Ancient Runes: A High-Fidelity Ritual Chanting, Epigraphic Epistemology, and Acoustic Pitch Calibration Matrix with Client-Side DSP Autocorrelation, Dynamic Time Warping, Cloudflare D1/KV Edge Persistence, and Cryptographic Automata Vault over F_{2^6

We present Ancient Runes, a high-fidelity ritual chanting, epigraphic epistemology, and acoustic pitch calibration matrix engineered for sacred liturgical traditions, client-side digital signal processing (DSP), and cryptographic automata vaults. Traditional systems for liturgical pedagogy and voice analysis suffer from remote telemetry egress, acoustic latency degradation, arbitrary equal-temperament quantization, and a lack of tamper-evident record keeping. Ancient Runes overcomes these limitations through a rigorous scientific architecture: (i) an epigraphic multi-tradition matrix spanning the 24 Elder Futhark runes with acoustic formant resonance profiles (F1, F2) across Freyr, Heimdall, and Týr ættir, Rigvedic svara phonetics governed by quad-state logarithmic pitch classifications (Pracaya/Samanya baseline, Udatta acute, Anudatta grave, and dynamic Svarita circumflex glides), Avestan Yasna hymns, and Classical Latin meters; (ii) a browser-native Web Audio DSP worklet executing static zero-heap memory allocations with clamped parabolic interpolation for sub-cent YIN pitch tracking strictly in client memory without data egress; (iii) an adaptive Sakoe-Chiba Dynamic Time Warping (DTW) contour alignment engine featuring an O(M) two-row rolling memory buffer and perceptual logarithmic semitone cost metrics; (iv) edge relational persistence and multi-region caching via a unified Cloudflare D1 SQL six-table schema and isolated Workers KV partition (ar:*) with deterministic ISO-8601 UTC chronological ordering; and (v) an immutable cryptographic automata diary-vault state transition engine uniting Aghora 64-bit circular rolling bitwise avalanche hashing (aghoraBitwiseHash64) and the TMD-Hash v12.0 dual-anchor Solinas sponge TMD12 Over F_{2^{64}-59} with quartic extension F_{p^{4}} (256-bit). Cryptographic system verification and tamper-proof practitioner entitlement attestation are established via native edge WebCrypto HMAC-SHA256 constant-time evaluation and tokenized cryptographic proofs.