Your Digital Life After You
Passwords are no longer the whole problem. Here’s how passkeys, emergency access, and platform policies reshape digital legacy planning in 2024–2026.
By TheMurrow Editorial
February 9, 2026
Key Points
- 1Recognize the shift: passkeys reduce phishing but can block executors—digital legacy planning is now an access-continuity problem, not paperwork.
- 2Differentiate tools: passwords, passkeys (synced vs device-bound), and two-factor solve different risks—mislabeling them creates brittle inheritance plans.
- 3Plan for both crises: set up emergency access for incapacity and legacy processes for death, and document device recovery paths plus platform policies.
A decade ago, “digital legacy planning” meant one unglamorous chore: write down your passwords, seal them in an envelope, and tell someone where it is. Many people still do exactly that—until a family discovers the envelope isn’t enough, or no longer works at all.
The modern problem isn’t that our lives went online. It’s that the most valuable parts of our lives—photos, messages, banking, medical portals, subscriptions, two-factor codes—sit behind authentication systems explicitly designed to keep everyone out. Even the people with the best legal claim: a spouse, an executor, an adult child.
Now a second shift is underway, and it’s happening quietly. Platforms are replacing passwords with passkeys—a newer sign-in method built on the FIDO standards. Passkeys are excellent at stopping phishing. They can also be unforgiving when a family needs access after death or during incapacity.
“Digital legacy is no longer a paperwork problem. It’s an access-model problem.”
— — TheMurrow Editorial
What follows is a practical, policy-aware guide to digital afterlife planning in 2024–2026: what’s changing, what hasn’t, and where families get trapped between security design and real life.
The new reality: your estate plan may not unlock your accounts
The core tension of the digital afterlife is structural. Many platforms treat “someone else logging in” as an attack—even when the “someone else” is your executor acting under a will. Authentication is built to verify identity, not authority.
That’s why families often face an emotional paradox: a house can be inherited, but a photo library can be inaccessible; a bank account can be administered, but the email that receives account recovery links is unreachable. The center of gravity is no longer the asset. It’s the credentials.
The timing matters. Between 2024 and 2026, the industry’s push toward passkeys accelerates. Passkeys are positioned as phishing-resistant credentials, backed by public-key cryptography and bound to the legitimate domain of the service. The FIDO Alliance describes passkeys as part of the FIDO2 ecosystem, a combination of W3C WebAuthn and FIDO CTAP specifications. That stability—standards-based, widely adopted—makes passkeys a long-term shift, not a fad.
Security engineers see passkeys as a relief. Estate planners and families may experience them as a new category of lock. The result is not a reason to avoid passkeys. It’s a reason to plan for them.
That’s why families often face an emotional paradox: a house can be inherited, but a photo library can be inaccessible; a bank account can be administered, but the email that receives account recovery links is unreachable. The center of gravity is no longer the asset. It’s the credentials.
The timing matters. Between 2024 and 2026, the industry’s push toward passkeys accelerates. Passkeys are positioned as phishing-resistant credentials, backed by public-key cryptography and bound to the legitimate domain of the service. The FIDO Alliance describes passkeys as part of the FIDO2 ecosystem, a combination of W3C WebAuthn and FIDO CTAP specifications. That stability—standards-based, widely adopted—makes passkeys a long-term shift, not a fad.
Security engineers see passkeys as a relief. Estate planners and families may experience them as a new category of lock. The result is not a reason to avoid passkeys. It’s a reason to plan for them.
“A passkey can prevent a phishing scam—then leave your family stranded behind the same protection.”
— — TheMurrow Editorial
Practical takeaway
Treat “digital afterlife planning” as access continuity planning. Your goal isn’t to weaken security. Your goal is to ensure that legitimate access is possible under the conditions you actually care about: incapacity, loss of a device, or death.
2024–2026
The window when the industry’s push toward passkeys accelerates—shifting legacy planning from “password sharing” to “device and recovery-path planning.”
Passwords vs. passkeys: the definitions families keep mixing up
Confusion is where bad planning starts. Most people use “password,” “passkey,” and “two-factor” interchangeably, then discover too late that they are solving different problems.
Passwords: shared secrets with predictable failure modes
A password is a secret you type and a service checks. That design is vulnerable to familiar threats—phishing, credential stuffing, and reuse across sites. It also has one advantage for legacy planning: it’s easy to write down and pass along. That convenience is also the security liability.
Despite the push toward passkeys, passwords aren’t disappearing overnight. Many services keep passwords as a fallback even when passkeys exist. For families, that mixed environment can create false confidence: one account still has a password you can find; another account is passkey-only and effectively “device gated.”
Despite the push toward passkeys, passwords aren’t disappearing overnight. Many services keep passwords as a fallback even when passkeys exist. For families, that mixed environment can create false confidence: one account still has a password you can find; another account is passkey-only and effectively “device gated.”
Passkeys: what they are—and what they aren’t
A passkey is a FIDO authentication credential based on FIDO standards. Instead of typing a shared secret, you sign in using the same method you use to unlock a device: a biometric scan, PIN, or pattern. Under the hood, passkeys use public-key cryptography: a service stores a public key, while the private key stays on your device or in a synced credential manager. Google’s developer documentation emphasizes that domain-binding is what makes passkeys phishing resistant—a fake site can’t trick your device into producing a valid sign-in for the wrong domain.
The nuance readers need: passkeys reduce remote account takeover risk. They do not remove the need to plan for device loss, recovery processes, or family access.
The nuance readers need: passkeys reduce remote account takeover risk. They do not remove the need to plan for device loss, recovery processes, or family access.
Two passkey “flavors” that matter for inheritance
Readers don’t need cryptography. They do need taxonomy:
- Synced passkeys: stored in an OS vendor’s ecosystem or a password manager and available across your devices. Easier recovery, but inheritance hinges on who can recover that vault or account.
- Device-bound passkeys: stored only on a specific device or hardware security key. Strong security, but brittle if the device is lost and no fallback exists.
- Synced passkeys: stored in an OS vendor’s ecosystem or a password manager and available across your devices. Easier recovery, but inheritance hinges on who can recover that vault or account.
- Device-bound passkeys: stored only on a specific device or hardware security key. Strong security, but brittle if the device is lost and no fallback exists.
“Passkeys don’t eliminate risk; they move it—from ‘stolen password’ to ‘lost device and locked vault.’”
— — TheMurrow Editorial
Synced vs. device-bound passkeys (inheritance impact)
Before
- Synced passkeys; easier recovery; inheritance depends on vault/account recovery
After
- Device-bound passkeys; stronger isolation; brittle if device/hardware key is lost
Emergency access vs. legacy access: two different problems with two different rules
Families commonly plan for death and forget incapacity. Technology companies often do the opposite: they provide limited “after death” pathways while leaving families scrambling during illness, hospitalization, or sudden cognitive decline.
Emergency access is designed for the living
Emergency access is primarily an incapacitation tool: “I’m not reachable, but I’m alive.” Password managers often implement this with a waiting period and granular permissions. The basic model recognizes a social reality: people need help managing accounts long before any death certificate exists.
Emergency access also has a trust problem. Some readers will reject it on principle. Others will consider it the only humane option when a spouse handles bills or an adult child manages a parent’s care. Both perspectives are reasonable. The better question is whether your current setup reflects your real household responsibilities.
Emergency access also has a trust problem. Some readers will reject it on principle. Others will consider it the only humane option when a spouse handles bills or an adult child manages a parent’s care. Both perspectives are reasonable. The better question is whether your current setup reflects your real household responsibilities.
Legacy features are designed for after death
Legacy (or “after death”) features typically demand documentation. Companies do this for clear reasons: limiting fraud, preventing unauthorized access, and complying with varying legal requirements across regions. The downside is procedural: documentation takes time, and the definition of “eligible data” is narrow.
A robust plan accounts for both modes:
- Incapacity: someone needs access quickly, with your consent, while you’re alive.
- Death: someone needs access lawfully, often with formal proof, after you die.
A robust plan accounts for both modes:
- Incapacity: someone needs access quickly, with your consent, while you’re alive.
- Death: someone needs access lawfully, often with formal proof, after you die.
Practical takeaway
Write down which problem you are solving for each tool. If you rely only on after-death processes, you may be planning for the wrong crisis.
Key Insight
Families often need two pathways: fast, consent-based access during incapacity and slower, documentation-based processes after death—plan for both.
The standards behind passkeys: why the shift is sticking
Readers deserve a clear explanation of why passkeys are not a passing tech fashion. The reason is governance and interoperability.
The FIDO2 ecosystem is based on two pillars:
- W3C WebAuthn: the web standard that allows browsers and websites to use authenticators (like a phone) for sign-in.
- FIDO CTAP (Client-to-Authenticator Protocol): the protocol that connects devices and authenticators.
The FIDO Alliance positions passkeys as improving privacy and reducing phishing risk, and stresses an important point for readers wary of biometrics: when biometrics are used, they stay on-device. The service does not receive a copy of your fingerprint or face scan; it receives a cryptographic result.
That design choice explains why passkeys are so compelling to security teams—and why they complicate inheritance. If the private key stays on a device (or inside a synced credential manager with its own recovery rules), your will does not automatically translate into access.
None of that is a moral failing. It is security architecture doing what it was designed to do: reject anyone who cannot prove they are you.
The FIDO2 ecosystem is based on two pillars:
- W3C WebAuthn: the web standard that allows browsers and websites to use authenticators (like a phone) for sign-in.
- FIDO CTAP (Client-to-Authenticator Protocol): the protocol that connects devices and authenticators.
The FIDO Alliance positions passkeys as improving privacy and reducing phishing risk, and stresses an important point for readers wary of biometrics: when biometrics are used, they stay on-device. The service does not receive a copy of your fingerprint or face scan; it receives a cryptographic result.
That design choice explains why passkeys are so compelling to security teams—and why they complicate inheritance. If the private key stays on a device (or inside a synced credential manager with its own recovery rules), your will does not automatically translate into access.
None of that is a moral failing. It is security architecture doing what it was designed to do: reject anyone who cannot prove they are you.
What passkeys do not solve
A responsible plan acknowledges limits. FIDO’s approach reduces phishing and the “shared secret” problem. It does not eliminate:
- Device theft risk, especially if a device unlock method is compromised
- Provider account recovery risk, where social engineering can target customer support processes
- The need for offline planning, such as documentation and designated contacts
- Device theft risk, especially if a device unlock method is compromised
- Provider account recovery risk, where social engineering can target customer support processes
- The need for offline planning, such as documentation and designated contacts
Practical takeaway
Passkeys are strong security. They are not a succession plan.
2 pillars
FIDO2 is anchored by W3C WebAuthn (browser-to-site) and FIDO CTAP (device-to-authenticator), making passkeys a durable, interoperable shift.
Apple’s Legacy Contact: helpful access, hard limits
Apple is one of the few major platforms with a clearly defined after-death feature. It is also a good case study in why “access” rarely means “everything.”
What Apple offers (and since when)
Apple Support states that starting with iOS 15.2 / iPadOS 15.2 / macOS 12.1, users can add a Legacy Contact who can request access to some Apple Account data after death. The process requires:
- an access key generated when you name the legacy contact, and
- a death certificate (documentation requirements can vary by country/region)
This is a real, practical pathway. It acknowledges that people store irreplaceable data inside Apple’s ecosystem—photos, notes, backups, messages—often more emotionally valuable than money.
- an access key generated when you name the legacy contact, and
- a death certificate (documentation requirements can vary by country/region)
This is a real, practical pathway. It acknowledges that people store irreplaceable data inside Apple’s ecosystem—photos, notes, backups, messages—often more emotionally valuable than money.
The limitation families need to hear clearly
Apple also states that Keychain data—including passwords, passkeys, and payment information—is not accessible by a Legacy Contact.
That sentence carries more weight in the passkey era than it would have five years ago. If your family can obtain some Apple Account data but cannot retrieve the credentials needed to access other accounts, the Apple data may be only part of what they need. An executor trying to close accounts, cancel subscriptions, or recover other services may still be blocked.
That sentence carries more weight in the passkey era than it would have five years ago. If your family can obtain some Apple Account data but cannot retrieve the credentials needed to access other accounts, the Apple data may be only part of what they need. An executor trying to close accounts, cancel subscriptions, or recover other services may still be blocked.
A real-world scenario that plays out often
Consider a spouse trying to settle practical affairs. Photos and notes might be accessible through Legacy Contact. But if the deceased used iCloud Keychain for login credentials—and increasingly, for passkeys—those credentials remain inaccessible through Apple’s legacy pathway. The family may be forced into one of two undesirable options:
- attempt account-by-account recovery across dozens of services, or
- abandon accounts and data they cannot prove a path to
Neither outcome matches how most people assume “digital inheritance” works.
- attempt account-by-account recovery across dozens of services, or
- abandon accounts and data they cannot prove a path to
Neither outcome matches how most people assume “digital inheritance” works.
Practical takeaway
Apple’s Legacy Contact is worth setting up. It is not a substitute for a plan to transfer or recover credentials.
iOS 15.2+
Apple’s Legacy Contact feature is available starting iOS 15.2 / iPadOS 15.2 / macOS 12.1—yet Keychain credentials remain excluded from legacy access.
How to plan for passkeys without weakening security
Readers often hear “write down your passwords” and translate it into “create a single point of failure.” That fear is justified. A good plan is layered, explicit, and realistic about what your family will actually be able to do.
Step 1: Inventory what matters—then prioritize
Start with a list of categories, not every login. Your goal is triage:
- Identity hubs: email accounts, phone carrier portals, and primary cloud accounts
- Financial services: banking, brokerage, payment apps
- Data vaults: photo libraries, cloud drives, note apps
- Subscriptions and utilities: recurring services that can drain an estate quietly
The identity hubs matter most because many recovery flows route through them.
- Identity hubs: email accounts, phone carrier portals, and primary cloud accounts
- Financial services: banking, brokerage, payment apps
- Data vaults: photo libraries, cloud drives, note apps
- Subscriptions and utilities: recurring services that can drain an estate quietly
The identity hubs matter most because many recovery flows route through them.
Step 2: Choose an access model for incapacity
For incapacity, the best plan is the one you can live with ethically and emotionally. Many families choose emergency access through a password manager precisely because it introduces friction: a waiting period, notifications, and permission controls. That friction is the point. It reduces the chance of impulsive misuse while ensuring continuity if you are unreachable.
Others prefer a more traditional model: sealed instructions, a safe deposit box, or a home safe. The trade-off is that these approaches often fail at the moment of need, when someone can’t find the box, can’t open it, or doesn’t know what to do with what’s inside.
Others prefer a more traditional model: sealed instructions, a safe deposit box, or a home safe. The trade-off is that these approaches often fail at the moment of need, when someone can’t find the box, can’t open it, or doesn’t know what to do with what’s inside.
Step 3: Plan for device recovery, not just account recovery
Passkeys force a new question: what happens if the device holding the passkey is lost, damaged, or wiped?
A plan should explicitly document:
- which devices you use for sign-in (phone, laptop, hardware key)
- whether your passkeys are synced or device-bound
- what the recovery process is for the account that syncs them (if any)
A synced model can be more forgiving—if your family can recover the syncing account. A device-only model can be stronger—if you have a second authenticator and a way for your executor to find it.
A plan should explicitly document:
- which devices you use for sign-in (phone, laptop, hardware key)
- whether your passkeys are synced or device-bound
- what the recovery process is for the account that syncs them (if any)
A synced model can be more forgiving—if your family can recover the syncing account. A device-only model can be stronger—if you have a second authenticator and a way for your executor to find it.
“A strong security posture isn’t secrecy. It’s resilience under stress.”
— — TheMurrow Editorial
Step 4: Put policies ahead of wishful thinking
Every platform has rules. Some will require documentation after death. Others will not grant access at all and will only allow limited actions (such as memorialization or deletion). Planning means accepting that “my spouse will just call support” is not a strategy.
Practical takeaway
The most effective plans treat credentials the way you treat house keys: you don’t leave them under the doormat, but you also don’t pretend no one will ever need them.
Passkey-aware continuity plan (layered, not weaker)
- 1.1. Inventory high-impact categories (identity hubs, finances, data vaults, subscriptions).
- 2.2. Decide who should help during incapacity and whether emergency access fits your household.
- 3.3. Document device sign-in paths and whether passkeys are synced or device-bound.
- 4.4. Record recovery steps for the sync account or the location of secondary authenticators.
- 5.5. Note platform-specific legacy policies and required documentation.
The ethical tension: security design vs. family reality
Passkeys are often discussed as a clean win: fewer phishing incidents, fewer stolen credentials, fewer account takeovers. That’s a persuasive security story, and the FIDO Alliance has built its standards around exactly those threats.
Families live in a messier world. The “attacker” can look like a caregiver. The “legitimate user” can be unconscious. The “best practice” can become a burden during grief.
It’s tempting to choose a side: either security maximalism (“no one should ever access my accounts”) or full family access (“my spouse should have everything”). Both positions carry costs. Security maximalism can strand survivors with unpaid bills and inaccessible memories. Full access can expose you to coercion, abuse, or opportunistic misuse—especially in complex family dynamics.
A better approach is to separate three ideas that too often blur together:
- Privacy: what you want others not to see
- Control: what actions you want others to be able to take
- Continuity: what must keep working if you are gone or incapacitated
A thoughtful plan might allow continuity without full privacy surrender—for example, granting access to financial management while limiting personal messages. It might also impose delays or require multiple steps to reduce misuse.
Families live in a messier world. The “attacker” can look like a caregiver. The “legitimate user” can be unconscious. The “best practice” can become a burden during grief.
It’s tempting to choose a side: either security maximalism (“no one should ever access my accounts”) or full family access (“my spouse should have everything”). Both positions carry costs. Security maximalism can strand survivors with unpaid bills and inaccessible memories. Full access can expose you to coercion, abuse, or opportunistic misuse—especially in complex family dynamics.
A better approach is to separate three ideas that too often blur together:
- Privacy: what you want others not to see
- Control: what actions you want others to be able to take
- Continuity: what must keep working if you are gone or incapacitated
A thoughtful plan might allow continuity without full privacy surrender—for example, granting access to financial management while limiting personal messages. It might also impose delays or require multiple steps to reduce misuse.
Practical takeaway
Your digital afterlife plan is a values document as much as a technical one. Treat it with the same seriousness as a will.
Editor’s Note
The heart of modern digital legacy planning is aligning privacy, control, and continuity—instead of assuming one setting can satisfy all three.
Closing: the oldest mistake—and the newest one
The oldest mistake in digital legacy planning is assuming your heirs will “figure it out.” The newest mistake is assuming passkeys eliminate the need to try. Passkeys make logins safer for the living. They also raise the standard for what planning must cover: devices, recovery paths, platform policies, and the uncomfortable truth that legal authority and technical access are not the same thing.
A good plan respects security and still makes room for human life—illness, loss, grief, and the simple need to close accounts and keep memories. That’s not weakness. That’s competence.
A good plan respects security and still makes room for human life—illness, loss, grief, and the simple need to close accounts and keep memories. That’s not weakness. That’s competence.
200 wpm
Estimated reading time is based on ~200 words per minute; this article’s length supports an in-depth 2024–2026 planning guide.
T
About the Author
TheMurrow Editorial is a writer for TheMurrow covering technology.
Frequently Asked Questions
What exactly is a passkey, and why are companies pushing it now?
A passkey is a FIDO authentication credential that signs you in using device unlock (biometric, PIN, pattern) rather than a typed secret. Passkeys are built on public-key cryptography: services store a public key, while the private key stays on your device or in a synced manager. The FIDO approach is designed to be phishing resistant, which is a major driver of adoption.
Are passkeys “passwordless,” or will I still have passwords?
Many services still keep passwords as a fallback even if they support passkeys. That means most people are living in a hybrid era: some accounts are passkey-first, others remain password-based, and some use both. For planning, assume your survivors may face a mix of sign-in methods—so document where passkeys are used and how they are stored (synced vs device-bound).
What’s the difference between emergency access and legacy access?
Emergency access is aimed at incapacity—a period when you’re alive but unreachable—and is often offered through password managers with waiting periods and permissions. Legacy access is meant for after death and typically requires formal documentation like a death certificate. Families often need both: one for crises in life, one for administration after death.
Does Apple’s Legacy Contact give my family access to my passwords and passkeys?
No. Apple Support states that a Legacy Contact can access some Apple Account data after death, but Keychain data—passwords, passkeys, and payment information—is not accessible through that feature. Legacy Contact can still be valuable for accessing certain data (like photos or notes), but it won’t transfer the credentials needed to log into other services.
If passkeys are so secure, why can they make inheritance harder?
Passkeys are secure partly because they avoid shared secrets and keep the private key on-device or inside a synced credential system. That design blocks remote attackers—and also blocks families who lack the right device, unlock method, or vault recovery path. Estate documents don’t automatically satisfy an authentication system built to recognize only you.
What should I document first if I only have an hour?
Start with your identity hubs: primary email, phone carrier account, and core cloud account (Apple Account, Google account, Microsoft account). Those accounts often control recovery for everything else. Then document where your passkeys live (synced vs device-bound), and name a clear point person for incapacity and for after-death administration.
