How to Get Involved with Quantova
Quantova is developed as an open, protocol driven network. Core protocol logic, execution environments, tooling, and ecosystem infrastructure are built in public and evolve through documented processes. Contributions are evaluated based on technical correctness, clarity, and alignment with protocol architecture rather than affiliation or background.
Quantova contributions span protocol development, execution tooling, application building, research, infrastructure operation, documentation, and community coordination. This section is organized into dedicated contribution paths to help contributors identify where their skills are most relevant.
Developer Contributions
Protocol, QVM, PQR, and Core Tooling
This page is intended for contributors working directly on protocol logic, execution infrastructure, cryptography, and developer tooling.
Protocol and Runtime Development
Protocol contributors work on the core behavior of the Quantova network. This includes changes to execution rules, consensus interfaces, staking logic, cryptographic enforcement, governance mechanisms, and network parameters.
Protocol evolution is proposed and discussed through Quantova Improvement Proposals QIPs. QIPs are formal technical documents that describe a change, its motivation, its execution impact, and its compatibility considerations.
Links to include on this page,
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Quantova Improvement Proposals QIPs
https //github.com/quantova/qips -
QIP Authoring Guide
https //docs.quantova.org/qips/qip process
Contributors are expected to engage in public technical review and iterate on proposals based on feedback from maintainers and the wider community.
QVM Development
The Quantova Virtual Machine QVM defines transaction execution, cryptographic validation, gas accounting, and state transition logic. Contributors working on QVM focus on deterministic execution, performance characteristics, cryptographic enforcement, and protocol safety.
Areas of contribution include execution pipelines, state storage interfaces, cryptographic verification paths, execution metering, and runtime modules.
Links to include,
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QVM Specification
https //docs.quantova.org/qvm/specification -
QVM Runtime Repository
https //github.com/quantova/qvm -
PQR API Reference
https //docs.quantova.org/pqr/api
PQR SDKs and APIs
PQR is the interface layer through which applications, wallets, and external systems interact with QVM. Contributors to PQR focus on SDKs, APIs, developer tooling, transaction construction, signing workflows, execution observability, and finality signaling.
PQR contributions directly affect how developers integrate with Quantova without exposing low level protocol internals.
Links to include,
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PQR Overview
https //docs.quantova.org/pqr -
PQR SDKs JavaScript, Rust, Python, etc.
https //github.com/quantova/pqr sdks -
PQR API Reference
https //docs.quantova.org/pqr/api
GitHub Workflow and Contribution Standards
All core development occurs in public repositories. Contributors are expected to follow documented contribution standards, including code style, testing requirements, and review processes.
Links to include,
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Quantova GitHub Organization
https //github.com/quantova -
Contribution Guidelines
https //github.com/quantova/.github/CONTRIBUTING.md -
Security Disclosure Policy
https //github.com/quantova/.github/SECURITY.md
Builder Contributions
Applications, Smart Contracts, and Ecosystem Infrastructure
This page is intended for developers and teams building on top of Quantova.
Building on QVM
Builders develop smart contracts, protocol extensions, and services that execute within QVM.
Applications inherit QVM’s deterministic execution, cryptographic enforcement, and finality semantics.
Builders must design applications with an understanding of provisional execution versus finalized state. QVM executes transactions immediately upon block inclusion, but authoritative state is determined only after finality.
Links to include,
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Smart Contract Development Guide
https //docs.quantova.org/build/smart contracts -
Execution and Finality Model
https //docs.quantova.org/qvm/execution model
Using PQR in Applications
PQR provides standardized access to transaction submission, execution results, state queries, and finality signals. Builders integrate PQR SDKs to interact with QVM without embedding protocol logic into application code.
Applications are encouraged to explicitly distinguish between provisional execution feedback and finalized state for settlement and accounting.
Links to include,
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PQR Builder Tutorials
https //docs.quantova.org/build/pqr tutorials -
Example Applications
https //github.com/quantova/examples
Open Source Ecosystem Projects
Builders are encouraged to publish reusable components, tooling, and reference implementations.
These projects support developer adoption and improve the overall ecosystem.
Links to include,
-
Ecosystem Projects Registry
https //quantova.org/ecosystem -
Grants Program
https //quantova.org/grants
Community Contributions
Research, Infrastructure, Design, Content, and Governance
This page is intended for contributors supporting Quantova beyond direct protocol or application development.
Research and Analysis
Researchers contribute formal analysis on cryptography, distributed systems, economics, governance, and execution safety. Contributions may include whitepapers, formal reviews, or experimental findings.
Links to include,
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Quantova Research Hub
https //research.quantova.org/ -
Published Papers & Reviews
https //research.quantova.org/publications
Infrastructure Operators and Validators
Node operators and validators contribute to network decentralization and operational resilience.
Validators participate through stake backed authority and are expected to follow documented operational standards.
Links to include,
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Run a Node
https //docs.quantova.org/node -
Validator Operations Guide
https //docs.quantova.org/validators
Designers, Writers, and Educators
Designers and content contributors support documentation, websites, dashboards, and educational material. Contributions emphasize accuracy, clarity, and faithful representation of protocol behavior.
Links to include,
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Documentation Repository
https //github.com/quantova/docs -
Design System
https //design.quantova.org/
Governance Participation
Governance relies on informed review and discussion of proposals. Contributors may participate by reviewing QIPs, providing feedback, and engaging in governance forums.
Links to include,
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Governance Portal
https //governance.quantova.org/ -
Proposal Discussions
https //forum.quantova.org/
Contributor Onboarding Guide
Step 1 Understand the Architecture
Start by reviewing the QVM execution model and PQR interaction layer to understand how transactions are executed, validated, and finalized.
Links
Step 2 Choose a Contribution Path
Decide whether your focus is protocol development, application building, research, infrastructure, or ecosystem support.
Step 3 Review Standards and Repositories
Read contribution guidelines and review existing issues or proposals.
Links
Step 4 Engage Publicly
Join technical discussions, proposal reviews, or community calls. Contributions are expected to be transparent and collaborative.
Links
Step 5 Submit and Iterate
Submit pull requests, proposals, or documentation updates. Expect technical review and iteration.
Quantova is built in the open. Contributions are evaluated on technical merit, clarity, and alignment with protocol design. There are no privileged paths or hidden processes. Every contributor, regardless of role, participates under the same published standards.
