Tron Industry Weekly Report: Geopolitical Turmoil Escalates, BTC Continues to Test $60,000, Detailed Explanation of the Protocol Konnex for AI Autonomous Collaboration and Settlement on the Chain

I. Outlook

1. Macroeconomic Summary and Future Predictions

The military actions of the United States and Israel against Iran have escalated, causing oil prices to rise and market risk appetite to decline this week. The significant increase in oil prices has raised expectations for energy costs, prompting investors to turn to safe-haven assets such as gold, which has driven up the prices of gold and U.S. Treasuries while suppressing stock market performance. As a result, the S&P 500 and Nasdaq have faced weak performance for several consecutive weeks. With rising oil prices bringing potential supply-side inflationary pressures, market expectations for interest rate cuts in 2026 are rapidly fading. Some economists believe that if high oil prices persist, the Federal Reserve may even consider raising interest rates to address inflation risks, which would impact global interest rate expectations and the pricing of risk assets.

In the coming week, if the situation in Iran does not ease, oil prices may continue to rise, which will have a transmission effect on global inflation expectations, interest rate paths, and economic growth expectations. Safe-haven assets may become even more favored.

2. Market Movements and Warnings in the Cryptocurrency Industry

This week, the overall sentiment in the cryptocurrency market has been pessimistic, with risk assets retreating in tandem. As of February 28, the price of Bitcoin has fluctuated downward to around $65,000, and Ethereum has also faced significant pressure, with a noticeable decline. The overall cryptocurrency market capitalization is approximately $2.35 trillion, with the market dropping about 2.2% within 24 hours, resulting in negative returns for both BTC and ETH.

The escalation of the situation in the Middle East may continue to affect global risk appetite, and if it further deteriorates, the market may experience more severe risk-off selling pressure.

3. Industry and Sector Hotspots

An analysis of the end-to-end Web3 application infrastructure Sequence, which has raised a massive $53.3 million to cater to real user scale. A total of $15 million has been raised for Konnex, a decentralized job market that allows robots to autonomously collaborate and settle on-chain. A total of $14.5 million has been raised for Naoris Protocol, which aims to reconstruct global cybersecurity through decentralized consensus.

II. Market Hotspots and Potential Projects of the Week

1. Overview of Potential Projects

1.1. Analysis of Sequence, which has raised a total of $53.3 million, led by Polygon with participation from gaming giant Ubisoft------an end-to-end Web3 application infrastructure designed for real user scale

Introduction

Sequence is a modular Web3 developer platform and infrastructure technology stack that provides developers with the core components needed to quickly build on-chain applications. Developers can flexibly use Sequence's wallets, real-time indexers, and payment solutions, seamlessly integrating them into their existing tech stack. After creating a project with Sequence Builder, developers can build using their familiar development frameworks, including React, React Native, Unity, or Unreal, enabling efficient development, deployment, and scaling of Web3 applications.

Core Mechanism Overview

1. Sequence Ecosystem Wallet

The Sequence Ecosystem Wallet is a non-custodial smart wallet designed for blockchain ecosystems and multiple application scenarios, integrating Passkeys, social logins, timed recovery keys, and sandboxed permissions, significantly lowering the barrier to use while providing enterprise-level security.

Core advantages and positioning:

• One user, one address: Share the same address and assets across applications and chains, avoiding identity and asset fragmentation.

• Smart Sessions permission isolation: Assign independent session permissions for different applications, reducing the number of signatures and enhancing security.

• Seamless user onboarding: Supports email, Google/Apple, social accounts, Passkeys, and external wallets.

• Native cross-chain support: Built-in cross-chain swaps, fiat on-ramps, and unified asset views.

• Enterprise-grade security: Hardware-isolated signing (TEE), publicly verifiable proofs, secured by Quantstamp and CoinCover.

• Flexible recovery mechanism: Timed recovery keys balance self-custody and usability.

Targeting ecosystems:

• Launch a unified, branded wallet under its own domain.

• The entire ecosystem shares one address and asset inventory.

• Quickly attract developers for integration (minute-level integration).

• Manage chains, brands, session policies, and blacklists through the Builder backend.

Targeting developers:

• Launch production-grade smart wallets without building wallet infrastructure from scratch.

• Provide frontend SDKs for Web, React Native, Unity, and Unreal.

• Backend SDK supports minting, transfers, batch processing, and monitoring.

• Applicable to real scenarios such as DeFi, payments, stablecoins, NFTs, and gaming.

2. Payments Overview

Sequence offers various payment solutions to help developers choose the most suitable payment path based on application needs. Among them, Trails is the preferred solution for cross-chain, one-click payments; Shop/Marketplace provides out-of-the-box trading scenarios; and Checkout SDK supplements the ability to purchase NFTs with credit cards.

Main solutions:

• Trails: Supports one-click cross-chain payments with any wallet and any token, automatically completing the necessary swaps and bridges, and executing the final transaction on the target chain.

• Shop: A main storefront based on audited contracts, allowing quick configuration of products, prices, quantity limits, and sales cycles, with almost no coding required.

• Marketplace: A white-label secondary market and API that supports listings, bidding, and offers, while aggregating external liquidity, maintaining an in-app experience.

• Checkout SDK: A plug-and-play solution for purchasing NFTs with credit/debit cards, which can be used in parallel with wallet payments and Trails.

Selection guide:

• Need cross-chain, one-click payments → Trails

• Need a configurable main storefront → Shop

• Need secondary trading or custom trading processes → Marketplace

• Need credit card purchases for NFTs → Checkout SDK

3. Indexer Overview

The Sequence Indexer is a real-time on-chain data reading layer designed for production environments, supporting low-latency retrieval of balances, transfers, NFTs, prices, and contract events across multiple EVM chains, and achieving real-time data synchronization through APIs, Webhooks, and subscription mechanisms.

Core capabilities:

• Real-time cross-chain data reading: Unified retrieval of asset balances, portfolios, NFT ownership, and transaction records across multiple EVM chains.

• Production-grade design: Supports cursor pagination, filters, event subscriptions, and Webhooks, with service availability of 99.99%.

• Rich data types: Token balances, NFTs, transaction history, transfer logs, price data, and contract events.

Main functional interfaces:

• Cross-chain token balances: Retrieve multi-chain asset balances in one API call.

• Token/NFT balance queries: For any wallet or contract address.

• Transaction history: Query the complete transaction record of a wallet or contract.

• Subscriptions: Real-time listening for events, receipts, and balance changes.

• Webhooks: Actively push data when contract events are triggered.

Possible application scenarios:

• Wallet and asset dashboards (unified cross-chain asset views).

• Activity streams (transfers, minting, burning, trading).

• NFT browsers (including metadata and ownership).

• Data analysis (prices, trading volumes, holders, contract events).

4. Infrastructure Overview

Sequence provides end-to-end on-chain infrastructure for DeFi, stablecoins, public chain ecosystems, and Web3 gaming, covering the complete tech stack from data reading, transaction sending to node access and backend operation, which can be combined as needed or used as an integrated scalable backend.

Core components:

• Indexer (real-time data layer): Real-time reading of balances, transfers, prices, and contract events across EVM chains, supporting Webhooks and event subscriptions, low latency, and production availability.

• Transaction API (transaction sending layer): A unified transaction relay and scheduling system that supports gas payment, transaction batching, parallel nonce, and automatic retries, compatible with all EVM contracts.

• Blockchain RPC (node access layer): Provides highly available RPC through the Sequence Node Gateway, automatically performing health checks and routing among multiple node providers with almost zero configuration.

• Sidekick (backend execution layer): Dockerized backend services that provide secure key management and standardized read/write interfaces (such as minting, transfers), running on Sequence infrastructure.

Collaborative methods:

• Use Indexer to quickly read on-chain data and subscribe to changes.

• Use Transaction API to reliably send transactions, optimizing gas costs and success rates.

• Directly call Blockchain RPC when native node capabilities are needed.

• Use Sidekick to run server-side logic or build custom backends based on SDK.

Tron Comments

Sequence's advantage lies in its provision of a highly modular and end-to-end integrated Web3 infrastructure, covering wallets, payments, real-time indexing, transaction scheduling, node access, and backend operation, significantly reducing the engineering complexity for developers to build and scale on-chain applications; it particularly excels in cross-chain support, production-grade stability (highly available RPC, 99.99% Indexer), gas payment, smart wallets, and developer-friendly SDKs (Web, Unity, Unreal), making it very suitable for DeFi, stablecoins, and gaming scenarios targeting real users.

Its disadvantage is that the overall system relies heavily on the Sequence platform, sacrificing some decentralization purity and infrastructure autonomy, while for teams with high customization or extreme low-level protocol control needs, flexibility may not match that of a fully self-built solution.

1.2. Analysis of Konnex, which has raised a total of $15 million, with investments from Cogitent Ventures and LD Capital------a decentralized job market that allows robots to autonomously collaborate and settle on-chain

Introduction

Konnex is a permissionless marketplace for robotic AI and verifiable real-world work. It builds a unified on-chain collaboration and settlement network, using stablecoins as the medium of settlement, allowing robots to sign smart contracts, compete for tasks, and call upon decentralized professional robotic AI service providers without the need for trusted intermediaries.

On Konnex, robots are not only executors but also economic entities that autonomously participate in the market, fulfill contracts, and settle.

Architecture Overview

Konnex uses a deterministic multi-layer protocol stack to fully move task broadcasting, bidding, execution, verification, and settlement on-chain: at the bottom is a decentralized communication network, the middle layer consists of smart contract systems for robot identity, task custody, and dual staking, and the upper layer is a pluggable AI and motion capability market, ultimately verified by validators through PoPW (Proof of Physical Work) for deterministic replay and auditing, achieving stablecoin atomic settlement. Stablecoins facilitate the flow of real value, while KNX ensures security, governance, and penalties, forming a sustainable on-chain work loop for robots.

1. Overall Architecture Concept

Konnex unifies communication, contracts, intelligence, and motion execution within a single protocol stack.
Tasks go through the following stages from broadcasting to settlement:

Broadcast → Bidding → Execution → Proof → Payout

• Settlement asset: Stablecoins (native, no bridging required)

• Security/Governance/Fees: KNX

• Validators & Executors: Use dual staking (KNX + stablecoins)

• Each task: Generates a unique JobID from the SHA-3 hash of all communication packets.

2. Mesh & Gossip (Communication Layer)

A peer-to-peer network based on libp2p + QUIC, supporting NAT and long-term online presence.

Core communication channels (all are signed JSON intents):

• Task Channel (task.*)
  Task publishing and demand declaration.

• Bid Channel (bid.*)
  Executors bidding, including ETA and collateral descriptions.

• Score Channel (score.*)
  Validators publish scoring roots for each block (KPI, penalty instructions).

• Proof Channel (proof.*)
  Batch submission of execution evidence indices (video/GPS/IMU/torque/thermal imaging).

Each communication packet is hashed and bound to the task, ensuring immutability.

3. Registry & Smart Contracts (Contract and Settlement Layer)

On-chain contracts are responsible for identity, custody, penalties, and payments:

• RobotIdentity
  Hardware-level keys for robots + on-chain trusted identity.

• TaskRegistry
  Stablecoin custody, deadlines, default penalties, fee sharing.

• StakeVault
  Dual staking for validators/executors (KNX + stablecoins), with tiered penalties.

• BondMatrix
  Stablecoin collateral provided by third parties.

• PayoutRouter
  Atomic release of stablecoins after verification is complete.

4. Intelligence & Motion Markets (Capability Markets)

Konnex separates "intelligence" and "motion" into two miner roles but uses the same bidding protocol:

• Motion Miners
  Generate motion trajectories in a deterministic sandbox (Bullet3D + fixed random seed).

• AI Miners
  Provide perception/planning models (WASM weights or real-time inference interfaces).

Robot execution is not bound to a single AI or algorithm but is market-combined.

5. Verification & PoPW (Verification Layer)

Deterministic verification is completed by a committee of validators:

• Trajectory deterministic replay.

• Comparison of AI model outputs with real data.

• PoPW verification:

  • Completeness of evidence.

  • Binding to JobID/deadline.

  • Compliance with task constraints.

Result processing (completed in the same block):

• Pass → Release stablecoins.

• Fail → Penalty in stablecoins.

• Fees → Charged in KNX.

6. Validator Dual Staking Mechanism

• KNX Staking
  For protocol security and consensus error penalties.

• Stablecoin Staking
  For direct user compensation (e.g., erroneous approval of PoPW).

This makes validators responsible for both system security and real economic outcomes.

7. Performance and Settlement Goals

• Pure simulation tasks: < 10 seconds finality.

• Complete PoPW tasks: < 60 minutes finality.

8. Economic Loop

• Stablecoins:
  Task settlement + compensation guarantees for validators.

• KNX:
  Security, governance, transaction fees.

  • Stablecoin transaction fees flow back → KNX buyback flywheel.

Trust-adjusted staking model (illustrative):

• KNX staking ∝ 1 / √trust level.

• Stablecoin staking ∝ 1 / √trust level.

The higher the trust, the higher the capital efficiency.

Tron Comments

Konnex's core advantage lies in its first-time integration of real physical work by robots into an on-chain settlement and verification system, achieving verifiable, punishable, and compensable "real execution results" through stablecoin atomic settlement, PoPW (Proof of Physical Work), deterministic replay, and dual staking (KNX + stablecoins), which is extremely rare in traditional DePIN, AI, or robotic networks; at the same time, it decouples AI capabilities and motion execution into marketable modules, allowing robots to dynamically combine optimal intelligence and action plans, possessing strong scalability and economic alignment.

Its potential disadvantage is the high complexity of the system, which demands high requirements for hardware, sensor data, network stability, and validator capabilities. Early-stage cold starts require sufficient real tasks, execution nodes, and validator scale to support, and the verification delays brought by PoPW (especially for complete physical tasks) may not be suitable for all high real-time scenarios.

2. Detailed Explanation of Key Projects of the Week

2.1. Detailed Analysis of Naoris Protocol, which has raised a total of $14.5 million, led by Mason Labs with participation from well-known VCs like Mova---a "trust layer" that reconstructs global cybersecurity through decentralized consensus.

Introduction

Naoris Protocol is a decentralized network security Mesh HyperStructure aimed at the global digital world. It transforms every device into a trusted verification node, making the network more secure rather than more vulnerable as it scales. The protocol is based on Ethereum and supports multi-chain operation, providing underlying security for Web2 and Web3 through a novel consensus mechanism called dPoSec (Distributed Proof of Security), without competing with existing L1/L2 solutions.

Architecture Overview

HyperStructure

Naoris adopts the HyperStructure concept, aiming to build a public security protocol that is unstoppable, uncensorable, and can run permanently, adhering to seven principles:

1. Unstoppable

2. Permissionless

3. Minimally Extractive

4. Valuable but Public

5. Expansive

6. Positive-sum

7. Credibly Neutral

8. Features of HyperStructure

• Cannot be platformed or taken down.

• Low fees, suppressing forks.

• Network value derives from TVS (Total Value Secured) rather than TVL.

• Scale growth directly enhances security and economic incentives.

2. Results of HyperStructure

Core Summary
Once scaled, the protocol will:

• Become the foundational layer of network security.

• Attract developers to continuously build applications.

• Form a long-term self-circulating ecological incentive system (Web3 Sustainability Loop).

Technology Backdrop & Security Model

1. The three elements of CIA (Confidentiality / Integrity / Availability)
   Naoris expands the traditional CIA security model into a multi-layer distributed security architecture, focusing not only on data itself but also on:

• Devices

• Networks

• Services

• Execution processes

Fundamentally reducing trust assumptions.

2. The Blockchain Trilemma and Naoris's Response
Naoris does not attempt to solve all problems on a single chain but enhances scalability and security through:

• Verge Clusters (shard-like structures)

• Different security levels and compliance rules

While ensuring decentralization.

3. CyberSecurity Mesh HyperStructure Framework

1. Ecosystem Overview

Core Summary
Naoris views every device as a potential validator, continuously conducting security verification across different Verge Clusters through dPoSec consensus.
The result is:

• Decentralized trust.

• No single point of failure.

• Cross-organizational and cross-network security collaboration.

2. Mesh Topography

Core Summary
The protocol defines various node roles (Full / Light / Validator / High Security Nodes) and manages risks, assets, and threats through a hierarchical topological structure.

3. Risk Assessment Model

Core Elements

• Owners (asset and node owners)

• Assets (tokens, services, identities, privacy)

• Threat Agents (attackers)

• Threats (vulnerabilities, consensus deviations, malicious behaviors)

• Measures (mitigation and protection mechanisms)

4. dPoSec Consensus Mechanism (Core Innovation)

1. dPoSec Overview

Core Summary
dPoSec is a consensus mechanism designed for network security, combining:

• pBFT

• PoS

• VRF randomness
  Supporting near-zero fees, EVM compatibility, and capable of running in high-frequency security verification scenarios.

6.2 Verge Clusters

Core Summary
Verge Cluster is a logical partition that allows:

• Different security/compliance rules.

• Different business and geographical scopes.

• On-chain and off-chain mixed operations
  While maintaining overall protocol consistency.

6.3 DRPVC (Distributed Potential Validator Class)

Core Summary
Naoris introduces a continuously flowing pool of potential validators, with no epoch restrictions:

• Validators can join and leave at any time.

• Supports community pooled staking.

• Significantly enhances decentralization.

• Prevents collusion among validators.

6.4 Node Roles and Incentives

• Potential Validators

• Validators

• High Security Nodes

• Light Nodes

All roles earn rewards by staking $NAORIS, and violations will trigger slashing.

7. Distributed AI & Swarm Intelligence

Core Summary
Naoris introduces Swarm Intelligence:

• Each device runs local AI.

• Real-time communication between AIs.

• Self-learning and autonomous adaptation.

• The system can still operate even if some nodes fail.

This model is particularly suitable for real-time threat detection and dynamic defense.

8. Token Economy ($NAORIS)

Core Summary
$NAORIS is used for:

• Staking to become a validator.

• Consensus rewards.

• Penalty mechanisms (slashing).

• Security verification incentives.

Value does not come from locked assets but from the scale of protected systems and networks (TVS).

9. Governance & DAO

Core Summary
The protocol is governed by a DAO, using a secondary voting mechanism to ensure:

• No single controlling party.

• Long-term evolution.

• Compliance with the "credibly neutral" principle of HyperStructure.

Tron Comments

Naoris's core advantage lies in its proposal and implementation of a highly forward-looking decentralized network security HyperStructure: through dPoSec consensus and device-level verification, it liberates security from centralized vendors and single-point systems, creating a positive feedback loop between network scale and security; its architecture remains neutral to Web2/Web3, devices, and operating systems, combined with distributed AI and Verge Cluster design, possessing strong scalability, censorship resistance, and long-term public infrastructure potential.

The main disadvantage is that the path is highly cutting-edge and complex, relying on large-scale device and enterprise adoption, making it challenging to establish early network effects; at the same time, the protocol involves multiple overlapping technologies of security, AI, and blockchain, leading to high understanding and deployment costs, with the pace of value release in the short term possibly slower than more "vertical, lightweight" security solutions.

III. Industry Data Analysis

1. Overall Market Performance

1.1. Spot BTC vs ETH Price Trends

BTC

ETH

2. Summary of Hot Sectors

IV. Key Data Release Nodes for Next Week

March 5 (Thursday)

U.S. Productivity and Costs (Q4 2025 Preliminary)
Beijing Time: 21:30
Description: Measures changes in unit labor costs and productivity.

U.S. Import and Export Price Index (January Data)
Description: Indicators of input-output inflation and external price pressures.

March 6 (Friday)

U.S. Non-Farm Payroll Data (Employment Situation for Feb 2026)
Beijing Time: 21:30
Description: Includes changes in non-farm employment, unemployment rate, and wage indicators, which are the core reference data for employment and economic health in the market.

V. Regulatory Policies

United States

2026/02/25 --- OCC Releases Proposed Rules (NPRM) on Stablecoin Regulation under the "GENIUS Act"

The Office of the Comptroller of the Currency (OCC) published OCC Bulletin 2026-3 (2026/02/25), proposing a regulatory framework for "payment stablecoin issuers/foreign issuers" under the "GENIUS Act" (effective 2025/07/18) and soliciting comments. The framework covers reserve assets, redemption mechanisms, risk control, auditing and reporting, regulatory inspections, custody activities, application/registration, revocation of approvals, and capital and operational backstops, and mentions that some AML/sanctions-related rules will be coordinated with the Treasury Department for separate formulation.

2026/02/26 --- Senate Democrats Pressure OCC on "Trump-Related Crypto Project Applying for Bank License" (Regulatory Review Incident)

The Financial Times reported that Senate Democrats are demanding that the OCC clarify its review of a crypto company's application for a bank license associated with the Trump family, which involves stablecoins (USD1), focusing on potential conflicts of interest, foreign influence, and national security.

United Kingdom

2026/02/24 --- Parliamentary Committee Calls for Temporary Ban on "Cryptocurrency Political Donations"

The Chair of the UK Parliament's National Security Committee and others have called for the Cabinet to quickly impose a temporary ban on political donations in cryptocurrency, citing traceability of funding sources and risks of "foreign interference," and arguing that existing scrutiny is insufficient.

2026/02/27--- FCA Updates Official Page on "New Crypto Asset Regulatory Framework"

The FCA's official page shows the last update was on 2026/02/27, and reiterates that on 2026/02/04, Parliament passed relevant legislation to bring crypto assets under regulatory oversight; the new regulatory framework is expected to take effect on 2027/10/25; meanwhile, it provides preparatory information for the enterprise application window (2026/09/30--2027/02/28).

Canada

2026/02/26 --- Canadian Securities Administrators (CSA) Updates "Approved Crypto Platforms Operating for Canadian Customers"

The CSA's official page notes "Last refreshed on February 26, 2026," updating information on "crypto asset trading platforms authorized/exempted to provide services to Canadians."