What's the most hacked phone?

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What’s the most hacked phone?

Short answer up front

There isn’t a single make-or-model that’s objectively “the most hacked phone” for all time — instead, attackers focus on platforms and weaknesses that give them the biggest payoff: large market share, slow patching, permissive app-install policies, and users who click suspicious links. In practice that means Android phones (by volume) are targeted far more often, while iPhones attract fewer but higher-profile attacks such as zero-click spyware. Both sides matter: volume-driven malware finds Android easier to scale, sophisticated surveillance tools have repeatedly targeted iOS, and real-world risk depends on which phone you use, how you configure it, and what you do with it. (Backlinko)

Why it’s hard to name a single “most hacked” model

When security researchers, vendors, and journalists talk about “most hacked” they mean different things: number of infections observed, number of vulnerabilities discovered, real-world spy-tool deployments, or the potential attack surface (install sources, update cadence, carrier/preload risks). Attackers choose the easiest path to profit: mass-market malware goes where the most vulnerable devices are, while nation-state or targeted espionage goes after the devices of those specific targets regardless of platform. That makes an apples-to-oranges comparison: Android’s larger global share gives malware scale, while Apple’s closed ecosystem and high-value targets draw expensive, zero-day attacks. (Total Security Solutions)

Why Android often appears “most hacked”

There are three practical reasons Android phones usually show up at the top of “most hacked” lists:

1. Market share and scale. Android holds the majority of global smartphone market share, so any malware that works on Android can infect far more devices and create a larger return for criminals. Attack campaigns that rely on scale (banking Trojans, ad fraud, SMS-stealers) naturally focus on Android. (Backlinko)

2. Distribution and side-loading. Android permits apps from outside the official store (depending on settings), and many devices are sold with third-party app stores or preinstalled software that can be abused. That opens multiple infection vectors: malicious third-party apps, compromised OEM firmware, and fake updates. Together these vectors raise the real-world infection count. (Total Security Solutions)

3. Fragmented updating. Many Android devices don’t get fast or regular security updates because of manufacturer or carrier delays, or because older devices are abandoned. An unpatched vulnerability on millions of phones stays useful to attackers for far longer than the same bug would on devices that get timely patches. (Total Security Solutions)

Put simply: a criminal wanting to run a banking trojan or an ad-fraud ring will more often pick Android simply because the odds of success and scale are higher.

Why iPhones are targeted differently

iPhones historically see fewer commodity malware campaigns but higher-impact targeted attacks. Apple’s tightly controlled app ecosystem, strict code signing, and faster, centralized updates make mass infections harder — but they don’t make iPhones invulnerable. Instead:

• Zero-click exploits and spyware (tools that gain access without user interaction) have repeatedly been used in targeted operations against journalists, activists, and government officials. These attacks are costly to develop and often leverage undisclosed vulnerabilities, which is why they get extensive media coverage when uncovered. (CSO Online)

• High-value targeting. Because iPhones are common among politicians, business leaders, and influencers in some regions, they can be worth the price of a specialized exploit. Security improvements reduce the total number of successful attacks, but high-value targets remain attractive. (CSO Online)

So if you’re asking “which phone is most likely to be hacked,” the answer depends on whether you mean mass infections (usually Android) or high-value targeted compromise (sometimes iPhone).

Recent trends and why 2024–2025 matters

In recent years researchers and vendors have documented growing mobile threats. Independent security reports and telemetry show significant increases in mobile attacks, especially against Android ecosystems; some reports indicated a substantial year-over-year rise in mobile malware and financial-fraud campaigns. At the same time, the discovery of sophisticated zero-day chains used against iOS proves attackers continue to invest in targeted capabilities. In short — more attacks, more sophisticated tactics, and broader distribution of attack types across platforms. (Cinco Días)

Which brands and models show up in “most hacked” lists

When consumer-facing articles list the “most hacked brands,” they typically factor in total reported incidents, CVEs, patching speed, and global popularity. Those lists frequently include major Android manufacturers (Samsung, Xiaomi, Huawei, Oppo/Vivo) because their devices represent large global installations and sometimes ship with region-specific app stores or preloads that increase risk. Apple appears on some lists too — but typically because of high-profile, sophisticated attacks rather than large numbers of commodity infections. Always interpret such lists with the methodology in mind: “most hacked” can mean “most observed malware,” “most reported vulnerabilities,” or “most targeted in headlines.” (Efani)

What matters most to you (practical takeaway)

If you want to minimize the chance your phone is hacked, platform choice matters less than the steps you take:

• Keep software and apps up to date. Timely OS and app updates close known holes before attackers can exploit them. This is the single most effective step. (CSO Online)

• Avoid side-loading and untrusted app stores. Stick to the official store (Google Play or Apple App Store) and only install apps from reputable developers. (Total Security Solutions)

• Use multi-factor authentication and strong passcodes. Even if an attacker obtains credentials, MFA can block account takeover.

• Be cautious with links, attachments, and public Wi-Fi. Many infections start with phishing or malicious downloads. (CSO Online)

• Choose a vendor that provides long security-update support (some manufacturers offer multi-year patch guarantees; newer Pixels and iPhones often get longer patch windows). (VERTU® Official Site)