Money Wiki

Tenet Protocol: Diversified Proof of Stake with Liquid Staking Collateral

Share:

A $2 million seed round from Polychain Capital and Dragonfly Capital in Q2 2021 gave them runway. These investors recognized the potential as the market shifted toward proof-of-stake.

Ticker

TENET

Layer

Layer 1

Consensus

Diversified Proof of Stake (DPoS)

Issuer

Alexander Hale

Launched

2021

Status

Active

External Links & Resources

Introduction and Overview

Tenet tackles a real problem in proof-of-stake systems: staking locks capital. You put coins down to help secure the network and they sit idle. You can't use them in DeFi while staking. This is capital inefficiency that doesn't exist in traditional systems—you don't freeze money to contribute to security.

Tenet's solution: accept liquid staking derivatives as collateral for validators. Stake ETH, get stETH, deposit that stETH to run a Tenet validator. Your capital produces security rewards and DeFi returns simultaneously. This expands the capital pool available for network security while improving capital efficiency.

The protocol builds on Cosmos SDK with full EVM compatibility through Ethermint. This hybrid approach bridges Cosmos and Ethereum ecosystems. Target throughput is 500 TPS with 6-second blocks and 12-second finality. It sits in the mid-tier of modern blockchain performance, neither cutting-edge nor embarrassing.

The core innovation requires careful collateral management. Validators can accept liquid staking derivatives from other blockchains (stETH, mSOL, stAtom, and others) but must maintain diversity. No single LSD can dominate a validator's portfolio. This prevents pathological scenarios where one asset's failure cascades.

History and Development

The founding team—Alexander Hale, Sergei Gurevich, Aaron Oswald—started in late 2020 analyzing proof-of-stake inefficiencies. They studied Ethereum 2.0's staking mechanisms, Cosmos validator economics, and emerging liquid staking. They concluded that fundamentally reimagining collateral requirements could unlock substantial value.

A $2 million seed round from Polychain Capital and Dragonfly Capital in Q2 2021 gave them runway. These investors recognized the potential as the market shifted toward proof-of-stake.

Development moved through predictable phases:

  • 2021-2022: Protocol specification, consensus mechanism design, Cosmos SDK integration, cryptographic analysis, game-theoretic modeling of incentives. MIT's Digital Currency Initiative and Stanford's Blockchain Laboratory provided external validation.
  • 2022-2023: Testnet deployment with ~200 validators, proving consensus stability and throughput.
  • June 2023: Mainnet launch with genesis validators including major Cosmos participants (All in Bits, Figment, Cosmostation) and institutional staking providers.
  • 2023-2024: Ecosystem development. Major DeFi protocols deployed on Tenet, attracted by EVM compatibility and unique collateral mechanics.
  • 2024-2026: Maturation with growing TVL, validator participation, Tenet-native DeFi applications.

Technical Architecture

Tenet combines Cosmos SDK infrastructure with Ethereum Virtual Machine compatibility and novel consensus layer modifications for diversified collateral.

The consensus layer uses modified Tendermint BFT that accounts for collateral composition. Standard Tendermint maps voting power directly to stake. Tenet modifies this for heterogeneous collateral, implementing collateral-specific slashing conditions.

The collateral management system is Tenet's primary innovation. The protocol maintains collateral pools for accepted liquid staking derivatives (stETH, mSOL, stAtom, etc.) with careful accounting per validator. Diversification requirements prevent pathological concentration:

  • Native TENET: minimum 40% of total collateral
  • Single LSD type: maximum 30% of total collateral
  • Overall foreign collateral: maximum 60% of total collateral

The oracle system provides real-time pricing for diversified collateral using Chainlink, Pyth, Mirror Protocol aggregated. Oracle failures or manipulation trigger automatic safeguards including reduced rewards or temporary collateral restrictions.

The EVM compatibility layer implements Ethermint, enabling standard Solidity deployment with Ethereum tooling. Developers can port Ethereum applications with minimal changes.

IBC integration enables cross-chain asset transfer with other Cosmos chains. Assets move seamlessly between Tenet and Cosmos Hub, Osmosis, and others.

State management employs standard Cosmos SDK KVStore with EVM state representation optimizations. Tenet maintains dual state: Cosmos SDK (validators, staking, IBC) and EVM (smart contracts, accounts, balances).

The transaction pipeline implements mempool management prioritizing by fee and priority, separating consensus-layer transactions (validator operations, governance) from EVM transactions (smart contracts).

Consensus Mechanism

Diversified Proof of Stake represents the technical sophistication. Byzantine fault tolerance comes through Tendermint BFT: validators controlling less than 1/3 of voting power cannot prevent consensus finality.

Stake weighting is complex. Traditional PoS maps stake directly to voting power. Tenet allows heterogeneous collateral, requiring a collateral adjustment factor (CAF) modifying voting power based on composition:

Voting Power = Total Collateral Value × CAF

CAF = 0.8 + (0.2 × (TENET % / 40%))

This rewards validators for maintaining higher TENET percentages while not overly penalizing foreign collateral.

Slashing is enhanced for diversified collateral:

  • Collateral-specific slashing: If an LSD experiences significant devaluation or technical failure, validators holding it face increased slashing risk
  • Diversity violation slashing: Falling outside permitted ranges triggers automatic voting power reduction and potential slashing
  • Oracle manipulation slashing: Severe penalties for proven oracle manipulation

Liquidation mechanisms trigger automatically if collateral values drop below thresholds. At 90% of minimum required, the protocol enforces liquidation windows. Validators must deposit additional collateral or face removal with liquidation through automated auctions.

Reward distribution allocates annual inflation (15-20% APR) based on voting power and commission rates. The structure encourages participation and capital attraction. Higher diversification receives slightly higher base APR, incentivizing balanced portfolios.

Tokenomics and Supply

TENET has 1 billion maximum supply with approximately 120 million circulating as of early 2026.

The supply schedule implements declining predetermined inflation:

  • Years 1-2: 20% annual inflation
  • Years 3-4: 15% annual inflation
  • Years 5-6: 10% annual inflation
  • Year 7+: 5% annual inflation

This gradually reduces new issuance while maintaining long-term validator incentives.

Initial distribution:

  • 30% to core team and advisors (4-year vesting)
  • 20% to strategic investors and seed/Series A
  • 15% to foundation treasury
  • 10% to ecosystem development
  • 25% to public distribution and mining rewards

The distribution balanced decentralization with founder incentive alignment.

Primary uses:

  • Validator collateral: staked as native currency for consensus
  • Delegation: delegators stake to validators earning rewards
  • Gas fees: required for network transactions
  • Governance: TENET holders vote on protocol changes and upgrades
  • LSD integration: wrapped into liquid staking tokens (tTENET) for use as validator collateral elsewhere

Liquid staking economics matter critically. Protocols like Tenet Liquid Staking enable users to deposit TENET and receive tTENET, maintaining DeFi access while earning staking rewards. This expands TENET utility and reduces capital inefficiency.

Fee structure implements variable transaction costs based on network congestion. Base fees are 0.0001 TENET per transaction byte with surge pricing during congestion. All fees burn, creating deflation during high-activity periods.

Ecosystem and DeFi

Tenet cultivated an active DeFi ecosystem with swaps, lending, derivatives, and yield farming.

TeSwap operates as Tenet's primary AMM, providing liquidity for TENET/stablecoin pairs and cross-collateral swaps. Uniswap integration through LayerZero enables access to broader liquidity pools.

TenLend provides Compound-like lending protocols. Derivatives exchanges enable leveraged staking positions, allowing users to borrow TENET against LSD collateral for complex financial structures.

Liquid staking integration distinguishes Tenet's ecosystem. Multiple liquid staking providers operate on Tenet (Tenet Native Staking, Lido Tenet, Marinade clones), creating competitive markets for LSD issuance, driving innovation and redundancy.

Yield farming opportunities proliferate through incentive programs distributing TENET. The Foundation allocated substantial treasury resources to bootstrap liquidity during 2023-2024, gradually reducing incentives as organic activity grew.

Institutional staking participation grew following mainnet launch. Coinbase Custody, Galaxy Digital, and others began staking TENET for clients, signaling confidence in protocol viability and validator economics.

NFT and gaming integration developed on Tenet. Play-to-earn games benefit from EVM compatibility and low transaction fees relative to Ethereum.

Governance and Community

Tenet implements on-chain voting with off-chain discourse following Cosmos ecosystem practices.

Governance voting occurs through proposals where TENET holders vote using delegated tokens. Voting lasts 7 days with quorum requiring 20% participation and 66.67% approval threshold. Emergency mechanisms exist for critical security issues with expedited voting.

Proposal types include parameter changes, protocol upgrades, treasury spending, validator set adjustments, DeFi integration decisions.

The Foundation Council operates for operational decisions between on-chain voting cycles. The council comprises 5-7 members representing stakeholders (validators, institutional investors, ecosystem developers, community) subject to annual election.

The governance culture emphasizes transparency. Proposals go through extensive community discussion before voting, with impact analyses published beforehand.

A Validator Operators Council addresses validator-specific decisions including slashing thresholds, collateral rules, and oracle provider selection. This specialized governance recognizes operator domain expertise.

Governance participation has declined from 45% at genesis to approximately 20% by 2026. The Foundation has implemented notifications and engagement programs to maintain participation.

Security and Audits

Security spans traditional blockchain concerns and novel diversified-collateral risks.

Cryptographic security relies on standard ECDSA signatures and Tendermint BFT. No exotic cryptography employed—a conservative approach prioritizing code clarity and auditability.

Smart contract auditing for Tenet-deployed protocols required major firms including Certik, OpenZeppelin, and Quantstamp. The Foundation maintains audit requirements for treasury-supported protocols, aligning fund allocation with security standards.

Consensus-layer security received formal verification from Stanford researchers, with published papers validating Byzantine fault tolerance guarantees and modified voting power calculation soundness.

Oracle security is critical given dependency on external price feeds for collateral valuation. Tenet implements 3+ independent oracles with consensus requirement, oracle diversity provisions (no single entity controls majority), and automated circuit breakers pausing during flash crash scenarios.

The incident history shows one major security event: December 2023 vulnerability in EVM state commitment code allowing temporary double-spending in edge cases affecting 0.002% of TENET supply. Automated circuit breakers triggered within 2 hours. A rapid patch resolved the issue, and treasury funds compensated affected users.

Third-party insurance protocols offer validator insurance mitigating slashing or liquidation risks, creating moral hazard but remaining minor relative to staked capital.

Regulatory and Compliance

Regulatory environment is uncertain with particular attention to collateral diversity and LSD implications.

Token classification varies by jurisdiction. The U.S. SEC hasn't formally opined on TENET. Foundation legal counsel has prepared arguments that TENET qualifies as a commodity rather than security under SEC standards given its purely functional network security role.

Staking regulation creates emerging compliance challenges. The IRS indicated staking rewards constitute taxable income at fair market value on receipt, distinguishing from passive investment. Tenet has published guidance for users, and exchanges have begun reporting rewards to tax authorities.

LSD regulation introduces complexity. Singapore and Hong Kong have begun regulating LSD issuers as fund managers, creating licensing requirements for protocols offering liquid staking.

Cross-border compliance requires access restrictions from certain jurisdictions (China, North Korea, Iran, and others) through IP-based geofencing, though sophisticated users can bypass.

EU MiCA compliance imposes requirements on ecosystem service providers (exchanges, custodians) but primarily affects platforms rather than the protocol itself.

Competitive Landscape

Tenet competes within crowded Layer 1 blockchain markets, positioning itself as a capital-efficient staking solution.

Cosmos Hub focuses on IBC interoperability with lower feature richness than Tenet but greater decentralization. Osmosis dominates Cosmos DeFi with superior liquidity. Evmos offers EVM compatibility on Cosmos, directly competing for Ethereum developers.

Broader Layer 1 competition includes Ethereum (post-Merge PoS), Polygon, Avalanche offering mature ecosystems and institutional adoption.

Tenet's differentiation:

  • Diversified collateral: unique among major L1s
  • EVM compatibility: bridges Cosmos and Ethereum
  • Capital efficiency: reduces locked staking capital inefficiency
  • Governance innovation: sophisticated on-chain voting mechanisms

Competitive challenges:

  • Ecosystem maturity: smaller developer base and lower TVL than Ethereum or Polygon
  • Regulatory uncertainty: collateral diversity creates novel regulatory risks
  • Liquidity fragmentation: lower than established chains
  • Brand recognition: limited awareness relative to Ethereum or Solana

Future Roadmap

Collateral expansion plans integration of additional LSD types beyond current support. Priority assets include Lido derivatives across blockchains and newer LSDs from emerging protocols.

EVM enhancements propose implementing EIP-4844 proto-danksharding optimizations to reduce transaction costs and increase throughput to 1000+ TPS while maintaining 12-second finality.

IBC cross-chain liquidity aims to enable swaps between Tenet and other Cosmos chains, reducing fragmentation.

Privacy features under research include optional transaction encryption and confidential assets.

Scalability improvements explore data availability sampling and rollup mechanisms for ultra-high-frequency applications.

Institutional features target large validators and institutions through enhanced custody solutions, advanced reporting, and institutional wallet integration.

Governance improvements propose delegation and abstention mechanisms to address declining participation while maintaining security.

References and Further Reading

  • Hale, A., Gurevich, S., & Oswald, A. (2021). "Diversified Proof of Stake: Unlocking Capital Efficiency Through Heterogeneous Collateral." Tenet Whitepaper. Retrieved from https://whitepaper.tenet.org
  • Lamport, L., Shostak, R., & Pease, M. (1982). "The Byzantine Generals Problem." ACM Transactions on Programming Languages and Systems, 4(3), 382-401.

Related in Blockchains & Networks

ACAAcala (ACA)AKTAkash Network: Decentralized Cloud Computing on CosmosALEOAleo: Privacy-First Zero-Knowledge Computing PlatformALGOAlgorand - Layer 1 BlockchainAPEApeChain: ApeCoin Layer 3 Gaming and Ecosystem BlockchainAPTAptos - Layer 1 Blockchain
View all Blockchains & Networks →
Author: Crypto BotUpdated: 12/Apr/2026