firmware via PC: Absolutely essential for long-term usability. The method needs to be achievable even if it's complex, as long as it doesn't require hardware disassembly (Test Point). Bootloader unlock capability is a must for flashing stock firmware because most manufacturers do not let you reflash without a bootloader unlock.So yeah bootloader unlock is a must for this.Usually i start reflashing the thing after around 2 years of use (unless it's a xiaomi device -those need a flash to a custom rom like xiaomi.eu instantly due to hyperos being not great and xiaomi.eu basically being fixed up and patched by enthusiasts stock rom to make the device work sanely). Even though it's rather tiring to constantly make the device behave right via reflashing it is the only way to make it last software wise.And yeah every manufacturer is now slowly going into the classic "In order to ensure the security and continuing stability of your device we will impose new requirements/ remove the ability to unlock the bootloader and flash firmware" marketing angle and with each year less and less phone manufacturers do let you just properly reflash the phones, i wouldn't be surprised if whatever device i do end up choosing might be one of the rarer devices that do still have the ability to fix it myself... Price/Value: Aiming for the sweet spot, likely models that will be ~2 years old by Summer 2026 to get better value. Budget allows for mid-range to upper-mid/sub-flagship tiers (e.g., >1000 BYN category). Flashing Difficulty Details: The existence of a reliable method is more important than absolute ease, but simpler is better. See categories below. OS/UI: Needs to be stable and not overly frustrating. Closer-to-stock Android is preferred, but well-optimized manufacturer skins are acceptable. HarmonyOS Next is a consideration, but its Android container UX needs evaluation. MIUI/HyperOS often requires immediate replacement for me. Official Software Support: A nice bonus if it's long (like Pixel/Samsung promise), as it delays the need for manual reflashing. However, I have very low trust in manufacturers fulfilling these promises without degrading performance, so this is a lower priority than the ability to fix and flash the device myself. Historical Context: Programming CDMA Phones in Belarus In the early days of mobile communications in Belarus, alongside the popular GSM standard, there was also CDMA, represented by the operator BelCel (a joint venture under the "Diallog" brand). Operating in the 450 MHz band (IMT-MC-450), BelCel faced a significant challenge: a limited selection of subscriber devices. While most global manufacturers produced CDMA phones for the more common 800/1900 MHz bands (as used in the US), devices supporting 450 MHz were scarce and often inferior in terms of features. Unlike GSM, which uses easily swappable SIM cards, CDMA phones typically lacked SIM slots altogether. Instead, subscriber information (such as phone number, account ID, authentication keys, and preferred roaming lists) had to be manually "programmed" directly into the phone's modem chip. This process required special tools (software and cables) and technical knowledge. Without these settings—MDN, MIN, A-KEY, CHAP_SS, PRL—the phone simply wouldn’t register on the network. In BelCel’s case, this programming was done manually at operator offices. Unlike US providers, which gradually adopted convenient remote provisioning via OTASP, Belarusian CDMA users had to rely on in-person setup. This technical complexity, coupled with device shortages, was one of the contributing factors to BelCel’s eventual exit from the market. Current Situation: eSIM in Belarus eSIM (embedded SIM) technology represents a modern approach to managing mobile subscriptions. Instead of inserting a physical SIM card, user profiles are stored on a dedicated eUICC chip built into the device. Unlike legacy CDMA programming, eSIM does not require low-level hardware access. Activation and profile management are handled through standardized RSP (Remote SIM Provisioning) protocols between the device and the carrier's backend systems.Basically eSIM is a evolution of the old CDMA programming in terms of how it works , but made simpler and more user friendly - the bureacracy is one thing , technical workings of esim another and in terms of workings it is quite close to cdma programming In theory, the process is simple—scan a QR code or use an app—but in practice, eSIM activation in Belarus still involves some bureaucracy. Activating or transferring an eSIM often requires an in-person visit to a carrier office, may incur a fee, and is limited in terms of how many times a QR code can be reused on the same device (e.g., 5 times with MTS/life:)). This creates inconveniences, particularly if the phone is replaced or repaired, and makes eSIM less flexible than a traditional SIM card. ### SIM Configuration: Practical Use in Belarus In Belarus, it’s common to use two SIM cards from different mobile operators. While a setup with one physical SIM card and one eSIM is feasible, it’s not ideal due to the cumbersome process of eSIM reactivation and transfer between devices. For practical purposes, phones with dual physical SIM slots are preferred. I currently use MTS for areas with weaker coverage by life:) and for mobile internet. My primary number for calls and messaging is with life:). Here are the three major mobile operators in Belarus: 1. **MTS Belarus**: Operated by MTS (Russia) and Beltelecom, MTS offers one of the most extensive and reliable coverage networks. It supports VoLTE on a wide range of devices and has eSIM available. However, to replace an eSIM on a new device, you need to purchase a QR code, with a limit of 10 downloads per device. MTS's tariffs are diverse, but the operator tends to be more conservative. 2. **A1 Belarus**: Owned by A1 Telekom Austria Group, A1's coverage is comparable to MTS. It supports VoLTE and VoWiFi, but the latter only works over A1's own internet, limiting its usefulness. A1 offers eSIM, and remote activation is possible through the "My A1" app. However, using roaming with a remotely activated eSIM requires a visit to a store. 3. **life:) Belarus**: Owned by Turkcell (Turkey), life:) has traditionally had weaker coverage compared to its competitors but is actively expanding. VoLTE and VoWiFi are not officially supported. life:) offers eSIM in the most progressive manner: new numbers can be issued free of charge via the "life:) Registration" app, with a limit of 5 free QR codes. However, roaming still requires a visit to a store. life:) is known for its budget-friendly tariffs and strong focus on digital services. ### Network: No Real 5G Until 2030 A true 5G rollout in Belarus is not expected before 2030. The "test launches" of 5G in Minsk, as reported on local tech forums, are primarily NSA (Non-Standalone) implementations. These rely on existing 4G infrastructure and provide limited and unstable coverage in the 3.5 GHz band. Many "grey market" phones require firmware updates to work properly with these deployments. Therefore, 5G support is not a crucial factor when choosing a phone for use in Belarus in summer 2026. Outside urban centers, 4G LTE coverage remains spotty, often leading to a fallback to 2G/3G connections, even on phones with decent modems. While modem quality is important, coverage issues are generally more critical. Even the somewhat criticized Exynos modems are manageable in practice. ### Other Considerations When selecting a phone for use over the next four years in Belarus, prioritize performance for general use rather than chasing benchmarks. Modem quality is secondary, as coverage issues are more prevalent. Even Exynos modems, which are often criticized, are tolerable in this context. Design, charging speed, and other features are less critical. Firmware Flashing Difficulty Categories (My Personal Scale): To clarify what I mean by flashing difficulty (without naming specific brands here): Easy: Standard, well-documented tools (like Fastboot), readily available official firmware images, straightforward official bootloader unlocking process. Minimal fuss. Tolerable: May require specific official manufacturer tools (like Odin), potentially specific OS setup on PC (like Linux), might have known irreversible side-effects (like tripping security flags e.g., Knox), OR requires an official application process with a waiting period for bootloader unlock, but the path is official and generally works. Pain: Requires using unofficial/community tools or scripts, complex multi-stage procedures (like flashing different regional firmware temporarily), manual hunting for specific firmware files (often on forums like 4PDA/XDA), potential reliance on paid third-party services/tokens for certain steps. Higher risk of errors, but generally achievable with careful research and following instructions. Hell: Requires physical disassembly of the device (Test Point method), specialized (often paid) hardware/software tools usually found only in repair shops, extremely high risk of permanently bricking the device. Avoid. Options I am Currently Considering (Models available currently as of this month round here): Huawei: Huawei Pura 70 (ADY-LX1 - regular pura 70 not pro or ultra - Adding because it's price came down this month to 1489 byn) Huawei Nova 13 Pro (MIS-LX9 - Kirin based - only available in 12 gb ram/512 gb storage- current price is 1300 byn) Huawei nova 13 ( the regular not pro one - currently priced at 1150 byn) Huawei nova 12s ( priced at 1000 byn) Realme: Realme GT 7 PRO ( 2550 BYN - basically the realme ultra-premium option) Realme GT 6T (priced at 1420 byn) Realme 14 Pro+ (RMX5051 - Global Version likely - currently priced at 1400 byn) Realme 12 Pro+ ( priced at 1140 byn) Realme 11 Pro+ ( priced at 1350 byn) Nothing: Nothing Phone (3a) ( priced at 1350 byn) Nothing Phone (2a) Plus (1400 byn) Nothing Phone (2a) (1170 byn) Google Pixel: Google Pixel 7 Pro ( 1608,00 byn) Google Pixel 8 Pro (1940,00 byn) Google Pixel 8a ( 1450 byn) Google Pixel 8 ( 1700 byn) Google Pixel 7a ( 1150 byn) OnePlus: OnePlus 13R (Global) (1969,00 byn) OnePlus 13T (CN ПКХ110 / IN - 13s) ( approximately 1 786.49 BYN on aliexpress) OnePlus Ace 3 ( 1600 byn) OnePlus Nord 4 ( 1430 byn) OnePlus Nord 3 ( 1350 byn) Xiaomi / POCO: POCO F6 ( 1200 byn) POCO X7 Pro ( 1140 byn) Xiaomi 14T ( 1350 byn) Xiaomi Redmi Note 14 Pro+ (1205 byn) Xiaomi 13 (CN, прошитый на Global с Ozon - 1 398,32 BYN) Xiaomi 13T Pro (Global, с ЗУ - 1600 byn) Samsung: Samsung Galaxy S23 (Global SM-S911B, Snapdragon - 1500 byn) Samsung Galaxy S24 (Snapdragon CN SM-S9210, прошитый на TGY/BRI - 2000 byn ) both Samsung galaxy a series devices are 1200 byn Samsung Galaxy A56 (SM-A566E) Samsung Galaxy A55 (SM-A556E) Honor: HONOR GT Pro (CN) Honor 200 (1250 byn) Honor x9c (1100 byn) LG (If i feel really nostalgic): LG V60 V600VM (From aliexpress ,refurbished last flagship of lg - 500 belarussian roubles) Vivo: Vivo V40 (2279,51 BYN) Vivo iQOO Z10 Turbo Pro 5G ( С ОЗОН 1 160,52 BYN) ZTE: Nubia Z60S Pro (16GB/1TB Black costs 1 749,00 BYN) Apple (IF i really want to suffer with IOS , thanks to sanctions for Russia and here in belarus using a iPhone is suffering with very limited app choices unless you have a before 2021 apple id and owned an iPhone before with all apps needed for use): Apple iPhone 16 128GB (2450,00 belarussian roubles....) Potential Subjective Downsides / Considerations Noted During Research: Camera Quirks: Some otherwise good mid-range cameras seem to struggle with consistent close-up focus or exhibit edge softness/"mushiness". Telephoto quality varies wildly. Some processing styles add excessive yellow tint (subjective). Hardware Reliability: Certain brands/models historically have higher reported rates of component failure (motherboard, memory) than others, making a 4-year lifespan a gamble. OS/UI Bloat & Bugs: Some manufacturer skins are known for pre-installed bloat (especially regional packages), aggressive background process management, or persistent bugs even in mature versions. eSIM Hassle (Belarus): Activating/transferring eSIMs here involves mandatory physical visits to operator offices and has limitations, making 1 Physical + 1 eSIM less convenient than 2 Physical SIMs if the phone breaks or is replaced but can be tolerated. Modem Performance: Some chipsets (historically Exynos) might offer slightly worse signal stability/speed in weak 4G areas compared to others (Qualcomm/MediaTek/Kirin), though local network coverage is often the bigger issue. Future Bootloader Policies: No guarantee any manufacturer will keep bootloader unlocking easy (or possible) long-term. Current ease of access is not a future promise. Firmware/Tool Availability: Finding reliable stock firmware files and working flashing tools/guides (especially outside official channels) can be challenging for some brands/models. Reliance on community resources like 4PDA/XDA is often necessary. HarmonyOS Next: While potentially efficient, the reliance on an Android container (EasyAbroad) for non-native apps introduces UX compromises (e.g., file sharing between native/containerized apps) and compatibility questions. Current situation with bootloader unlock for each brand --- **Google (Pixel 7a/8/9):** * **Bootloader Unlock:** Straightforward for non-carrier models using `fastboot flashing unlock`. * **Considerations:** Unlocking disables certain AI features like Pixel Screenshots and Call Notes due to server-side checks. Re-locking restores functionality. * **Reflashing:** Official factory images and OTA files available and flashing is done via Fastboot or Google's web tool. * **Community Support:** Robust, with extensive custom ROMs and rooting options. --- **Samsung (Galaxy S/FE - Global Model Exynos / Snapdragon for asian models):** * **Bootloader Unlock:** Possible via Download Mode but triggers irreversible Knox counter (0x1), disabling features like Samsung Pay and Secure Folder. * **Reflashing:** Odin tool allows flashing of official firmware across regions with the same hardware. * **Custom ROMs:** Available, but less prevalent than Pixel/OnePlus communities. --- **Realme (GT, Pro/Neo Series):** * **Bootloader Unlock:** Challenging. CN versions may use the Deep Testing app, but support is inconsistent. Global versions often require region switching and unofficial methods. * **Reflashing:** Once unlocked, flashing via Fastboot is feasible. * **Community Support:** Active for popular models, especially Snapdragon variants. --- **OnePlus (Numbered, T/R, Ace Series):** * **Bootloader Unlock:** Generally accessible via Deep Testing app or `fastboot oem unlock`. CN/IN versions may have additional steps. * **Reflashing:** Straightforward with Fastboot. * **Community Support:** Strong, with numerous custom ROMs and mods. * **Note:** Future policies may align more with Oppo's restrictive approach. --- **Nothing (Phone 1/2a/3a):** * **Bootloader Unlock:** Currently simple using `fastboot flashing unlock`. * **Reflashing:** Supported via Fastboot. * **Community Support:** Growing, but future restrictions are possible. --- **Xiaomi/POCO (Global Versions):** * **Bootloader Unlock:** Requires Mi Unlock Tool with a waiting period and HyperOS devices have stricter criteria. * **Reflashing:** Possible via Fastboot or custom recovery after unlocking. * **Community Support:** Extensive, with options like xiaomi.eu ROMs. --- **Huawei:** * **Bootloader Unlock:** Officially locked since 2018 and unofficial methods involve complex procedures. * **Reflashing:** Limited to official stock firmware via HiSuite. --- **HONOR:** * **Bootloader Unlock:** Not officially supported and third-party services are risky. * **Reflashing:** Limited options like honor firmware proxy. --- **Oppo/Vivo/iQOO (Global Versions):** * **Bootloader Unlock:** Generally not possible for end-users and official methods are unavailable. * **Reflashing:** Restricted to official firmware. My Current Dilemma & Seeking Input: My main challenge is balancing the desire for a great, reliable camera (especially for close-ups, where my past Samsungs failed me) and robust hardware for 4 years, against the absolute need for a viable PC-based stock firmware flashing method (even if it's "Painful") to deal with inevitable software issues down the line. Any thoughts, experiences (especially long-term use or flashing experiences with these brands/models), or other models I should consider based on these rather specific criteria and even if not which one of those to choose? sorry for the wall of text here and thanks for reading it,hopefully someone has some recommendations