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Oraclizer Research

Oraclizer Core

The Privacy Paradox of Bidirectional State Synchronization

The Privacy Paradox of Bidirectional State Synchronization

Bidirectional state synchronization creates a unique privacy paradox: you must disclose to synchronize, yet disclosure destroys privacy. This research presents Oraclizer's four-layer privacy stack that resolves this through a "Need to Know" architecture and DA-based confidential storage accessible only to authorized parties.
Oraclizer Core ⋅ Feb 06, 2026
Horizen Labs and Dan Spuller Join as EIP-RCP Co-Authors

Horizen Labs and Dan Spuller Join as EIP-RCP Co-Authors

Horizen Labs CEO Rob Viglione and Blockchain Association EVP Daniel Spuller have joined as co-authors of EIP-RCP, strengthening the technical and policy foundation of the regulatory compliance framework for tokenized assets.
Oraclizer Core ⋅ Jan 30, 2026
The RWA 2.0 Declaration: Blockchain Innovation That Embraces Legacy

The RWA 2.0 Declaration: Blockchain Innovation That Embraces Legacy

RWA 1.0 failed not because of inadequate technology, but because of misaligned philosophy. RWA 2.0 inverts the relationship: blockchain adapts to finance, not the reverse. This declaration outlines three principles—Legacy-First, State Completeness, and Regulation-Native—and why continuous state synchronization is the common requirement underlying all of them.
Oraclizer Core ⋅ Jan 29, 2026
GKR Protocol Deep Dive: The Computational Engine Behind OSS

GKR Protocol Deep Dive: The Computational Engine Behind OSS

The GKR protocol transforms OSS from a theoretical construct into a practical reality by eliminating intermediate commitments. This deep dive explores the mathematical foundations—ranging from Sumcheck protocols to multilinear extensions—that enable OSS to achieve 20-30× faster proof generation than traditional zkProvers.
Oraclizer Core ⋅ Jan 24, 2026
Why $1.3T in RWA That Price Feeds Alone Cannot Serve Needs a New Metric Called TVO

Why $1.3T in RWA That Price Feeds Alone Cannot Serve Needs a New Metric Called TVO

TVL measures deposited value but ignores oracle dependency depth. Through bottom-up analysis of six RWA asset classes, we estimate 54-68% of the 2030 tokenized asset market ($1.1T-$3.4T) will require continuous state synchronization infrastructure—not just price feeds. This analysis introduces TVO as a framework for sizing this emerging market segment.
Oraclizer Core ⋅ Jan 14, 2026
When 0x742d35… Exists on Four Chains: How OIP Resolves Address Ambiguity

When 0x742d35… Exists on Four Chains: How OIP Resolves Address Ambiguity

This study examines address ambiguity in cross-chain environments where identical addresses exist across multiple chains, and how OIP integrates ERC-3770 to enable precise targeting of regulatory actions. We compare CAIP-10 and ERC-3770 design philosophies and present the address resolution pipeline within OSS
Oraclizer Core ⋅ Jan 10, 2026
Oracle Session Security: Staking for Continuous State Protection

Oracle Session Security: Staking for Continuous State Protection

This research establishes the complete staking parameter framework for Oraclizer's session-based security model. It introduces the Security Reserve Pool mechanism for controlled decentralization and the Session Security Framework, which reinterprets continuous state synchronization protection as a time-integral security requirement, fundamentally distinguishing oracle state machine economics from traditional block-based validation models.
Oraclizer Core ⋅ Jan 04, 2026
Why State Oracle Demand a Different Proof Primitive

Why State Oracle Demand a Different Proof Primitive

State oracles require proving continuous state flows—computationally infeasible with traditional SNARKs due to intermediate commitment overhead. This research reveals that the GKR protocol is not merely an optimization but an essential precondition for oracle state machine to exist, reducing proof generation computation by 99%.
Oraclizer Core ⋅ Dec 28, 2025
DA Architecture Design Principles for Oracle State Machine

DA Architecture Design Principles for Oracle State Machine

Data availability is not an optimization for oracle state machines—it is an existential condition. When DA fails in a general rollup, transactions are delayed. When DA fails in an oracle state machine, the trust foundation of bidirectional state synchronization collapses entirely. This research establishes the DA requirements unique to oracle state machines and explains why Oraclizer adopts DAS-based DA with validity proofs as the only viable path for regulatory-compliant state synchronization.
Oraclizer Core ⋅ Dec 24, 2025
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