Utility Token

The native token of the Ternoa security economy.

$CAPS powers TIP verification fees, CIFER encryption operations, network staking, operator rewards, and transparent settlement on Base.

Token FlowFee-driven demand
TIPCIFER$CAPSBaseOperators
User pays security feeFee settles on-chainOperators earnDemand grows with usage
ERC-20 token address0x03be5c903c727ee2c8c4e9bc0acc860cca4715e2
2.5Bmax supply
~1.83Bcirculating supply
Basesettlement focus
Feesutility demand

How $CAPS Moves

One token. Two security layers. Multiple revenue streams.

01

User pays fee

TIP verification or CIFER encryption fees are paid in $CAPS.

02

Settled on-chain

$CAPS fees are recorded as transparent security operations on Base.

03

Operators earn

Validators and enclave operators earn for securing the network.

04

Demand grows

More integrations create more verification, encryption, and settlement operations.

Utility Summary

$CAPS is mapped to actual security operations.

TIP runtime feesPaid per verification cycle, tiered by plan.
TIP source verificationPaid per AI scan of dependencies and deployed code.
TIP pentestingPaid per autonomous pentesting cycle.
CIFER encryptionPaid per encryption and decryption operation.
Settlement feesMicro-fees per proof or commitment anchored on Base.
Operator stakingStake $CAPS to run validators or TEE enclave operators.

Economic Model

Security demand should be legible.

The $CAPS story gets stronger when the value loop is shown as operations, fees, and operator work, not as token lore.

Demand

Builders use TIP and CIFER

More products create more verification and encryption operations.

Settlement

Operations create commitments

Fees and proof events become visible security activity on Base.

Supply side

Operators secure the network

Validators and enclave operators earn from actual workloads.

Feedback

Trust compounds

More visible assurance makes Ternoa easier for serious builders to adopt.

Usage Scenarios

Utility connected to real builder behavior.

Native RWA project

Insurance product tokenizing assets uses CIFER for document encryption and TIP for verification.

EVM protocol

Existing DeFi project adds TIP runtime protection without migrating chains.

Web2 company

SaaS team starts with CIFER Web2 encryption, then adds on-chain commitments later.

Security Demand

Utility grows when real products use the network.