Trust what
can be proven.

Not just transactions. Trust infrastructure.

Traditional blockchains prove that a transaction happened. Qanovra is being built to prove more: who acted. What they were authorized to do. Under which conditions they acted. And what actually happened.

Digital systems are becoming autonomous: AI agents purchase services, companies move digital assets, machines interact economically, families hold increasingly valuable digital property. Yet most blockchain systems still rely on a remarkably simple assumption: whoever controls the private key controls the account.

Qanovra takes a different approach: identity, authority, economic limits, recovery and cryptographic evidence are designed as parts of one coherent trust architecture.

EquiQuorum

Equal voices. Verifiable trust. Deterministic finality.

Consensus power should not simply be for sale. In conventional stake-weighted networks, greater stake can mean greater consensus influence. EquiQuorum separates these concepts: the operator's economic stake commits them to the network and is liable under slashing — it does not buy additional consensus votes. Admitted validators vote with equal weight; a block is final once more than two thirds of the validator set confirm it.

A wallet tells you who holds a key. An identity should tell you what it may do.

The next generation of digital actors will not all be humans — they will be companies, machines, software and autonomous AI agents. Qanovra Economic Identity is being designed to give each of them explicit economic authority.

An identity should be able to define: ownership. Permissions. Spending limits. Approved counterparties. Timelocks. Guardians. Recovery. Evidence requirements. A compromised operational key should not automatically mean unlimited access to everything an identity owns.

Don't just give AI a wallet. Give it controlled economic agency.

Verifiable digital action — across entire lifecycles.

The same primitives are meant to support digital ownership throughout its entire lifecycle — consider digital inheritance.

A traditional crypto wallet essentially says: private key available → access. Qanovra is designed to support a much richer model: owner + guardians + threshold approval + timelock + evidence + recovery. This lays the foundation for applications such as Heritari, where digital ownership, recovery and succession are meant to be treated as structured processes rather than a single irreversible secret.

A company should not operate like a personal crypto wallet.

A Qanovra-based organizational account could eventually define rules such as:

Routine payment

Authorized finance key.

High-value transfer

CEO + CFO together.

Critical treasury operation

4-of-7 authorities.

Recovery change

Threshold approval + timelock.

Emergency response

Dedicated emergency authority.

The rules are explicit. The result is verifiable.

Software should not merely be deployed. It should be possible to prove what was deployed.

The Evidence architecture is designed for more than financial transactions.

A software release is meant to produce evidence covering the source commitment, build hash, independent build verification, security and operator approval, and the deployment result. Critical infrastructure can therefore gain a cryptographic trail showing what changed, who authorized it — and what software actually ran.

These applications appear very different. Underneath them lies the same problem: digital systems need to know who may act, what they may do — and whether the result can be trusted. That is the layer Qanovra is building.

A different question.

Ethereum demonstrated the power of programmable digital value; Solana, what high-performance blockchain execution can achieve. Qanovra is pursuing another question: how do we make digital action verifiable?

Not simply: can this transaction execute? But: who initiated it? Were they authorized? Were the defined limits respected? Which independent approvals were required? What evidence exists afterward? And ultimately: can you prove it?