Opinion by: Venket Naga, co-founder and CEO of Serenity
In recent years, the synergy between cryptocurrencies and the real estate market has evolved dramatically. What was once headline-worthy—buying property with crypto-backed loans—has now become almost standard practice.
The convergence of crypto and real-world assets (RWAs) is gaining momentum, opening up a wealth of opportunities. From Dubai launching MENA’s first tokenized real estate project to the world’s largest $3 billion RWA tokenization deal, high-profile developments underscore the sector’s rapid ascent.
This growth shows no signs of slowing. By 2035, it’s projected that $4 trillion worth of real estate could be tokenized. As this transformation accelerates, the market is becoming increasingly accessible, offering participation to investors across the spectrum—regardless of capital size.
But amid this momentum lies a critical, often overlooked question: What happens to tokenized property when the owner dies?
Inheritance law, a cornerstone of traditional real estate, may become a stumbling block if its principles aren’t adapted to fit the blockchain era. Without clear protocols, this legal blind spot could undermine the future of real-world asset tokenization.
Addressing the Inheritance Challenge in Tokenized Assets
The lack of a standardized, legally recognized mechanism for succession is emerging as a major risk—one that’s expanding just as quickly as blockchain-based real estate ownership.
While regulatory efforts like the Markets in Crypto-Assets (MiCA) Regulation have focused heavily on compliance and oversight, inheritance—a cornerstone of property rights—has been notably absent from the conversation.
Admittedly, traditional court-based inheritance processes may not align with the needs of the tokenized real estate sector. Yet in the absence of a digital alternative, heirs are left to navigate uncertain custodial arrangements, conflicting jurisdictional claims, or, worse, the permanent loss of valuable assets.
Inheritance in the blockchain era is often treated as an afterthought. Cold storage—long considered a secure way to safeguard private keys—is sometimes cited as a solution. But while cold keys may protect access, they fall short in addressing worst-case scenarios. If the key is lost, so is the inheritance.
Alternatives like multisignature wallets or custodial trust arrangements offer some promise, but they still leave a fundamental gap: the absence of a native, secure, and automated inheritance layer within blockchain ecosystems. As it stands, Web3 inheritance remains either insecure or overly manual—contradicting the principles of decentralization and automation that underpin blockchain technology.
The solution to this challenge lies in the technology itself—specifically, in how blockchain systems can interact with real-world mechanisms. By reimagining existing innovations and combining them creatively, we can develop what might be called a Decentralized Data Survivability Protocol (DeDasP).
Such a protocol would use smart contracts to define and enforce inheritance conditions, enabling the automatic transfer of access rights or assets upon specific triggers. One implementation could involve sharding a private key into multiple NFT-based fragments, distributed among heirs and governed by a multisignature threshold for decryption. This framework would allow owners to establish a clear, automated inheritance structure recognized by all parties.
Naturally, concerns arise: “Not your keys, not your inheritance.” If a successor loses their key, access to the NFT shard—and by extension, the inherited assets—could be lost forever. This is where real-world integration becomes critical. Incorporating biometric authentication as a secure fallback could reestablish access to wallets, balancing decentralization with recoverability.
By combining technologies such as key sharding, NFTs, smart contracts, and biometrics, the blockchain space can build robust, automated frameworks for wealth transfer. This evolution not only protects digital legacies but also marks a pivotal step toward defining digital property rights and enabling generational transfer of tokenized real estate on a global scale.
Moving forward
Integrating inheritance into blockchain protocols isn’t just a technical hurdle—it’s essential for the long-term viability of the real-world asset (RWA) industry.
No one should lose access to their tokenized property due to poor estate planning, legal ambiguity, or something as simple as a forgotten password. Instead, these assets should be safeguarded and structured to support generational wealth transfer.
As real estate tokenization advances, equally resilient solutions for asset succession must evolve in parallel. Without them, the promise of democratized access and seamless ownership risks unraveling—undermined by the very issues blockchain was designed to solve.
The encouraging news is that emerging technologies are paving the way for smarter solutions. Through integrated, trustless inheritance mechanisms that reflect Web3’s core values—permanence, autonomy, and decentralization—ownership can extend beyond the individual, enabling digital assets to endure across generations.
