HeliosNet is building a decentralized network infrastructure that keeps people connected — with or without traditional internet.
We're building DeadZone from the ground up. If you believe in resilient, always-on communication, your support helps us move faster.
Most people don't think about communication — until it's gone.
When networks fail, towers go dark, or systems overload… everything we rely on disappears in seconds.
No messages.
No updates.
No way to reach the people who matter most.
DeadZone was built for that exact moment. Not just to connect you — but to make sure you're never disconnected in the first place.
This isn't just about internet. It's about:
DeadZone ensures your network doesn't disappear when you need it most.
Stay Connected. No Matter What.
DeadZone devices are designed with optional low-radiation operation, reducing unnecessary signal output when full power isn't needed.
Smarter signal control
Dynamically adjusts output power based on network conditions and proximity.
Reduced background emissions
Minimizes idle signal output without sacrificing connectivity or response time.
Built for long-term, everyday use
Designed for people who wear and carry their device — not just emergency deployment.
"Because staying connected shouldn't come at a cost."
HeliosNet is a decentralized communications platform that enables devices to connect directly, share data, and maintain connectivity even when traditional infrastructure fails.
This is not just internet access — it's a new way to build networks.
ISPs act as gatekeepers — a single entity controls access for millions.
Disasters, outages, and attacks can sever connectivity for entire regions.
Underserved areas remain disconnected because deployment isn't profitable.
End users have no control over the infrastructure they depend on.
Nodes automatically reroute around failures. When one path goes down, the network finds another — without human intervention and without a central point of control.
Architecture designed to operate independently of the traditional internet backbone.
Mesh + LTE + satellite working in unison. Each layer is a fallback for the last.
Data stays local until it needs to leave. Devices communicate directly with each other before routing through any external infrastructure — reducing latency, improving privacy, and maintaining function when the cloud is unavailable.
Portable decentralized wireless networks. Deploy connectivity anywhere — no towers, no ISP, no permission required.
Hybrid LTE + mesh communication hardware engineered for resilience in the most demanding environments.
Expanded infrastructure and global mesh deployment. The next phase of decentralized connectivity at scale.
Device-to-device communication without any external infrastructure. The foundation of the network.
LoRa and long-range radio protocols extend reach across kilometers without cellular dependency.
LTE fallback activates when mesh range is exceeded — seamless, automatic, transparent.
Future-ready satellite uplink for global coverage in the most remote environments on earth.
Maintain command communications when cell towers are down or overwhelmed.
Bring reliable connectivity to areas traditional ISPs have abandoned.
Secure, resilient mesh communications for field operations and forward deployments.
Stay connected on your terms — no ISP contract, no infrastructure dependency.
Redundant communications layer for critical facilities and enterprise operations.
Restore communications in the immediate aftermath of natural or man-made disasters.
"Communication is a fundamental human need, yet access is controlled, fragile, and inconsistent. HeliosNet exists to change that."
Networks that survive infrastructure failures, natural disasters, and deliberate attacks.
No single point of control. No single point of failure. No gatekeeper.
From urban centers to the most remote corners of the planet.
If you don't see your question here, reach out directly at [email protected]