The Android ecosystem is all about choice. While iPhone owners have a smaller pool of new devices to pick from when it’s time to upgrade, there’s a wider range of choices on Android. Some Android phones even fold in half! Imagine.
Artificial Intelligence
The best Android phones
On the flip side, all that choice can make for some hard decisions. Here’s where I’d like to help; I’ve tested a whole boatload of recent Android phones, and I think there are some real winners in the current batch. It’s all a matter of what you’re looking for, what you’re comfortable spending, and what your definition of a “reasonably sized phone” is. (I have my own, personally.)
As you sift through the options, you’ll almost certainly come across tech’s favorite buzzphrase of the moment: AI. Generally speaking, AI has yet to really impress me on a phone. The Pixel 9 series has some potentially useful features, like a Screenshots app that uses AI to tag relevant info in metadata, and Galaxy devices can translate a phone call for you in real time. These things are nothing to sneeze at! But none of it feels like the platform shift that the big tech companies keep promising. Best not to put too much stock in any company’s AI claims just yet.
What I’m looking for
There’s no shortcut to properly testing a phone; I put my personal SIM card (physical or otherwise) in each phone I review and live with it for a minimum of one full week. I set up each phone from scratch, load it up with my apps, and go about living my life — stress testing the battery, using GPS navigation on my bike while streaming radio, taking rapid-fire portrait mode photos of my kid — everything I can throw at it. Starting over with a new phone every week either sounds like a dream or your personal hell, depending on how Into Phones you are. For me, switching has become so routine that it’s mostly painless.
A great Android phone will go the distance. I look for signs that the hardware and software will keep up for many years to come, including a strong IP rating for dust and water resistance (IP68 is preferred), durable glass panels on the front and back, and a sturdy aluminum frame rather than plastic. Samsung and Google flagships now offer seven years of OS and security updates, which as awesome. As a bare minimum three years of Android OS version upgrades is preferred, along with a total of four or five years of security updates.
The best Android phones have plenty of resolution to cover their large display area, which means 1440p, ideally. A fast refresh rate of at least 120Hz is preferred — animations and scrolling look super smooth at that rate — and even better if it’s variable down to 1Hz to save on battery life.
Any phone can take a decent photo in good lighting, but the best phone cameras can handle low light and high-contrast scenes well, too. I look for optical (most common) or sensor-shift (rare) image stabilization, which helps compensate for hand shake and enable slower shutter speeds in low light to gather more light. A telephoto lens is great to have too, though high-res sensors are starting to offer better lossless crop modes that mimic short zoom lenses well.
Most phones on this list offer wireless charging, though not all do. Lack of wireless charging isn’t a complete deal-breaker, but it’s becoming an essential feature for a lot of people since it’s convenient for charging many different kinds of devices.
If you live in the US, I have some bad news about the Android market, though. For complicated reasons having to do with “capitalism” and “geopolitics,” we don’t get nearly as many of the options as you’ll find in Asia and Europe — brands like Huawei, Xiaomi, Honor, and Oppo just aren’t available here. I’ve limited this guide to the devices I’ve personally tested in depth; thus, it is a fairly US-centric set of recommendations.
With that in mind, it’s also worth acknowledging that most people in the US get their phones “for free” from their wireless carrier. If you can manage it, buying a phone unlocked will give you the most flexibility and freedom if you end up wanting to change carriers in the near future. Phone manufacturers also offer financing and trade-in deals to make payment more manageable. But if you’re happy with your carrier and the free phone on offer is the one you really want, by all means, take the free phone. Just make sure you understand the terms, especially if you need to change plans to cash in on the deal.
However you go about it, you have some fantastic options for your next Android phone.
The best Android phone overall
Screen: 6.3-inch 1080p 120Hz OLED / Processor: Tensor G4 / Cameras: 50-megapixel f/1.7 main with OIS, 48-megapixel ultrawide, 10.5-megapixel selfie / Battery: 4,700mAh / Charging: 27W wired, 15W wireless (with Pixel Stand 2) / Weather resistance: IP68
Google’s hardware is better than ever, and the whole Pixel 9 lineup feels just as polished as anything you’d get from Samsung or Apple. But at $799 (and often less than that), the basic Pixel 9 is in a particularly appealing position, and if you don’t need a telephoto camera or the biggest screen, then this is the Android phone to get.
The Pixel 9 comes with some significant quality-of-life improvements like a faster fingerprint scanner for unlocking the phone. The camera is as reliable as ever, and if you’re into AI photo editing tricks, boy does this phone have ‘em. There’s a new Screenshots app that acts as a place to store all of the information that would otherwise be lost at sea in your camera roll, and it uses AI to parse information out and make it searchable. Kinda handy.
Even without AI, this is an excellent phone. It’s also designed to go the distance, with seven years of promised OS updates, which very likely means you’ll outgrow the phone before Google stops supporting it. Its potential for long-term value and the quality of the hardware make it an easy recommendation for anyone who just wants a nice Android phone that works.
Read my full Google Pixel 9 review.
The best maximalist phone
Screen: 6.9-inch 1440p 120Hz OLED / Processor: Qualcomm Snapdragon 8 Elite / Cameras: 200-megapixel main with OIS, 50-megapixel 5x telephoto with OIS, 10-megapixel 3x telephoto with OIS, 50-megapixel ultrawide, 12-megapixel selfie / Battery: 5,000mAh / Charging: 45W wired, 15W wireless (Qi2 Ready) / Weather resistance: IP68
There’s still no phone quite like the Ultra. The Galaxy S25 Ultra is Samsung’s latest answer to the question, “What if your phone had all of the features?” It’s equipped with two telephoto cameras, a built-in stylus, and a big, bright screen. Good luck finding that combination in another phone. Related: this is one of the most expensive slab-style phones you can buy.
The newest edition of the Ultra comes with rounded corners and flat edges, making it more comfortable in your hand. But if you’re looking for significant year-over-year improvements to the Ultra formula outside of that, well, you won’t find much. Samsung’s focus has been on software features, which is to say AI features. But AI on Galaxy phones remains a mixed bag — it’s certainly not the paradigm shift Samsung wants us to think the S25 series represents.
All of that puts the Ultra in a place of slightly less distinction than previous versions. The biggest updates are software features available to the rest of the S25 series. The Ultra looks and feels more like other Galaxy phones this time around, too. More than ever, it’s hard to understand what Samsung means when it calls this phone “Ultra.” Still, it’s your best choice for a feature-packed Android phone — even if it’s not quite as ultra as it once was.
Read my full Samsung Galaxy S25 Ultra review.
The best Android phone that isn’t huge
Screen: 6.2-inch 2340 x 1080 120Hz OLED / Processor: Qualcomm Snapdragon 8 Elite / Cameras: 50-megapixel main with OIS, 12-megapixel ultrawide, 10-megapixel 3x telephoto with OIS, 12-megapixel selfie / Battery: 4,000mAh / Charging: 25W wired, 15W wireless (Qi2 Ready) / Weather-resistance rating: IP68
Most people like a big phone, and I get that. I do. If you want a big Android phone, you have plenty of options in front of you. But some of us like a smaller phone — something that (kind of) fits in your pocket, or feels more comfortable in your hand. For us, there is but one option on Android: the Samsung Galaxy S25.
That’s the regular S25, not the Plus, which is a fine big phone. But the standard S25 is basically the last of its kind: a full-featured phone with a 6.2-inch screen. It’s not small, but it’s not huge, and we’ll have to take what we can get. And it’s a darn good phone that keeps up with the bigger devices in all the important ways: the battery goes all day, it comes with plenty of RAM, and it even has a real telephoto lens — not something you get on a basic, 6.1-inch phone on, say, iOS.
The Galaxy S25 isn’t just a good, small-ish phone by default. It’s reliable, durable, and comes with the promise of seven years of OS updates. It’s not my pick for the overall best Android phone because Samsung software can be a bit much, but if you’re comfortable in the Samsung ecosystem and you just want a phone that fits in your dang pocket, then this is the one to go with.
Read my full Samsung Galaxy S25 review.
The best lightweight big phone
Screen: 6.7-inch 1440p 120Hz LTPO OLED / Processor: Qualcomm Snapdragon 8 Elite / Cameras: 200-megapixel f/1.7 main camera with OIS, 12-megapixel f/2.2 ultrawide, 12-megapixel f/2.2 selfie / Battery: 3,900mAh / Charging: 25W wired, 15W wireless (Qi2 Ready) / Weather-resistance rating: IP68
Big phones have a tendency to, well, look and feel big. The Samsung Galaxy S25 Edge, on the other hand, is different. Thanks to its slim, lightweight design, the device provides a welcome reprieve from the countless chunky, heavy alternatives. It’s thinner and lighter than the Galaxy S25 Plus, making it the big phone you can actually slide into your pocket or evening bag without it protruding out.
So, what’s the catch? The S25 Edge’s battery life is fine. Not great, not terrible, but somewhere straight down the middle. To be fair, it held up admirably during a particularly strenuous workday, one complete with hours of screen time, mobile hotspotting, and live blogging, making it to bedtime with battery to spare. It also lacks a dedicated telephoto lens, though it does feature the same 200-megapixel main camera found in the S25 Ultra.
Even with those compromises, the S25 Edge is a very capable phone that offers similar performance and durability to other devices in the S25 lineup. You’ll just have to be a little more aware of battery life as the day goes on; however, unless you’re frequently streaming video or playing graphics-intensive games throughout the day, the noticeably thinner, lighter design offers a nice change of pace.
Read our Samsung Galaxy S25 Edge review.
The best phone if you hate waiting for your phone to charge
Screen: 6.82-inch 1440p 120Hz LTPO OLED / Processor: Snapdragon 8 Elite / Cameras: 50-megapixel f/1.6 main with OIS, 50-megapixel 3x telephoto with OIS, 50-megapixel f/2.0 ultrawide, 32-megapixel selfie / Battery: 6,000mAh / Charging: 80W wired, 50W wireless / Weather-resistance rating: IP68 and IP69
There are plenty of good reasons to consider the OnePlus 13. It has a big, beautiful screen, and costs a hundred bucks less than the Galaxy S25 Plus. Its dust and water resistance is so strong you could practically use the phone in a hurricane without consequences. And its camera system is much improved year over year, particularly when it comes to low-light portraiture. But there’s one standout reason to consider the 13: impatience.
The OnePlus 13 offers enough battery stamina to get through two days of moderate use on a single charge — and that’s with plenty of power-draining features enabled, including the always-on display. If you’re thriftier with your charge, it could even go beyond that. Forgot to charge overnight? No big deal; you can probably just charge it up on night two. Charging is also relatively fast, and in the US, the phone comes with an 80W wired charger in the box. So even if you do need a midday top-off, you’ll be able to get hours of charge in a matter of minutes. No other flagship phone offers that kind of charging (or not charging) flexibility.
Read my full OnePlus 13 review.
Screen: 8.0-inch 2076p 120Hz OLED inner screen, 6.3-inch 1080p 120Hz OLED cover screen / Processor: Tensor G4 / Cameras: 48-megapixel f/1.7 main with OIS, 10.8-megapixel 5x telephoto with OIS, 10.5-megapixel ultrawide, 10-megapixel selfie (cover screen), 10-megapixel inner selfie camera / Battery: 4,650mAh / Charging: 21W wired, 7.5W wireless / Weather resistance: IPX8
Does anyone truly need a folding phone? Probably not. But using one is awfully nice, and the Pixel 9 Pro Fold is the nicest book-style foldable I’ve used to date. It’s pricey, it’s still bulkier than a slab-style phone, and its cameras aren’t quite as nice as the other Pixel 9 Pro phones. But it’s a joy to use, both as a regular phone with the cover screen and when you unfold the big inner screen.
The 9 Pro Fold is Google’s second folding phone, following up the passport-shaped Pixel Fold with a format that feels much more familiar. The outer screen measures 6.3 inches on the diagonal, but more importantly, the ratio is the same as Google’s slab phones. By comparison, Samsung’s Z Fold 6 uses a taller, narrower format that feels cramped. Having used them both, I much prefer the 9 Pro Fold’s approach.
That said, the 9 Pro Fold isn’t without compromises. The camera system isn’t quite as good as what you get in the other 9 Pro phones. The outer screen isn’t as sharp or bright as the Pixel 9 Pro’s, either. And it’s not as durable as its slab-style counterparts — there’s no dust resistance, and you can’t get it repaired just anywhere. For $1,800, that’s an awful lot to swallow. For the adventurous early adopter, though, the 9 Pro Fold will be very rewarding.
Read my full Google Pixel 9 Pro Fold review.
Other Android phones worth considering
There are many more great Android devices that weren’t covered here, and a few are worth calling out that didn’t quite make the cut for a recommendation.
- First off, there’s the Galaxy Z Flip 6, Samsung’s excellent clamshell-style foldable. It’s not as much fun to use as the 2025 Razr Ultra — which facilitates using apps on the cover screen more easily — but Motorola’s track record for software updates isn’t great, so the Z Flip 6 is a safer bet for a flip phone. Read our review.
- The OnePlus Open is also another good book-style foldable option. It’s thin and light, and the software includes some thoughtful approaches to multitasking — a crucial part of the folding phone experience. But it won’t be supported with software updates for as long as the Pixel 9 Pro Fold or the Galaxy Z Fold 6. Read our review.
- Speaking of OnePlus, the company also recently launched the OnePlus 13R, a midrange phone with a big 6.78-inch OLED display and enough battery life to carry you through two full days on a single charge. That said, the $599 handset lacks wireless charging and full water resistance, both of which can be found on other budget-friendly phones for less. Read our review.
- The Google Pixel 9A comes with some small but important updates over the 8A, including more robust water resistance and a slightly bigger, brighter screen. Better yet, those improvements don’t come with a price bump. With seven years of OS updates included, that’s a strong ROI. Read our review.
- We’re currently testing the new Galaxy Z Fold 7, Z Flip 7, and Z Flip FE, which feel like the foldables we’ve been asking for. The $1,999 Fold 7 sports a book-style design that’s thinner and lighter than its predecessor, with larger outer and inner displays. The Flip 7, meanwhile, starts at $1,099 and offers a proper edge-to-edge cover screen. It’s thinner than its predecessor, too, with a larger battery. Finally, there’s the Flip SE, which is a lower-cost alternative to the Flip 7, with a starting price of $899. Read our impressions.
- The Nothing Phone 3 is billed by the brand as its “first true flagship phone,” with a $799 starting price that competes directly with the iPhone 16, Galaxy S25, and Pixel 9. It boasts a 6.67-inch OLED display, a generous 5,150mAh capacity battery, and a Snapdragon 8S Gen 4 chipset, which is on the lower end of the flagship spectrum. It also looks different from previous Nothing devices. Instead of the iconic light strips on the back that glow and flash, the Nothing 3 features a small dot-matrix LED display that can show pictures and icons. We’ll publish our full review soon, but in the meantime, you can read our initial hands-on impressions.
- Google’s Pixel 10 series — which will likely include a regular Pixel 10, a Pro, a Pro XL, and a Pro Fold — is expected to be unveiled at a Made by Google event on August 20th. Google’s next-gen flagships have been heavily leaked at this point, and the base model is expected to join the Pro options with three cameras (including a telephoto lens). The Pro models, meanwhile, will distinguish themselves with an upgraded Tensor G5 chipset and more advanced AI features while retaining a near-identical design. Google may also reveal a completely dustproof Pixel 10 Pro Fold.
Update, July 18th: Updated pricing / availability, added the Galaxy S25 Edge as our pick for “the best lightweight big phone,” and mentioned details regarding Samsung’s upcoming foldables and the Nothing Phone 3. Brandon Russell also contributed to this post.
Artificial Intelligence
Klarna backs Google UCP to power AI agent payments
Klarna aims to address the lack of interoperability between conversational AI agents and backend payment systems by backing Google’s Universal Commerce Protocol (UCP), an open standard designed to unify how AI agents discover products and execute transactions.
The partnership, which also sees Klarna supporting Google’s Agent Payments Protocol (AP2), places the Swedish fintech firm among the early payment providers to back a standardised framework for automated shopping.
The interoperability problem with AI agent payments
Current implementations of AI commerce often function as walled gardens. An AI agent on one platform typically requires a custom integration to communicate with a merchant’s inventory system, and yet another to process payments. This integration complexity inflates development costs and limits the reach of automated shopping tools.
Google’s UCP attempts to solve this by providing a standardised interface for the entire shopping lifecycle, from discovery and purchase to post-purchase support. Rather than building unique connectors for every AI platform, merchants and payment providers can interact through a unified standard.
David Sykes, Chief Commercial Officer at Klarna, states that as AI-driven shopping evolves, the underlying infrastructure must rely on openness, trust, and transparency. “Supporting UCP is part of Klarna’s broader work with Google to help define responsible, interoperable standards that support the future of shopping,” he explains.
Standardising the transaction layer
By integrating with UCP, Klarna allows its technology – including flexible payment options and real-time decisioning – to function within these AI agent environments. This removes the need for hardcoded platform-specific payment logic. Open standards provide a framework for the industry to explore how discovery, shopping, and payments work together across AI-powered environments.
The implications extend to how transactions settle. Klarna’s support for AP2 complements the UCP integration, helping advance an ecosystem where trusted payment options work across AI-powered checkout experiences. This combination aims to reduce the friction of users handing off a purchase decision to an automated agent.
“Open standards like UCP are essential to making AI-powered commerce practical at scale,” said Ashish Gupta, VP/GM of Merchant Shopping at Google. “Klarna’s support for UCP reflects the kind of cross-industry collaboration needed to build interoperable commerce experiences that expand choice while maintaining security.”
Adoption of Google’s UCP by Klarna is part of a broader shift
For retail and fintech leaders, the adoption of UCP by players like Klarna suggests a requirement to rethink commerce architecture. The shift implies that future payments may increasingly come through sources where the buyer interface is an AI agent rather than a branded storefront.
Implementing UCP generally does not require a complete re-platforming but does demand rigorous data hygiene. Because agents rely on structured data to manage transactions, the accuracy of product feeds and inventory levels becomes an operational priority.
Furthermore, the model maintains a focus on trust. Klarna’s technology provides upfront terms designed to build trust at checkout. As agent-led commerce develops, maintaining clear decisioning logic and transparency remains a priority for risk management.
The convergence of Klarna’s payment rails with Google’s open protocols offers a practical template for reducing the friction of using AI agents for commerce. The value lies in the efficiency of a standardised integration layer that reduces the technical debt associated with maintaining multiple sales channels. Success will likely depend on the ability to expose business logic and inventory data through these open standards.
See also: How SAP is modernising HMRC’s tax infrastructure with AI
Want to learn more about AI and big data from industry leaders? Check out AI & Big Data Expo taking place in Amsterdam, California, and London. The comprehensive event is part of TechEx and is co-located with other leading technology events including the Cyber Security & Cloud Expo. Click here for more information.
AI News is powered by TechForge Media. Explore other upcoming enterprise technology events and webinars here.
Artificial Intelligence
How SAP is modernising HMRC’s tax infrastructure with AI
HMRC has selected SAP to overhaul its core revenue systems and place AI at the centre of the UK’s tax administration strategy.
The contract represents a broader shift in how public sector bodies approach automation. Rather than layering AI tools over legacy infrastructure, HMRC is replacing the underlying architecture to support machine learning and automated decision-making natively.
The AI-powered modernisation effort focuses on the Enterprise Tax Management Platform (ETMP), the technological backbone responsible for managing over £800 billion in annual tax revenue and which currently supports over 45 tax regimes. By migrating this infrastructure to a managed cloud environment via RISE with SAP, HMRC aims to simplify a complex technology landscape that tens of thousands of staff rely on daily.
Effective machine learning requires unified data sets, which are often impossible to maintain across fragmented on-premise legacy systems. As part of the deployment, HMRC will implement SAP Business Technology Platform and AI capabilities. These tools are designed to surface insights faster and automate processes across tax administration.
SAP Sovereign Cloud meets local AI adoption requirements
Deploying AI in such highly-regulated sectors requires strict data governance. HMRC will host these new capabilities on SAP’s UK Sovereign Cloud. This ensures that while the tax authority adopts commercial AI tools, it adheres to localised requirements regarding data residency, security, and compliance.
“Large-scale public systems like those delivered by HMRC must operate reliably at national scale while adapting to changing demands,” said Leila Romane, Managing Director UKI at SAP.
“By modernising one of the UK’s most important platforms and hosting it on a UK sovereign cloud, we are helping to strengthen the resilience, security, and sustainability of critical national infrastructure.”
Using AI to modernise tax infrastructure
The modernisation ultimately aims to reduce friction in taxpayer interactions. SAP and HMRC will work together to define new AI capabilities specifically aimed at improving taxpayer experiences and enhancing decision-making.
For enterprise leaders, the lesson here is the link between data accessibility and operational value. The collaboration provides HMRC employees with better access to analytical data and an improved user interface. This structure supports greater confidence in real-time analysis and reporting; allowing for more responsive and transparent experiences for taxpayers.
The SAP project illustrates that AI adoption is an infrastructure challenge as much as a software one. HMRC’s approach involves securing a sovereign cloud foundation before attempting to scale automation. For executives, this underscores the need to address technical debt and data sovereignty to enable effective AI implementation in areas as regulated as tax and finance.
See also: Accenture: Insurers betting big on AI
Want to learn more about AI and big data from industry leaders? Check out AI & Big Data Expo taking place in Amsterdam, California, and London. The comprehensive event is part of TechEx and is co-located with other leading technology events including the Cyber Security & Cloud Expo. Click here for more information.
AI News is powered by TechForge Media. Explore other upcoming enterprise technology events and webinars here.
Artificial Intelligence
ThoughtSpot: On the new fleet of agents delivering modern analytics
If you are a data and analytics leader, then you know agentic AI is fuelling unprecedented speed of change right now. Knowing you need to do something and knowing what to do, however, are two different things. The good news is providers like ThoughtSpot are able to assist, with the company in its own words determined to ‘reimagin[e] analytics and BI from the ground up’.
“Certainly, agentic systems really are shifting us into very new territory,” explains Jane Smith, field chief data and AI officer at ThoughtSpot. “They’re shifting us away from passive reporting to much more active decision making.
“Traditional BI waits for you to find an insight,” adds Jane. “Agentic systems are proactively monitoring data from multiple sources 24/7; they’re diagnosing why changes happened; they’re triggering the next action automatically.
“We’re getting much more action-oriented.”
Alongside moving from passive to active, there are two other ways in which Jane sees this change taking place in BI. There is a shift towards the ‘true democratisation of data’ on one hand, but on the other is the ‘resurgence of focus’ on the semantic layer. “You cannot have an agent taking action in the way I just described when it doesn’t strictly understand business context,” says Jane. “A strong semantic layer is really the only way to make sense… of the chaos of AI.”
ThoughtSpot has a fleet of agents to take action and move the needle for customers. In December, the company launched four new BI agents, with the idea that they work as a team to deliver modern analytics.
Spotter 3, the latest iteration of an agent first debuted towards the end of 2024, is the star. It is conversant with applications like Slack and Salesforce, and can not only answer questions, but assess the quality of its answer and keep trying until it gets the right result.
“It leverages the [Model Context] protocol, so you can ask your questions to your organisation’s structured data – everything in your rows, your columns, your tables – but also incorporate your unstructured data,” says Jane. “So, you can get really context-rich answers to questions, all through our agent, or if you wish, through your own LLM.”
With this power, however, comes responsibility. As ThoughtSpot’s recent eBook exploring data and AI trends for 2026 notes, the C-suite needs to work out how to design systems so every decision – be it human or AI – can be explained, improved, and trusted.
ThoughtSpot calls this emerging architecture ‘decision intelligence’ (DI). “What we’ll see a lot of, I think, will be decision supply chains,” explains Jane. “Instead of a one-off insight, I think what we’re going to see is decisions… flow through repeatable stages, data analysis, simulation, action, feedback, and these are all interactions between humans and machines that will be logged in what we can think of as a decision system of record.”
What would this look like in practice? Jane offers an example from a clinical trial in the pharma industry. “The system would log and version, really, every step of how a patient is chosen for a clinical trial; how data from a health record is used to identify a candidate; how that decision was simulated against the trial protocol; how the matching occurred; how potentially a doctor ultimately recommended this patient for the trial,” she says.
“These are processes that can be audited, they can be improved for the following trial. But the very meticulous logging of every element of the flow of this decision into what we think of as a supply chain is a way that I would visualise that.”
ThoughtSpot is participating at the AI & Big Data Expo Global, in London, on February 4-5. You can watch the full interview with Jane Smith below:
Photo by Steve Johnson on Unsplash
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