OmniRayn Sentinel × Filecoin: On-Chain Cryptographic Implementation Analytics and Vulnerability Archiving

Open Grant Proposal: OmniRayn Sentinel × Filecoin: On-Chain Cryptographic Implementation Analytics and Vulnerability Archiving

Project Name: OmniRayn Sentinel × Filecoin

Proposal Category: Storage

Individual or Entity Name: MightyCloud Collective

Proposer: MightyCloudsCollective

Project Repo(s): https://github.com/MightyCloudsCollective/mightyrayn-toll-bridge

(Optional ) Filecoin ecosystem affiliations: None.

(Optional) Technical Sponsor: None.

Do you agree to open source all work you do on behalf of this RFP under the MIT/Apache-2 dual-license?: Yes

Project Summary

OmniRayn Sentinel is a cryptographic-implementation analytics service powered by the MightyRayn Universal Pattern Recognition Engine—a patent-pending cognitive architecture that applies diffusion denoising to classify complex signals. Sentinel scans on-chain address universes for wallets whose key generation, nonce generation, or signing implementation leaks enough information to enable key recovery.

Currently, when a vulnerable signing implementation is detected (e.g., biased nonces in ECDSA), the vulnerability exists ephemerally or is hoarded by malicious actors. There is no decentralized, immutable registry of these cryptographic implementation failures that security researchers, custodians, and exchanges can query to protect user funds.

This project will build the Sentinel-Filecoin Archiver, an integration that takes the zero-knowledge proofs of vulnerabilities and the behavioral signatures of compromised implementations generated by OmniRayn Sentinel, and permanently archives them on the Filecoin network. This creates a decentralized security commons: an immutable, verifiable registry of cryptographic implementation failures.

Impact

This proposal is highly valuable for the Filecoin ecosystem because it creates a new, high-value class of paid storage demand: cryptographic vulnerability proofs and behavioral signatures. The pain point addressed is the lack of a shared, immutable record of on-chain cryptographic failures. When an exchange or custodian interacts with an address, they currently have no decentralized way to verify if that address's signing implementation is known to be compromised.

The benefit of getting this right is the creation of a definitive, decentralized security registry. Exchanges, institutional custodians, and OTC desks will pay to query this registry to ensure they are not interacting with compromised wallets, driving continuous retrieval demand and paid storage deals on Filecoin. The risk of not getting this right is that vulnerability data remains siloed in proprietary databases, leaving the broader Web3 ecosystem vulnerable to known implementation flaws.

Success looks like the Sentinel-Filecoin Archiver successfully pushing zero-knowledge vulnerability proofs to Filecoin, and the deployment of an IPFS-backed query interface that allows institutional actors to verify address safety against the archived registry. This directly advances Filecoin's strategy by anchoring a critical security infrastructure layer to its decentralized storage network.

Outcomes

The final outcomes and deliverables for this project will be:

1.
Sentinel-Filecoin Archiver Module: An open-source (MIT/Apache-2) Rust/Python module integrated into the mightyrayn-toll-bridge repository that formats vulnerability proofs and behavioral signatures into IPLD DAGs and pushes them to Filecoin via a storage provider API (e.g., Web3.Storage or Estuary).

2.
IPFS-Backed Query Interface: A lightweight, open-source API and web interface allowing users to query the registry by address or signature hash to retrieve the archived vulnerability proof.

3.
Documentation and Specification: Comprehensive documentation on the data schema for the vulnerability proofs and instructions for running the Archiver module.

Success will be measured by the successful archiving of the first 1,000 vulnerability proofs to the Filecoin network, the successful retrieval of these proofs via the query interface, and the adoption of the query interface by at least three institutional pilot partners (custodians/exchanges).

Data Onboarding

The data onboarded consists of highly dense, high-value zero-knowledge proofs and behavioral signatures. While the raw byte volume is relatively low compared to video or archival data, the value density and retrieval frequency are exceptionally high.

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Month #1: 10 GB (Initial schema testing and historical vulnerability backfill)

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Month #3: 50 GB (Continuous archiving of newly detected vulnerabilities)

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Month #6: 150 GB (Expanded scanning across multiple EVM and non-EVM chains)

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Month #12: 500 GB (Comprehensive cross-chain vulnerability registry)

Adoption, Reach, and Growth Strategies

The target audience for the query interface includes institutional crypto custodians, centralized exchanges, OTC desks, and blockchain security auditing firms. This is a niche but highly capitalized audience that prioritizes asset security above all else.

We are currently engaging with this audience through direct enterprise sales for the OmniRayn Sentinel concierge service (priced at $3,500/scan for pilot customers). We will onboard our first 10 users by offering our existing Sentinel pilot customers free API access to the Filecoin-backed registry. As the registry grows, we will onboard the next 100 users by publishing high-profile security reports detailing vulnerabilities we have archived, driving traffic to the public query interface as the definitive source of truth.

Development Roadmap

Milestone 1: Schema Design and Archiver Module Development

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Functionality: Design the IPLD schema for zero-knowledge vulnerability proofs and behavioral signatures. Develop the Rust/Python Archiver module to package Sentinel outputs and push them to Filecoin.

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Team: 1 Developer (Amyrr Beyveinel)

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Funding: $15,000

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Time: 4 weeks

Milestone 2: IPFS-Backed Query Interface and API

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Functionality: Develop the public-facing API and web interface to query the archived registry via IPFS. Implement caching and retrieval logic.

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Team: 1 Developer (Amyrr Beyveinel)

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Funding: $15,000

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Time: 4 weeks

Milestone 3: Pilot Integration and Documentation

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Functionality: Integrate the Archiver with the live OmniRayn Sentinel engine. Push the first 1,000 historical vulnerability proofs to Filecoin. Publish comprehensive documentation and open-source the repositories.

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Team: 1 Developer (Amyrr Beyveinel)

•
Funding: $10,000

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Time: 4 weeks

Total Budget Requested

| Milestone # | Description | Deliverables | Completion Date | Funding |
|===|===|===|===|===|
| 1 | Schema & Archiver | IPLD Schema, Archiver codebase | +4 weeks | $15,000 |
| 2 | Query Interface | API and Web Interface codebase | +8 weeks | $15,000 |
| 3 | Integration & Docs | 1,000 proofs archived, Documentation | +12 weeks | $10,000 |
| Total | | | | $40,000 |

Maintenance and Upgrade Plans

The Sentinel-Filecoin Archiver will be maintained as a core component of the mightyrayn-toll-bridge open-source repository. As the proprietary MightyRayn engine expands its detection capabilities to new cryptographic implementations (e.g., post-quantum signatures), the open-source Archiver schema will be updated to support the new proof formats. The query interface will be maintained indefinitely as a public good, serving as the top-of-funnel marketing channel for the OmniRayn Sentinel enterprise service.

Team

Team Members

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Amyrr Beyveinel (Solo Founder & Lead Developer)

Team Member LinkedIn Profiles

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[Will provide upon request / private communication]

Team Website

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https://mightyrayn.io/

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https://omnirayn.com/

Relevant Experience

Amyrr Beyveinel is the solo founder of MightyCloud Collective and the sole inventor of the MightyRayn Universal Pattern Recognition Engine. He has independently developed the full cognitive architecture, filed three USPTO provisional patents (App. Nos. 64/031,489; 64/040,797; 64/043,364 ), and built the full stack across Python, Rust, and GPU orchestration. His deep expertise in signal processing, cryptographic implementation analysis, and distributed systems makes him uniquely qualified to execute this integration.

Team code repositories

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https://github.com/MightyCloudsCollective/mightyrayn-toll-bridge

Additional Information

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How did you learn about the Open Grants Program? Through the Protocol Labs developer ecosystem and Filecoin documentation.

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Email address: [amyrr@mightycloud.io](mailto:amyrr@mightycloud.io)

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Additional info: The core detection engine (MightyRayn ) is proprietary and patent-pending, but all integration code, schemas, and the query interface developed under this grant will be fully open-source (MIT/Apache-2). This open-core model ensures the Filecoin ecosystem benefits from the data and infrastructure without requiring the disclosure of the underlying detection mechanism.