Algorapolis — Modular Governance Architecture Framework By Goodluck Japhet Macha · Independent Researcher, Tanzania

This document defines the security policy for the Algorapolis project. It applies to all repositories under the Algorapolis organization and covers vulnerabilities in code, specifications, formal models, and architectural designs.

Note: Algorapolis is currently in its formative development phase. Security guarantees will expand with each release milestone. Early-stage adopters should treat all outputs as research-grade and subject to change.

We take security vulnerabilities seriously — especially in a governance framework where flaws can erode democratic legitimacy and public trust.

A responsible vulnerability report should contain:

1. Description — A clear description of the vulnerability and its potential impact.
2. Proof-of-Concept — A minimal, reproducible demonstration (code, specification excerpt, or formal counterexample).
3. Affected Component — The specific module, specification section, or formal model impacted.
4. Severity Assessment — Your estimation of severity with justification.
5. Suggested Remediation — If available, a proposed fix or mitigation strategy.

If you do not receive an acknowledgment within 48 hours, please resend your report and CC goodluck@algorapolis.org.

Algorapolis is not a typical software project — it is a governance architecture framework. Vulnerabilities here extend beyond traditional software bugs to include structural weaknesses that could undermine democratic integrity, constitutional compliance, or citizen sovereignty. The following categories are in scope:

• Governance algorithms that systematically disadvantage protected groups.
• Weighting mechanisms in the Sovereign Logic Engine that produce inequitable outcomes.
• Cultural context handling that erases minority perspectives or enforces majoritarian capture.

• Errors in formal proofs or model-checking results that invalidate safety guarantees.
• Gaps in invariant definitions that allow prohibited state transitions.
• Soundness violations in the specification's logical foundations.

• Any code path or specification ambiguity that permits actions violating the constitutional invariants defined in the framework.
• Override mechanisms that bypass constitutional checks without proper authorization.
• Time-of-check-to-time-of-use (TOCTOU) gaps between constitutional validation and action execution.

• Data flows that leak personally identifiable information (PII) beyond intended boundaries.
• De-anonymization vectors in the privacy-preserving computation layer.
• Violations of the privacy mathematics guarantees specified in the research documentation.
• Metadata leakage that enables re-identification of citizens or their governance actions.

• Exploits that allow any single entity — corporate, state, or otherwise — to gain disproportionate influence over governance processes.
• Sybil attack vectors that circumvent identity verification without violating stated assumptions.
• Economic attack strategies that manipulate the economic telemetry layer to distort governance signals.
• Collusion patterns that are not detected by existing anti-capture formal models.

• Logical contradictions between specification sections that create exploitable ambiguity.
• Cases where implementation guidance is mutually exclusive, forcing implementers to choose between security properties.
• Unstated assumptions that, if violated, collapse security guarantees.

• All standard categories also apply: injection flaws, authentication bypasses, privilege escalation, denial-of-service vectors, insecure dependencies, etc.

The following are not security vulnerabilities and should be reported through standard issues or discussions rather than the security channel:

Important: A theoretical concern becomes a valid security report when accompanied by a reproducible proof-of-concept, formal counterexample, or demonstrated exploit scenario. We encourage researchers to formalize their critiques — abstract objections without evidence do not constitute actionable vulnerabilities.

We are committed to collaborating with the security research community. We pledge:

• Good-faith security research is welcomed, not punished.
• We will not pursue legal action against researchers who adhere to this policy.
• Researchers acting in good faith will not face account suspension, IP bans, or other punitive measures.
• We ask only that you:
  • Report vulnerabilities through the channels described above.
  • Avoid accessing or modifying data belonging to other users.
  • Refrain from degrading system availability.
  • Allow reasonable time for remediation before public disclosure.

This safe harbor commitment reflects our belief that adversarial scrutiny strengthens governance architecture — a principle central to the Algorapolis design philosophy.

We follow a coordinated disclosure model:

1. Vulnerability is reported privately through the channels above.
2. Remediation is developed collaboratively with the reporter where possible.
3. Fix is merged and released in a timely manner.
4. Public advisory is published after the fix is available — typically within 90 days of initial report, or sooner if the reporter agrees.
5. Credit is given to the reporter unless they request anonymity.

We will never publicly disclose a vulnerability before a fix is available, unless:

• The vulnerability is already publicly known.
• The 90-day deadline has elapsed with no progress toward remediation.
• There is imminent risk of active exploitation affecting real-world deployments.

Algorapolis is built on the conviction that governance systems must be resilient by design, not resilient by assumption. As articulated in Part XI: Adversarial Resilience of the Algorapolis specification, the framework treats every component as a potential attack surface — not from paranoia, but from a disciplined recognition that power attracts capture, and capture corrupts governance.

This security policy is not merely a procedural document. It is an extension of the specification's core commitment:

A governance architecture that cannot withstand adversarial scrutiny does not deserve to govern. The integrity of a system is proven not by the absence of attacks, but by the rigor of its defenses against them.

We therefore invite — and actively encourage — adversarial analysis of every formal proof, every constitutional invariant, every anti-capture mechanism, and every privacy guarantee in this repository. The strongest governance frameworks are those forged in the crucible of honest critique.

If you can break it, we need to know.

This security policy is a living document and will be updated as the Algorapolis project matures. Last updated: 2025.