Tron Industry Weekly Report: AI rebound drives a brief recovery in BTC, detailed explanation of infrastructure agreements iZUMi Finance & idOS

I. Outlook

1. Macroeconomic Summary and Future Predictions

This week (April 13 - April 19)

The overall macro outlook this week is "neutral to bullish," driven by repeated speculation on the Federal Reserve's interest rate cuts and the recovery of risk asset sentiment. U.S. inflation data has slightly declined but did not meet market's optimistic expectations, leading to ongoing divergence in the market regarding "whether to cut rates within the year"; at the same time, U.S. stocks (especially in the AI sector) have seen a technical rebound, providing support for risk assets. The U.S. dollar index remains high and volatile, while U.S. Treasury yields have slightly declined but are still in a high range. The overall liquidity environment has not shown significant improvement but has not tightened further either.

Essence: The macro environment has not turned bullish, but the "worst expectations" have eased → Phase-wise recovery of risk assets.

Next week’s predictions (April 20 - April 26)

The key macro factors next week will be:

• Speeches from Federal Reserve officials (whether to continue suppressing rate cut expectations)

• U.S. PMI/employment-related data

• U.S. stock earnings reports (whether tech stocks will continue to rebound)

If the data continues to be "mild and not worsening," the market is likely to maintain a risk-on recovery structure; however, if inflation or employment data is strong again, it will reinforce the notion of "higher rates for longer," suppressing risk assets.

Conclusion:
Short-term bias is towards a volatile upward trend, but the upside space is limited, and the macro environment has not yet entered a trend of easing.

2. Market Changes and Warnings in the Crypto Industry

This week (April 13 - April 19)
The overall performance of the crypto market this week has been strong with high volatility. BTC mainly traded in the range of 74K - 77K, briefly spiking close to 78K but failing to form an effective breakout; ETH fluctuated in the 2.3K - 2.4K range, significantly weaker than BTC. In terms of market structure, funds remain concentrated in Bitcoin, with no significant signs of spreading to altcoins, indicating a state of high-level consolidation with bullish sentiment but no expansion.

Next week (April 20 - April 26) warning
The key point is whether BTC will choose a direction: watch the resistance level at 78K; if it breaks through effectively, it may continue to rise; watch the support level at 75K; if it falls below, it may retest around 73K. ETH is more likely to follow; if BTC pulls back, ETH will likely test below 2.3K first. Overall judgment: After high-level volatility, a direction is about to be chosen, with a short-term bias towards a range breakout rather than continued sideways movement.

3. Industry and Sector Hotspots

iZUMi Finance, idOS, and infrastructure projects correspond to three core layers: liquidity, identity, and execution/infrastructure. iZUMi builds an efficient liquidity management system through LaaS, concentrated liquidity incentives, and on-chain bonds (iUSD), improving capital utilization but with a complex structure that relies on market activity;

idOS focuses on decentralized identity, providing a foundational identity layer for stablecoins and compliant finance through data self-custody and verifiable credential mechanisms, but it is still somewhat permissioned, in the early stages of its ecosystem, and reliant on regulatory environments; overall, these types of projects share a common trend of moving from "single applications" to "underlying infrastructure," but they generally face challenges of high complexity, immature ecosystems, and ongoing validation of real demand.

II. Market Hotspot Sectors and Potential Projects of the Week

1.1. Brief Analysis of Total Financing of 28 Million, Led by CIMG and MIRANA, with Follow-on Investments from GSR, IOSG, and Hashkey—DeFi Protocol iZUMi Finance Focused on Efficient Liquidity Management

Introduction

iZUMi Finance is a multi-chain DeFi protocol that provides a one-stop liquidity as a service (LaaS) solution. Its philosophy is that every token deserves more efficient and sustainable on-chain liquidity. Just as "iZUMi" means "spring water" in Japanese—our ultimate goal is to help every partner and every token enjoy continuous and stable on-chain liquidity, flowing endlessly and remaining ever-fresh.

Core Mechanism Overview

1. iZiSwap V2

iZiSwap V2 is an automated liquidity protocol that operates based on the "constant product formula" and is implemented on the blockchain through a set of non-upgradable smart contracts.
It does not require centralized intermediaries, emphasizing decentralization, censorship resistance, and higher security.

Any user can deposit two types of tokens (in equal value proportions) into the liquidity pool to become a liquidity provider (LP).
In return, users will receive LP tokens representing their share of liquidity. These LP tokens can be redeemed at any time for the underlying assets in the pool.

Currently, iZiSwap V2 has been deployed on multiple blockchains including Base, Linea, Scroll, and Mantle, with plans to expand to more chains in the future.

AMM Model (Automated Market Maker)

In the AMM model, each trading pool acts as an automated market maker.
When users exchange tokens, the system prices according to the constant product formula:

x×y=k

Where:

• x = the amount of Token A in the pool

• y = the amount of Token B in the pool

• k = a constant that remains unchanged

This rule ensures that the product of x and y remains constant after the trade.

In simple terms:

• If the trade size is small, the price change is not significant

• If the trade size is large, it will produce greater slippage relative to the pool's liquidity

• Therefore, the price for large trades will be much worse than for small trades

This mechanism can automatically maintain market liquidity while protecting liquidity providers from being quickly depleted by large trades.

2. LiquidBox

LiquidBox is a liquidity mining mechanism launched by iZUMi Finance. It designs incentive schemes based on DL-AMM LP NFT and Uniswap V3's LP NFT (if the chain supports Uniswap).

Unlike traditional V2 model LP Token mining, LiquidBox can more precisely control liquidity incentives.

In the traditional V2 model:

• LP Tokens are fungible

• Users only need to deposit LP Tokens into the mining contract to receive rewards

• Project parties cannot control the price range of the liquidity

The focus of LiquidBox's design is that it can specify the incentive price range.

How LiquidBox Works

When users deposit Uniswap V3 LP NFTs into iZUMi's LiquidBox:

1. LiquidBox automatically checks the price range of the LP

2. The project party will set the incentive price range in advance in the mining plan

3. If the user's LP price range falls within the incentive range

4. The system will issue liquidity mining rewards to the liquidity provider

If the LP's price range is not within the incentive range, no rewards will be given.

3. iZUMi Bond and iUSD

iZUMi Bond is an on-chain financing tool designed by iZUMi Finance in DeFi. It combines the mechanism of convertible bonds from traditional finance with over-collateralized stablecoins in DeFi.

In simple terms:

Investors lend money to iZUMi, earning stable returns while having the opportunity to exchange for iZi tokens in the future.

In this system, iZUMi will issue a token called iUSD as a bond certificate.

What is iUSD

iUSD is a bond token denominated in U.S. dollars.

It is different from ordinary stablecoins:

• It is not an algorithmic stablecoin

• It is not a simple USDT/USDC model

Its underlying value comes from:

• Real on-chain funds

• Over-collateralized assets

• Smart contract and multi-signature wallet management

These assets provide value support for iUSD.

Why is it called "Convertible Bond"

In traditional finance, a convertible bond is:

A bond that can be exchanged for company stock in the future.

iZUMi adopts a similar logic:

After investors purchase iUSD bonds:

• They can earn interest

• At maturity, they can exchange for iZi tokens at a fixed price

If the price of iZi rises, investors can also gain additional returns.

Where do the returns come from

Investors' returns mainly come from:

On-chain liquidity earnings from the iZUMi platform

These earnings will:

1. Prioritize paying back the principal and interest to bond investors

2. The remaining portion will be redistributed to market makers and other participants

Thus, the design goal of this system is:

To ensure returns for bond investors first, and then reward high-risk participants.

Bond Farming's Operational Logic

iZUMi refers to this mechanism as Bond Farming.

It is essentially a structured liquidity mining model:

There are two types of participants in the system:

1. Conservative investors (low risk)

• Purchase iZUMi bonds

• Earn stable returns

• Lower risk

1. High-risk participants (high returns)

Including:

• iZUMi project parties

• Professional market makers

They use iUSD for liquidity operations in the market, taking on higher risks while pursuing higher returns.

Tron’s Commentary

iZUMi Finance's advantage lies in its core focus on "liquidity as a service (LaaS)," building a relatively complete on-chain liquidity infrastructure around products like iZiSwap, LiquidBox, and Bond Farming, while enhancing capital efficiency and liquidity quality through concentrated liquidity incentives, price range mining, and on-chain bond financing (iUSD). Its multi-chain deployment (such as Base, Linea, Scroll, Mantle, etc.) also strengthens its ecological expansion capabilities;

However, its disadvantage is that the product structure is relatively complex, with a high understanding threshold for mechanisms, and it relies heavily on project parties' incentive needs and on-chain trading activity. If market liquidity or DeFi activity declines, the attractiveness of liquidity mining and bond models may weaken, while the multi-module financial design also increases systemic risks and user learning costs.

2. Detailed Explanation of Key Projects of the Week

2.1. Detailed Explanation of Total Financing of 7 Million, Led by FABRIC, with Follow-on Investments from Arbitrum, Circle, Ripple, and NEAR—Decentralized Identity Operating System idOS for the Stablecoin Economy

Introduction

idOS (Identity Operating System) is a decentralized data storage and access management network specifically designed for storing user data. idOS brings portable digital identities to the stablecoin economy. It allows users to register within stablecoin applications and share their data as easily as transferring funds, whether on-chain or off-chain.

idOS Storage Network (L1) provides private and user-controlled data storage, allowing users to share access to their encrypted data with applications and businesses on the internet.

idOS Economy Network (coming soon, built on Arbitrum Orbit) will implement a flexible data economy system in smart contracts and measure the usage of the Storage Network.

Application developers can use the idOS SDK to complete all core interactions with idOS.

Architecture Overview

idOS is a decentralized identity system that achieves secure storage, verification, and sharing of user data through blockchain technology. The system aims to allow users to own and control their data while enabling trusted entities to access and verify data within a privacy-protecting and compliant framework.

The system mainly consists of three parts:

• idOS Storage Network: Decentralized data storage network (L1)

• idOS Economy Network: Data economy and incentive layer (under development)

• SDK and Application Tools: Help developers and users access idOS

Currently, idOS is a permissioned network: the code is mostly open-source, but only authorized nodes can operate the network to ensure accountability for node behavior and protect user privacy. It will gradually transition to a more open and decentralized architecture in the future.

1. Key Actors

Owner (User/Data Owner)

• The ultimate owner of the data

• Authenticated using EVM or NEAR wallets

• Data encryption and decryption are completed through idOS Enclave (secure environment)

Issuer (Credential Issuer)

• Verifies and issues user credentials

• Typical institutions: banks, insurance companies, schools, medical institutions, government agencies, etc.

Consumer (Data User)

• Applications or services requesting access to user credentials

• Can only access data with user authorization

• Examples: dApps, financial service platforms, etc.

In many scenarios, Issuer and Consumer may be the same entity, such as Neobank (digital bank).

2. Other Stakeholders

Data Network Node Operators
Responsible for maintaining the Storage Network, ensuring data storage, retrieval, and network stability.

Regulatory Agencies
Formulate data privacy and protection laws, such as GDPR.

Compliance Officers
Ensure institutions comply with legal and regulatory requirements when using idOS.

idOS Consortium
Composed of Web3 ecosystem projects, promoting the development of decentralized identity frameworks.

3. Network Layer

idOS Storage Network

User data is stored in the idOS Storage Network, a decentralized L1 network responsible for identity authentication, consensus mechanisms, data storage, and encryption services.

Storage Network Nodes

• Based on Kwil decentralized database

• Provides data storage and retrieval

• Uses a unified schema to ensure data consistency

KGW (Kwil Gateway)

• RPC gateway and load balancer

• Manages access cookies

• Reduces duplicate signature requests

In the future, nodes will support additional modules, such as:

• TSS-MPC encryption module

• Decentralized biometric authentication

1. Data Architecture

Fundamental Data Structures

User
The core identity entity in the system, controlled through wallets.

User Profile
A collection of all identity information controlled by the user.

Wallet
Used for identity authentication, can bind wallets across multiple chains (EVM, NEAR).

Credential
Verifiable claims about the user, such as KYC, educational background, or credit history.

Key fields include:

• User

• Public Notes

• Encrypted Content

• Issuer Address

The system recommends using the W3C Verifiable Credentials standard.

5. Credential Sharing Mechanism

Credential data is encrypted for specific recipients.

When users need to share data:

1. Users obtain encrypted credentials

2. Users decrypt the data

3. Re-encrypt using the new recipient's public key

4. Generate new shared credentials

This achieves end-to-end encrypted data sharing.

Access Grant

Users can create Access Grants to authorize data access.

Fields include:

• Owner

• Data ID

• Consumer Address

• Timelock

Secondary Data Structures

Delegated Write Grant
Allows users to authorize Issuers to create credentials on their behalf.

Delegated Access Grant
Allows third parties to create access grants on behalf of users.

6. Data Access Model

Users can authorize third parties to access data through applications or dashboards.

Process:

1. Users decrypt the data

2. Re-encrypt using the recipient's public key

3. Upload to the idOS network

Only authorized entities can read the data.

7. Continuous Data Availability

Once an Access Grant is created:

Even if the user is offline, the recipient can still access the data.

This allows idOS to function as:

A decentralized CRM system

Businesses do not need to store copies of user data.

Revocation and Timelocks

Users can revoke data access permissions at any time.

In compliance scenarios:

Timelocks can be set to ensure data cannot be revoked within a specified period to meet regulatory requirements.

8. Storage & Consensus

idOS uses Kwil decentralized relational database.

Advantages include:

Supports GDPR "right to be forgotten"
User data can truly be deleted.

High-performance permissioned consensus mechanism
Uses Kwil Roadrunner consensus algorithm, optimized for identity data storage scenarios.

9. Node Operators

Currently, all nodes are operated by idOS Association.

Future plans:

• Open node operations in H2 2025

• Approximately 20 node seats will be auctioned

• Nodes must complete KYB audits

1. idOS Economy Network

Under development, will be based on Arbitrum Orbit L2.

Main functions include:

• Staking mechanism

• Gas fee payments

• Access Grant usage fees

• idOS Token economic model

The goal is to establish a sustainable data economy system.

11. Integration Layer

Developers can access idOS through:

SDK (Software Development Kit)

• idOS Client SDK (browser-side SDK)

• Consumer Server SDK (consumer server-side SDK)

• Issuer Server SDK (issuer server-side SDK)

Direct RPC Calls (advanced users can directly call node APIs, but this is not officially recommended).

12. Application Layer Tools

User Dashboard
Manage user credentials, wallets, and access permissions.

Dashboard for dApps
Allows dApps to view user-shared data.

idOS Enclave (secure isolation environment)
Used for password input, key generation, and data encryption/decryption, ensuring applications cannot access plaintext data.

idOS Isle (under development)
Standard UI components for identity creation and credential management.

Passporting Server
For sharing compliant identity credentials between different institutions.

Tron’s Commentary

idOS achieves user data self-management and controllable sharing through a decentralized identity network, addressing the issue of data monopolization by platforms in the traditional internet. Its architecture combines decentralized storage, end-to-end encryption, and verifiable credential mechanisms, enabling users to carry and reuse identity data across different applications, thus reducing costs related to KYC, compliance, and user onboarding in Web3 applications. Additionally, idOS's layered design of storage and future economy networks provides a unified identity infrastructure for stablecoins, financial services, and cross-platform applications, demonstrating strong ecological expansion potential.

However, idOS is still in its early stages, with the network being a permissioned architecture and limited in decentralization, relying on association management for nodes and governance; its system structure is also relatively complex, presenting certain barriers for developers and institutions to access. Identity data involves strict regulatory and privacy requirements, and compliance differences across jurisdictions may also affect its large-scale implementation. Furthermore, its ecological scale and application scenarios still require time for validation; without sufficient applications and institutional participation, the network's value and data network effects may be difficult to form quickly.

III. Industry Data Analysis

1. Overall Market Performance

1.1. Spot BTC vs ETH Price Trends

BTC

ETH

2. Summary of Hot Sectors

This week, the market's focus on AI narratives has noticeably shifted from "application layer tokens" to "infrastructure projects," typical examples being B.AI (AI payment and service invocation layer), Autonolas (Agent coordination network), Fetch.ai (Agent economic system), and a new class of security/execution middleware (similar to Nava Labs). The discussion has shifted from "what AI can do" to "how AI can safely execute on-chain operations," particularly as modules like payments, identity, and verification are being separately developed as infrastructure, indicating that this sector is entering a structured phase rather than mere emotional speculation.

IV. Macroeconomic Data Review and Key Data Release Points for Next Week

This week, the macro focus revolves around three issues: geopolitical tensions + continued impact of inflation data + the start of the corporate earnings cycle. The escalation of the U.S.-Iran conflict has driven oil prices significantly above $100, raising inflation expectations and suppressing rate cut space; at the same time, the U.S. enters bank earnings week (Goldman Sachs, JPMorgan, etc.), with the market shifting to observe economic resilience rather than solely inflation data. Overall, there were no new "decisive data" this week, but rising risk premiums + tight interest rate expectations have become the main tone.

Next week (April 20 - April 26) key data points
Next week’s focus is not on a single data point but on "continuous validation":

• U.S. PMI (manufacturing/services) → to assess whether the economy continues to strengthen

• Employment-related data (initial jobless claims, etc.) → affecting rate cut expectations

• Continuation of U.S. tech earnings → determining risk asset sentiment

V. Regulatory Policies

1) United States: CLARITY Act Enters Key Advancement Stage

This week, the U.S. Senate Banking Committee reviewed and advanced the CLARITY Act (Cryptocurrency Market Structure Bill), marking a shift in U.S. crypto regulation from "enforcement-oriented" to "legislative framework." This bill will clarify the regulatory boundaries between the SEC and CFTC, representing one of the most critical institutional advancements currently.

2) European Union: Regulatory Authority Centralized to ESMA (Unified Regulatory Direction)

The European Central Bank supports further centralizing crypto regulatory authority to the European Securities and Markets Authority (ESMA), strengthening the transnational unified regulatory framework, indicating that the EU is moving from the implementation phase of MiCA to a more centralized regulatory execution system.