Boston Pilot
Storms are the new normal. Built for resilience in today’s world.
Boston Pilot OverviewThe Boston Pilot demonstrates a district-scale communication and power continuity system designed to remain operational during infrastructure disruption, network congestion, and extended outages.This deployment combines hardened rooftop transponder nodes, mobile responder transponders, and layered independent power systems into a unified operational network. Each component is designed to function autonomously while strengthening overall system resilience when connected.Rather than relying on public communication infrastructure or conventional fuel supply chains, the pilot establishes a localized, self-sustaining communications environment capable of supporting coordination across campuses, medical facilities, corporate districts, and municipal partners.The system is built for real-world conditions already affecting dense coastal cities: severe weather, grid instability, network overload, and prolonged recovery periods. By pre-positioning infrastructure and enabling independent operation, the Boston Pilot demonstrates how continuity can be maintained when conventional systems are strained or unavailable.This is not a future concept.
It is a deployment model for operational resilience today.
Mobile Transponder Model
A field-ready communication transponder that delivers full network access, signal relay, and independent power in a single handheld unit.
Core FeaturesComplete communications node — Functions as a transmitter, receiver, and signal relay in one device.Triple-screen operational redundancy — Any screen can run the full interface for uninterrupted control.Mesh network participation — Automatically links with rooftop enclosures and nearby units to extend coverage.Signal boost + power share — Amplifies network reach while receiving supplemental power from infrastructure nodes.Independent power system — Internal battery with solar and wired recharge capability.Hardened field design — Impact-resistant, weather-sealed, and built for extreme urban conditions.Rapid deployment ready — No setup required; power on and connect instantly.Infrastructure fallback mode — Maintains communication when grid and carrier networks fail.District-scale integration — Designed for coordinated use across campuses, hospitals, and response zones.Operational continuity focus — Built to support real-world climate events and prolonged outages.If you want, I can now align the rooftop box and handheld sections so they read like a seamless system flow (pilot → infrastructure node → mobile transponder).
Rooftop Resilience Node
A hardened, self-powered transponder enclosure that keeps communications alive through outages and extreme weather.
Key CapabilitiesHardened, weatherproof enclosure — Impact-resistant, sealed against snow, wind-driven rain, salt spray, and ice.Integrated solar array — Exterior panel provides continuous trickle charging and daylight recovery.Battery backbone — High-capacity internal batteries deliver silent, immediate backup power.On-site SVO generator — Integrated generator runs on pure straight vegetable oil (SVO) for long-duration autonomy.Non-toxic, non-flammable fuel storage — Secure internal tank for safe, on-site energy reserves during extended outages.Triple power path — Hard-wired grid + solar + SVO generator for layered redundancy.Signal amplification hub — Boosts range and reliability for nearby handheld transponders across a district or campus.Always-ready deployment — Units can wake, sync, and operate handheld responders even if grid power fails.Tamper-resistant security — Locking system with intrusion alert and status telemetry.Rapid rooftop install — Compact base for mounting on hospitals, corporate campuses, or municipal buildings.
Stay calm. Stay cool. Stay connected — in any storm.
Position three devices. Establish a secure communication triangle.
Maintain coordination across urban environments without relying on external networks.
Add Transponders. Multiply Coverage.
Each portable transponder extends the mesh, expanding range and strengthening signal paths across dense urban terrain. Teams connect handheld units to a scalable grid that grows with the mission — infrastructure-independent, resilient, and built for real-time coordination when every second counts.
Get Prepared Today
Link Three. Expand Everywhere.
Reality checkWhen thousands of people show up, networks tap out.
At the Seattle Seahawks parade in Seattle, phones stalled under load.
Now imagine coordination during an actual emergency — when the message matters more than “pick up pizza.”
Built for One-Hand Control
Engineered to sit securely in a single hand, the CODA form factor reduces fatigue and prevents slips during movement or stress. The contoured grip and narrowed base lock naturally into your palm, keeping controls reachable without repositioning. If dropped, the ruggedized housing and recessed screen are designed to absorb impact—so you keep communicating, not replacing glass. A flip-up antenna deploys instantly to extend range and strengthen signal performance across all communication modes.
Coming Soon
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Three Devices. One Signal. No Interception.
Pre-Order Now $99 Deposit
CODA SECURE COMMUNICATORBuilt for when communication becomes mission-critical.A resilient communication platform designed to operate across changing conditions — from conventional networks to infrastructure-independent operation.Three devices. Zero dependency. Adaptive capability.Operational Communication ModesCODA is engineered to maintain connectivity by shifting communication methods based on environment:• Network Mode — operates through available infrastructure when present
• Direct Mode — device-to-device coordination without external systems
• Extended Mode — multi-unit deployment expands operational coverage(Communication method adapts to conditions — not the other way around.)Designed For• Emergency responders who cannot lose coordination
• Field teams operating beyond reliable infrastructure
• Prepared civilians requiring dependable communication
• Organizations planning for continuity under disruptionCore Principles• Infrastructure-independent operation capability
• Secure signal architecture
• Multi-device coordination framework
• Rugged long-life platform with upgradeable communication modulesAvailabilityEarly production allocation now open.
Limited initial deployment series.Reserve your CODA — $99 Priority Deposit
First production run limited to 500 units
Projected deployment target: Q3 2026
Private Development Underway
Market Opportunity
Global demand for resilient, off-grid communications exceeds $30B+ TAM, driven by public safety, disaster response, defense, critical infrastructure, and remote workforce connectivity.
Initial beachhead targets represent a $4–6B serviceable market.