KALA is a programmable stable coin
that does not a 1:1 fiat peg.
Instead, it adjusts its reference value based on real-world economic signals to maintain stability against the cost of living.
System Lifecycle
A walkthrough of how the protocol transforms staked ETH into a stable, purchasing-power-adjusted asset.
01Liquidity Provision
Users deposit ETH into the protocol-managed buffer. This ETH serves as the underlying collateral for the system.
02Active Staking
Deposited ETH is automatically staked. The protocol manages validator operations to generate organic staking yield.
03Yield Accumulation
Staking rewards are directed into a Save Buffer. This buffer acts as a first-loss insurance layer for the protocol.
04KALA Issuance
Users can mint KALA against their ETH. Since protocol costs are covered by staking yield, minting is interest-free.
Protocol Vitals
Real-Time Economic Computation
The Chainlink Runtime Environment (CRE) aggregates diverse economic signals to compute the persistent purchasing power reference.
Stability Reference
Protocol State
* Value evolves based on computed purchasing power signals.
Yield-Driven Insurance
Unlike traditional stablecoins that rely solely on over-collateralization, KALA utilizes organic staking yield to build a collective insurance layer.
Staking Yield
ETH deposited into the protocol is staked across a distributed set of validators, generating continuous rewards.
Save Buffer
A portion of rewards accumulates in a protocol-wide buffer, designed to absorb validator risks and maintain stability.
Why No Minting Interest?
Traditional protocols charge interest to cover operational costs or facilitate liquidations. In KALA, the protocol's operating revenue is derived from the shared staking yield of the collateral buffer.
Protocol Architecture
A layered overview of the KALA infrastructure, from secure validation to real-time economic computation.
Validator Layer
Direct integration with Ethereum's Proof-of-Stake consensus. Collateral is distributed across professional node operators to ensure maximum uptime and safety.
CRE Computation Layer
Off-chain economic signals are computed within the Chainlink Runtime Environment, ensuring the KALA reference price remains verifiable and tamper-proof.
Save Buffer Mechanism
A programmatic reserve funded by staking yield. It autonomously manages protocol health and provides a safety net against slashing or economic volatility.
KALA is an open protocol. All mechanics and state parameters are verifiable on-chain.