Frequently Asked Questions
Anyone can join the TESSERACT cooperative by acquiring the minimum number of T-CO'OP tokens required for your chosen membership tier. There are no geographical restrictions, though members must comply with their local regulations.
T-CO'OP tokens can be purchased through our token sale events, on supported cryptocurrency exchanges, or through our direct purchase portal after connecting your wallet.
We support most major Ethereum-compatible wallets, including MetaMask, WalletConnect, Coinbase Wallet, and Trust Wallet. We recommend using a wallet where you control your private keys.
There are no recurring membership fees. Your membership is secured by holding the required number of T-CO'OP tokens in your connected wallet.
Your membership is tied to your T-CO'OP tokens. You can transfer or sell your tokens according to the terms outlined in our membership agreement, which may include vesting periods for certain membership tiers.
Tesseract employs a dual-token architecture consisting of: - T-ASSET: A security-like token representing fractional ownership in real-world GPU infrastructure. T-CO'OP: A utility and governance token facilitating ecosystem participation, staking, and governance. This structure separates asset ownership from utility functions, aiding in regulatory compliance and ecosystem scalability.
T-ASSET represents ownership in Tesseract’s infrastructure and entitles holders to revenue distributions from the Vault. It is available exclusively to Qualified Purchasers (QPs) and is subject to transfer restrictions to comply with securities regulations.
T-CO'OP serves as the primary utility and governance token within the Tesseract ecosystem. It enables holders to participate in governance decisions, stake for rewards, and access ecosystem services. Its valuation is managed through mechanisms like the Hyper Augmented Bonding Curve (HABC) and the Trinity Stability and Liquidity Mechanism (TSLM).
The dual-token model allows for: - Regulatory compliance: By separating securities (T-ASSET) from utilities (T-CO'OP). - Ecosystem scalability: T-CO'OP facilitates broad participation without affecting asset ownership. - Risk mitigation: Isolating financial instruments from utility tokens reduces systemic risks.
Tesseract restricts T-ASSET to Qualified Purchasers and implements transfer restrictions. T-CO'OP is designed as a utility token, focusing on governance and ecosystem participation, aligning with utility token classifications in major jurisdictions.
TSLM is a framework combining the Hyper Augmented Bonding Curve (HABC), real-time price management algorithms, and evolutionary layers to maintain T-CO'OP’s price stability and liquidity.
Direct conversion is not standard. However, under certain conditions or governance-approved events, limited conversion paths may be available, ensuring T-ASSET’s scarcity and investor value are preserved.
While Tesseract separates asset ownership (T-ASSET) from utility (T-CO'OP), Bittensor’s model, as seen in the Masa subnet, introduces a dual-token reward system ($MASA and $TAO) to incentivize participation. Both systems aim to balance utility and investment functions but differ in implementation and focus areas.
TesseractDAO is the decentralized governance body overseeing the Tesseract ecosystem. T-CO'OP holders participate in decision-making processes, including protocol upgrades and strategic initiatives.
T-CO'OP holders can stake their tokens to earn rewards and participate in governance. The staking system is managed by smart contracts, ensuring transparency and security.
HABC is an advanced bonding curve mechanism that adjusts token valuation based on supply and demand within predefined mathematical constraints, aiding in price stability and liquidity.
Revenue generated from Tesseract’s infrastructure is distributed to T-ASSET holders, reflecting their ownership stake. The distribution process is managed through smart contracts, ensuring fairness and transparency.
T-ASSET is available exclusively to Qualified Purchasers (QPs) who meet specific eligibility requirements, ensuring compliance with securities regulations.
By separating utility (T-CO'OP) from asset ownership (T-ASSET), Tesseract allows for broad participation in the ecosystem without compromising the integrity of asset-backed tokens.
Tesseract employs the Trinity Stability and Liquidity Mechanism (TSLM), which includes the Hyper Augmented Bonding Curve (HABC) and real-time price management algorithms to maintain token price stability.
T-CO'OP holders participate in governance decisions through TesseractDAO. However, decisions directly affecting T-ASSET are subject to additional compliance and regulatory considerations.
Tesseract implements jurisdiction-specific compliance procedures, including geofencing and identity verification, to ensure participants meet local regulatory requirements.
Smart contracts manage various functions within the Tesseract ecosystem, including staking operations, governance processes, and revenue distribution, ensuring automation and transparency.
Retail participants can engage with the ecosystem through T-CO'OP, participating in governance, staking, and accessing services, without the complexities associated with asset ownership.
For detailed information, refer to the Tesseract Litepaper, which provides comprehensive insights into the ecosystem’s architecture, tokenomics, and governance.
Tesseract offers higher returns by grounding its economic model in real-world infrastructure revenue rather than speculative token inflation. - Revenue-Generating Infrastructure - Asset-Backed Distributions - No Inflationary Dilution - Vault Capital Efficiency - Stability & Liquidity Framework (TSLM) - Efficient Governance and Allocation
Tesseract uses real-world assets (RWA)—specifically GPU-based infrastructure—as a solid foundation to build an amplified, geometric utility layer on top. - T-Asset represents the base layer: capital invested into real, cash-generating infrastructure. - T-CO'OP is the upper layer: a flexible, dynamic utility token that thrives on the yield from the RWA foundation. This allows Tesseract to project exponential utility from a grounded, finite, and growing pool of assets.