# Introduction Real estate is the [world’s largest store of wealth](https://impacts.savills.com/market-trends/the-total-value-of-global-real-estate-property-remains-the-worlds-biggest-store-of-wealth.html), an asset class worth over $400 trillion, representing nearly 75% of global wealth. Yet despite its scale, influence, and economic importance, real estate remains one of the least digitized industries. Transactions are slow, fragmented, expensive, and dependent on intermediaries and paper-based workflows that have not evolved meaningfully in decades. At the same time, two convergent technologies are redefining the boundaries of what financial infrastructure can do. Blockchain has matured into a global coordination layer capable of transforming how assets are issued, exchanged, verified, and settled. Tokenized money, programmable finance, and decentralized identity have demonstrated that a new financial rails layer is possible, one that is transparent, composable, and globally interoperable. Artificial intelligence has crossed a new threshold. AI agents can now read documents, detect patterns, negotiate in natural language, execute multi-step workflows, and operate 24/7 without human supervision. In finance, AI agents are already augmenting research analysts, compliance officers, and portfolio managers automating routine tasks, accelerating analysis, and operating continuously where human supervision is not required. Neither blockchain alone nor AI alone is sufficient. Generic blockchains lack the compliance primitives, identity frameworks, and data infrastructure that real estate requires. AI without on-chain trust, auditability, and settlement is just software, it cannot hold assets, enforce transfers, or prove its actions. Integra combines both. The first blockchain where AI agents for real estate are designed not just for tokenized real estate, but for a world where AI agents are first-class market participants: buying, selling, negotiating, bridging, and managing property assets on behalf of humans, 24 hours a day, across borders, with every action recorded on-chain. # Legal Disclaimer This whitepaper is for general information purposes only. Nothing in this whitepaper is an offer to sell, or the solicitation of an offer to buy, any tokens. Integra is publishing this whitepaper solely to receive feedback and comments from the public. Nothing in this whitepaper should be treated or read as a guarantee or promise of how Integra's business or the tokens will develop or of the utility or value of the tokens. Nothing in this whitepaper should be considered binding. This whitepaper outlines current plans, which could change at its discretion, and the success of which will depend on many factors outside Integra’s control, including market-based factors and factors within the real estate and cryptocurrency industries, among others. Any statements about future events are based solely on Integra’s analysis of the issues described in this whitepaper. That analysis may prove to be incorrect. Integra provides technical infrastructure and compliance tooling, but does not act as a broker, custodian, investment adviser, transfer agent, or regulated issuer. Responsibility for meeting legal and investor-protection obligations rests with the regulated entities that issue and distribute assets using the Integra network. Users must independently assess legal, financial, tax, and technical risks before participating in or engaging with the Integra network or its products, as any such engagement is entirely at the user’s own risk. # Executive Summary Integra is a full-stack network that combines a purpose-built Cosmos/EVM blockchain with a suite of AI-native applications enabling humans and AI agents alike to issue, trade, finance, and manage tokenized real estate with full compliance, global liquidity, and programmable settlement. At its core, Integra delivers six interconnected primitives: | Component | Function | | ----------------- | -------------------------------------------------------------------------------------------------------- | | Asset Passport | Verifiable on-chain identity for every tokenized property | | Agent Passport | On-chain identity, authorization, and accountability for every AI agent on the network | | iRWA Token Bridge | Reads any security token standard and wraps it into a universal tradeable format | | Global Orderbook | Unified cross-venue marketplace where assets trade or get routed to qualified trading venues | | Native Stablecoin | Compliant, 1:1 backed settlement asset; yield recycled into the ecosystem | | Agent Arena | Permissioned execution environment where AI agents register, operate, and build verifiable track records | Together these primitives create a flywheel: Agents get identity and stake → they wrap any RE token into iRWA → iRWA trades on the Global Orderbook → developers build agents that execute on the Global Orderbook → every trade generates protocol revenue in $IRL. The native token, $IRL, is the fuel for this economy, used for gas, staking, agent deposits, governance, and value capture across all native applications. Integra is organized around three interlocking pillars: | 1 | The Tokenization Layer | Founding member network with $12B+ in combined AUM, 20+ ecosystem members including regulated participants | | - | -------------------------- | ---------------------------------------------------------------------------------------------------------- | | 2 | The AI Execution Layer | Agent-readable infrastructure, AI workflow replacement, and on-chain AI identity & settlement | | 3 | The Global Liquidity Layer | iRWA universal token standard + Global Orderbook create a compounding liquidity network | **Navigate** {% columns %} {% column %} [Vision](/readme/executive-summary/vision) {% endcolumn %} {% column %} [Why Current Solutions Fail](/readme/executive-summary/why-current-solutions-fail) {% endcolumn %} {% endcolumns %} {% columns %} {% column %} [Asset-specific L1s Are the Future](/readme/executive-summary/asset-specific-l1s-are-the-future) {% endcolumn %} {% column %} [Integra's Unique Solution](/readme/executive-summary/integras-unique-solution) {% endcolumn %} {% endcolumns %} {% columns %} {% column %} [The Three Pillars](/readme/executive-summary/the-three-pillars) {% endcolumn %} {% column %} {% endcolumn %} {% endcolumns %} # Vision For millennia, real estate has been the cornerstone of wealth: trusted, reliable, and central to economic progress. Yet while financial markets evolved through exchanges, digital trading, and programmable assets, real estate remained structurally unchanged. Integra's vision is an open, compliant, and intelligent ecosystem where real estate operates with the liquidity and efficiency of modern financial markets and where AI agents can participate as trusted, accountable counterparties alongside human investors and institutions. Our mission is a blockchain-powered infrastructure that makes tokenized real estate activity easy, secure, compliant, highly liquid, and, for the first time, continuously active, driven by AI that never sleeps, never misses a deal, and never forgets a compliance rule.
# Why Current Solutions Fail Despite strong progress in Web3 and Web2, large-scale adoption remains limited because of: 1. **Low interoperability** Assets and data are trapped in isolated platforms, making it hard to move value or state between apps and chains. 2. **Missing critical participants** Most ecosystems are broad but shallow: they lack banks, custodians, registries, brokers, and regulators needed to close the full transaction loop. 3. **Weak data transparency** There are few transparent, verified sources of asset data, ownership records, and transaction flows, which erodes institutional trust. 4. **Compliance gaps** Trust, transparency, and regulatory controls are not embedded in the infrastructure, so regulated participants cannot engage at scale. 5. **Crypto-centric settlement** Payment legs rely mainly on non-fiat assets and do not match real world settlement requirements and banking rails. 6. **Bad UX and incentives** User journeys and economic incentives are not designed for issuers, brokers, and institutional investors, which blocks adoption for RWAs, especially real estate. 7. **No intelligent automation layer** Covered in detail in the following section: [Why AI Hasn't Disrupted Real Estate, Yet.](/real-estate-market-and-tokenization-context/why-ai-hasnt-disrupted-real-estate-yet) # Asset-Specific L1s Are the Future Moving from the “What” to the “For Whom” As with every technology, initial builders focus on horizontal solutions. These are broad solutions that are more focused on “what” the technology can do. For example, the first batch of social media applications, like Orkut, were broad and concentrated more on what a digital social experience may look like. Once the market understands the "what", new companies emerge to customize the experience for a certain user base. This “verticalization” was seen in sectors as diverse as payments, where we saw a Cambrian explosion of payment methods develop from institutional to mid-market to retail, across formats like wire, digital, cards and e-wallets, to Software-as-a-Service which transitioned from a “Horizontal” SaaS to “Vertical SaaS”, so Social Media, that has now segregated our lives into work (Linkedin), news ([http://x.com](http://x.com "mention")), entertainment (Tiktok/Instagram), and friends and family (Instagram/Facebook).
For blockchains, we now know “what” they are. They are coordination systems. For many real world asset use cases, the primary bottleneck is not raw TPS, but the lack of robust coordination, compliance, and workflow primitives at the protocol level. In the real world, participants coordinate around assets or industries. “RWA” is not an industry. Public securities are. Private Credit is. Precious Metals are. Each industry has a completely different set of participants, demands, and requirements. Real Estate, more so than others. **Asset-Specific Chains are the Future** Asset-specific chains can outperform general-purpose networks for particular domains by making design choices that match the regulatory, operational, and performance requirements of that asset class.
Design decisions around many of the above categories will dictate market leadership for a particular Asset-Specific L1. For example, a generic chain that supports gaming, NFTs, and RWAs is not equipped to work with RWA regulators and their requests, such as having a set of trusted validators. This feature is at odds with other goals of the chain, making it impossible, or at best, unprofitable for the chain to add features that only cater to a subset of users. Most blockchains rely heavily on gas fees as their primary revenue mechanism. While fee markets differ across chains, gas alone is an unsustainable economic foundation, especially for industries with complex workflows and regulated participants like real estate. Asset-specific chains, however, are not limited to gas-based monetization. Because they are built around a defined market and its participants, they can draw revenue from the underlying economic activity of that sector. In real estate, where brokers typically charge 3–8% and multiple intermediaries operate across each transaction, there is significantly more room for structured, service-based value capture. Lastly, chains are only as good as their ecosystem. No BD team can onboard every sector; they can only do it poorly. Shallow ecosystems lead to ghost chains. Integra aims to create an asset-specific ecosystem that optimizes technology and business development efforts towards one globally coordinated asset class. # Integra’s Unique Solution Integra is a full-stack blockchain combining a Cosmos/EVM Layer 1, AI-native infrastructure, and a real estate-focused ecosystem. It delivers the missing components that can finally realize the benefits of an on-chain real estate economy: * **Cosmos SDK with EVM execution layer** (Ethermint-derived fork), providing a battle-tested network with full Solidity compatibility. Standard tools MetaMask, Hardhat, Foundry, Remix work without modification. * **Asset Passport:** a verifiable on-chain identity for each tokenized asset, with due diligence artifacts, compliance metadata, and full transaction history. Asset Passports bring third-party attestors (valuers, legal counsel, auditors) into the loop they verify off-chain realities and anchor them on-chain as structured attestations, creating an asset-level source of truth for the entire ecosystem. * **Agent Authorization:** every AI agent operating on Integra is bound to a human principal through on-chain authorization. The protocol enforces a clear accountability chain: who authorized this agent, what scope was granted, and what actions were taken. The `principalOf(agent)` pattern resolves any agent to its authorizing principal, making AI accountability verifiable for every transaction. This follows the emerging direction in on-chain agent identity standards being discussed across the Ethereum community. * **Agent Identity and Staking:** agents register on-chain with declared capabilities, an endpoint URI, and a staked IRL deposit. Good behavior earns staking rewards. Misbehavior -- misrepresentation, failed settlements, market manipulation triggers slashing. Reputation accumulates from successful task completions, weighted by complexity and value, creating a verifiable track record that any counterparty can query. * **Gasless Agent Operations:** Integra covers agent transaction fees via Cosmos fee grants, removing friction for new participants and enabling agents to operate continuously without managing gas balances. * **iRWA Token Bridge:** reads any security token standard via deterministic ERC-165 `supportsInterface()` classification. The AI component is the compliance normalization layer: reading transfer restrictions, eligibility rules, and jurisdiction mappings from heterogeneous schemas and normalizing them into a unified policy object. This solves the fragmentation problem any tokenized real estate asset, from any platform, in any standard, can trade on Integra's marketplace. * **Global Orderbook:** a unified on-chain orderbook for iRWA tokens enabling real-time price discovery, liquidity pooling, and secondary market trading. The orderbook cross-links siloed front-end venues and operates on a routing architecture where trades can start on Integra and route to regulated trading venues. * **Trusted Validators:** a curated, rules-based validator set designed for regulated real estate workflows. Validators must be identifiable entities meeting operational and compliance standards, maintaining minimum self-stake levels and defined performance thresholds. * **Unified Dashboard:** one interface for users to navigate their entire journey manage portfolios, discover dApps, participate in staking and governance, and interact with other participants. * **Deep Interoperability:** full EVM tooling compatibility, plus IBC for cross-chain liquidity and access to multi-chain DeFi ecosystems. * **Native Stablecoin:** 1:1 backed by high-quality liquid assets (short-duration government securities). Reserves are strictly firewalled from real estate exposure. Yield from reserves supports ecosystem incentives. The mainnet stablecoin will be issued by a regulated entity with full reserve disclosure. tUSDI is currently a non-backed testnet token for development purposes. Mainnet issuance is subject to regulatory approval. * **AI Safety and Guardrails:** Integra's agent layer includes structured output schemas and deterministic compliance checks that override LLM outputs for regulated parameters. Agent scope enforcement is handled at the contract level, an agent cannot execute actions its principal has not pre-authorized, regardless of instruction source. Human-in-the-loop policies are configurable per agent: principals can require co-signature for transactions above defined thresholds. Model governance follows a defined update process with on-chain versioning of agent behavior specifications. * **Insurance Framework:** ecosystem participants are expected to carry appropriate insurance coverage as a condition of participation. This includes property and title insurance for tokenized assets, smart contract coverage via qualified insurers, E\&O coverage for licensed intermediaries, and protocol liability coverage for the network. Insurance is not optional in institutional real estate it is foundational. * **Dedicated Ecosystem:** strategic partnerships with tokenization platforms, compliance providers, real estate institutions, and marketplaces. Global distribution infrastructure to amplify reach and listings. * **Business-First Chain:** designed for production-grade real estate workflows, with value captured through protocol fees, native application revenues, and structured commercial agreements with ecosystem partners.
# The Three Pillars Integra is not a single product. It is a vertically integrated system organized around three pillars each independently valuable, each making the others stronger.
**PILLAR 1** ### The Tokenization Layer Before a single trade executes or a single agent deploys, Integra launches with committed, income-generating real assets. Every dollar of committed assets generates protocol fees, rental yield flows, and secondary trading volume. Many current implementations just tokenize an asset - but Integra’s ecosystem of 20+ applications creates avenues for tokenized real estate to do much more - from lending to tranching, rent discounting and even exotic financial DeFi implementations. *** **PILLAR 2** ### The AI Execution Layer Most platforms use AI as a feature. Integra uses AI as infrastructure. The AI Execution Layer is a three-tier stack that progressively augments and automates the human intermediaries and SaaS tools that slow real estate down. **LAYER A** **Agent-Readable Infrastructure** The base layer. Every asset and every participant has a machine-readable on-chain identity that AI agents can query, verify, and act on. **Asset Passport:** structured, attested property identity: valuations, title, compliance status, transaction history **Agent Passport (ERC-8004 + ERC-6551):** on-chain identity, wallet, and staked IRL deposit for every AI agent **Native Stablecoin:** the payment rail agents transact in compliant, fiat-equivalent, always redeemable **LAYER B** **Agentic Workflow Replacement** The middle layer. AI agents replace the SaaS tools and human workflows that currently gate every real estate transaction. This is the $50B+ addressable market not just crypto. **AI Broker:** augments licensed brokers with 24/7 automated sourcing, negotiation preparation, and compliance checking reducing transaction time from weeks to hours. **AI Valuation Agent:** provides continuous on-chain preliminary valuations as a complement to licensed USPAP/RICS appraisals required for regulated transactions. Reduces appraisal preparation time and cost while maintaining regulatory compliance. **Deal Matchmaking:** augments and automates CRM-based mandate-matching with AI agents that check compliance automatically. **Portfolio Agent:** automates portfolio management with autonomous rebalancing and exit execution. **LAYER C** **Settlement & Identity Layer for Agents** The trust layer. What makes AI agents accountable counterparties rather than anonymous scripts. W3C DIDs and Verifiable Credentials for both humans and agents **Compliance engine:** that evaluates agent credentials and behavioral constraints before any state transition **Slashing for bad behavior:** agents have financial skin in the game **Gasless UX:** Cosmos fee grants remove friction for new participants **Agent Liability Framework:** AI agents operating on Integra act under explicit principal authorization (ERC-8118). Legal liability for agent actions flows to the authorizing principal, the human or institution that deployed and funded the agent. Integra's role is infrastructure provider, not agent operator. For regulated real estate transactions, agents are required to operate within the scope of a licensed intermediary's authority where applicable. The ERC-8118 principal binding provides an auditable on-chain chain of accountability for every agent action, satisfying the evidentiary requirements of agency law in most jurisdictions. *** **PILLAR 3** ### The Global Liquidity Layer A compounding liquidity network for tokenized real estate. The deepest structural problem in real estate tokenization is fragmentation every platform uses a different token standard, every marketplace operates in isolation, and liquidity never compounds. Pillar 3 solves this at the infrastructure level. # Real Estate Market & Tokenization Context {% columns %} {% column %} [The Promise of Real Estate](/real-estate-market-and-tokenization-context/the-promise-of-real-estate) {% endcolumn %} {% column %} [Industry Pain Points](/real-estate-market-and-tokenization-context/industry-pain-points) {% endcolumn %} {% endcolumns %} {% columns %} {% column %} [Why AI Hasn't Disrupted Real Estate, Yet](/real-estate-market-and-tokenization-context/why-ai-hasnt-disrupted-real-estate-yet) {% endcolumn %} {% column %} [Rise of RWA Tokenization](/real-estate-market-and-tokenization-context/rise-of-rwa-tokenization) {% endcolumn %} {% endcolumns %} {% columns %} {% column %} [Market Forces & White Space](/real-estate-market-and-tokenization-context/market-forces-and-white-space) {% endcolumn %} {% column %} {% endcolumn %} {% endcolumns %} # The Promise of Real Estate Real estate’s scale and importance are unmatched, yet the asset class continues to operate with unusually low transaction velocity. On a global base of approximately $400 trillion, [annual sales activity](https://assetphysics.com/global-real-estate-transaction-volume-remains-stable-with-growth-and-outperformance-niches-in-selected-regions-and-sectors/) is estimated at only $1 trillion, implying a turnover rate of roughly 0.25%. This contrasts sharply with other asset classes: public equities frequently approach 100% annual turnover, and digital assets can exceed 500%. Of this, the investable commercial and institutional real estate universe, the market immediately addressable through tokenization, is estimated at $20–50T across target jurisdictions (MSCI/IPD universe). Even capturing 1% of this market represents $200–500B in tokenized assets, generating $1–2.5B in annual protocol fees at Integra’s 0.5% Global Orderbook rate. These comparisons illustrate how limited real estate liquidity is today and highlight the potential efficiency gains that more digital, fractional, and interoperable market infrastructure could unlock.
An industry closely associated with real estate is the mortgage industry. Today, the US mortgage market alone stands at [$21T (loans outstanding)](https://www.newyorkfed.org/microeconomics/hhdc). [According to US News](https://money.usnews.com/loans/mortgages/articles/complete-timeline-of-the-mortgage-process), it takes up to 60 days to approve a mortgage, and costs nearly $9,500 per application. Despite this, only between [50-70% of applications get approved](https://www.nar.realtor/blogs/economists-outlook/mortgage-rates-and-approval-rates-in-the-last-5-years). This symbolizes a massive economic inefficiency in the market today, with many millions of lost time and paperwork. DeFi applications such as Aave, Compound, and Morpho have proved how automated collateralized lending can operate at scale, reducing both approval and liquidation timelines from months to seconds and decreasing costs from thousands to near zero for the borrower. With the right trusted and timely infrastructure (valuation data) and an efficient liquidation mechanism through dedicated liquidators or deep secondary markets, DeFi can transform the largest lending sector in the world.
# Industry Pain Points **Illiquidity** The global real estate market remains inherently illiquid, with property transactions often taking months to finalize. Capital is locked in large, indivisible assets, limiting flexibility for investors and severely restricting participation from smaller retail players. Traditional fractional ownership models, such as REITs, provide partial solutions but lack the agility, transparency, and direct ownership that modern investors demand. This illiquidity stifles secondary market activity and makes rapid capital redeployment nearly impossible. **Fragmented Property Data & Fraud Vulnerabilities** Property information is siloed across registries, brokers, and private databases. This fragmentation makes it difficult to perform accurate due diligence and creates opportunities for fraud through misrepresentation, double pledging, or document forgery. Verification processes are labor-intensive, error-prone, and slow, eroding trust between market participants. The lack of a unified, transparent, and tamper-proof data infrastructure prevents the creation of a truly trusted global marketplace. **High Intermediary & Transaction Costs** Traditional transactions involve numerous intermediaries: brokers, escrow agents, lawyers, title companies, and banks, each adding cost and delay. While some intermediaries (e.g., high-value brokers or valuation agents) add market expertise and liquidity, others, such as transfer agents or loan agents, exist purely due to outdated processes. Paper-based workflows and redundant document handling further inflate costs, while adding operational risk and slowing deal execution. # Why AI Hasn't Disrupted Real Estate, Yet **Structural Blockers** 1. No programmable, composable, verifiable data, siloed registries, paper deeds, fragmented records 2. No verifiable truth, real estate runs on trust assumptions, not cryptographic proofs 3. No permissionless execution, every action requires a human gatekeeper 4. No real-time data, valuations update annually or quarterly, not continuously 5. No universal asset identity, every property is described differently across every system 6. Asset heterogeneity, unlike equities or commodities, no two properties are the same unit, so AI can't build models without massive normalization work #### The Standard Unit Problem: Real Estate is Invisible to AI Every major asset class that AI has successfully disrupted shares one property: a standard unit. Equities have ISIN codes, a universal 12-character identifier that means any AI model, anywhere in the world, can unambiguously reference Apple stock, compare it against Samsung, price it against a basket of semiconductors, and execute a trade, all without any data translation or normalization work. Commodities have grades and weights, Brent Crude is Brent Crude whether it trades in London, Singapore, or Houston. An AI model can build a global price surface for oil without ever needing to reconcile conflicting descriptions of what "oil" means. Fixed income has CUSIP and ISIN. Foreign exchange has ISO 4217 currency codes. Even crypto, despite its fragmentation, has ticker symbols and on-chain addresses that give AI agents unambiguous references to trade against. Real estate has none of this. A property in Dubai described as "3BR, 1,400 sqft, Jumeirah, freehold" in one registry is the same asset described as "Villa, 130m², District 6, title deed #XXXX" in another, and neither description is machine-readable in a way that allows comparison, pricing, or programmatic action. Every property is described in a different format, with different data fields, in a different language, using a different identifier schema, filed with a different government registry under a different legal framework. This is not a data quality problem. It is a structural absence, real estate never developed a standard unit because it never needed one. Every transaction was local, bilateral, and mediated by humans who could bridge the gap through judgment and context. AI cannot bridge that gap. AI models need structured, normalized, comparable inputs. Without a standard unit, real estate is not just illiquid, it is illegible to AI. You cannot train a valuation model on heterogeneous data. You cannot build a matching algorithm on incomparable asset descriptions. You cannot run an AI agent on a market where every asset is a unique, underdescribed, paper-filed singleton. iRWA is the standard unit. It is not merely a financial wrapper, it is a data standardization layer that makes real estate legible to AI for the first time. When any property, from any platform, in any token standard, gets wrapped into iRWA, it becomes a normalized, machine-readable, on-chain object with a consistent identity, a verifiable data structure, and a universal interface. For the first time, an AI agent can compare a Dubai apartment to a Miami condo to a Singapore REIT share, not because someone manually normalized the data, but because the infrastructure enforces the standard at the protocol level. This is why iRWA is not a feature of Integra. It is a precondition for AI to operate on real estate at all. **Behavioral Blockers** 1. Negotiation is relationship-driven and opaque, no audit trail, no structured data, no replay 2. Valuation is subjective and infrequent; comparable sales data is sparse and stale 3. Trust is personal, not programmatic, buyers and sellers rely on reputation networks that don't exist on-chain #### **What AI Can Fix Once Infrastructure Exists** | Valuation | $2,500–$15,000 (commercial); \~$400 residential | Continuous, on-chain, auditable, near-zero cost | | ----------------------- | ----------------------------------------------- | --------------------------------------------------------------------------------------------- | | Due diligence | Weeks of manual document review | AI reads Asset Passport in seconds | | Compliance | Manual KYC/AML per transaction | Programmable, auto-checked at every state transition | | Mortgage underwriting | 30–60 days, \~$11,600/loan | Minutes, automated against on-chain collateral data | | Buyer/seller matching | Brokers, calls, relationships | AI agents running 24/7 on the global orderbook | | Fraud detection | Manual, reactive | Real-time, on-chain pattern matching | | Income distribution | Spreadsheets, wire transfers | Automated, programmable, instant | | Cross-border investing | Lawyers, FX, local brokers | Compliance-checked, stablecoin-settled, instant | | Property data freshness | Annual or quarterly | Continuous attestation by authorized data providers | | Asset search | Basic keyword search | AI agents scanning the full global orderbook in real time | | Negotiation | Manual, time consuming | Agents lead negotiations, working around the clock to find and create opportunities for users | # Rise of RWA Tokenization Real-World Asset (RWA) tokenization is reshaping the investment landscape by transforming traditionally illiquid assets into programmable, tradeable, and verifiable digital instruments. This evolution is not just a technological shift, but a structural redefinition of how ownership, compliance, and settlement can work in a globalized, automated 24/7 market. Tokenizing real estate enables: * **Instant activity:** unlike traditional systems, transfers, trades, escrows, and mortgages can be settled instantly, providing a substantial increase. * **Fractional Ownership** to lower capital entry barriers and democratize access to prime assets. * **Continuous Liquidity** through secondary markets, creating better pricing and capital allocation flows globally. * **Programmable Compliance & Execution** ensures adherence to regulatory requirements at every transaction and drastically reduces operating expenses for participants. * **Global Integration**: tokenization and fractionalization, coupled with trusted data, can export an inherently local real estate asset to a global audience. * **Data Integrity & Transparency** with immutable, verifiable property records. Analysts project the RWA tokenization sector will grow into a multi-trillion-dollar market within the next decade, with real estate expected to dominate due to its scale, stability, and investor familiarity. There are 2 main ways of tokenization that exist today: **Share Tokenization:** the asset is held in an SPV, Fund, or Trust, shares/units of which are tokenized. This has been the prevalent tokenization method and affords robust legal precedent along with clear structures and rules. However, it is more suited for large assets where the economics of setting up these structures and the involvement of multiple parties are feasible **Title Tokenization:** relatively new and still not at scale, direct tokenization of titles involves integration of the government registrar into the chain. The best-known examples of this are the pilots in the UAE and Brazil. Direct title tokenization is more feasible for smaller assets and may also fall under a different regulatory framework, being hard assets and not securities # Market Forces & White Space Current Web3 solutions haven't cracked RWA adoption because they are not interoperable and not intelligent. Each operates with its own token standard, compliance rules, and isolated secondary market. Many end up functioning simply as a database. A combination of structural and design limitations exist currently: * **Low interoperability between applications:** ecosystems remain siloed, hindering composability and cross-platform collaboration. * **Absence of an end-to-end participant ecosystem:** there is no unified environment where issuers, brokers, custodians, investors, and regulators operate natively together. * **Opaque data and limited transparency leading to low trust:** while tokenization makes access easy, without comprehensive and trustworthy sources of information, participation remains difficult. * **Inconsistent compliance integration:** existing networks fail to natively embed or enforce jurisdictional rules. * **Over-reliance on crypto-native payment flows:** limiting adoption among institutions and retail users requiring fiat rails and proof-of-payment. These limitations restrict both growth and adoption, leaving a clear gap for an infrastructure built specifically for compliant, large-scale real estate tokenization. #### **Market Forces Driving Readiness** * **Regulatory Evolution:** Policymakers are defining clearer frameworks for tokenized assets, opening institutional participation pathways. * **Capital Demand for Alternatives:** Investors are seeking assets outside of traditional equity and fixed income. Assets like real estate have been inaccessible to global players and smaller ticker sizes. * **Blockchain Infrastructure Maturity:** Cosmos SDK with Ethermint EVM brings the scalability, interoperability, and developer familiarity required to bridge on-chain and off-chain systems. * **Institutional Fiat Integration:** Direct fiat settlement and on-chain proof-of-payment mechanisms are becoming non-negotiable for cross-border deals. * **AI Adoption:** Enterprise and consumer AI adoption is accelerating. Real estate is one of the highest-value, highest-friction industries where AI agents can deliver clear, measurable ROI. The market is ready for agents that can source deals, run due diligence, negotiate terms, and execute closings without human bottlenecks.
IntegraEthereumSolanaAvalancheRippleMANTRAPlume
Agent Identity (ERC-8118)✅ Native❌❌❌❌❌❌
Trust LayerAsset Passport❌❌❌❌PartialPartial
Asset-Specific Infrastructure✅ Real estate-native❌ General❌ General❌ General❌ GeneralPartialPartial
Validator GovernanceStakeholder-aligned, regulatedPublic / unknownPublic / unknownPublic / unknownPermissionedPublic / unknownPublic / unknown
InteroperabilityOrchestrated by chainFragmentedFragmentedFragmentedLimitedLimitedLimited
EconomicsGas + native apps + business revenuesGas onlyGas onlyGas onlyGas onlyGas onlyGas only
#### **Competitive Landscape and White Space** Despite their progress, none deliver a fully integrated solution purpose-built for real estate. The gap lies in combining compliance, native applications, fiat settlement, AI agency and the right participants into one interoperable infrastructure. By addressing these challenges directly, Integra aims to create the first end-to-end, compliance-ready, fiat-integrated, and globally interoperable blockchain ecosystem for real estate. # Integra - The Real Estate Layer-1 At its core, Integra combines a foundational L1 with native dApps purpose-built for real estate workflows, enabling developers, institutions, and market participants to operate in an environment that is compliant, interoperable, and familiar to existing Web3 builders.
# Integra's Three-tier Architecture Integra is structured as a three-tier stack that separates consensus, shared infrastructure, and end-user protocols. This design keeps the base chain simple and robust while allowing identity, compliance, and market applications to evolve independently.
Together, these tiers provide a vertically integrated environment where regulated real estate workflows can run end-to-end on a single, interoperable substrate. **Tier 1** #### Foundational Blockchain (Cosmos SDK + Ethermint EVM) Integra operates an EVM-compatible, Cosmos-based blockchain optimized for regulated real estate workflows. The network targets predictable block times and deterministic finality, making it suitable for primary issuance, secondary trading, and escrow events. Core network parameters – such as validator set size, block time, unbonding period, and slashing rules – are managed through on-chain governance and documented in the technical specification. The chain uses a delegated proof of stake (DPoS) model with a curated validator set composed of regulated infrastructure providers, trusted institutional validators, and other identifiable entities that meet strict operational and compliance criteria. Validators are subject to minimum self-stake requirements, slashing for double signing and downtime, and ongoing performance monitoring. This model balances decentralisation with the accountability expectations of institutional real estate partners. The execution layer is provided by Ethermint and offers full Ethereum bytecode compatibility. Existing Solidity contracts can be deployed without modification, and standard tooling such as MetaMask, Hardhat, Foundry, and Remix can be used out of the box. This lowers integration cost for RWA protocols and enterprise developers while preserving the sovereignty and customisability of a Cosmos blockchain. *** **Tier 2** #### Infrastructure Services Tier 2 hosts shared services that sit between the base chain and the application layer. These services provide identity, compliance, and data attestation and are invariably consumed by multiple applications. With the introduction of AI agents as first-class network participants, Tier 2 has been extended beyond identity, compliance, and data attestation to include a dedicated AI infrastructure layer. This layer provides the payment rails, inference attestation, settlement primitives, and security controls that AI agents require to operate reliably and accountably within regulated real estate workflows. All Tier 2 services are consumed by both human-facing and agent-facing applications through a unified interface. **a. Identity and Compliance Layer** Integra adopts W3C Decentralized Identifiers (DID) and Verifiable Credentials (VC) as the foundation for identity and access control. Participants – such as investors, issuers, brokers, custodians, and validators are represented by DIDs. Regulated entities (for example, KYC providers, registries, and regulated intermediaries) issue verifiable credentials that encode attributes such as KYC status, accreditation, jurisdiction, sanctions screening, or licence type. Compliance policies are expressed as machine-readable rules that reference these credentials and asset-level restrictions. Before a transaction is accepted on chain, the compliance engine validates that the sender, receiver, asset, and trade type satisfy applicable rules (for example, investor eligibility, transfer restrictions, lock-up periods, or travel rule requirements). These checks can be enforced at the smart contract level, as pre-execution hooks in the EVM, or via Cosmos modules that gate state transitions, depending on the use case. The identity layer is extended to cover AI agents as a distinct participant class. Each agent is assigned a DID bound to its ERC-8004 Agent Passport. Principal authorization is enforced via ERC-8118. Agent credentials encode behavioral scope permitted asset classes, maximum transaction value, and geographic restrictions evaluated in the same pre-execution compliance check as human credentials. See Agent Passport and ERC-8118 sections for full specification. **b. Data Attestation Services** Real estate requires high-quality off-chain data: title information, valuations, audits, covenants, and property management records. Integra provides a standard attestation framework where authorised attesters (such as registries, valuers, auditors, and notaries) sign structured attestations that are anchored on-chain. References to underlying documents are stored as content hashes or encrypted references rather than raw files, enabling integrity verification without exposing sensitive information. The attestation framework is extended to cover AI-generated outputs alongside human-attested data. When an AI agent produces a valuation, a due diligence summary, or a compliance assessment, the output is structured as a signed attestation anchored on-chain including the model version, input data hash, output hash, confidence interval, and a reference to any human reviewer sign-off where required by regulation. This means AI outputs are not stored as raw inference results but as verifiable, auditable attestations in the same framework as title records and valuation reports. Institutional participants can verify the provenance and methodology of any AI-generated data point before relying on it. **c. AI Payment Infrastructure** AI agents require a payment layer that is gasless, programmable, and auditable. Integra's Tier 2 payment infrastructure provides three primitives for agent-driven transactions: Fee Grants (x/feegrant) Cosmos fee grant module enables agent operators or dApp sponsors to cover transaction fees on behalf of agents and end users. Agents operate gasless by default, the sponsoring principal's IRL balance is debited, not the agent's wallet. This eliminates the "chicken and egg" problem of agents needing tokens to act before they have earned any. Programmable Commission Routing Commission splits between Seller Agent, Buyer Agent, Affiliate Agent, and the protocol, are encoded in the listing at creation time and executed atomically at settlement. No post-hoc payment logic. Every fee destination is on-chain and verifiable before a deal closes. Stablecoin Settlement Rail All agent-to-agent and agent-to-human settlements are denominated in Integra's native stablecoin (USDC bridged via IBC as primary until native issuance is live). Agents never hold volatile assets for settlement only IRL for staking and the settlement stablecoin for deal execution, keeping balance sheet risk manageable for both agents and their principals. **d. AI Settlement Layer** Deterministic finality from CometBFT is the foundation, but agent-specific settlement primitives sit above it: **Atomic deal execution:** the full deal lifecycle compliance check, asset transfer, stablecoin payment, commission split, Asset Passport update executes in a single atomic transaction. There is no intermediate state where payment has occurred but title has not transferred, or vice versa. Agents cannot be partially settled. **Escrow module:** for deals requiring human review or regulatory sign-off before final settlement, the escrow module holds funds and asset control in a time-locked on-chain vault. Either party can trigger release or initiate dispute resolution within the defined window. The escrow state is fully visible to both agents and their principals. **Proof-of-payment anchoring:** every stablecoin settlement produces an on-chain proof-of-payment record linked to the corresponding Asset Passport entry. This satisfies AML transaction monitoring requirements and provides the audit trail that institutional compliance teams require for cross-border deals. **Yield distribution:** for income-generating assets, the settlement layer includes an automated yield distribution module. Rental income or dividend payments are distributed to token holders on a defined schedule, without requiring any manual action from asset managers or agents. Distribution events are recorded in the Asset Passport transaction history. **e. Agent Scope Enforcement** Integra's agent authorization model defines what an agent is permitted to do -- asset classes, geographic markets, maximum transaction sizes, permitted counterparty types. When an agent submits a transaction, the protocol validates it against the agent's authorized scope before execution. Transactions outside scope are rejected at the contract level, regardless of what triggered them. This provides a hard boundary against agent misbehavior: even if an agent's off-chain logic is compromised, manipulated, or produces unexpected outputs, the on-chain authorization layer enforces the principal's constraints. The agent cannot spend funds, trade assets, or interact with contracts beyond what its principal explicitly authorized. **AI Output Validation** For regulated parameters (compliance status, jurisdiction checks, transaction limits), deterministic on-chain checks override AI-generated outputs. Agent reasoning and language generation execute off-chain; only structured, schema-validated outputs are submitted for on-chain execution. **f. AI Inference Infrastructure** AI inference does not occur on-chain storing raw LLM reasoning on a blockchain is astronomically expensive and architecturally unnecessary. Instead, Integra uses an off-chain inference with on-chain attestation model: **Off-chain inference:** agent reasoning, valuation models, compliance normalization, and natural language negotiation all execute off-chain on operator-managed or cloud-hosted inference infrastructure. Operators are free to use any LLM provider compatible with the Integra Agent SDK. **On-chain output attestation:** the final output of any agent decision that triggers a state transition is hashed and signed as an on-chain attestation before execution. This creates a verifiable record of what the agent decided and on what basis, without storing the full inference trace on-chain. **Model versioning:** agent behavior specifications including model version, system prompt hash, and tool configuration are stored on-chain and linked to the Agent Passport. Changes to an agent's model configuration require a new on-chain registration event, creating an auditable version history. **Cost model at scale:** at 10,000 simultaneous active agents averaging 100 decisions per day, inference costs depend on operator model choice. Integra's SDK is designed to work with efficient inference endpoints (Llama 3, Mistral, or GPT-4o-mini class models) where cost per decision is $0.0001–$0.001, giving a total infrastructure cost of $100-$1,000/day at this scale well below the intermediary fees being replaced. Agent operators are responsible for their own inference infrastructure. Integra does not host or operate agent execution logic -- the protocol provides identity, authorization, and settlement infrastructure that agents plug into. *** **Tier 3** #### Core Protocol Applications Tier 3 contains Integra’s native applications. These are built on top of the foundational chain and consume Tier 2 services for identity, compliance, and data. The initial core modules are: [Asset Passport](https://whitepaper.integralayer.com/core-native-dapps/asset-passport) [Agent Passport](/core-native-dapps/agent-passport) [iRWA Token Bridge](/core-native-dapps/irwa-token-bridge-ai-token-bridge) [Global Orderbook](https://whitepaper.integralayer.com/core-native-dapps/global-orderbook) [Native Stablecoin](https://whitepaper.integralayer.com/core-native-dapps/native-stablecoin) #### Summary View of the Three Tiers * Foundational L1 Blockchain * Cosmos SDK with Ethermint EVM execution * Curated, regulated validator set with DPoS and slashing * Deterministic finality and full Ethereum tooling compatibility * Middle Layer – Cross-Application Infrastructure * Identity and compliance layer based on DIDs and verifiable credentials * Data attestation framework for title, valuations, audits, and other off-chain records * Core Native DApps * Asset Passport registry for standardised, verifiable asset profiles * Global Orderbook for cross-venue liquidity, routing, and commission tracking * Native stablecoin for compliant on-chain settlement and pricing This three-tier architecture grounds Integra’s positioning as a real estate-specific Layer-1: the base chain remains general-purpose and EVM compatible, while the infrastructure and application tiers encode the compliance, data, and settlement primitives required for institutional-scale real estate markets. # Cosmos Ethermint Integra is built on the Cosmos SDK with Ethermint EVM to combine **EVM familiarity**, **modular app-chain design**, and **deterministic finality** for regulated real estate markets. **EVM-native Developer Experience** Ethermint provides a fully compatible Ethereum execution environment. Developers can deploy existing Solidity smart contracts and use standard tools like MetaMask, Hardhat, Foundry, and Remix without modification. This reduces migration friction for existing RWA projects and accelerates time-to-market for new applications. **Sovereign, Asset-specific Chain for Real Estate** Using the Cosmos SDK, Integra operates as a sovereign chain with its own validator set, fee parameters, and governance. This avoids competing for blockspace with unrelated DeFi or NFT traffic and lets the protocol prioritize predictable throughput, stable fees, and compliance requirements specific to real estate. **Modularity for Real Estate Specific Modules** Cosmos's modular architecture lets Integra implement custom modules for identity, compliance, Asset Passports, Global Orderbook routing, commission automation, and proof-of-payment. These modules can evolve independently, be upgraded via on-chain governance, and be tuned for jurisdiction-specific requirements, all without changing the core EVM execution layer. **Deterministic Finality Suited to Settlements** Integra uses CometBFT (Tendermint) consensus, which provides fast, deterministic finality rather than probabilistic confirmations. This is critical for real estate settlements, escrow releases, and proof-of-payment workflows where parties need a clear, final settlement, not "likely final" blocks. **Interoperability Through IBC and Bridges** Cosmos's Inter-Blockchain Communication (IBC) protocol enables Integra to connect natively with other Cosmos chains and, through bridges, with Ethereum and other ecosystems. This allows tokenized real estate assets, liquidity, and compliance attestations to move seamlessly between Integra and external DeFi or capital markets infrastructure. **Regulated Validator Network Design** The stack supports a curated validator set optimized for regulated, identifiable operators, institutional validators, infrastructure providers, and compliant custodians. This aligns with regulatory and institutional partner expectations while using a transparent, stake-based consensus mechanism that can be progressively opened over time. # Blockchain Architecture These values represent the initial mainnet configuration. Testnet deployments may use different parameters to facilitate experimentation, and all network settings remain subject to adjustment through on-chain governance. #### **Network Architecture** * Framework: Cosmos SDK * Execution Layer: Cosmos SDK EVM execution layer (Ethermint-derived fork, fork version and commit hash in technical appendix) * Consensus: CometBFT (Byzantine Fault Tolerance) * Native Token: IRL (denom: irl, 18 decimals) * Core Modules: Asset Passport, Global Orderbook, Compliance, Staking, Native Stablecoin, Governance * Interfaces: Ethereum JSON-RPC, WebSocket, Cosmos RPC, REST, gRPC #### **Consensus & Validator Set** Integra uses a Delegated Proof-of-Stake (DPoS) model: * Active validator set: 7–15 at launch, expanding via governance with documented admission criteria * Bonding denom: IRL * Minimum self-delegation: 50,000 IRL (with KYC/compliance admission requirements as the primary gating mechanism) * Unbonding period: 21 days * Block time: \~6 seconds * Finality: deterministic BFT finality at block commit, assuming less than one-third of voting power is Byzantine; in normal operation, committed blocks are not reverted. Validators produce blocks, participate in consensus, and enforce network security. Delegators stake IRL to validators and share rewards and governance rights. #### **Slashing, Liveness & Security Parameters** To maintain integrity and reliability, Integra enforces strict slashing rules: * **Signed-blocks window:** 100 blocks * **Minimum signed per window:** 50% * **Jail time for downtime:** 10 minutes * **Slash for downtime:** 1% of stake * **Slash for double-signing:** 5% of stake These values may evolve, but they reflect a production-ready, institutional-grade configuration. #### **Developer Environment** Solidity 0.8+, Hardhat, Remix, ethers.js, web3.js, MetaMask support Broad compatibility with Hardhat and standard EVM tooling (known edge cases with eth\_getLogs, debug\_traceTransaction documented at [docs.integralayer.com/evm-compatibility](https://docs.integralayer.com/evm-compatibility)) #### **Recommended Validator Hardware** For stable validator operation: * **CPU:** 4+ cores * **RAM:** 8+ GB * **Storage:** 500+ GB SSD * **Network:** 100+ Mbps * **OS:** Linux (Ubuntu 20.04+ recommended) Validators should follow strict security practices: HSM-backed key management, sentry-node topology, hardened firewall rules, VPN-restricted access, and continuous monitoring. # Ecosystem Integra’s ecosystem strategy is grounded in (i) bringing existing real estate economies on-chain, (ii) capturing the end-to-end real estate value chain, and (iii) expanding real estate use cases through AI. **Economies on Chain** Assets such as rental properties, debt, and hotels represent micro-economies of their own - the asset generates income in the form of rent or exit, income gets collected and distributed between operators and owners, and owners take profit or redeploy this income into more assets. By targeting large assets with existing participants (instead of dead assets that do not produce activity), Integra onboards such existing micro-economies onto its chain, leading to activity, flows, and significant re-investment potential. \ **Onboarding Real Estate Value Chain** Integra’s second pillar is to onboard the well-established value chain of real estate. This means identifying and partnering with key anchors from both the supply side and the demand side of real estate. Value Chain in Real Estate Investing: Asset Managers / Developers > Regulated Tokenization Engines > Brokers / Secondary Markets > DApps, Investment Banks, Wealth Advisors, Realtors > Investors (Institutions, Mid Market, Retail) By carefully crafting incentives and aligning a critical mass of leaders in each of these domains, combined with dedicated technology and ecosystem supply, Integra aims to become the go-to network for tokenized real estate. Integra's native offerings (L1, core dapps) shall remain complementary and supportive back-end infrastructure to the applications and participants on Integra In addition to investment and trading of real estate, we also believe that mortgages shall be a key use case for tokenized real estate. On-chain lending ecosystem will require licensed lenders, DApps, real estate developers, and liquidators. **Expanding Real Estate Use Case Through AI** New participation will be supported by innovations in product (markets, derivatives, trading, fractional investing, tranching, lending, yield-splitting, indices) and distribution (affiliates, social media, realtors). To that end, Integra shall support third-party applications that push the envelope in the real estate ecosystem. This ecosystem will be underpinned by supporting technology infrastructure enabled through Custodians, On-Ramps/Off-Ramps, Wallet Providers, Market Makers, Transaction Monitoring, and traditional service providers such as Auditors, Valuation Agents, Lawyers, Liquidators, and Notaries, who bring in Due Diligence and Trust.

# Core Native dApps **Pillar 1 - Tokenization Layer** {% columns %} {% column %} [Asset Passport](/core-native-dapps/asset-passport) {% endcolumn %} {% column %} [Token Issuance Framework](/core-native-dapps/token-issuance-framework) {% endcolumn %} {% endcolumns %} **Pillar 2 - AI Execution Layer** {% columns %} {% column %} [Agent Passport](/core-native-dapps/agent-passport) {% endcolumn %} {% column %} [iRWA Token Bridge](/core-native-dapps/irwa-token-bridge-ai-token-bridge) {% endcolumn %} {% endcolumns %} {% columns %} {% column %} [Compliance & Identity Layer](/core-native-dapps/compliance-and-identity-layer) {% endcolumn %} {% column %} [Agent SDK + Arena](/core-native-dapps/agent-sdk-+-arena) {% endcolumn %} {% endcolumns %} **Pillar 3 - Global Liquidity Layer** {% columns %} {% column %} [Global Orderbook](/core-native-dapps/global-orderbook) {% endcolumn %} {% column %} [Native Stablecoin](/core-native-dapps/native-stablecoin) {% endcolumn %} {% endcolumns %} **Foundation** {% columns %} {% column %} [Validator Set](/core-native-dapps/validator-set) {% endcolumn %} {% column %} [Privacy Layer](/core-native-dapps/privacy-layer) {% endcolumn %} {% endcolumns %} # Asset Passport A digital identity for tokenized assets that aggregates attested ownership history, legal documentation, valuations, and maintenance records provided by trusted sources. * Facilitates **instant verification** across jurisdictions. * Involves trusted third parties to attest key information such as ownership, valuation, audits, etc. * Enhances investor confidence and regulatory trust.
**Hybrid Data Model:** Each property is represented by a dual-layer digital passport: immutable on-chain records that mirror the legally recognised ownership, tokenization, and compliance status, complemented by encrypted off-chain repositories, operated by authorised providers, that store detailed documents, inspections, images, and jurisdictional filings. **Cross-chain Synchronization & Verification:** The Asset Passport framework propagates signed updates to asset data across connected blockchains, aiming for consistent, tamper-evident views of each asset across participating networks. **Embedded into Integra Block Explorer** The Asset Passport will be directly integrated within Integra's Block Explorer. # Token Issuance Framework The Asset Issuance Framework standardises how real estate assets and related financial instruments are created and represented on Integra. It provides a set of issuance patterns and reference contracts that issuers can adopt while preserving flexibility for different legal structures and jurisdictions. Issuers begin by defining an issuance profile that specifies: * The legal wrapper (for example, SPV, fund, trust, or direct title-linked structure where permitted) * The governing jurisdiction and applicable regulatory regime * Investor eligibility criteria and distribution channels * Rights associated with the token (economic rights, voting rights, governance mechanisms) * Transfer restrictions, lock-up conditions, and redemption rules Based on this profile, the framework instantiates audited reference contracts that integrate with the Compliance Layer, Identity Layer, and Asset Passport. Primary issuance can follow fully on-chain subscription flows, hybrid flows where agreements are executed off-chain and allocations recorded on-chain, or institutional workflows coordinated by intermediaries. Lifecycle management is handled through standardised operations for updating disclosure documents, processing corporate actions (such as splits, consolidations, and buy-backs), adjusting distribution schedules, and performing redemptions or wind-downs where legally required. All significant lifecycle events are recorded in the corresponding Asset Passport, ensuring a consistent audit trail that links on-chain token state to off-chain legal and operational realities. # Agent Passport Every AI agent operating on Integra receives a verifiable on-chain identity. The Agent Passport binds the agent to its principal (the human or entity that deployed it), defines its operational scope, records its execution history, and provides the accountability layer that institutional participants require before trusting autonomous software with real-world asset transactions. ### On-Chain Agent Identity Agents register on-chain via the AgentAuth contract. Registration creates a profile containing: * A unique agent ID * The principal's address (the owner who deployed and controls the agent) * A name and description * An endpoint URI (where the agent's execution logic is hosted) * A set of declared capability tags (e.g., `acquisition`, `portfolio-management`, `compliance-analysis`) * Registration timestamp and active/inactive status This identity is publicly queryable. Anyone can look up an agent's profile, check who owns it, see what it claims to do, and verify its on-chain track record. ### Principal Authorization The critical accountability question for any AI agent operating in financial markets is: **who authorized this agent to act?** Integra's agent authorization model answers this at the contract level. Four core operations enforce the principal-agent relationship: | Operation | Purpose | | -------------------- | ------------------------------------------------------------------ | | **Authorize** | Principal grants an agent permission to act within a defined scope | | **Revoke** | Principal immediately revokes all agent permissions | | **Principal lookup** | Resolves any agent to its authorizing principal | | **Authority check** | Verifies whether an agent is authorized for a specific action | This creates a clear chain of accountability: the agent acts, the principal is responsible. Legal liability for agent actions flows to the authorizing principal the same model used in traditional agency law, now enforceable on-chain. On-chain agent authorization addresses a gap that exists across every blockchain with AI agent activity: there is currently no widely adopted standard for verifying who authorized an autonomous agent to execute a transaction. Integra's design aligns with the emerging direction of agent identity standards being explored in the Ethereum community. ### Staking and Reputation Agents are required to stake IRL as a trust deposit -- a financial commitment to operating within their authorized scope. * **Good behavior** (successful task completions, accurate compliance checks, clean settlement execution) earns staking rewards and builds on-chain reputation. * **Bad behavior** (misrepresentation, failed settlements, scope violations, market manipulation) triggers slashing of staked IRL. Reputation accumulates from successful task completions, weighted by the complexity and value of the tasks involved. An agent that successfully facilitates a property settlement earns more reputation than one processing routine transfers. This scoring is computed from on-chain data and cannot be fabricated. Over time, agents with strong track records earn higher visibility in the Agent Arena and priority placement in Global Orderbook routing. ### Gasless Operation Integra covers agent transaction fees via Cosmos fee grants. This removes a common friction point agents don't need to manage gas balances or have their principals top up wallets. The agent registers, gets authorized, and starts operating. Gas is handled at the protocol level. ### Compliance Flow The Agent Passport integrates with Integra's Compliance & Identity Layer through a three-step verification: 1. **Identity** -- establishes who the agent is (on-chain registration) 2. **Authorization** -- establishes who authorized the agent (principal binding) 3. **Compliance check** -- verifies the principal's credentials against the relevant policy (jurisdiction, accreditation, sanctions screening) This means compliance enforcement doesn't just apply to the agent -- it flows through to the principal. An agent cannot bypass compliance requirements that its principal doesn't satisfy. # iRWA Token Bridge (AI Token Bridge) The AI Token Bridge uses AI to read any real estate security token regardless of its original standard and wraps it into iRWA (Integra Real-World Asset): a universal ERC-20 format that can trade on the Global Orderbook, participate in DeFi, and move across chains via IBC. The bridge has four components: * Standard Classifier: identifies the token’s original standard via ERC-165 supportsInterface() calls deterministic bytecode pattern-matching, not ML. The genuine AI component is the compliance normalization layer: reading transfer restrictions, eligibility rules, and jurisdiction mappings from heterogeneous schemas and normalizing them into a unified policy object for the compliance engine. * Lock Vault: securely holds the original token during the wrapping process * iRWA Factory: mints the iRWA wrapper * Compliance Sync Oracle: keeps compliance rules (transfer restrictions, eligibility, jurisdiction) synchronized between the original token and the iRWA wrapper. Propagates updates within one block finality (≤6 seconds). Trust model: initial deployment uses a permissioned oracle operated by Integra; decentralization path via Chainlink CCIP in Phase 2 roadmap. * Cashflow Management: iRWA maintains the economic connection to the underlying asset. Dividend payments, rental income, and other distributions associated with the original token are tracked and translated to the iRWA wrapper holders of iRWA receive the same cashflow entitlements as holders of the underlying token, without needing to unwrap. This makes iRWA a fully live economic instrument, not just a trading wrapper. **How compliance survives wrapping** ERC-3643 and ERC-1400 tokens carry transfer restrictions and investor eligibility rules at the token contract level. The WrapperFactory preserves these restrictions via compliance hooks in the iRWA contract the wrapped token inherits the source token's restriction schema, which the oracle layer continuously synchronizes. An iRWA token representing a Reg D asset cannot be transferred to an unaccredited investor, even after wrapping. Compliance follows the token, not the platform. WrapperFactory.sol is deployed on testnet contract address available at docs.integralayer.com. # Compliance & Identity Layer The Compliance Layer transforms regulatory requirements into enforceable, machine-readable policies. It is built on top of decentralised identity primitives and verifiable credentials, allowing participants to prove that they satisfy specific regulatory conditions without exposing unnecessary personal data. Participants such as investors, issuers, brokers, and custodians are represented by W3C-compliant Decentralized Identifiers (DIDs). Regulated KYC/KYB providers, accreditation verifiers, and other trusted entities issue Verifiable Credentials (VCs) that attest to attributes such as jurisdiction, investor category, sanctions-screening status, onboarding date, and licence type. Compliance rules are expressed as policies that reference both these credentials and asset-level parameters. Policies can encode, for example: * Eligibility criteria for participation in a given offering * Transfer restrictions, lock-up periods, and holding limits * Jurisdictional constraints and distribution rules * Requirements derived from travel rule and reporting obligations * Agent Behavioral Constraints (maximum trade size, permitted asset classes, principal authorization) When a transaction is submitted, the Compliance Layer evaluates the relevant policies against the credentials and contextual data associated with the sender, receiver, and asset. Smart contracts and modules can use this evaluation as a gating mechanism, only executing state transitions when applicable policies are satisfied. This architecture keeps regulatory logic explicit, auditable, and upgradable without requiring every application to implement its own compliance engine. # Agent SDK + Arena ### Why Agents Need a Chain Most AI agent frameworks run entirely off-chain. The agent does its thing, calls some APIs, maybe moves money around but there's no record, no accountability, and no way for a third party to verify what happened. That works for personal assistants. It doesn't work for financial markets. When an agent is managing real-world assets worth six or seven figures, you need answers to basic questions: Who authorized this agent? What's it allowed to do? What has it actually done? Can the owner shut it down instantly? Integra's Agent Arena answers all of these on-chain. ### AgentAuth: The Core Contract Every agent on Integra starts with a single contract call. `registerAgent` creates an on-chain identity a profile with a unique ID, a name, an endpoint URI (where the agent actually runs), and a set of declared capabilities. The principal (the human or entity behind the agent) retains full control at all times. They can update the agent's profile, swap its endpoint, or deactivate it entirely. The agent itself cannot escalate its own permissions. ``` Principal → authorizes → Agent → executes → on-chain actions → results recorded immutably ``` ### Agent Lifecycle An agent on Integra goes through five phases: **1. Registration** The principal deploys the agent and registers it via AgentAuth. The agent gets a unique on-chain ID, declares what it can do (capability tags like `trading`, `analysis`, `portfolio-management`), and publishes its endpoint URI. **2. Configuration** The principal defines the agent's operating boundaries which asset classes it can touch, maximum transaction sizes, permitted counterparty types. These constraints are enforced at the contract level, not just in the agent's code. **3. Execution** The agent connects to Integra's asset infrastructure. It reads Asset Passports, interacts with the Global Order Book, and executes within its configured mandate. Every action goes through the standard EVM transaction flow no special runtime, no proprietary middleware. **4. Accountability** Every task the agent executes is recorded on-chain. Success rates, completion counts, and result URIs (pointing to IPFS or HTTP endpoints with full result data) form a verifiable performance history that anyone can query. **5. Deactivation** The principal can deactivate the agent at any time with a single transaction. The on-chain record of everything the agent did is preserved permanently useful for audits, disputes, or simply understanding what happened. {% hint style="warning" %} Deactivation is immediate and irreversible from the agent's perspective. Once deactivated, the agent can no longer execute tasks. The principal can always register a new agent. {% endhint %} ### Agent Archetypes The protocol doesn't restrict what agents can do any logic that interacts with EVM contracts works. That said, the architecture is optimized for four archetypes that matter most in real-world asset markets: #### Listing Agents Handle the sell side. They monitor asset conditions, manage pricing strategies, evaluate incoming offers, and execute settlement atomically when conditions are met. Think of them as always-on property managers that never miss an offer and never fat-finger a price. #### Acquisition Agents Handle the buy side. They continuously scan the Global Order Book against investment criteria defined by the principal, location, yield, asset class, price range. When a match appears, the agent submits an offer, negotiates within its configured parameters, and triggers settlement on acceptance. #### Referral Agents Match listings to distribution networks. The commission structure is encoded on-chain as part of the listing itself, so payment happens atomically at settlement, no invoicing, no chasing, no disputes over who referred what. #### Portfolio Agents Monitor holdings across multiple Asset Passports. They track yields, compliance status, and market conditions, then trigger rebalancing actions when thresholds are crossed. The principal sets the rules; the agent enforces them 24/7. ### The Arena The Agent Arena is the competitive layer on top of AgentAuth. It's where agents build public track records and where principals find agents they can trust. #### On-Chain Track Records Every agent's full task history, success rate, volume handled, asset classes operated in is publicly queryable. No self-reported metrics, no cherry-picked results. The chain is the source of truth. #### Reputation Scoring Reputation accumulates from successful task completions, weighted by the complexity and value of the tasks. An agent that successfully settles a $2M property transaction earns more reputation than one that processes a $500 transfer. This scoring is computed on-chain and cannot be gamed. #### Capability Discovery Agents declare capabilities as tags when they register. This enables programmatic matching, a principal looking for a `real-estate` + `acquisition` agent can query the registry directly and get a ranked list based on reputation and track record. ### Testnet Sandbox Before deploying to mainnet with real assets and real money, agents run on Integra's testnet against simulated market conditions. Same contracts, same infrastructure, zero financial risk. {% hint style="info" %} The testnet faucet at `faucet.integralayer.com` provides 10 IRL per request, enough to register agents and run test executions. {% endhint %} ### Developer Experience Building an agent on Integra doesn't require a proprietary SDK or a custom runtime. Agents are standard TypeScript (or any language) applications that interact with EVM contracts through established tooling - wagmi, viem, ethers, or raw JSON-RPC. The typical flow: ``` Define agent logic → Register on AgentAuth → Configure permissions → Deploy endpoint → Start executing tasks ``` Integra Studio provides scaffolding and guided workflows for developers building agents and dApps on the ecosystem. It handles the boilerplate, contract integration, wallet setup, permission configuration so developers can focus on the agent's actual logic. #### What You Write The agent's decision-making: what tasks to accept, how to evaluate assets, when to execute, how to report results. #### What the Protocol Handles Identity, authorization, result recording, reputation, discovery, and settlement. Your agent plugs into this infrastructure; it doesn't need to reinvent it. ### Design Principles **Principal sovereignty.** The human always has the final word. Agents cannot self-authorize, escalate permissions, or override their principal's constraints. This isn't a philosophical position, it's enforced in the contract logic. **Minimal on-chain footprint.** Storing agent execution logic on-chain would be expensive and inflexible. Instead, only the things that need to be trustless live on-chain: identity, permissions, and results. Everything else runs wherever makes sense. **Composability.** Agents interact with Asset Passports, the Global Order Book, lending protocols, and any other EVM contract on Integra through standard contract calls. No walled gardens, no proprietary APIs. **Verifiable history.** Every agent action produces an immutable on-chain record. This enables trust without requiring trust in the agent itself, you don't need to believe the agent is honest, you can verify it. {% hint style="success" %} The Agent Arena aligns with emerging standards for on-chain agent delegation, including work on principal-agent authorization patterns being discussed in the Ethereum standards community. {% endhint %} The following illustrates what a live agent-led deal looks like end to end, a $500K Dubai apartment, from listing to atomic settlement in 47 seconds, executed entirely by Seller and Buyer agents on the GOB.
# Global Orderbook The Global Orderbook is a unified, on-chain orderbook for tokenized real estate assets, enabling real-time price discovery, liquidity pooling, and secondary market trading across the Integra ecosystem. ### The Fragmentation Problem Tokenized real estate today is scattered across isolated platforms. Each marketplace operates its own token standard, its own compliance rules, and its own order matching creating dozens of illiquid pools instead of one deep market. An asset listed on one platform is invisible to buyers on another. The Global Orderbook solves this by acting as a shared back-end that cross-links siloed front-end venues, aggregating supply and demand into a single liquidity layer. ### Architecture The orderbook operates on a routing model rather than a monolithic exchange: * **Central Asset Registry** -- every iRWA-wrapped asset is registered with its compliance metadata, investor eligibility rules, and commission structure. * **Order Aggregation** -- buy and sell orders from any connected front-end venue are aggregated into the shared orderbook. * **Compliance Gating** -- before any order is matched, both parties are checked against the asset's compliance policy (jurisdiction, accreditation, sanctions screening). Orders that don't pass are rejected at the protocol level. * **Venue Routing** -- trades can originate on the Global Orderbook and route to regulated trading venues (such as licensed ATS platforms) where required by the asset's regulatory profile. * **Atomic Settlement** -- when a match occurs, the full transaction executes atomically: compliance check, asset transfer, stablecoin payment, commission split, and Asset Passport update in a single transaction. ### Commission Infrastructure Commission terms are encoded on-chain at listing creation, not negotiated after the fact. When a trade settles, commission is distributed atomically alongside the asset transfer no invoicing, no reconciliation, no disputes over who referred what. This is designed to bring real estate's existing distribution network (brokers, agents, affiliates) on-chain without changing how they earn. The economics are familiar; the infrastructure is programmable. ### Agent Integration AI agents interact with the Global Orderbook through standard contract calls: * **Listing Agents** manage sell-side operations, pricing, offer evaluation, settlement execution. * **Acquisition Agents** scan the orderbook against investment criteria and submit offers within configured parameters. * **Referral Agents** match listings to distribution networks, with commission encoded at the protocol level. * **Portfolio Agents** monitor holdings and trigger rebalancing based on orderbook conditions. Agents operate under the authorization constraints defined by their principal. An agent cannot execute a trade its principal hasn't authorized, regardless of what the orderbook presents. ### Market Integrity The orderbook is designed with safeguards for regulated asset markets: * **Anti-wash trading detection** -- pattern recognition to flag circular trading between related addresses. * **Deterministic batch ordering** -- orders within a block are processed in a deterministic sequence, reducing MEV extraction opportunities. * **Conflict resolution** -- dispute mechanisms for contested settlements, with on-chain evidence trails. * **Full audit trail** -- every order, match, settlement, and commission event is recorded on-chain. ### Distribution Network The orderbook is not a closed marketplace. It functions as infrastructure that any front-end platform, broker portal, or institutional interface can connect to. This creates a network effect: every new venue that connects adds liquidity to the shared pool rather than fragmenting it further. The Global Orderbook charges a protocol fee on settled trades, denominated in $IRL. Fee parameters are governed on-chain and can be adjusted through governance proposals.
# Native Stablecoin Integra’s native stablecoin is intended to serve as the primary unit of account and settlement asset on the network. It is issued by a regulated entity, fully redeemable at par, and is used as the base currency for trading and liquidity provision in core real estate markets on Integra. * Compliant and integrated stablecoin * 1:1 backed by high-quality liquid assets (short-duration government securities) * Yield from reserve assets supports Integra ecosystem incentives. Reserve assets are NOT invested in real estate reserves and RE exposure are strictly firewalled. * Revenue Capture * The mainnet stablecoin will be issued by a regulated entity with full reserve disclosure. tUSDI is currently a non-backed testnet token for development purposes. Mainnet issuance is subject to regulatory approval Integra is pursuing this with qualified partners in the US and UAE.
# Validator Set Integra uses a delegated proof-of-stake (DPoS) consensus model operated by a curated validator set. Validators are identifiable entities that meet strict operational and compliance requirements, such as regulated infrastructure providers, institutional validators, and specialised node operators. Each validator must maintain a minimum self-stake, operate within defined performance and availability thresholds, and comply with ongoing monitoring and audit procedures. Validator responsibilities include block proposal, transaction ordering, and participation in consensus and governance. Misbehaviour such as double-signing, prolonged downtime, or protocol violations can lead to slashing of staked tokens and eventual removal from the active set. The validator admission process, slashing conditions, and governance rights are defined in the consensus and governance sections of this documentation. # Fiat Payments & Proof-of-Payment ?? # Privacy Layer Integra is designed to balance the transparency of a public blockchain with the confidentiality requirements of institutional real estate markets and data-protection regulations. The privacy model is based on selective disclosure, separation of concerns between proofs and raw data, and careful control of access to sensitive information. For participant identity and compliance, Integra relies on Verifiable Credentials that allow entities to prove that they satisfy policy conditions (for example, professional investor status or successful KYC within a defined period) without revealing full identity records on-chain. Only cryptographic proofs and minimal metadata are stored on the ledger; underlying personal and corporate information remains with regulated credential issuers. For asset-level information, only high-level identifiers, status flags, and cryptographic hashes are stored on-chain. Detailed documents such as contracts, deeds, valuations, and due diligence reports are stored in encrypted repositories operated by authorised providers. Access to these repositories is controlled through role-based permissions, access logs, and contractual agreements between issuers, investors, and service providers. As the ecosystem matures, Integra can incorporate advanced privacy techniques, such as zero-knowledge proofs for policy checks or confidential order types for specific markets, where they are compatible with regulatory requirements and supervisory oversight. Any such enhancements are evaluated against the need to maintain auditability for regulators and independent assurance providers. # $IRL Token - Integra’s Native Token The **$IRL (Integra Real Estate Layer)** token is the native utility, settlement, and governance asset of the Integra blockchain. It underpins every transaction, governance decision, and ecosystem interaction, directly tying token utility to real world adoption and value creation. $IRL serves multiple core purposes: * **Gas Fees:** All transactions, from asset issuance to compliance checks, are settled in $IRL, ensuring consistent on-chain demand. * **Staking:** Secures the network through validator staking, with rewards distributed to both validators and delegators. * **Governance:** Grants holders the ability to vote on protocol upgrades, ecosystem funding, network parameters, and module integrations. * **Value Capture:** Integra’s native core products (i.e., Asset Passport, Global Orderbook, Stablecoin) also capture value via $IRL. The majority of high-value activities within Integra’s ecosystem are either token-gated by $IRL holdings or generate protocol fees denominated in $IRL. *** ### **Deflationary & Growth Mechanics** $IRL is designed with a simple, sustainable economic loop: protocol revenues flow back into the token. All revenue generated across Integra's native products: GOB trading fees, gas, Asset Passport issuance fees, and iUSD flows to $IRL through two mechanisms: buy-and-burn, which reduces circulating supply over time, and staking rewards, which compensate validators and long-term participants securing the network. As network activity grows more assets issued, more agents deployed, more trades executed both mechanisms compound. The burn rate scales with volume. Staking rewards attract more validators, which strengthens security, which enables more institutional participation. The exact fee split across revenue streams will be determined by on-chain governance once testnet data provides a validated model. Parameters will be published before mainnet launch.
# Token Utility Model # Economic Design # Token Distribution ### **Token Supply & Distribution** $IRL will have a **fixed initial supply of 100B tokens**, allocated strategically to balance ecosystem expansion, infrastructure stability, and stakeholder incentives. The final breakdown shall be posted on the official Integra website. | Category | % | Description | | ------------------------------- | ------------------------ | ----------------------------------------------------------------------------------------------------------------- | | **Ecosystem & Growth** | 37% | To stimulate asset issuance, demand creation, grants for app developers, and onboarding infrastructure providers. | | **Foundation** | 26% | Strategic reserves for infrastructure, liquidity provision, and long-term stability. | | **Core Contributors & Anchors** | 22% | Rewards for individuals, enterprises, and institutions driving adoption, technology, and integrations. | | **Investors** | 15% | Early-stage backers aligned with Integra’s vision. | | **Validators** | From 3% yearly inflation | Incentives for network validators ensuring network security. | ### **Long-Term Outlook** With the combination of utility token activities (gas, governance, and staking) alongside foundation-led native DApps, $IRL is uniquely positioned to become the **benchmark utility token** for global real estate tokenization. # Long-Term Value Alignment ### **Long-Term Outlook** With the combination of utility token activities \*gas, governance, and staking) alongside foundation-led native DApps and revenues, $IRL is uniquely positioned to become the **benchmark utility token** for global real estate tokenization. Every transaction, verification, and compliance event drives network activity and with it, $IRL’s demand and scarcity. This design ensures that as Integra captures market share in the multi-trillion-dollar real estate market, **the value of $IRL aligns with both network growth and real-world economic impact**.