How To Develop A Tokenized Real Estate Platform Like Stake
Real estate has been an attractive asset class, but investing in it has always been complex. High entry barriers, limited liquidity, and endless paperwork make it difficult for enterprises to quickly attract global investors. By the time many firms realize they are losing opportunities, whether from slow settlement cycles, compliance delays, or restricted access to cross-border capital, the investment window has already closed. Stake has proven that tokenization can change this story. By fractionalizing property ownership, automating compliance, and opening global participation, Stake has become one of the fastest-growing platforms in real estate tokenization. For enterprises, its success signals how technology can unlock investor confidence and new revenue streams. At Intellivon, we build enterprise-grade tokenized real estate platforms that cut through legal, financial, and operational complexity. In this blog, we’ll break down what makes Stake successful, explore monetization models, and show how we develop such platforms from the ground up. Real-Estate Tokenization Market Size & Enterprise ROI The global tokenized real-estate market is accelerating toward mainstream adoption and is set to reshape the $280 trillion real-estate asset class. Analysts project it will reach $3 trillion by 2030, representing over 1% of global real-estate AUM. Key Takeaways As of 2025, about 12% of firms have launched tokenization initiatives, while another 46% are piloting platforms, showing a clear shift toward digital investment infrastructure. This rapid adoption is being driven by an estimated 85% CAGR from 2023 to 2030, powered by improving regulatory clarity and growing institutional demand for alternative, compliant investment vehicles. Fractional Ownership Uptake: Over 60% of fractional-property investors are under 40, expanding reach to younger wealth segments. Institutional Interest: 56% of institutional investors now rank real estate as the top real-world asset for tokenization. Global Reach: Platforms report investors from 45+ countries, reducing geographic barriers by 70%. Secondary Market Volume: Liquidity pools exceed $25 million daily, with volumes up 230% year-over-year. Time-to-Liquidity: Tokenized assets reach liquidity in 48 hours, versus months in private placements. Compliance Cost Reduction: Smart contracts cut compliance expenses by up to 90% (BlocHome case). Operational Savings: Custody integration saves 40% annually in IT and security operations. Settlement Efficiency: On-chain settlement reduces transaction fees by 75%. Payback Period: Typical platform CAPEX (~$500K) pays back in 12–18 months. Revenue Growth: Enterprises report 20–30% incremental revenue uplift in Year 1. TCO Reduction: Ownership costs drop 30% compared to legacy compliance and trading systems. Case Studies: BlocHome cut compliance costs by 90% and onboarded 800 investors in Month 1; Elevated Returns tokenized $1B in Southeast Asia; RealT averaged 231 investors per property. By 2030, tokenized real estate will be a multi-trillion-dollar market. Enterprises that invest now can unlock liquidity, cut costs by up to 90%, and access global capital, thereby driving revenue growth of 20–30% and achieving payback within 18 months. This makes the case clear for adopting Intellivon’s enterprise-grade tokenization solutions. What Is Stake? Stake is a digital real estate investment platform that has shown how tokenization can transform property ownership. By converting real estate into fractionalized, blockchain-backed shares, it creates accessible investment opportunities while reducing the friction of traditional transactions. For enterprises, Stake is a proof point that real estate tokenization can attract global investors, embed compliance, and create new liquidity streams in a sector long defined by slow settlements and rigid structures. Key Features of Stake’s Real Estate Platform Fractional Ownership Model: Converts properties into digital shares, enabling enterprises to broaden capital inflows without requiring full-asset sales. Integrated Compliance: Automated KYC and AML frameworks help organizations meet regulatory requirements across multiple jurisdictions seamlessly. Global Investor Accessibility: Digital-first onboarding allows enterprises to open property markets to international participants. Automated Dividend Distribution: Smart contracts handle rental income and appreciation payouts, reducing manual overhead and risk of errors. Enterprise-Grade Interfaces: Dashboards and mobile platforms offer transparent reporting and governance tools that scale to institutional portfolios. What Makes Stake Stand Out Stake’s traction shows how tokenization unlocks real estate liquidity and modernizes investor access. Its hybrid design, which blends blockchain infrastructure with regulated property management, has created a trusted pathway for wider adoption. For enterprises, this model highlights clear opportunities: Modernizing REITs: Transitioning legacy trusts into digital, tokenized structures to expand participation. Cross-Border Property Investment: Simplifying global capital inflows without adding layers of intermediaries. Institutional Asset Management: Delivering transparent governance, reporting, and liquidity options for large portfolios. Sustainable Financing: Tokenizing green projects and ESG-linked properties to attract impact-driven investors. Stake proves that tokenization is viable. But to serve enterprises, platforms must evolve further, thereby embedding compliance, enabling large-scale integrations, and supporting global scalability. That is where Intellivon builds upon what Stake started, incorporating compliance, interoperability, and governance into the platform from day one. We will look into more details on this topic in the upcoming sections. How Stake Works As A Tokenized Real Estate Platform Understanding how Stake operates provides a clear baseline before designing an enterprise version. Its process takes investors from property selection through compliance, income distribution, and eventual exit, all within a secure digital framework. Below is a step-by-step walkthrough of the journey. 1. Source the Property The process begins with selecting a property that has well-defined yield expectations and risk assumptions. A Special Purpose Vehicle (SPV) is created to legally hold the property title. This wrapper defines investor rights, distribution rules, and exit conditions. All supporting documents, from valuation reports to legal contracts, are stored in a secure data room for review. 2. Prepare Disclosures Before the property can be offered, full disclosures are prepared. Financial data, lease agreements, and insurance details undergo validation. Compliance checks ensure nothing is overlooked. These verified records then form the property’s “golden record”, which is a structured digital file that powers listings, investor presentations, and ongoing reporting across the platform. 3. Structure Investment Terms Once the SPV is established, its equity is split into units or shares. Pricing is defined, along with minimum ticket sizes and allocation rules. At this stage, investors can see expected yields, fees, and timelines. Clear visibility allows them to make informed decisions before committing capital.
How to Build an Enterprise Blockchain Platform Like Venom
Businesses that explore blockchain encounter roadblocks such as platforms that promise scale but falter under real-world demand, solutions that deliver speed but compromise compliance, and architectures that look good in pilots but collapse when asked to support millions of transactions. Leaders already know that blockchain can streamline operations, modernize payments, and open new revenue streams. The challenge is finding a platform that blends scalability with governance, security, and integration into existing enterprise systems. Venom has emerged as a powerful reference point. With its masterchain and dynamic sharding, it demonstrates how blockchain can scale elastically while supporting public and private ecosystems under one framework. Its testnet recorded over one million wallets and more than 350 million transactions, proving the strength of its masterchain and dynamic sharding model. For enterprises, this is a glimpse into the future of compliant, interoperable infrastructure. At Intellivon, we’ve built platforms that carry these principles forward into regulated industries, combining compliance-first design, seamless integration, and measurable ROI. This blog provides a blueprint on how to build an enterprise blockchain platform like Venom that goes beyond scalability to true enterprise readiness. Key Takeaways of the Blockchain Platform Market The global enterprise blockchain development market was valued at USD 372 million in 2024 and is projected to reach USD 1.23 billion by 2031, growing at a 19.3% CAGR. This rapid growth is powered by private, permissioned networks that combine security with operational transparency. Large organizations already contribute more than 60% market revenue, using their influence to accelerate ecosystem maturity and real-world adoption. Strategic Benefits for Enterprises Enhanced security: Tamper-proof data ensures trust and prevents fraud. Cost reduction: Smart contracts cut reconciliation and compliance costs by up to 30%. Operational efficiency: Real-time auditability and automation boost performance. Regulatory compliance: Permissioned models simplify audits and meet cybersecurity mandates. New business models: Consortium networks enable tokenization and cross-industry collaboration. High-Potential Use Cases Financial services: Fraud prevention, payments, and trade finance. Supply chain: Provenance tracking and logistics visibility. Healthcare: Secure data exchange with compliance built in. Real estate: Transparent asset management and efficient processes. Government: Secure digital processes and citizen trust. Trends Accelerating Investment Hybrid infrastructure and public-private collaboration speed integration. Asia Pacific leads adoption through favorable regulation and innovation. Blockchain-as-a-Service (BaaS) lowers barriers and enables rapid scaling. Enterprise decision makers now see blockchain as foundational to resilient, transparent, and agile operations. With regulations tightening and digital risks escalating, investment in blockchain is mission-critical for long-term business success and competitive leadership. What is the Venom Blockchain Platform? Venom is a next-generation blockchain platform designed to address one of the biggest enterprise challenges, which is scaling without losing control. Instead of relying on a single chain to handle every transaction, Venom introduces a masterchain that coordinates multiple workchains. Each workchain can be tailored for different needs, such as public applications, private enterprise solutions, or sector-specific networks, while still being connected under the same secure framework. This layered model creates a foundation where enterprises can innovate with confidence, knowing performance and governance are baked in. Key Features of the Venom Blockchain Platform Masterchain and Workchains: A Layer-0 masterchain ensures governance and security, while customizable Layer-1 workchains handle execution. Dynamic Sharding: Workloads are distributed automatically, with shardchains splitting or merging as demand changes to maintain efficiency. Threaded Virtual Machine (TVM): Smart contracts run asynchronously, enabling parallel execution and higher throughput across industries. Public–Private Interoperability: Native cross-chain messaging allows private enterprise networks to interact securely with public ecosystems. Configurable Virtual Machines: Beyond the TVM, enterprises can run EVM-compatible workchains, making it easier to migrate existing applications. Regulatory Positioning: Developed within the Abu Dhabi Global Market framework, Venom emphasizes compliance and governance from the ground up. Why Enterprises Pay Attention to Venom Venom resonates with enterprises because it goes beyond speed. Its architecture demonstrates how blockchain can handle millions of transactions while supporting the regulatory and governance needs of governments, banks, and large corporations. Enterprises see Venom as a model for hybrid adoption, where public networks provide global reach and liquidity, while private chains offer compliance and confidentiality. The use cases are wide-ranging, from central banks exploring CBDCs, insurers and banks improving settlement and fraud prevention, logistics players tracking global supply chains, to DeFi innovators bridging into traditional finance. Venom proves that blockchain can evolve from a niche technology into a mission-critical layer of enterprise infrastructure. How Venom Works: A Step-by-Step Flow Understanding Venom’s architecture is easier when you follow the path of a single transaction. Here’s how it moves through the system: 1. Transaction Initiation A user or enterprise application signs a transaction using a Venom-compatible wallet. This could be anything from transferring tokens to executing a smart contract. 2. Routing to the Right Workchain The masterchain checks where the transaction belongs and routes it to the appropriate workchain and shardchain. This ensures it reaches the right part of the network without unnecessary delays. 3. Dynamic Sharding Kicks In If the shard handling this transaction is overloaded, it automatically splits into smaller shards to balance the traffic. When activity decreases, shards merge back to save resources. 4. Smart Contract Execution The transaction triggers a smart contract running on the Threaded Virtual Machine (TVM). Unlike traditional blockchains, Venom processes contracts asynchronously, allowing multiple workflows to run in parallel. 5. Message Passing Across Chains If the contract needs to interact with another contract on a different workchain, the platform sends an internal message. This cross-workchain communication happens natively, and no external bridge is required. 6. Consensus and Finality Validators confirm the block using Proof-of-Stake with Byzantine Fault Tolerance. Once two-thirds of validators approve, the transaction is final. Enterprises value this deterministic finality because it eliminates the uncertainty of waiting for multiple confirmations. 7. Settlement and Storage Execution fees are deducted, storage is updated, and the results are recorded immutably across the network. This ensures both accountability and transparency for audit purposes. 8. Global Synchronization The masterchain updates its global state to reflect the completed transaction, keeping all workchains and shards in sync. 9. Continuous Scaling As transaction volumes