Introducing staking would require fundamental restructuring at the protocol level to establish a reliable source for distributing staking rewards
Ripple News
Ripple executives have begun publicly discussing staking mechanisms that could enhance the XRP Ledger's utility and align incentives among validators and token holders. J. Ayo Akinyele, head of engineering at RippleX, outlined conceptual frameworks for enabling native staking on XRPL in a development blog post on Wednesday, exploring whether such mechanisms could strengthen network security while maintaining protocol integrity.
Introducing staking would require fundamental restructuring at the protocol level to establish a reliable source for distributing staking rewards. Currently, the XRPL burns transaction fees to maintain deflationary token supply characteristics and preserve network efficiency.
Implementing staking would redirect these fees toward validator compensation, creating a material design shift for the blockchain's economic model.
Staking mechanisms encourage long-term participation by rewarding validators who help maintain consensus, Akinyele noted in his analysis. The process involves locking cryptocurrency assets to secure a network in exchange for protocol-defined rewards. For XRPL, this approach represents a departure from its core Proof of Association consensus mechanism, which prioritizes trust and stability over financial incentives.
The XRP Ledger was originally designed for efficient global value transfer and cross-border payment facilitation. Recent developments, including digital asset treasury adoption and exchange-traded fund launches, have expanded the network's strategic importance. Akinyele suggested that staking capabilities could maintain XRP's competitive edge against alternative payment-focused blockchains.
David Schwartz, Ripple's Chief Technology Officer, proposed two high-level conceptual models for incorporating staking into XRPL architecture. The first involves a dual-layer consensus system featuring an incentivized inner layer comprising approximately 16 validators selected by the outer layer based on stake. This inner layer would handle ledger advancement through staking and slashing mechanisms designed to prevent issues like double-signing behavior.
The outer layer would consist of the current validator network operating without staking components, maintaining authority over amendments, fee structures, and oversight of the inner layer's operations.
The second proposed model retains the existing consensus structure while employing fees for zero-knowledge proof mechanisms. ZK proofs provide cryptographic verification of statements without revealing underlying details, enabling trust-free validation processes.
Despite technical promise, Schwartz characterized both approaches as impractical for near-term implementation due to inherent complexity, substantial development effort requirements, and design risks.
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