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Install Ledger Live App on Your iOS Device only through the manufacturer’s official storefront on Apple’s marketplace to avoid counterfeit builds. The companion software pairs with a physical hardware wallet from the same maker, which keeps private keys offline. What follows covers compatible models, comparisons with alternative setups, common mistakes, and a verification routine.
The mobile companion is a wallet interface that coordinates transactions and account tracking while private keys stay on a separate hardware unit. It reads balances, builds unsigned transactions, and requires the physical gadget to approve each action. Nothing sensitive is stored on the handset itself.
The physical wallet holds the private keys inside a secure element, a tamper-resistant chip that resists extraction attempts. The mobile program never sees those keys; instead it builds a transaction, sends it over a wireless link, and asks the gadget to sign. If the handset is stolen or compromised, the attacker gains only public account data. Signing requires a physical press on the wallet’s own buttons, so remote misuse is blocked by design. This separation is what distinguishes a hardware-backed setup from a hot wallet that stores secrets on the phone itself.
Approval flows over a Bluetooth Low Energy channel, which the maker scopes to paired gadgets only. The connection carries unsigned transaction data and signed responses, never the private material itself. Range is limited to roughly a room, and users can disable the radio on the wallet when not in use. Pairing requires a confirmation code shown simultaneously on both screens, which blocks an unrelated handset from hijacking the link. Faster alternatives via cable exist on the desktop build, but the phone route depends entirely on this wireless handshake.
Account balances and price charts pull from blockchain explorers and the maker’s own indexers, not from anything stored on the physical wallet. The program caches public addresses so the handset can display holdings without unlocking the gadget each time. Rate limits apply on the indexer side, so a newly added program may take a minute to populate every account. Address reuse protections still hold because each signing operation re-derives from the same seed inside the hardware unit; the cache contains no material that could reconstruct it.
Only the maker’s own wallet models pair with its companion software; gadgets from rival brands need other interfaces. Apple handsets running system version 13 or later work, according to the maker’s published guidance. Bluetooth-capable wallet models are required for wireless pairing on the handset.
Only wallet units shipped with a wireless radio can pair with a handset; older enclosures without one work through a desktop cable only. Buyers must confirm the radio feature before expecting phone-based approval. Model names, launch dates, and whether future revisions keep the radio are all published on the maker’s product pages rather than in advance announcements. Selecting a unit without checking this detail is the single most common pre-purchase error reported.
The maker lists a minimum Apple system version on each release page, updated every time the program drops support for older releases. Users on jailbroken handsets receive no support, because the program checks system integrity at launch. Regional storefront availability can also remove the listing for certain countries, which is another reason to verify the maker’s compatibility page before expecting setup to succeed.
The program cannot broadcast any signed transaction without the paired hardware unit, regardless of what balances appear on screen. If the wallet is misplaced, the user can restore access only by entering the recovery words into a replacement unit of the same brand. Attempting to sign from the phone alone is impossible by design and any tool that claims otherwise is a scam targeting seed phrases.
The handset program tracks balances and approves transactions like the computer variant, but relies on a wireless link rather than a cable. Browser plugins from the same maker behave as add-ons to existing pages. Each route carries a distinct setup effort and attack surface.
The three management routes share the same hardware signing core but differ in transport, audit surface, and effort to configure. Each is compared below on the criteria that decide which fits a given user: what it is best for, where it stops, how it handles secrets, and how much configuration it demands.
| Interface | Best for | Main limit | Security handling |
|---|---|---|---|
| Mobile companion | Approving transfers away from a desk | Needs a wallet with a wireless radio | Keys remain on hardware; handset holds no secrets |
| Desktop program | Managing many accounts on one machine | Tied to a single workstation | Wired link avoids over-the-air exposure |
| Browser plugin | Interacting with web-based services | Exposes the browser to malicious scripts | Plugin never reads private keys directly |
| Rival maker’s interface | Users who hold another brand’s hardware | Incompatible with this maker’s unit | Policies and audits vary by vendor |
The mobile companion fits users who approve transfers away from a desk and own a wallet with a wireless radio. The desktop build suits long sessions with many accounts and no Bluetooth dependency. Browser plugins serve as add-ons for interacting with web services and never replace the manager entirely. A rival maker’s interface only makes sense for a rival maker’s hardware; mixing brands is not supported.
Choosing the mobile companion pays off when transactions happen away from a laptop and the paired wallet carries a wireless radio. Users who hold many accounts in the same program find approval faster than attaching a cable each time. Users who never leave a desk, or whose wallet lacks a radio, gain nothing from the phone route and add a wireless attack surface for no benefit.
Plugins inject scripts into web pages so the wallet can sign requests from a site directly. That convenience widens the browser’s attack surface to whatever the visited page loads, and a malicious page can trick a user into signing a transfer they did not intend. Plugins also cannot display portfolio history or manage settings the standalone program handles, so they complement rather than replace it.
Counterfeit storefront listings, mishandled recovery words, and insecure handset configurations rank among the most reported failure modes. The maker cannot retrieve lost seed phrases; loss is irreversible. A wireless link also widens the attack surface compared with a cable-only connection. Users should treat any marketplace entry as untrusted until publisher and version are confirmed.
Copycat listings mimic the maker’s icon and screenshots while routing users to a build that captures recovery words when they are typed. The giveaway is the publisher name and the version number, both of which do not match the maker’s official release page. Storefront search results rank sponsored entries above the genuine listing, so users who tap the first result frequently land on a counterfeit.
A seed phrase is the set of recovery words that regenerates every private key, and it belongs only on the physical wallet’s own screen during setup. Photographing it, storing it in a cloud note, or typing it into the phone hands an attacker everything needed to drain funds. The maker cannot reset or recover a lost phrase, so any misplaced copy is a permanent loss risk. Paper or metal backup stored offline is the standard countermeasure.
Bluetooth adds a radio link that a nearby attacker within range can attempt to interfere with, although modern pairing codes make hijacks difficult. Users can disable the radio when the wallet is idle and re-enable it only for approvals. Cable-only competitors avoid this class of threat entirely, so users with a strong threat model may prefer wired connections on the desktop build over wireless approvals on the phone.
Confirming a build is authentic before pairing requires three checks: the publisher name on the storefront listing, the version number against the maker’s official release page, and the absence of unknown configuration profiles on the handset. Only the maker’s published release notes are authoritative for the current version.
Open the marketplace entry and check that the publisher name matches the manufacturer of the paired wallet. A mismatched or generic publisher name signals a counterfeit build that can capture recovery words.
Read the version number shown on the marketplace listing, then open the hardware maker’s official release pages and compare the published version. Version mismatches mean the listing has not been updated or is unauthorised, both reasons to skip it.
Locate the changelog or source repository link shown in the listing and read the most recent entries. Absent or stale changelogs indicate either an abandoned build or a copy posted under a different publisher.
Remove configuration profiles of unknown origin from the phone before pairing the companion. Malicious profiles can intercept traffic between the handset and the hardware unit.
When the handset requests pairing, read the confirmation prompt on the physical wallet’s own screen and match the displayed code. Only the hardware screen is trustworthy for confirming that the correct counterpart is connected.
No fixed schedule has been published for bringing every desktop capability to the handset build. Older wallet models without a wireless radio cannot pair with a phone at all. Third-party add-on longevity is listed in the maker’s release notes rather than announced in advance.
Release notes describe what a given version contains, but the maker does not publish a roadmap committing to specific features on a specific date. Users who need a particular desktop-only capability on the phone have no reliable way to know when it will arrive. Treating any third-party timeline as authoritative is a common error. The only reliable signal is the release notes on the maker’s official pages, which describe changes after they ship rather than before.
Wallet enclosures manufactured before the wireless radio became standard cannot pair with a handset at all, and no firmware update can add hardware that is missing. Users holding such units must rely on the desktop build or replace the enclosure. Whether the maker keeps supporting those older units through the desktop program is stated in its release notes as support windows change.
Third-party add-ons expand what the program can connect to, but their continued maintenance depends on the independent developers behind them rather than the maker. Some plugins lose updates and stop working after a system change, leaving users to wait for a fix that may never come. Users should check a plugin’s last release date before relying on it for routine transactions.
Install Ledger Live App on Your iOS Device only after three checks pass: the highest system release the handset can run, the connection type built into the hardware wallet, and the storefront region tied to the account. Shells with a wireless radio pair directly; cable-only units stay tethered to a computer. Everything below concerns verifying those three points before money changes hands or a download begins.
Compare the minimum system release named on the store listing with the newest release the handset can run; a phone frozen on an older build cannot be raised to meet a higher floor, so the gap stays permanent. Wireless signing also depends on a radio inside the shell rather than on any setting.
Apple caps each model at a final system release and stops shipping updates once that point arrives, so an ageing handset stays where it is. When the client raises its own floor – moving, for instance, from a version that still supported older frameworks to one that does not – every unit below the new line stops receiving builds. The About screen in Settings names the build in use, which shows which side of that line the handset occupies.
The store page for the client states the minimum system version it accepts, and that figure changes between releases without notice. Reading it before opening the download takes a minute; discovering it afterwards means a refused request and a support ticket. The same listing also shows the current version number and the region in which it is offered, so both facts sit in one place.
Bluetooth Low Energy sits inside the shell as a physical chip, so no cable adapter, hub or phone setting creates it where it does not exist. The Nano S and Nano S Plus carry no radio and must attach to a computer over a cable for every signature. Two of the newer shells – Nano X and Stax – plus the Flex have radios and pair directly.
The phone client opens a wireless link to a shell that carries a radio, hands over an unsigned transaction, and waits while the shell shows the amount and destination address for confirmation; signing happens inside the shell’s secure element. Cable-only shells skip the phone entirely and attach to a desktop instead.
Pairing requires unlocking the shell with its PIN, then approving a code shown on both screens. The link drops whenever the shell sleeps or the phone switches away for long enough, and a firmware update can clear the stored pairing record, forcing the whole handshake again. Reconnecting takes seconds, but a half-signed batch must be restarted rather than resumed.
Only unsigned payloads travel over the wireless link; the private material never leaves the chip, and each approval requires a physical press on the shell. A stolen handset therefore yields nothing without the PIN and the shell itself. This separation is the reason the phone can be treated as a display and a relay rather than a vault.
Shells without a radio, batches of transactions, and any workflow that needs a large screen belong on a computer, where the same client handles signing over a cable. The desktop build also suits owners who keep the shell in a drawer and sign monthly rather than daily. A phone-only setup limits the user to shells that carry a radio and a charged battery.
Wireless support decides the whole route: shells with a radio pair with a handset, shells without one need a desktop and a cable, and no workaround changes that. The comparison below sets five current shells against the same criteria – wireless capability, the use each suits, and the constraint it imposes.
Five shells are placed side by side on three practical criteria that a buyer can check without special tools: whether the unit pairs with a phone over a radio, the situation each model handles best, and the limitation that follows from its design. Prices, stock and regional availability shift constantly and are published on the manufacturer’s official store pages.
| Shell | Pairs with a phone | Suits best | Constraint |
|---|---|---|---|
| Nano X | Yes, over Bluetooth Low Energy | Daily signing away from a desk | Battery must be charged first |
| Stax | Yes, over Bluetooth Low Energy | Reviewing large transactions on a wide panel | Display refreshes slower than a phone screen |
| Flex | Yes, over Bluetooth Low Energy | Touch confirmation and quick approvals | Stock and regional availability follow the official store |
| Nano S Plus | No, cable to a computer only | Desk-based signing on a tighter budget | Handset pairing is not supported |
| Nano S | No, cable to a computer only | Legacy owners holding few asset types | Production has ended and storage is small |
A radio-equipped shell suits anyone who signs away from a desk, yet the three wireless models differ in screen size and input method rather than in capability. Cable-only units remain sensible for a fixed workstation, where a cable is faster and no battery is involved; the exception is any plan to approve transactions from a phone, which those two models cannot serve. Second-hand cable models are the cheapest entry point, though the older design carries a shorter support horizon.
The three wireless models share the same radio and the same signing method; they differ in how a transaction is reviewed. Nano X keeps the two-button, small-screen routine familiar to long-time owners, Stax spreads the details across a wide panel that is easier to read but slower to refresh, and Flex replaces the buttons with touch. None of those differences changes which system release the phone needs.
Units without a radio cost less, need no charging, and suit a desk workflow where a cable connection is stable. Nano S Plus runs current firmware and covers a broad asset list, while the older Nano S holds fewer assets and no longer receives full feature coverage. Neither connects to a handset, so anyone planning to approve transactions from a phone should exclude both before purchase.
Three failures recur: buying a cable-only shell in the belief that wireless works on any model, obtaining a client from an unofficial mirror, and expecting a listing to exist in every country. Each is hard to undo once funds sit behind the wrong setup, and the first becomes obvious only when a signature is needed.
Copies distributed outside the official storefront may be modified, unsigned, or paired with a harvesting routine that captures the recovery phrase during setup. Nothing about the interface reveals the change, and the loss is irreversible once a seed leaks. The store listing and the manufacturer’s pages are the only sources that can be traced to the publisher.
A listing present in one country can be absent in another because storefront policy, not hardware, decides. Changing the account region to force a download creates problems with payment methods, updates and support, and later updates may fail outright. Checking the region setting on the account before searching for the client saves that entire detour. Nothing about the phone or shell needs to change in those cases; only the storefront rules differ.
A phone that has stopped receiving system updates cannot be lifted to a newer minimum, and a handset with almost no free storage may fail partway through an update to the client. Checking the free space and the build number together prevents a stalled setup. Where a model sits just below the floor, the honest answer is that a different handset is required.
Confirm four items before any download: the newest system release the handset supports, the minimum release named on the store listing, the connection type of the shell, and the storefront region tied to the account. Keep the phone’s Settings open, the shell model name in view, and the manufacturer’s product page at hand.
Open Settings, tap General, then About, and read the software version line. That number is the ceiling the phone can reach and the figure the store page is measured against.
Compare that build number against the minimum version named on the store listing for the client. A lower number means the request is refused, usually before any data is transferred.
Identify the exact shell model printed on the hardware and confirm it on the manufacturer’s official product page. Model names differ by a single suffix, and that suffix decides whether a radio is present.
Check the specifications for Bluetooth Low Energy instead of assuming every current model carries it. Only shells with that chip can be reached from a handset; the rest need a computer and a cable.
Verify the storefront region attached to the account before searching for the listing. A listing restricted to another region will not show up, and switching regions later interferes with updates.
Minimum system requirements rise whenever a release drops support for an older framework, storefront rules change independently of hardware, and firmware updates reach newer shells before older ones. Any figure quoted in a guide, including this one, is a snapshot; the manufacturer’s official pages carry the current values.
Each major release of the client can raise the floor when new frameworks replace old ones, and a floor raised once is rarely lowered again. A handset that met the requirement last year may fall below it this year without any change on the owner’s side. Checking the store listing before each download is the only reliable habit.
Firmware for a given shell stops receiving new features at a point the manufacturer sets, and a shell outside that window keeps working with whatever the last build provided. Radio behaviour and screen input on newer models continue to change, while legacy units stay fixed. Support windows are published on the manufacturer’s official product pages and are never announced inside the phone.
Ledger Live is built for iPhone and iPad. The App Store page lists the minimum iOS version under Information > Requires. Some versions need iOS 13 or newer, while newer releases may ask for a later version. If your device cannot update to that version, Ledger Live will not install. You can still use Ledger Live on a computer with a USB cable for supported wired Ledger models.
No. The iOS app connects to Ledger devices over Bluetooth. That means it works with Bluetooth-enabled models such as Ledger Nano X, Ledger Stax, and Ledger Flex. Ledger Nano S and Nano S Plus do not have Bluetooth, so they cannot pair with an iPhone or iPad. For those models, use Ledger Live on a desktop or laptop with a USB connection. You can still install the iOS app to view accounts, but you will need a supported hardware wallet to sign transactions.
Open the App Store and search for Ledger Live. Pick the app published by Ledger. Check the developer name before you tap Get. Authenticate with Face ID, Touch ID, or your Apple ID password. After it installs, open Ledger Live and choose whether to set up a new device or connect an existing one. The app will never ask for your 24-word recovery phrase. If an app or website asks for those words, stop and treat it as a scam.
No. Ledger Live does not use your recovery phrase to restore accounts inside the app. The recovery phrase belongs on your Ledger hardware wallet. If you buy a new Ledger device, you enter the phrase on that device when you choose the restore option. Then you connect the device to Ledger Live and add the accounts you need. If you only have the iOS app and no hardware wallet, you cannot use it to recover a Ledger wallet. Keeping the phrase offline protects your keys.
Check that Bluetooth is on and that Ledger Live has permission to use Bluetooth in iOS Settings. Unlock the Nano X with its PIN. Open Ledger Live and go to the device connection screen. If the device was paired before, forget it in iOS Bluetooth settings, then pair it again through Ledger Live. Move the phone and wallet close together and make sure the wallet has enough battery. Close other wallet apps that may hold the Bluetooth connection. If it still fails, restart the phone and the wallet, update Ledger Live from the App Store, and update the device firmware using Ledger Live on a computer if the mobile app cannot complete the update.
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