M6

Offshore Fishing & Charter Operations

Accept payments, send messages, and stay safe — 50 miles from the nearest cell tower

The Problem

Charter captains and offshore anglers face a unique operational challenge: their business happens where infrastructure doesn't exist. Fifty miles offshore, there's no cell service, no Wi-Fi, no way to process a credit card payment for a charter tip, split fuel costs, or charge for tackle replacement. Communication with the dock, family, or emergency services depends entirely on expensive marine VHF radio or satellite phones that cost $1-2 per minute. When a client wants to add services mid-trip, book a follow-up charter, or pay for additional gear, the captain has to remember to collect payment hours later at the dock — losing revenue to forgetfulness, awkward conversations, and clients who drive away without paying. Emergency communication is limited to EPIRB activation (coast guard only, no personal messaging) or satellite phones that many charter operations can't justify economically. The result is a $7 billion charter fishing industry where payments are lost, communication is expensive, and safety depends on equipment that most operators don't carry.

How M6:6 Solves It

M6:6 turns any smartphone into a satellite-connected business terminal. The Mite Satellite POS processes credit card payments via satellite burst messaging using a 25-byte transaction envelope — the smallest payment packet in existence. A charter captain can accept a tip, charge for tackle, or collect a deposit 100 miles offshore with the same ease as a downtown coffee shop. The transaction costs 2.5% per swipe with no monthly fees, no card reader hardware required, and no internet connectivity needed. The Herald Translation engine provides real-time translation for international clients — essential for charter operations in tourism-heavy markets like Florida, Hawaii, and the Caribbean. P139 Safety Protocol provides personal locator beacon capability with automatic crash detection, man-overboard alerts, and two-way emergency messaging — all through the same device that processes payments. Queue Burst batches routine messages (catch reports, ETA updates, dock requests) for efficient satellite transmission, reducing airtime costs to a fraction of traditional satellite phone rates.

Key Capabilities

Satellite POS

Accept card payments via satellite burst — 2.5% per transaction, no hardware, no monthly fees

Crew & Client Messaging

Two-way SMS bridge through satellite — text the dock, family, or clients from anywhere on the water

P139 Safety Beacon

Personal locator with crash detection, man-overboard alert, and two-way emergency messaging

Real-Time Translation

38+ language translation for international charter clients — voice and text

Catch Reporting

Send catch reports, photos, and trip updates via satellite to social media or client groups

Frequently Asked Questions

What satellite network does M6:6 use for offshore coverage?

M6:6 supports Iridium (global coverage including polar regions), Globalstar, and is Starlink Direct-to-Cell ready. The 25-byte Mustard Envelope is designed to work with the smallest available satellite payload, ensuring connectivity on any network with any coverage.

How much does a satellite payment transaction cost?

2.5% per transaction with no monthly subscription, no card reader hardware, and no minimum transaction amount. The satellite airtime for a 25-byte payment envelope is approximately $0.01-0.05, which is included in the transaction fee. Compare this to $1-2 per minute for a satellite phone call to process a card manually.

Does this replace my EPIRB or PLB?

P139 complements your existing safety equipment. Unlike an EPIRB (which only sends a distress signal to the Coast Guard), P139 provides two-way messaging during emergencies, automatic crash and man-overboard detection, and the ability to send custom messages to specific contacts. We always recommend carrying a registered EPIRB as required by regulation.

Ready to take your business off-grid? M6:6 works anywhere on earth.

Learn More →