MISSOURI ARBITER v2.4 CLOUD
AUTONOMOUS MARITIME MISSION CONTROL & TRAFFIC ARBITRATION
AWS BEDROCK ONLINE
MCP SERVER ACTIVE
COCKROACHDB CONNECTED
SYSTEM OPERATIONAL
TRACKED FLEET 🚢
2
● 100% UNDERWAY | Active VTS
RIVER CORRIDORS 🌊
3
ch_main | ch_north | ch_south
TRAFFIC RISK INDEX 🛡️
0.15
LOW CONGESTION | OPTIMAL
CONFIRMED RESERVATIONS 🔐
0
CockroachDB Cloud Locked
DECISIONS COMMITTED 📊
0
Immutable Audit Log

MARITIME MISSION CONTROL CONSOLE

MCP AGENT ENGINE
EXECUTE PRESET MISSION SCENARIOS
QUERY MARITIME INTELLIGENCE CORE Natural Language Operational Command
TACTICAL OPERATIONAL DECISION BRIEFING
LIVE MCP TOOL EXECUTION TRAJECTORY
System standby. Awaiting mission control command...

MISSION INFRASTRUCTURE CORE

🧠
AWS BEDROCK
AI Reasoning & Mission Intelligence
↓
🔌
MCP SERVER GATEWAY
Model Context Protocol Tool Registry
↓
Vessels
Corridors
Traffic
↓
☁️
COCKROACHDB CLOUD
VECTOR(1024) & Decision Ledger

RIVER CORRIDORS & HAZARDS

SIMULATION HAZARD INJECTION
Cargo Ship at Port Sunset
CORRIDOR CONGESTION
01 / THE PROBLEM

THE OCEAN IS BECOMING A COMPLEXITY PROBLEM.

Modern maritime operations involve thousands of vessels navigating increasingly congested channels, constantly fluctuating weather conditions, strict draft and clearance restrictions, real-time tug escorts, and fragmented operational information across disconnected systems.

Dynamic draft & under-keel clearance constraints
Weather closures & hydrodynamic crosswind hazards
Tugboat fleet coordination & concurrency limits
High-cost decisions where seconds and mistakes matter
02 / THE INTELLIGENCE LAYER

FROM RAW DATA TO OPERATIONAL INTELLIGENCE.

Maritime operations generate enormous amounts of fragmented information. Vessel specifications, channel constraints, traffic conditions, restrictions, weather, hydrodynamic memory and operational decisions often live across disconnected systems.

Our platform brings these signals together into a unified maritime intelligence layer — enabling operators to understand situations, evaluate risk and make operational decisions from a single command center.

SEE Real-time maritime situational awareness
UNDERSTAND Vessel, channel, traffic and environmental intelligence
DECIDE AI-assisted route, risk and operational decisions
EXECUTE Operational tools connected through MCP
REMEMBER Persistent operational memory powered by CockroachDB
Cargo Vessel Underway at Dusk
AI INTELLIGENCE
Aerial Maritime Traffic Corridor
DISTRIBUTED CLOUD
03 / THE OPERATING SYSTEM

ONE INTELLIGENCE LAYER FOR MARITIME OPERATIONS.

Missouri Arbiter connects cloud intelligence, standardized tool protocols, and resilient distributed databases into an integrated operational stack:

🧠
AWS BEDROCK
AI intelligence, natural language command understanding, and operational risk reasoning.
🔌
MCP SERVER
Model Context Protocol tool gateway connecting AI reasoning to real maritime tools.
☁️
COCKROACHDB
Persistent, resilient operational memory, 1024-dim KNN vectors, and transaction ledger.
AWS BEDROCK INTELLIGENCE
→
MCP SERVER ACTION / TOOL CONNECTIVITY
→
COCKROACHDB OPERATIONAL MEMORY
→
MARITIME OPERATIONS MISSION CONTROL
NEXT-GENERATION PLATFORM

THE NEXT GENERATION OF MARITIME OPERATIONS.

From vessel awareness to operational decisions, transform complex maritime data into coordinated intelligence.