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One Island Tech, Space Domain

Twenty-two minutes
to Mars.
Your voice shouldn't have to wait.

When humans build bases on other worlds, they'll need to talk to each other, base to base, world to world. T3E97 is the first communication system designed for that reality.

The distance problem, why existing voice systems fail in space

Earth → Moon
1.3
seconds, one way
Manageable delay for text. For real-time voice, already noticeable. For streaming audio, the gap compounds with every exchange.
Earth → Mars (closest)
3
minutes, one way
A round-trip conversation takes 6+ minutes minimum. No streaming voice protocol survives this. Every existing system was designed for a connected world, space is not connected.
Earth → Mars (farthest)
22
minutes, one way
A single sentence takes 44 minutes round-trip. T3E97 doesn't care. The communication travels as a discrete package, not a live stream. Distance is a delay, not a failure.

How T3E97 Changes Space Communication

Voice communication that was never built around
the assumption of a live connection.

Every voice system ever built assumes bidirectionality, that both parties are simultaneously present on a live link. That assumption is so fundamental that it's invisible. VoIP, satellite phones, encrypted calling apps, they all fail in space not because of encryption or bandwidth, but because they need a live connection to exist at all.

T3E97 was designed differently from the ground up. A communication travels as a complete, discrete package. It leaves the sender's device, traverses whatever relay infrastructure is available, and arrives at the destination, whether that takes 1.3 seconds or 22 minutes. At the destination, the recipient hears the sender's actual voice. Not a recording. Not a synthesized approximation. The speaker's own voice, reconstructed from the original voice characteristics captured during setup. The sender doesn't have to be present when it plays. Time becomes a delivery variable, not a failure condition.

Real scenarios this enables

What human space communication
actually looks like when we build permanent presence.

Base to Base
Lunar South Pole to Lunar Gateway
Two separate installations on or around the Moon, a surface habitat at the south pole and an orbital Gateway station, need routine voice coordination. T3E97 handles the 1.3-second Earth delay as a rounding error. More importantly, the communication architecture works even when the direct link is temporarily occluded by lunar terrain or orbital geometry. The message waits in relay and delivers when the path clears.
World to World
Mars Surface Habitat to Earth
A crew member at a Mars base sends a voice message to their family on Earth. The message travels at the speed of light, arrives 3 to 22 minutes later depending on orbital position, and the family hears their person's actual voice, not a typed message, not a degraded audio recording struggling through a lossy deep space link. T3E97 on Mars is the same system that runs on a Raspberry Pi in a field demo. The architecture scales because it was never built around connection assumptions to begin with.
Mission Critical
Mars Crew to Mission Control
Operational coordination between a Mars surface crew and Earth-based mission control, where decisions take minutes to travel each direction. T3E97 integrates with NASA's existing Delay-Tolerant Networking (DTN) infrastructure, the deep space relay protocol that's been in development for decades. Voice becomes another data type in the DTN bundle, arriving with guaranteed delivery, full fidelity, and the crew member's actual voice rather than a text transcript.
Daily Operations
Astronaut to Astronaut, Same Lunar Base
Two astronauts on the same lunar installation, one in the habitat module and one in the geology lab two hundred meters away, need to coordinate a sample retrieval. They are not calling Earth. They are not routing through a satellite. They are talking to each other the way two people on a base should be able to talk, directly, privately, with no infrastructure between them except the protocol running on two devices. T3E97 operates peer to peer on a local mesh with zero dependency on any external relay. The communication never leaves the base. No RF signature escapes the installation. The conversation is encrypted at the message level, meaning the geology lab device decrypts it and plays back the habitat crew member's actual voice in their ear, not a crackling radio transmission, not a synthesized substitute. Just the voice, arriving clearly, on a moon with no cell towers and no ground stations within a quarter million miles.

Working on deep space communication?

We submitted a NASA SBIR proposal in 2025. We're actively seeking aerospace research partners, contractors, and institutional collaborators for this program.

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