Client-Side Security Architecture & Fair Play Transparency
Our platform is architected on an uncompromising zero-knowledge, 100% client-side execution baseline. Your private decklists, custom brews, and pod telemetry never leave your local device.
Interactive Client Privacy & Memory Isolation Visualizer
Inspect real-time browser sandbox isolation vectors, memory wiping guarantees, and zero-cookie compliance.
Client-Side Data Sovereignty & Isolation Inspector
Verify the privacy isolation layers active in your current browser session. Click any audit vector to execute an immediate in-memory integrity check.
[AUDIT VERIFICATION PASS] Vector: Browser Storage Footprint IndexedDB Records: 0 WebSQL Instances: 0 SessionStorage Ingestion Keys: 0 LocalStorage Persistent Entries: 0 Status: Guaranteed Zero Client-Side Data Leakage.
Zero-Knowledge Decklist Ingestion & Data Sovereignty
Unlike cloud-hosted tournament software that stores user decklists on central databases, our platform executes all parsing, card recognition, and statistical regressions entirely in your local browser memory. No deck data, IP addresses, or pod configurations are ever transmitted to external servers.
100% Client-Side Ingestion
Decklists pasted from export tools are processed purely in client RAM using JavaScript regular expressions and static lookup tables. No POST requests, no server databases.
Zero Third-Party Trackers
We operate zero invasive tracking pixels, zero analytics fingerprinting, and zero advertising SDKs. Your local gaming group meta decisions remain strictly confidential.
Open-Source Verification
All algorithms—including the turn-to-win clock (Twin), hypergeometric mana probabilities, and WotC 5-Bracket classifications—are fully auditable and verifiable.
Immutable URL Deep-Links
Pod state sharing uses pure query parameter serialization (window.history.replaceState). Shared links carry only numerical seat ratings without any personally identifiable data.
Volatile Memory Lifecycle & Garbage Collection Protocols
When you paste a 100-card text export into our parser, the string is allocated exclusively inside an isolated JavaScript function scope. Our lexical regex scanner iterates through card names and quantities, referencing an immutable, bundled in-memory dictionary. At no point during this operation does the browser dispatch an asynchronous network beacon or serialize your cards to persistent disk storage such as LocalStorage, SessionStorage, or IndexedDB.
Once the hypergeometric distribution and power regressions complete their mathematical passes, the intermediate card array is immediately dereferenced. When you navigate away or close your browser tab, standard browser garbage collection purges the allocated heap buffer. This guarantees that your competitive tournament decklists, innovative rogue brews, and private card ratios cannot be harvested, scraped, or leaked by unauthorized network intermediaries.
Furthermore, external visual assets—such as card illustration previews retrieved from public APIs—are requested via direct, anonymized HTTPS GET calls that explicitly omit referrers and session tokens. These stateless requests ensure that third-party content delivery networks cannot correlate your card lookups with individual player profiles or geographic gaming groups.
Modern web standards demand that utility tools respect the absolute digital sovereignty of tabletop gamers. By enforcing a strict zero-cookie and zero-analytics posture, we protect casual and competitive players alike from behavioral profiling, commercial remarketing, and unwanted data monetization across all tabletop gaming communities.
Content Security Policy (CSP) & Sub-Resource Hardening
To guard against cross-site scripting vulnerabilities and unauthorized code injection during public tournament events, our hosting architecture enforces an uncompromising Content Security Policy. Script execution is restricted to scoped client-side execution boundaries and self-hosted bundles. Remote script evaluation, dynamic eval functions, and unauthorized external stylesheets are mechanically denied by the edge proxy.
Local game store organizers and tournament judges frequently operate event utilities on shared, public Wi-Fi networks where packet inspection or malicious DNS redirects could theoretically compromise untrusted web tools. By enforcing local resource integrity and strict transport security across every route, we ensure that every client computes power calibrations in an impervious, tamper-evident execution sandbox.
Our query-string pod serialization engine also incorporates deterministic boundary checks. If a malicious actor attempts to inject malformed payloads or cross-site parameters into a shared URL, the parser automatically discards out-of-bound keys and resets the state to calibrated defaults. This defensive hygiene preserves mathematical integrity across every shared matchmaking dossier.
Finally, community transparency remains our ultimate trust anchor. All scoring equations, statistical regression coefficients, and hypergeometric lookup matrices are published in our open documentation. Players can independently audit, reproduce, and verify every output using pen, paper, or local computational scripts without relying on opaque proprietary algorithms.
Tournament Fair Play & Nominative Fair Use Governance
This platform is an independent community utility designed under the official Fan Content Policy. Card names, mana symbols, rules text, and game mechanics remain the property of their respective trademark holders, and this site is neither affiliated with nor endorsed by card publishers or tournament franchises.
Our platform does not sell secondary-market singles, pack booster products, or maintain commercial ties with card marketplaces. Power level calibration weights are derived purely from empirical game-state mechanics, tournament judge reviews, statistical deck simulations, and mathematical game theory.
For tournament inquiries, community dispute resolution, or algorithmic calibration feedback, please consult our Judge Editorial Methodology or refer directly to the official Comprehensive Rules. We adhere strictly to open-standard scientific computation without hidden algorithmic bias or corporate commercial influence.
Every calculation is deterministic: feeding the identical decklist will always yield the exact same numerical rating and bracket assignment regardless of device or geographic location. This mathematical reproducibility prevents rating manipulation during pre-game pod discussions and local game store tournament matchmaking.