Skip links

Introducing Our New Research Domain: Economy

Oraclizer Update

Looking back at blockchain’s history, most economic models have followed a simple pattern: users call functions, pay gas fees, receive results, and transactions end. Tokens primarily served as payment methods and governance tools.

However, the new paradigm of State Synchronization presents completely different economic challenges.


Blockchain’s First State Subscription

The Oracle State Machine currently under development by Oraclizer goes beyond mere technical innovation—it demands the blockchain industry’s first State Subscription economic model. This represents a subscription to continuous state relationships rather than one-time transactions, marking the first attempt at a recurring payment service model in blockchain.

While existing oracles were designed from the perspective of “buying information,” state synchronization is a completely different economic activity of “subscribing to relationships.” This isn’t simply an improvement—it’s a paradigm shift opening a new chapter in blockchain economic history.

New Economic Challenges

The core challenges facing State Synchronization Economy cannot be solved with traditional tokenomics:

Economic Viability of High-Frequency Transactions: Can we provide node rewards for every state change while maintaining realistic service fees?

Complex Node Reward Systems: Beyond the simple “data provision → reward” model, we need new compensation mechanisms for the multi-layered roles of state verification, synchronization, and security maintenance.

Subscription Payment Models: Pay-per-call methods are impossible for high-frequency services. We must establish the economic logic of State Subscription models.

Sustainable Circular Structure: We need to design a healthy economic ecosystem where user subscription fees → protocol revenue → node rewards → better services → more users creates a virtuous cycle.

Research Direction of the Economy Category

To address these challenges, we’re newly launching the Economy category. Beyond simple tokenomics, this category will document our journey to design and build an actual functioning State Subscription economic system.

Through upcoming research studies, we’ll seek answers to these fundamental questions:

  • How is the actual cost structure of state synchronization configured?
  • What token functions are necessary for the State Subscription model?
  • What incentives and penalties should we provide to node operators?
  • What is the optimal slashing mechanism to deter malicious behavior?
  • How should blockchain’s first subscription service price its offerings?

A Systematic Research Approach

Our approach to solving these economic challenges will be systematic and comprehensive. Rather than addressing isolated problems, we’ll build each research study upon previous findings, creating a cohesive framework for understanding State Subscription economics.

Each study will tackle specific economic components—from cost structure analysis to pricing models, from security economics to network effects. The insights gained from one area will inform and strengthen our understanding of others, gradually building toward a complete economic architecture.

A Turning Point in Blockchain Economic Evolution

Just as Web1 evolved from static pages to Web2’s dynamic services and then Web3’s decentralized transactions, we’re now advancing to a new stage of decentralized continuous services.

State Subscription and State Synchronization Economy aren’t merely technical innovations. They represent a historic turning point where blockchain evolves from a simple transaction tool to a continuous service platform.

Building the Future Together

Our first Economy research, “State Subscription: Blockchain’s First Subscription Economy Revolution” will be published soon. This article will deeply explore the economic innovations and historical significance of blockchain’s first subscription service.

We invite you to consider how state synchronization and the State Subscription model might transform your projects or business. We look forward to your interest and participation in this journey of creating a new paradigm in blockchain economics.

Read Next

Insurance and Recovery Economics: Preparing for Black Swan Events
Earlier designs cut node risk by 73%, but the unpredictable 27% needs different rules. This study fixes how a staking insurance pool is sized (15% of stake, not protected value), bootstrapped, and banded; why a reserve held in its own token collapses with it; and how session protection follows the sync-degree hierarchy when security breaks mid-session.
Oraclizer Core ⋅ May 29, 2026
Tokenized Securities Under the CLARITY Act: The Weight of Codification
The CLARITY Act tokenized securities clause settles a single proposition in statute: tokenization is a delivery method, not a new asset class. That one sentence codifies the regulatory status of tokenized securities in U.S. law for the first time and derives an entire infrastructure specification for boundaries the token crosses.
Oraclizer Core ⋅ May 23, 2026
Sync Degree Hierarchy: Classifying What Assets Demand from State Synchronization
Sync degree hierarchy turns sync requirement strength into a four-level classification axis for RWA assets. S₀ static through S₃ atomic state binding form a reduction relation where causal consistency separates S₁ from S₂. Existing oracles, structurally two independent channels, are capped at S₁ by definition. Regulatory action forces S₃.
Oraclizer Core ⋅ May 20, 2026
Why RWA Isn’t Real DeFi Collateral Yet: The Non-Atomicity of the Collateral Layer
Tokenized RWA-backed stablecoin supply reached $8.5B, yet only 12% operates inside DeFi. Aave Horizon's dual structure separates rather than solves regulatory state synchronization. Three conditions from cross-border securities trading transfer into the DeFi collateral layer, with a fourth condition added when the protocol becomes a regulatory subject.
Oraclizer Core ⋅ May 14, 2026