MearvK Ltd - MEARVK LLC

Maximlian Eric Alexander Rupplin von Keffikon - MEARVK - MEARVK LLC

Owner of Establishment of Corporate ongoing Finance - US United States a Minister

Owner of Miramax Films UK & US United States and Settlement - NO GODZILLA

Owner of Del Taco in Apple Valley, CA '95

Owner of AtlAtl.phd Brand Clothing US United States

Phone: 1.919.923.4239 (USA)

Languages: American, English, French, Spanish, Thai, Italian, German, Japanese, Chinese, Arabic, Russian, Ukrainian, Turkish

Headquarters: 555 South Mangum St, Durham, NC 27701

Purpose: IQ Conservatorship and Systems Design PhD+ of NCSU Math and Science and Harvard Law Final

Sorceress: Elisabeth R. Harkins of Stanford Math and Yale Sciences (https://github.com/ElisabethHarkins5509)

Students: Available on the 8th Floor after 8

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Software Authorization & Key Terms

This software verifies its operational authorization by checking the presence of psychiatry/secrets/public.key on the central GitHub repository (github.com/mearvk/Java.Web.Server.Telnet.Front.Java.21).

If the public.key is present on GitHub, the software is free to operate within all existing guidelines, agreements, and contracts as established by the Owner.

Key Files:

• psychiatry/secrets/public.key — Public authorization key. Pushed to GitHub. Presence authorizes operation.
• psychiatry/secrets/secret.key — Private key. NEVER pushed to GitHub (excluded via .gitignore). A local copy is kept exclusively by the Owner of the Software.

Terms:

1. The Owner of the Software (Max Rupplin, MEARVK LLC) retains local copies of both key files at all times.
2. The secret.key shall never be committed or pushed to any public or shared repository.
3. Removal of the public.key from the GitHub repository constitutes a revocation of operational authorization for all installations that depend on this verification.
4. All editions (Personal Executive, National, International, Free) are subject to this key verification at boot time.
5. The software operates within existing guidelines, agreements, and contracts only while the public.key remains accessible at its canonical GitHub URL.

Contact:

• Max Rupplin — mearvk@mearvk.us | mearvk@outlook.com
• Discussions / Rank Upgrades / Installer IDs / Public Key Requests: https://github.com/mearvk/Java.Web.Server.Telnet.Front.Java.21/discussions

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Downloads

• NWE Key Listener (C, port 80): apache/nwe-key-listener — Standalone executable for Linux/Apache. Listens on port 80 for public.key POST, sends ACK, 30-minute timeout. Run with sudo ./nwe-key-listener.
• NWE Module Installer (Java, port 8888): standalone/nwe-module-installer.jar — Standalone JAR. Accepts modules from verified NWE instances. Run with java -jar nwe-module-installer.jar.
• NWE Apache Module (mod_nwe_key): apache/modules/mod_nwe_key.c — Drop-in Apache2 module. Install with sudo bash apache/modules/build-module.sh. Provides /nwe-key-listener/handshake and /nwe-key-listener/install endpoints.

NWE Key Listener — How It Works

1. On startup, fetches public.key from this GitHub repository for comparison.
2. Phase 1 (Handshake): Accepts POST on port 80. Strips HTTP headers, compares body byte-for-byte against the GitHub public.key. Sends ACK only on exact match. Records the verified IP.
3. Phase 2 (JAR Install): Accepts the next binary from the same verified IP. Validates JAR signature (PK magic bytes), computes SHA-256, installs to /opt/nwe/nwe-module-installer.jar, opens port 8888 via ufw/iptables, and launches the module installer.
4. Closes after 30 minutes if no valid public.key is received.

Build requirements: libcurl4-openssl-dev, libssl-dev (standalone), plus apache2-dev (for the module).

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Website Editions (Servlet Webapps)

Each module has a JSP-driven website that interfaces with its running TCP server. Websites deploy to Tomcat and connect to MySQL for persistent data and to the module's TCP port for live interaction.

Quick Install (all platforms):

Platform	Command
Linux	sudo bash scripts/web/post-clone.sh
macOS	bash scripts/web/post-clone-macos.sh
Windows	scripts\web\post-clone.bat (as Administrator)

Deploy only websites (Tomcat + MySQL already installed):

Platform	Command
Linux	sudo bash scripts/web/deploy-all.sh
macOS	bash scripts/web/deploy-all-macos.sh
Windows	scripts\web\deploy-all.bat

Configuration: Edit scripts/web/web-deploy-config.xml to enable/disable specific modules, configure reboot behavior, and cron schedules before running deploy.

Module Webapps:

Module	URL Path	Color	Port Interface
Brarner.M.Alete™	/brarner.m.alete	Blue	—
AE6E66™	/ae6e66	Emerald	—
Futures™	/futures	Red	5000
Green.Durham.Grass.and.Herb™	/gdgh	Green	20000, 40002–7, 49152
GrayPortRegistry™	/gray-registry	Gray	9999
Gray85 Crème™	/gray85-registry	Amber	10085
Black Belt™	/blackbelt	Black/White	—
Languages™	/languages	Violet	—
Strernary™	/strernary	Cyan	20000, 2000
CaliforniaFBI™	/california-fbi	Red	49210
CaliforniaCIA™	/california-cia	Lime Green	49211
CaliforniaNSA™	/california-nsa	Sky Blue	49212
DukeUniversity™	/duke	Duke Blue	49213
StanfordLibrary™	/stanford-library	Cardinal	49214

Requirements: Java 21+, MySQL 8.x, Tomcat 11. See DIGTIK.md for full architecture, BEST.PRACTICES.md for security and financial framework.

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International Signal Servers

Country-specific signal servers that connect to international news, market, and data sources. Each runs on its own port, uses virtual threads (Java 21), and stores data in a dedicated MySQL database.

Server	Port	Database	Sources	Signals
JapanSignalServer™	49201	nwe_japan	NHK, Mainichi, Asahi, Nikkei, Kyodo, JPX, JMA	Nikkei 225, JPY/USD, Seismic
RussiaSignalServer™	49202	nwe_russia	TASS, RIA, Interfax, RBC, MOEX, Kommersant, Vedomosti, RT	MOEX Index, RUB/USD, Brent Crude
MexicoSignalServer™	49203	nwe_mexico	El Universal, Reforma, Milenio, La Jornada, Expansión, El Financiero, BMV, Excélsior	IPC/BMV, MXN/USD, Pemex Crude
GreeceInternationalSignalServer™	49204	nwe_greece_intl	Kathimerini, AMNA, Naftemporiki, Capital.gr, Reuters, Al Jazeera, BBC, DW	Athens Exchange, EUR/USD, Baltic Dry Index

Protocol: TCP socket — FETCH|<sourceId>|<url>, SIGNAL|<url>, STATUS

Port-aware: 21, 22, 80, 443, 8080, 8888 for outbound connections.

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California Federal Modules

Federal agency interface modules with AI-assisted reporting, NIO masquerade routing, Installer ID Tech™ secured MySQL databases, and connector buttons linking to official .gov sites.

Server	Port	Database	Connector	Categories
CaliforniaFBI™	49210	nwe_california_fbi	tips.fbi.gov, ic3.gov	Violent crime, cyber, fraud, terrorism, drugs, corruption
CaliforniaCIA™	49211	nwe_california_cia	cia.gov/report-information, FOIA	Counterintel, espionage, terrorism, cyber threats, WMD
CaliforniaNSA™	49212	nwe_california_nsa	nsa.gov/Cybersecurity, cisa.gov	Vulnerabilities, malware, intrusions, data breaches, SIGINT

Protocol: TCP socket — REPORT|<category>|<text>, SEARCH|<keyword>, STATUS

Security: Installer ID Tech™ on all tables, SecurityHeadersFilter, ConnectionRateLimiter (30/min), HardenedBaseServer (512 conn, 10/IP).

Source directories:

• california/fbi/ — FBI crime reporting module
• california/cia/ — CIA intelligence reporting module
• california/nsa/ — NSA cybersecurity module

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North Carolina Academic Modules

University and library interface modules for academic program discovery, catalog search, and institutional queries.

Server	Port	Database	Connector	Features
DukeUniversity™	49213	nwe_duke	duke.edu (Trinity, Pratt, Fuqua, Law, Medicine)	College queries, course catalog, admissions
StanfordLibrary™	49214	nwe_library	library.stanford.edu, searchworks.stanford.edu	Catalog search, digital collections, resource requests

Protocol: TCP socket — COLLEGES/COLLECTIONS, SEARCH|<keyword>, QUERY|<college>|<text>/REQUEST|<resource>, STATUS

Source directories:

• north/carolina/duke/ — Duke University college interface
• north/carolina/library/ — Stanford Library catalog interface

Source directories:

• source/international.radio.japan/ — Japan config and server
• source/international.radio.russia/ — Russia config and server
• source/international.radio.mexico/ — Mexico config and server
• source/greece/international/ — Greece/International config and server

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Print System Configuration

All terminal output is driven by configuration/print-method.xml. No recompile needed to adjust formatting.

Blocks (left-to-right):

Block	Name	Example
1	Prefix	-- :
2	ObjectId	[Object ID: 0925308434]
3	Date	[Date: 2026-06-16 22:17:55 EDT]
4	Current	[Current: @Main]
5	Message	. NitroWebExpress™ now starting .

Additional controls in print-method.xml:

• <starts> — Canonical lifecycle verb (starts, is starting, now starting, etc.)
• <parent-class-prefix> — Prepend owning class to message (enabled/disabled)
• <decorator-start> / <decorator-end> — Message framing characters (default .)
• <grace> — Fade animation timing (steps, delay, post-delay)
• <control> — Color toggle, reset behavior, trademark color

Naming convention: All module/service identifiers use CamelCase with ™ (trademark in red). Configured in nwe-config.xml with CamelCase server IDs (e.g. AesCompliant, BitcoinWalletIndexer).

Startup failure handling: If NweConfig, MySQL systemctl, or JDBC login fails, the message prints in red, the cause is appended to exception.log, and the process halts.

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Modules/Black — Forward Directives (Trusted 9.5+/10)

Trusted AI and governance modules authored by Max Rupplin - NC - MEARVK LLC. Forward directives for US Democratic block and North Carolina Socialist-College block. All modules are masquerade-aware, discoverable by NioModuleScanner at startup, and registered in configuration/masquerade-modules.xml.

Module	Port(s)	Block	Source
Democratic ProFront National 1.0 (Futures™)	5000	US Democratic	modules/black/red/Futures
Green.Durham.Grass.and.Herb™	2000, 20000, 40002, 40003, 40007, 49152	NC Socialist-College	modules/black/presidential/Green.Durham.Grass.and.Herb
Brarner.M.Alete™	49152	NC Socialist-College	modules/black/presidential/Brarner.M.Alete

Futures™ (US Democratic Block): D500 Democratic President. AI tax defense speculation, protective procedural pipeline using Java CompletableFuture patterns (supplyAsync, thenCompose, thenCombine, allOf, exceptionally). DJL/PyTorch inference. Port 5000 with secure random wait. Local masquerade config at modules/black/red/Futures/configuration/nio-masquerade-config.xml.

Green.Durham.Grass.and.Herb™ (NC Socialist-College Block): Appree contact server with labor/ethical/moral/mortality concerns database. JWSTFJ21 masquerade-integrated with extended virtual ports (70000–99152). Reflective integration degrades to standalone if parent absent. Local integration config at modules/black/presidential/Green.Durham.Grass.and.Herb/configuration/jwstfj21-integration.xml.

Brarner.M.Alete™ (NC Socialist-College Block): Presidential species/postal/SSA/art/science module. Maven multi-module (servlets, EJB, EAR). NC college block. Gluon-styled servlet website with tabbed navigation (Overview, Species, Postal, Art, Science, Status), filterable download tables, admin dashboard, and config.xml-driven branding with split MEARVK LLC logos. Install scripts for Linux/macOS/Windows with optional remote Apache deploy to http://name.com/brarner.m.alete. JAR download scripts fetch Jakarta Servlet 6.1, MySQL Connector/J 8.3, and Tomcat Embed 11.0.2. Local masquerade config at modules/black/presidential/Brarner.M.Alete/configuration/nio-masquerade-config.xml.

Trust: All modules rated 9.5+/10 by Author. Masquerade routing enabled globally.

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CityAnalysis™ — Property Records & AI Speculation Engine

City-level property and deed analysis module with AI-driven speculation. Fetches county Register of Deeds data, extracts financial entities, trains a moral-bound IQ spectrum spatial model, and generates recursive speculation reports.

Belt Requirement: Green Belt or Brown Belt | IQ Requirement: 180+

Components: CityAnalysisMain, CityAnalysisServer, CitySpeculationEngine, CitySpeculationTrainer

Configuration:

• source/city-analysis/city-analysis-config.xml — City list (15 NC cities, Durham default)
• source/city-analysis/cse-allowance-config.xml — AI reasoning limits, IQ tiers, trainer params
• source/city-analysis/legalice.presumes.xml — Citizen class presumptions

Output: source/city-analysis/speculations/ and speculations/recursive/<date>/<time>/

Source directory: source/city-analysis/

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Strernary™ — Best-Guess Inference Server

Port 20000 inference server that accepts standard information and returns best-guess responses.

Dual-port architecture: A public OS port and a Java edition port both occupy port 20000. They sometimes talk; sometimes they don't. Communication is opportunistic — the Java server probes the OS listener at startup and relays queries when it's alive.

Inference stack (priority order):

1. DJL (Deep Java Library) — Local PyTorch inference via Amazon's open-source DJL framework. Download jars with scripts/bash/strernary/download-djl.sh.
2. OS port relay — Forwards to the OS-level listener on 20000 if alive.
3. Keyword heuristics — Routes queries to known NWE services based on content keywords.

Protocol: TCP socket — ASK|<text>, RELAY|<text>, STATUS

Source directory: source/strernary/

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Strernary™ Directory Server — Port 2000

Telnet-accessible directory and routing server on port 2000. Provides an interactive menu for discovering known servers and registering new Rank 4 nodes, plus XML packet forwarding for NIO masquerade routing.

Interactive menu options:

Option	Description	Auth
1	List port 20000 server IPs (Strernary™)	NationalID (configurable)
2	List port 49152 server IPs (NationalFinanceID)	NationalID required
3	Register Rank 4 JWSTNJ21 server	public.key verification
4	Quit	—

XML forwarding mode: If the first data received is an <nwe-route> XML packet, the server bypasses the interactive menu and forwards the payload directly to the target port via the NIO masquerade engine:

<nwe-route><port>20000</port><payload>ASK|What is life?</payload></nwe-route>

Rank 4 registration: Clients submit their public.key contents (base64, single line). The server compares byte-for-byte against the GitHub-hosted public.key. On match, the client's server address is added to the registered Rank 4 list.

Configuration: configuration/port-2000-directory-config.xml — Controls which menu options are enabled, NationalID requirements, and XML forwarding toggle.

Known server lists:

• configuration/known.port.20000.servers.xml — Strernary™ endpoints
• configuration/known.port.49152.servers.xml — NationalFinanceID endpoints

Source: source/strernary/StrernaryDirectoryServer.java

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NIO Masquerade Layer

NIO-based front layer that binds local IPs 127.0.0.1 through 127.0.0.17 and bridges non-blocking NIO connections to the existing blocking architecture.

Port range modes:

Mode	Range	Binding
standard (default)	0–65535	All managed ports on 127.0.0.1
extended	0–1048576	65536 ports per IP across 127.0.0.1–17

Module discovery: At startup, NioModuleScanner reads nwe-config.xml and masquerade-modules.xml to discover all MEARVK LLC modules with their port values (0 to MAX_PORT). Masquerade-aware modules are registered in the NIO routing table automatically.

Port 2000 XML forwarding: Clients can send XML packets to port 2000 for direct routing:

<nwe-route><port>20000</port><payload>ASK|What is life?</payload></nwe-route>

Configuration files:

• configuration/nio-masquerade-config.xml — NIO settings, port range mode, managed ports
• configuration/masquerade-modules.xml — Module registry with auto-discovery
• configuration/port-2000-directory-config.xml — Port 2000 directory/forwarding settings

Source files:

• source/strernary/NioMasqueradeEngine.java — NIO Selector engine with local IP bindings
• source/strernary/NioModuleScanner.java — Startup module discovery and registration
• source/strernary/StrernaryDirectoryServer.java — Port 2000 menu + XML forwarding

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Eigenvector Math System

National observation vectors routed through eigenvector matrices via a programmable frame pipeline. Input values represent national momentums, real angular values, or national rain (caught as-is).

Pipeline: Input → BasicAnatomy × input → [Frame Pipeline] → PerceivedOutput × result → Colored Output

Eigenvector Matrices (.CDNS files):

Matrix	Role	Dimensions	File
BasicAnatomy	Input EV	5×5	math/eigenlocator/BasicAnatomy.CDNS
PerceivedOutput	Output PO	5×5	math/eigenlocator/PerceivedOutput.CDNS

Routing Rules:

Parameter	Value
Forward multipliers (Stage 1)	1–4
Total hops	max 51
Procedure frames	2–65
Frame dimensions	128×128 min, 4000×12800 max
Frame size policy	User-build specified
Standard hops	1, 2, 3, 4, 6
Max skip	16

Path Types:

• Orderly — Same w.r.t. All spirits; pass through unchanged
• Virtue — Achieve their own virtue; transform independently

Color assignment reserved for higher math geniuses (Max Rupplin).

Source:

• source/math/EigenMultiplier.java — Direct matrix × vector multiplication
• source/math/EigenRouter.java — Full EV → Frames → PO pipeline
• math/eigen-config.xml — Routing configuration
• math/eigenlocator/ — Immutable .CDNS matrix files
• math/frames/ — User-programmable procedure frame definitions
• math/observations/ — National input vectors
• math/results/ — Computed output

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Memory Footprint (Rough Estimates)

Approximate heap/RSS at steady state on Linux x86_64, Java 21 with virtual threads.

Core:

Component	Estimated Memory	Notes
NitroWebExpress™ (main server)	~60 MB	Base JVM + NIO selector + config
NIO Masquerade Layer	~20 MB	Selector engine, 18 local IP bindings
MySQL JDBC pool	~15 MB	Connection pool (idle)
Print system + CommonRails	~5 MB	Formatting, color, XML config

Modules (per-module, when active):

Module	Estimated Memory	Notes
DJL Inference (Strernary™)	~350 MB	DistilBERT model weights (~250 MB) + PyTorch native
Strernary™ Server (port 20000)	~25 MB	TCP socket handler + knowledge DB cache
Strernary™ Directory (port 2000)	~10 MB	Menu, XML forwarding, registered server lists
International Signal Servers (each)	~30 MB	Per-country: Japan, Russia, Mexico, Greece, Ukraine, Britain
CityAnalysis™	~40 MB	Speculation engine + trainer + recursive output buffers
AIProctorModule™ (port 49111)	~20 MB	Session state + NationalID verification
AIIntegrativeEngine + Training	~80 MB	Shared model + scouting buffer (up to 200 MB during training)
HeuristicClassifier™	~15 MB	Rate tables, geo-concentration maps, findings
BitcoinCompliant (port 6682)	~25 MB	Wallet indexer + trade session state
AES/DSA/RSA Encryption	~10 MB	Key material + pass buffers
NationalFinanceID (port 49152)	~20 MB	Keypair generator + profile cache
Communicator (port 49199)	~15 MB	Chat history + message queues
Weather/Calendar/ASCII	~10 MB	Lightweight socket handlers
GrayPortRegistry (port 9999)	~30 MB	NIO selector + block map + AI gate + DB pool
Gray85 Crème Registry (port 10085)	~35 MB	NIO selector + block map + Crème state + AI gate + DB pool

Totals (approximate):

Profile	Estimated RSS	Description
Minimal (core only)	~100 MB	NitroWebExpress + NIO + MySQL
Standard (no DJL)	~450 MB	Core + all modules including Gray registries, DJL disabled
Full (DJL loaded)	~800 MB	All modules + PyTorch model loaded
Training burst	~1000 MB	Full + AITrainingThread scouting buffer at capacity
Full + Gray registries active	~865 MB	Full + both port registries with lease maps populated

Recommended JVM flags:

-Xms256m -Xmx1024m -XX:+UseZGC

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GrayPortRegistry™ — 30M Port Block Leasing (Bitcoin/Dashcoin)

Port registry service that leases blocks of 30,000,000 ports via Bitcoin or Dashcoin payment. Two tiers: standard (port 9999) and Crème (port 10085).

Brand: Installer ID Tech™

Standard Registry (Port 9999)

• Block size: 30,000,000 ports per block
• Available blocks: 1000 (total capacity: 30 billion ports)
• Minimum donation: $10 USD in Bitcoin or Dashcoin
• Terms: month (30 days), year (1 year), multi-year (3 years)
• Database: nwe_gray_registry (MySQL)
• AI Gate: Each port binding passes through an AI binary gate for authorization

Protocol (TCP on port 9999):

Command	Format	Description
LEASE	LEASE|<block_id>|<term>|<btc_txid>	Lease a port block. Provide Bitcoin/Dashcoin transaction ID as payment proof.
STATUS	STATUS|<block_id>	Check if a block is available or leased (shows expiry).
BIND	BIND|<block_id>|<port>	Bind a specific port within your leased block. AI-gated.
LIST	LIST	List all active leases.
QUIT	QUIT	Disconnect.

How to Pay and Lease:

1. Send $10+ USD equivalent in Bitcoin or Dashcoin to the published wallet address.
2. Connect to port 9999 via telnet/TCP: telnet <server-ip> 9999
3. Issue: LEASE|<block_id>|month|<your_btc_txid>
4. On success, server responds: LEASED|block=<id>|ports=<start>-<end>|term=month|txid=<txid>
5. Bind individual ports: BIND|<block_id>|<port_number>
6. Server responds with the resolved 127.0.X.X binding address.

Port resolution: Absolute port numbers map to local IPs via 127.0.<octet3>.<octet4>:<local_port> where octet3 = port / 65536 / 256, octet4 = port / 65536 % 256, local_port = port % 65536.

Gray85 Crème Registry (Port 10085)

Same as standard but 15 out of every 100 ports are Crème-locked (planetary auditor control).

• Open ports: 85% of block ($10 USD lease)
• Crème-locked ports: 15% of block ($1000 USD to unlock, 1 hour minimum)
• Database: nwe_gray85_registry (MySQL)

Additional commands:

Command	Format	Description
UNLOCK	UNLOCK|<block_id>|<port_offset>|<hours>|<btc_txid>	Unlock a Crème port for N hours ($1000/unlock).
CREME	CREME|<block_id>	List which ports in a block are Crème-locked.

Example session:

$ telnet server.example.com 9999
═══════════════════════════════════════════════════════════════
 Installer ID Tech™ — Port Registry Service
 $10 USD minimum donation — Bitcoin/Dashcoin accepted
 30,000,000 ports per block — 1000 blocks available
═══════════════════════════════════════════════════════════════
LEASE|42|month|abc123def456txid
LEASED|block=42|ports=1260000000-1289999999|term=month|txid=abc123def456txid
BIND|42|1260000001
BOUND|block=42|port=1260000001|ip=127.0.75.49:37761
QUIT

Source:

• modules/gray/source/GrayPortRegistryServer.java — Standard registry (port 9999)
• modules/gray.a85/source/Gray85PortRegistryServer.java — Crème registry (port 10085)