Our Smart Contract Architecture
A meticulously engineered system of contract templates and token structures designed to demonstrate real estate digitization possibilities
Technology Foundation
Our blockchain framework at Aeterstate isn't just technology for technology's sake – it's the architecture that showcases how real estate participation could become more secure, transparent, and efficient through digital innovation.
We've designed our technology application with a carefully structured system of token models and smart contract templates that work together seamlessly. Each component serves a specific purpose while contributing to our larger vision: demonstrating new possibilities for real estate access.
This technology creates the foundation for trust and efficiency in digital real estate representation. It's sophisticated under the hood, but designed to feel simple and intuitive when you use our beta testing environment.
Enhanced Security Architecture
Cryptographic protection for all simulated transactions with immutable record-keeping
Complete Transparency Framework
Comprehensive visibility into digital asset representation, distribution tracking, and transaction verification
Process Optimization
Automated procedures that demonstrate efficiency improvements and streamlined documentation handling
Smart Contract Design & Role Framework
Engineered for Security, Transparency & Regulatory Awareness
We've architected our blockchain infrastructure with clear separation of roles and responsibilities, demonstrating how a secure foundation for digital real estate representation might function.
Aeterstate-Designed Templates
We design and develop all core smart contract templates in-house, subjecting them to rigorous security reviews before demonstration. Our standardized frameworks showcase consistent functionality that emphasizes reliability.
SPV-Focused Architecture
Our technology demonstrates how each property could operate through its own Special Purpose Vehicle (SPV) that deploys dedicated contracts. In a production environment, every SPV would require a comprehensive investment prospectus meeting Swiss securities requirements, providing complete transparency on structure, risks, and terms – a principle we demonstrate in our testing environment.
Technology Development Timeline
Our pathway to technology demonstration
Current Testnet Phase (Invitation Only)
AECHF demonstration token for simulating transactions- AMM simulation environment for testing trading interfaces
- Zero monetary value tokens with no financial transaction capabilities
Future Development Pathway
- Potential integration with licensed security token infrastructure
- Architecture supporting regulated stablecoin integration
- Framework designed with Swiss regulatory considerations
Security Token Design Demonstration
Our architecture demonstrates how SPVs could deploy token contracts while maintaining appropriate controls
The funding contract template shows how token distribution might occur only upon meeting specific conditions
Our batch processing technology demonstrates gas-optimized distribution exclusively to authorized participants
The token structure illustrates how digital tokens could represent legal obligations backed by underlying property
Our demonstration environment operates within a permissioned framework where all participants undergo KYC verification simulation. This shows how an authenticated, transparent property digitization system could function without sacrificing the benefits of blockchain technology. Our beta environment includes demonstration prospectuses for each simulated property, showing our awareness of and commitment to proper documentation requirements.
AE Utility Token: Technology Access & Governance
The foundation of the Aeterstate technology ecosystem
The AETERSTATE (AE) utility token is being designed to provide access to platform features and community governance participation. It is not a security or investment product. The token's primary function would be to facilitate technology access and community governance, with a planned supply of 280 million tokens distributed to support long-term technology sustainability.
Token Allocation
Total Supply
280M
125M tokens
125,000,000 AE
51M tokens
51,000,000 AE
34M tokens
34,000,000 AE
42M tokens
42,000,000 AE
28M tokens
28,000,000 AE
Development Allocation
We plan to implement a 36-month vesting schedule for our founding team and early contributors, ensuring interests remain aligned with the community and the platform's long-term success.
Ecosystem Enhancement
We intend to allocate resources directly to the platform's growth through carefully designed community programs, user engagement initiatives, and ecosystem development.
Liquidity Architecture
Our design includes provisions to establish healthy token exchange opportunities by strategically allocating to both centralized and decentralized exchange mechanisms.
Technology Reserve
Think of this as our contingency allocation – it ensures the ecosystem could remain resilient through different market conditions. Any use of these tokens would require community governance approval.
Community Distribution
Our model places nearly half of all tokens into the hands of public participants. This wide distribution of governance rights would prevent centralized control and foster genuine community guidance where your voice matters.
Access Tier Framework
The more AE tokens you hold, the more benefits you unlock
Starter Access
Level 1
Standard platform access and feature utilization- Generate one unique platform invitation code yearly
- Engage in standard community governance polls
Enhanced Access
Level 2- Generate three platform invitation codes yearly
- Receive invitations to exclusive annual events
- Entry into private community discussion groups
- Priority access for new feature rollouts first
- Enhanced influence in governance proposals
Premium Access
Level 3- All Enhanced Access level features included always
- Receive a unique Ambassador invitation code
- Earn rewards for successful Ambassador referrals
- Direct channel for feedback to development team
- Ability to initiate key governance proposals
Community Participation Framework
AE tokens would give you a direct voice in how our technology evolves
Voting Capabilities
Provide input on new features and help shape the platform's development direction.
Property Selection Input
Participate in discussions about property types that might be featured in our demonstrations.
Platform Evolution
Contribute feedback on user experience improvements and technological enhancements.
The AE utility token is being designed solely for platform access and governance participation. It would not be a security token and would not represent any ownership in real estate assets or entitle holders to any investment returns. Access to real estate token demonstrations within our beta environment requires acceptance of testing terms and eligibility verification.
KYC Verification Architecture & Digital Identity
Creating a Trusted Technology Environment
Our KYC system architecture forms the foundation of Aeterstate's secure technology ecosystem, ensuring you're only participating alongside properly verified users.
Non-transferable Token Architecture
Our design ensures your KYC verification token remains permanently linked to your verified identity, demonstrating technological integrity.
Binary Verification Framework
Either verified (1 token) or unverified (0 tokens), showcasing a straightforward yet effective authentication methodology.
On-chain Verification Technology
Immediate status verification without compromising your privacy, secured by cryptographic technology.
Comprehensive Integration
All platform contract templates automatically validate KYC status, demonstrating a secure authentication environment.
Dual Verification Architecture
We've engineered our system to demonstrate different verification pathways based on participant type
Individual Participants
- 1
Complete our streamlined KYC verification simulation
- 2
Receive 1 KYC token in the demonstration environment
- 3
All your test transactions are automatically verified against your KYC status
Institutional Interface
- 1
Contract addresses undergo specialized verification procedures
- 2
Whitelisting demonstration for approved contract interfaces
- 3
Enhanced monitoring capabilities showcase compliance possibilities
Organizational Framework: For demonstration purposes, we show how investment funds, DAOs, and other collective participation entities could receive specialized verification, comprehensive monitoring, and seamless integration for approved contracts to interact within the ecosystem.
Regulatory Awareness by Design
Our KYC system architecture demonstrates awareness of Swiss financial regulations while protecting participant privacy
AML/KYC Architecture – Technology framework designed with consideration for Swiss regulatory requirements
Privacy-Preserving Design – Verification demonstration without exposing sensitive personal data
Security Enhancement – Eliminates anonymous participants from the beta testing ecosystem
Verification Tracking – Complete verification history for demonstration purposes
This verification framework demonstrates how a foundation for confidence could be established, showing how participants could interact within a properly identified and authenticated environment.
Real Estate Token Architecture & SPV Framework
Demonstrating real estate digitization possibilities
Our token architecture demonstrates how digital representations could reflect legal obligations issued by dedicated Special Purpose Vehicles (SPVs). In a production environment, each SPV would provide a comprehensive investment prospectus meeting Swiss regulatory requirements. Our beta environment includes demonstration prospectuses showing our awareness of proper documentation requirements. All simulations acknowledge that past performance cannot guarantee future results, and that real investments carry risks including potential principal loss.
Digital Real Estate Representation: Legal Framework Awareness
Each property demonstration includes simulated prospectus documentation and SPV structure explanation
Property Participation Simulation – Demonstrating how token holders might participate in property appreciation while maintaining legal clarity
Asset-Backed Architecture – Showing how each token could link directly to specific real estate assets
Regulatory Framework – Architecture designed with awareness of Swiss debt instrument regulations
Transparent Structure – Demonstrating clear relationship between token holders and property interests
Comprehensive Digitization Framework
From legal documentation to income tracking, our technology architecture demonstrates the complete process
Documentation Architecture
- Regulatory Documentation Awareness
Our demonstrations show how SPVs would provide detailed prospectuses meeting Swiss regulatory requirements. Includes simulations of risk disclosures, financial projections, and legal obligations. Demonstrates pre-approval review process before any offering would occur.
- Immutable Record System
All simulated legal documentation including prospectuses are stored with cryptographic verification
- Information Accessibility
Detailed property data and comprehensive financial information
- Participation Framework
Clear demonstration of rights, obligations, and governance mechanisms
- Continuous Availability
Documentation accessible throughout the demonstration experience
Tokenization Architecture
Optimized Batch Processing for computational efficiency
Supply management controls within smart contract architecture
Automated verification parameters
Transparent process tracking systems
Distribution Technology
Automated monthly distribution simulation
Proportional allocation based on holdings
Multiple payment method compatibility
Cryptographically verifiable transaction records
Merkle Tree Validation Technology
Demonstrating transparent and verifiable distribution capabilities
Cryptographic Verification – Mathematical verification of distribution calculations
Participant Validation – Any authorized participant can verify distribution accuracy
Tamper-Resistant Records – Ensures documentation and distribution integrity
Historical Verification – Complete transaction record maintained on-chain
This system demonstrates how traditionally opaque real estate documentation could be transformed into a transparent process where every transaction is mathematically verified and permanently recorded using blockchain technology.
Funding & Distribution Technology Framework
Streamlined, Transparent & Secure Process Architecture
Our funding architecture demonstrates a seamless property digitization experience while maintaining strict security controls and regulatory awareness, showing how real estate participation could potentially become as straightforward as familiar online interactions.
Streamlined Technology Process
Standard Interface – Familiar transaction flow with straightforward approval simulation
Gasless Interaction Design – Participate without requiring ETH for gas fees, demonstrating reduced technical barriers
Accessibility Architecture – Demonstration environment showing participation starting from 100 CHF equivalent
Transparent Tracking – Observe process status with transparent on-chain verification
Resource & Fee Management Framework
Fee Transparency – Clear percentage-based demonstration (3% in our simulation environment)
Role-Based Security – Only authorized entities can perform administrative functions
Process Sequencing – Logical operation ordering for maximum clarity and security
State Management – Operations restricted to appropriate lifecycle states
Optimism L2 Technical Optimization
Leveraging Layer 2 technology for enhanced efficiency and reduced computational costs
Adaptive Processing – Adaptive Processing – Automatically adjusts based on network conditions
Cost Optimization Framework – Cost Optimization Framework – Designed for Optimism's efficient data architecture
Performance Analysis – Performance Analysis – We analyze historical performance to enhance future efficiency
Network-Aware Design – Network-Aware Design – Adapts to traffic conditions for reliable operation
Process Lifecycle Framework
Each property token demonstration follows a structured, transparent lifecycle
Active
Open for participation with complete documentation available
Paused
Temporarily suspended (for technical or operational reasons)
Distribution
Successfully completed, tokens being allocated to participants
Refund
Goal not achieved, simulated capital would be returned
Closed
Process completed, all demonstration tokens distributed or refunds processed
This architecture demonstrates how a streamlined participation experience could maintain strict security controls and regulatory awareness, potentially making real estate participation more accessible.
Exchange & Liquidity Technology
Demonstrating market stability and transparent trading concepts
Our trading technology architecture is designed to demonstrate operations within Swiss regulatory parameters for security tokens. In a production environment, access to trading features would be restricted based on regulatory eligibility criteria and KYC verification. Actual trading would be conducted through licensed Swiss financial institutions in compliance with applicable securities laws.
Development Progression Path
Our development progression ensures compliance at every stage:
Testnet Demonstration – Automated Market Maker simulation for educational purposes only
Exchange Algorithm – Efficient pricing model demonstration with additional protection mechanisms
Zero-Value Environment – All beta testing uses demonstration tokens only with no monetary value
Interface Testing – Enables user experience optimization without financial implications
Regulated Exchange Architecture Vision
For a production environment, the architecture envisions:
Licensed Partner Framework – Production version would integrate with regulated Swiss financial institutions possessing appropriate securities trading licenses
Compliance-Aware Design – Access controls based on regulatory requirements and participant eligibility criteria
Institutional Security Standards – Bank-caliber protection for all transactions
Professional Exchange Interface – Traditional market functionality for optimal price discovery
Documentation Accessibility – Continuous access to simulated prospectuses and all regulatory documentation throughout the trading interaction
Market Protection Architecture
Multiple safeguards demonstrate protection possibilities:
Impact Control System – Maximum 5% price impact limitation demonstrates manipulation prevention
Safety Mechanism – Automatic suspension during unusual activity detection
Timing Controls – Minimum interval between trades demonstrates flash attack prevention
Multi-Level Security – Multiple verification steps before transaction execution
Value-Tracking Technology
Our architecture demonstrates potential value tracking capabilities:
Oracle Integration Framework – Real-time valuation demonstration for token holdings
Enhanced Event System – On-chain tracking of both token quantity and CHF value representation
Historical Record System – Complete history of simulated value changes
Performance Visualization – Clear illustration of simulated performance metrics
Technology Development Roadmap
Current Testnet Environment
Initial AMM implementation with zero monetary value for interface testing and user experience optimization without financial implications.
Regulatory Alignment Planning
Architecture designed for potential partnership with regulated Swiss financial institutions to establish a compliant trading environment with institutional-grade security.
Future Production Possibilities
Potential deployment pathway for advanced market protection mechanisms and value-aware transactions for a comprehensive, secure exchange experience.
In a production environment, trading infrastructure would be operated by licensed Swiss financial institutions. Access to trading features would be subject to regulatory requirements, including investor eligibility criteria, KYC verification, and compliance with applicable securities laws. Past performance does not guarantee future results, and trading in security tokens would carry risks including potential loss of principal.