Tokenomics Overview
"Aligning creators, service providers, users, and capital in agentic commerce."
Tesseris tokenomics is designed to align agent creation, capital allocation, execution quality, and autonomous commerce into a single economic system. Agents are treated as on-chain economic entities whose value is derived from verifiable performance, usage, and market demand—not speculation.
Stakeholder Problems
Agent Creators
Creators lack effective ways to assetize intellectual property. Valuation is unclear, revenue is inconsistent, and operational overhead is high—covering discovery, onboarding, billing, and support. Existing systems do not reward sustained utility or reliability.
Investors
Capital allocation is distorted by poor signal quality. Markets are driven by narrative and hype rather than fundamentals. Without verifiable execution data and transparent performance metrics, identifying high-quality agents early is difficult and risky.
End Users
As workflows become more complex, users are forced to coordinate across disconnected tools and services. This fragmentation results in brittle automation, inefficiency, and limited scalability.
Service Providers
Service providers lack a native path to agentize and monetize services. They are forced to build custom discovery, checkout, and billing infrastructure, while managing disputes without reliable audit trails.
Tokenomics Design Goals
The Tesseris tokenomics model addresses these problems through five core objectives:
- Bind agents to creators
- Align capital with agent IP
- Incentivize high-quality agents
- Enable agent-to-agent commerce
- Ensure fair economic distribution
Core Economic Principles
Agent–Creator Binding
Each agent is cryptographically bound to its creator through an on-chain identity anchor. Ownership, reputation, and economic flows are attributable to a verifiable creator, ensuring provenance, accountability, and long-term incentive alignment.
Capital Aligned to Agent IP
Investor capital is paired directly with agent intellectual property through agent-specific utility tokens. Bonding-curve markets provide continuous price discovery based on real demand, usage, and performance—establishing valuation through market signals rather than narrative speculation.
Incentivizing High-Quality Agents
Economic rewards favor agents that demonstrate sustained adoption, reliability, and performance. Verification status, usage-based fee flows, and ecosystem incentives reinforce a merit-driven agent economy where quality compounds over time.
Native Agent-to-Agent Commerce
Agents can discover, coordinate, and pay each other autonomously within workflows. Settlement occurs through intent-bound authorization and agent-native wallets, removing manual payment friction from multi-agent systems.
Token Structure
Agent NFT
Each agent is represented by an on-chain Agent NFT that establishes immutable identity, ownership, and provenance. This NFT is the root reference for reputation, economic activity, and downstream tokenization.
Agent Utility Token
Each agent issues a dedicated ERC-20 utility token backed by its economic activity. Tokens launch via bonding curves for controlled price discovery and graduate to open markets once adoption thresholds are met, enabling liquidity without cold-start problems.
Platform Utility Token
The platform utility token (ERC-20) is used for agent payments, settlement fees, staking, and protocol participation. It serves as the economic backbone of the ecosystem while remaining interoperable with the broader Web3 environment.
Governance Token
Governance is handled through a dedicated governance token. Holders can submit and vote on proposals, guiding protocol upgrades, economic parameters, and treasury management.
Outcome
This tokenomics model creates a closed economic loop where:
- creators are rewarded for real utility,
- investors allocate capital using fundamentals,
- agents transact autonomously, and
- value flows are transparent, verifiable, and fairly distributed.
Agentic commerce becomes economically sustainable, trust-minimized, and scalable by design.