# Problem Statement Blockchain technology has revolutionized finance, governance, and digital ownership—but today’s infrastructure still faces critical limitations that prevent mainstream adoption, sustainability, and institutional trust. **IBVM Chain** was created to address these core issues head-on. *** #### 1. 🚧 Ethereum Congestion, Security Risks & Market Inefficiencies Despite being the leading smart contract platform, **Ethereum faces major bottlenecks**: * **High gas fees** during peak usage make dApps inaccessible for everyday users. * **Network congestion** limits scalability and delays transaction confirmation. * Over **$600 million to $1 trillion** is lost annually to hacks, exploits, and vulnerabilities in smart contract code. These issues are more than technical flaws—they're **barriers to institutional, governmental, and enterprise adoption** of blockchain-based solutions. *** #### 2. 🏛️ Bitcoin for Governments and Enterprises: Lacking Scalability & Flexibility Governments are now embracing **Bitcoin as a sovereign reserve asset**, and enterprises are exploring Bitcoin infrastructure for financial operations. But Bitcoin’s **base layer** was never designed for: * High-throughput enterprise-grade applications * Smart contract support * Real-time financial instruments Without scalability or programmability, **Bitcoin cannot meet the demands** of modern institutions, especially as the global financial system evolves. *** #### 3. 🔐 Centralized Custodians Create Single Points of Failure Many Layer 2 solutions rely on **custodian-based sidechains**, where user funds are held by centralized intermediaries: * These **central entities** introduce counterparty risks and regulatory exposure. * **Several high-profile collapses** have resulted in major fund losses. * Institutional stakeholders are reluctant to adopt such solutions due to **trust and compliance concerns**. To build a truly decentralized financial ecosystem, **trust-minimized, non-custodial models are essential**. *** #### 4. 🌐 The Rise of DePIN: A Decentralized Infrastructure Opportunity The **DePIN (Decentralized Physical Infrastructure Networks)** sector is rapidly expanding: * Powering decentralized computing, storage, bandwidth, and AI training * Unlocking new economic layers for Web3 users and devices * Becoming a foundational layer for the decentralized internet Yet, most blockchains do not integrate DePIN natively. **IBVM Chain places DePIN at the core of its architecture**, enabling real-world utility at scale. *** #### 5. 🤖 AI-Driven Job Displacement & The Demand for Passive Income By 2030, AI may **displace up to 30% of white-collar jobs**, accelerating a global need for: * **Alternative income models** * Economic inclusion through technology * Decentralized labor and computing participation **IBVM Chain introduces a passive income model**, allowing users to contribute idle device computing power and earn rewards—transforming everyday tech into a decentralized income source. *** ### 🔍 Conclusion: Why We Are Building IBVM Chain **IBVM Chain** exists to address today’s most pressing blockchain challenges: ✅ **Scalability** through ZK-Rollups and Layer 2 innovation\ ✅ **Security** by leveraging Bitcoin’s battle-tested base layer\ ✅ **Programmability** through BitVM and EVM compatibility\ ✅ **Decentralization** by eliminating custodial risk and enabling open participation\ ✅ **Sustainability** via energy efficiency and decentralized infrastructure incentives By fusing Bitcoin’s core strengths with next-generation technologies like **DePIN and AI-powered income systems**, IBVM creates a future-ready foundation for decentralized finance, enterprise solutions, and individual economic empowerment. --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://ibvm.gitbook.io/ibvm-doc/getting-started/problem-statement.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.