DSLA Protocol

Stacktical is a french software company specialized in applying predictive and blockchain technologies to resource performance management practices.

Our core product is a comprehensive service level management platform that enables web service providers to automatically indemnify consumers for application performance failures, and reward employees that consistently meet service level objectives.

In DSLA Protocol, service stakeholders can trade third-party risk with each other, by staking on the outcome of periodic events, called SLA verifications.

A stakeholder is a user, a provider or someone willing to stake on either side of the user-provider relationship.

If a SLA verification establishes that the terms of a SLA have been honoured by the third-party service provider, the contract creator earns a cryptocurrency reward. And if the SLA is breached, the contract stakeholders can claim the cryptocurrency reward for themselves.

DSLA Protocol is permissionless, so the contract creator does not need to be affiliated to the provider to create a SLA.

Instead, anybody can stake on either side of the user-provider relationship to take on risk or offset risk, then earn SLA staking rewards based on the outcome of SLA verifications.

DSLA Protocol is specialized in DeFi (Decentralized Finance) Risk Reduction, with an initial focus on mitigating staking efficiency drops.

Staking Efficiency is the percentage of rewards collected by a staking service provider, compared to the rewards he would have collected in ideal conditions.

It gives users a sense of how much returns they are missing out on, compared to the initial returns promised by their staking service provider.

This use case has been developed by Stacktical, the core development team of DSLA Protocol. But it only scratches the surface of its capabilities, as the protocol can evolve through the addition of other types of SLA, and support new use cases in a wide range of industries.

In fact, we went as far as rewarding SLA contract type developers, every time a risk prediction market uses their code during a SLA verification.