Zero-Telemetry Model

Security Architecture & Trust Guarantees

Strict zero-telemetry guarantees, memory safety verification, and Sigstore-signed releases for compliance-critical pipelines.

Financial statement data demands strict confidentiality, rigorous boundary isolation, and deterministic mathematical verification. Bank Statement Parser is architected from the foundation up to operate securely within air-gapped sovereign environments.

0 KB
Telemetry Ingest
100%
Safe Rust Core
Cosign
Sigstore Verified
01

Air-Gapped Sovereign Execution Model

Bank Statement Parser binds no listening network ports and initiates no outbound TCP, UDP, or HTTP connections. All parsing, coordinate tokenization, and schema validation execute entirely within local process memory.

Security Vector Implementation Standard Verification Audit
Network Socket Access Zero outbound or listening sockets initialized Enforced via eBPF / seccomp system call filter
Heap Memory Sanitization Zero sensitive statement data written to temporary disks Cleared immediately upon statement struct deallocation
Third-Party SaaS Telemetry Zero third-party analytics or error tracking SDKs Static binary symbol inspection in CI
Subresource Integrity SHA-384 cryptographic digests on all assets Enforced by W3C Content Security Policy (CSP)
02

Software Supply Chain & SBOM Provenance

Every release artifact is cryptographically signed and independently auditable using SLSA Level 3 build provenance. A CycloneDX SBOM is published with every release to track transitive dependencies and vulnerability CVE states:

bash — verify release provenance
# Verify binary release signature using Sigstore Cosign
$cosign verify-blob --certificate certificate.pem --signature bankstatementparser.sig bankstatementparser
 
# Audit CycloneDX SBOM for dependency vulnerabilities
$cyclonedx validate --input-file sbom.cdx.json
03

Cryptographic Isolation & Architecture Callout

The system is purpose-built for financial institutions, hedge funds, sovereign banks, and regulated audit firms requiring verifiable isolation from public cloud APIs.

Cryptographic security architecture and air-gapped statement parsing
Cryptographic integrity: every binary is Sigstore-signed, air-gapped, and accompanied by a CycloneDX SBOM.