How Housing Algorithms Recreate Racial Discrimination

TL;DR: Most people die without a digital estate plan, leaving families unable to access emails, photos, and cryptocurrency. Using platform legacy tools and updating your will with digital asset provisions ensures your online life transfers to the people you choose.
When Sarah's father passed away in 2023, she didn't just inherit his house and savings. She inherited 15 years of emails, 30,000 photos stored in the cloud, three social media accounts, cryptocurrency worth $12,000, and a music library he'd spent decades curating. She couldn't access any of it.
Her father's estate plan was meticulous on paper - every asset accounted for, every beneficiary named. But his digital life? Complete radio silence. Sarah spent eight months battling tech companies, reading terms of service written in legal jargon, and watching precious memories slip away as accounts auto-deleted. She's not alone. We're the first generation to die with fully digital lives, and most of us have zero plan for what happens to all of it.
Here's the uncomfortable truth: when you die, your family doesn't automatically get your passwords. The federal Stored Communications Act, created in 1986 before most of us had email, treats your messages like sealed letters. Tech companies can't just hand them over, even to your spouse or kids.
States scrambled to fix this mess. About 48 states have now adopted some version of the Revised Uniform Fiduciary Access to Digital Assets Act (RUFADAA), which gives executors legal authority over your digital property. But there's a catch - actually, several catches.
RUFADAA lets your executor request access to your accounts, but companies rarely grant full login credentials. Privacy laws prevent it. Instead, platforms typically offer data downloads or account deletion. That's it. Your executor can't respond to your final emails, can't post a goodbye message on your behalf, can't even see your direct messages on most platforms.
The law also created this weird hierarchy of authority. If you used a platform's built-in legacy tool (more on those in a minute), that choice overrides what your will says. Your official legal document loses to a checkbox you ticked in settings. Some state laws explicitly make this the rule: online tool directives trump wills.
Every major platform handles death differently, and the inconsistency is maddening.
Facebook pioneered the Legacy Contact feature back in 2015. You can designate someone to manage your memorialized profile - they can update your profile photo, respond to friend requests, and pin a final post. But they can't read your private messages, delete posts, or remove friends. Facebook also offers simple deletion if you'd rather just disappear.
Google built the Inactive Account Manager, which is brilliant in theory. You set a timeout period (3 to 18 months of inactivity), then Google notifies up to 10 trusted contacts and lets them download specific data you've pre-approved. Want your sister to get your photos but not your emails? You can configure that. After they download everything, Google deletes the account.
Apple launched Digital Legacy in 2021. You can name up to five Legacy Contacts who get access to your iCloud data after presenting a death certificate and an access key you gave them while alive. They can download photos, videos, notes, files, and more. But not your passwords stored in Keychain, not health data, and not media you licensed (music, movies, apps). And they only get three years before Apple closes the account permanently.
Instagram, Twitter, LinkedIn - they all have different policies, different forms to fill out, different documentation requirements. Instagram will memorialize or delete. Twitter requires proof of death and proof you're authorized to act on behalf of the estate. LinkedIn removes profiles but won't give families access.
Cryptocurrency is a whole other nightmare. Your Bitcoin exists on the blockchain, but if nobody has your private keys, it's gone forever. Truly gone. There's no customer service number, no account recovery, no court order that can retrieve it. An estimated $140 billion in cryptocurrency is permanently lost because people died without passing on their keys.
Most people think of inheritance as houses, cars, and bank accounts. Your digital estate is bigger than you realize:
Financial accounts: Banks, investment platforms, PayPal, Venmo, cryptocurrency wallets, NFTs, reward points worth actual money.
Cloud storage: Google Drive, Dropbox, iCloud containing tax documents, family photos, business files, creative projects.
Social media: Facebook, Instagram, LinkedIn, Twitter, TikTok - years of memories, connections, and in some cases, monetized content that generates ongoing revenue.
Email: Personal Gmail, work accounts, newsletters you wrote, important correspondence, password reset capabilities for everything else.
Subscriptions: Netflix, Spotify, Adobe Creative Cloud, domain names, web hosting, SaaS tools - some on auto-renew, quietly draining the estate.
Digital media: Kindle books, Audible audiobooks, iTunes purchases, Steam games - you think you own them, but you licensed them, and most licenses die with you.
Professional accounts: GitHub repositories, portfolio websites, business social media, client databases.
Sentimental data: Years of text messages, voicemails saved to the cloud, GPS location histories, fitness tracking data, decades of browser bookmarks.
The average person has 130 online accounts. Most of us can't name half of them.
Here's what actually works, based on what estate lawyers and tech companies recommend:
Step 1: Create a digital asset inventory. List every account that matters - email, social media, banks, subscriptions, cloud storage, photo services. Include usernames (but not passwords). Note whether each account should be deleted, transferred, archived, or memorialized. Update this list at least annually.
Step 2: Store it securely - but accessibly. Never put passwords in your will. Wills become public records, and you just posted your Gmail password on the courthouse website. Instead, use a password manager with emergency access features like 1Password or LastPass. These let you designate emergency contacts who can request access. After a waiting period you set (usually 7-30 days), they get in. You're alive? You deny the request. You're dead? The timer expires and they get access.
Alternatively, store your digital asset inventory in a safe deposit box or with your attorney, separate from your will. Tell your executor where it is.
Step 3: Use platform legacy tools NOW. Don't wait. Set up Google's Inactive Account Manager in the next 10 minutes. Add a Facebook Legacy Contact. If you have an iPhone, configure Apple's Digital Legacy. These tools work better than legal documents because the platforms built them.
Step 4: Update your will to include digital assets. Add explicit language authorizing your executor to access, manage, and distribute your digital property. Mention RUFADAA by name to make it clear you're invoking your state's digital asset law. Name a digital executor - someone tech-savvy enough to navigate all this.
Step 5: Consider a digital asset trust. For high-value digital assets (cryptocurrency, NFTs, domain names, monetized YouTube channels), a digital asset trust provides more control than a simple will. Trusts avoid probate, stay private, and let you set detailed instructions for how assets get managed long-term.
Step 6: Document your wishes clearly. Do you want your spouse to read your messages? Your kids to have your photos? Your Twitter account deleted? Your blog archived? Write it down explicitly. Vague instructions like "handle my digital stuff" lead to family fights and deleted accounts.
Assuming your spouse automatically gets access. Nope. Tech companies don't care if you've been married 40 years. Without proper documentation, your spouse has zero access rights.
Sharing passwords with family. Technically violates most terms of service and could expose your accounts to hacking. Use legitimate legacy tools instead.
Forgetting about automatic payments. Those subscription fees keep charging the estate until someone notices. One estate paid for Netflix for 18 months after death before the executor discovered it.
Ignoring cryptocurrency entirely. If you own crypto, your heirs need your private keys, your hardware wallet PIN, and instructions for accessing exchanges. Without all three, it's lost.
Writing passwords in your will. Cannot emphasize this enough: wills become public. Anyone can read them. Don't put credentials there.
Delaying this conversation. The average time to settle an estate is 12-18 months. Add digital access issues and it stretches to years. The longer you wait, the more accounts auto-delete, and the more data vanishes.
A digital executor needs different skills than a traditional executor. They need to be tech-literate, patient with bureaucracy, and comfortable navigating 47 different platform policies. Consider naming someone younger if your traditional executor isn't comfortable with technology.
Fiduciaries must submit written requests with certified death certificates and letters of appointment to each platform. Companies have 60 days to comply, but many take longer. Start the process early.
International accounts complicate everything. Your U.S. executor might have no authority over accounts in Europe under GDPR. If you have international digital assets, consult an attorney who understands cross-border data law.
Monetized content keeps generating income after death - YouTube ad revenue, Patreon subscriptions, affiliate commissions. Your estate plan should address how this income gets distributed and whether accounts should keep operating.
Business accounts require immediate attention. If your social media manages client relationships or your cloud storage contains proprietary business data, delayed access could destroy business value.
We're navigating uncharted territory. The first generation raised entirely online is just now reaching middle age. We don't have centuries of precedent like we do for land and livestock. The law is evolving in real time.
Some countries are ahead. Estonia lets you appoint a digital heir for your e-government identity. Japan is debating whether digital assets count as property in inheritance tax calculations. The EU's GDPR gives families the right to request deletion of a deceased person's data, creating tension with U.S. data preservation laws.
Tech companies are slowly improving their tools, but incentives are misaligned. Dead users don't generate revenue. Platforms would rather delete inactive accounts than build sophisticated legacy systems. Apple's Digital Legacy is the gold standard - and it only launched three years ago.
Meanwhile, we're creating digital legacies at an accelerating pace. The average person now produces 1.7 megabytes of data every second. Photos, messages, location data, purchases, health records, creative projects. All of it will outlive us, stored on servers we've never seen, governed by terms we've never read.
Your digital life is as real as your physical one. Maybe more so. The photos on your phone might mean more to your kids than the furniture in your house. Your email archive might contain the only copies of important documents. Your cryptocurrency might be worth more than your savings account.
Yet most of us spend more time planning what happens to our car than what happens to our Gmail.
The good news? This is fixable. Unlike mortality itself, digital mortality is a problem you can solve with an afternoon's work. Create that inventory. Set up those legacy contacts. Have the uncomfortable conversation with your executor. Write down your wishes.
Because here's what's certain: your data will outlive you. The only question is whether it outlives you in the hands of the people you chose, or locked behind login screens nobody can access, slowly disappearing as platforms decide you've been inactive long enough.
Your physical estate gets handled by centuries of law and cultural practice. Your digital estate gets handled by whatever you set up today. Choose wisely.

Ahuna Mons on dwarf planet Ceres is the solar system's only confirmed cryovolcano in the asteroid belt - a mountain made of ice and salt that erupted relatively recently. The discovery reveals that small worlds can retain subsurface oceans and geological activity far longer than expected, expanding the range of potentially habitable environments in our solar system.

Scientists discovered 24-hour protein rhythms in cells without DNA, revealing an ancient timekeeping mechanism that predates gene-based clocks by billions of years and exists across all life.

3D-printed coral reefs are being engineered with precise surface textures, material chemistry, and geometric complexity to optimize coral larvae settlement. While early projects show promise - with some designs achieving 80x higher settlement rates - scalability, cost, and the overriding challenge of climate change remain critical obstacles.

The minimal group paradigm shows humans discriminate based on meaningless group labels - like coin flips or shirt colors - revealing that tribalism is hardwired into our brains. Understanding this automatic bias is the first step toward managing it.

In 1977, scientists discovered thriving ecosystems around underwater volcanic vents powered by chemistry, not sunlight. These alien worlds host bizarre creatures and heat-loving microbes, revolutionizing our understanding of where life can exist on Earth and beyond.

Automated systems in housing - mortgage lending, tenant screening, appraisals, and insurance - systematically discriminate against communities of color by using proxy variables like ZIP codes and credit scores that encode historical racism. While the Fair Housing Act outlawed explicit redlining decades ago, machine learning models trained on biased data reproduce the same patterns at scale. Solutions exist - algorithmic auditing, fairness-aware design, regulatory reform - but require prioritizing equ...

Cache coherence protocols like MESI and MOESI coordinate billions of operations per second to ensure data consistency across multi-core processors. Understanding these invisible hardware mechanisms helps developers write faster parallel code and avoid performance pitfalls.