Research Highlight: First Formal Proof of MAA RMO Primitive
Investigator: Jonathan D.A. Jewell
Date: 2025-11-19
Description: This research presents the inaugural machine-checkable formal proof of the Obliterative Wipe (RMO) property within the Mutually Assured Accountability (MAA) Framework, establishing a new benchmark for provably compliant data erasure.
// --- Main Image Here: Corrected RMO Proof Certificate Image ---
// Alt Text: "A laptop screen displaying Coq proof output for 'saga_obliterate_is_RMO' with a gold certificate badge, signifying the 'First Formal Proof of MAA RMO Primitive' by Jonathan D.A. Jewell."
Today I reached a major completion milestone in pioneering formal proof within the MAA (Mutually Assured Accountability) Framework. Utilising the Coq proof assistant, there is now formal proof that the RMO (Obliterative Wipe) primitive can be demonstrated - with mathematical certainty - that deleted data is fully and provably removed from a system's state.
The RMO (remove-obliterative) is a direct response to the critical need for verifiable data deletion, particularly in the context of GDPR Article 17 (Right to Erasure). Existing systems rely on operational trust; this proof introduces a paradigm shift towards generating machine-checkable `.vo` certificates as conclusive evidence of data obliteration.
Key Proven Properties
The formal proof encompasses critical properties including completeness (all instances removed), non-existence (data is truly gone), idempotency (repeated deletions are safe), and preservation (unrelated data remains intact). The methodology offers a rigorous foundation for building highly accountable digital systems.
Impact & Future Research:
This work sets a precedent for provable compliance in cybersecurity and data privacy. It has significant implications for:
* Enhancing the verifiability of GDPR and other data protection regulations.
* Securing data lifecycles in complex, distributed systems.
* Contributing to the broader Valence Shell Initiative for provably secure digital infrastructure.
Researchers interested in formal methods, data privacy, and secure systems are encouraged to engage with this work.
A beautifully designed unofficial poster (created by psychologist Jason Wilson)