Argentora / Arizona / Earth
We make moving destinations permanently reachable.
Persistent endpoints, live routes, and measurable delivery for operators building beyond Earth.
Enter the missionEarthrise / Apollo 8 / NASA / Bill Anders
Operating thesis
The future does not arrive all at once. A material improves. A sensor gets cheaper. A launch cadence changes. Suddenly one premise of fiction has become a solvable engineering problem.
Argentora lives at that boundary. We watch for the moment an idea becomes buildable, then create the decision and communications systems required to make it operational. Today that means computer vision and orbital intelligence. The long mission is an Interplanetary LAN where every operator has a persistent endpoint and a dependable route to the Moon, Mars, the asteroid belt, and wherever humanity needs it next.
Fiction. Science. Infrastructure.
What exists now
We are not waiting for Mars to practice. Each product trains the same company muscle: observe a messy world, score the variables that matter, and return a decision with evidence attached.
01
Computer vision / value intelligence
Point a camera at clothing. Threquity identifies the item, finds market evidence, and turns visual ambiguity into a defensible estimate of value.
Vision inference / Market evidence / Value estimation
Open Threquity02
Orbital decision intelligence
Sonne chooses usable satellite imagery across commercial vendors before a collection is tasked, weighing weather, geometry, capacity, cost, and mission constraints in one decision.
Multi-vendor tasking / Environmental risk / Ranked decisions
In active developmentThe Living Orrery
A communications route through space is never permanent. It is a timed sequence of alignments between moving spacecraft, relays, celestial bodies, ground receivers, and an atmosphere that can close the final mile without warning.
Begin at Earth, then move outward when you are ready. This guided system model shows where Argentora begins: finding the route a mission can actually depend on, then moving that route before the service breaks.
The problem, plainly
Every optical hop is a straight shot between two moving targets. A useful route is the constantly changing chain of those temporary shots.
Track the bodies, spacecraft, weather, terrain, and receivers moving underneath the mission.
Use machine learning to score which optical shots can exist next—and which ones will fail.
Join the best shots into live directions, hand off before failure, and preserve evidence for a real SLA.
Initializing celestial model / ARG-ORRERY-01
What we deliver now
Argentora is not the contract. It is the pen that makes the contract signable: route availability, risk, handoff, and failure evidence operators can use to price and underwrite a real SLA—not a vanity metric proven only in a vacuum.
What we are building
Every terminal, relay, vehicle, receiver, and world becomes a node on one network. Local RF and fiber serve each destination; Argentora maintains the live optical routes between them as geometry changes. We are not waiting for the whole solar system to exist before we build its control plane.
Six-degree precision
A location is not enough for a narrow optical beam. The model resolves position across X/Y/Z and attitude across A/B/C, then layers in time, weather, occlusion, terminal health, capacity, and risk. That holistic state becomes the route truth behind every decision.
Argentora is already building the route intelligence. Represented as an OpenUSD digital twin and operated with NVIDIA Omniverse services, it can become a queryable product: current pose, available routes, predicted handoffs, failure risk, and SLA evidence through one service surface.
GET/v1/routes/earth/mars?at=now
{
"coordinate_frame": "solar-barycentric",
"pose": {
"position": ["x", "y", "z"],
"attitude": ["a", "b", "c"]
},
"route_state": "committed",
"next_handoff": "cislunar-relay-04",
"service_evidence": {
"delivery_by": "2041-07-15T18:42:00Z",
"reserved_capacity_gb": 120,
"visibility_margin_s": 191,
"independent_fallbacks": 3,
"observed_loss_pct": 0.02
},
"decision_trace": "contract-parties-only",
"route_model": "argentora-proprietary"
}OpenUSD scene graph / NVIDIA Omniverse service layer / Argentora route intelligence
Hardware we intend to work toward
Infrared transmitter and receiver, optical aperture, modem, beacon, and the pointing, acquisition, and tracking system required to hold a narrow beam on a moving target.
Partner and future infrastructure
A regenerative handoff point positioned for geometry rather than human comfort: receive, store, forward, and reopen a route as the solar system moves.
Infrastructure Argentora coordinates
Distributed optical ground stations, adaptive optics, atmospheric sensing, receiver availability, and terrestrial backhaul operating as one service surface.
Where we begin
Sonne forecasts link viability. The network orchestration layer schedules direct routes, relay sequences, handoffs, fallbacks, and the evidence behind a communications SLA.
The Interplanetary LAN
Connectivity beyond Earth should not be reserved for operators wealthy enough to own every transmitter, relay, receiver, and ground station in the route.
Argentora gives each operator a persistent endpoint, then resolves that identity into a time-bound communications route across independently operated infrastructure. A scheduled opportunity to piggyback is not the same thing as a service you can buy, measure, and depend on. We are building the latter.
arg://mars/acme-habitatEarth OGS→Cislunar relay→Mars polar terminal→Surface RF
3 fallbacks availableIllustrative endpoint and route request
Specify a persistent destination endpoint, payload, deadline, priority, and service class.
Project both endpoints through time across X/Y/Z position and A/B/C attitude.
Find participating terminals, relays, receivers, capacity, and environmental openings.
Price and commit the direct shots, handoffs, fallbacks, and terrestrial backhaul.
Move the mission across the best available route and shift it before service breaks.
Return the telemetry and evidence behind availability, delivery, and the SLA.
Opt in / federated capacity
Operators publish terminal, relay, receiver, or backhaul availability. Argentora handles discovery, reservation, routing, measurement, and usage settlement. The network is shared by participants; the service commitment remains accountable.
Buy service / private capacity
An operator can purchase a dedicated transmission or recurring route subscription without contributing infrastructure. Both ends receive secure logical endpoints; Argentora maintains the route truth between them.
The trust boundary
Argentora exposes the evidence required to compare a provider, enforce a commitment, and identify why delivery degraded. It does not expose the intelligence that produces a better route.
Inputs, selected infrastructure, contractual thresholds, fallback coverage, observed telemetry, and cause-of-failure evidence are available to the parties responsible for the mission.
Candidate generation, model weights, performance priors, confidence calibration, route optimization, and repricing logic remain proprietary and execute inside the Argentora control plane.
Transparency is access-controlled between mission parties. It does not mean publishing sensitive operations to the open internet.
Declared flight plan
Our ambition is to become the commercial network control plane for the route to Mars and the asteroid belt. Not a slide about someday. A sequence of systems, each useful before the next destination is reached.
Working now
Decision engines that turn moving environmental and market inputs into evidence-backed action.
Next system
Optical uplink and downlink orchestration across atmosphere, ground stations, lunar relays, and finite visibility windows.
Declared horizon
Autonomous risk, routing, and service decisions that can keep working when Earth is minutes away and real-time control is impossible.
On the map
A communications and intelligence layer for the first economies operating beyond a single planet.
03 / Mars
We do not need to own the rocket. We intend to own the decisions and the data route missions depend on after launch.
Distance turns ordinary operations into autonomy problems. The systems that score risk, route around failure, and explain what to do next will be as essential as the hardware carrying them.
Mars mosaic / NASA / JPL-Caltech
04 / The asteroid belt
The belt is not outside the plan. It is simply farther down the same route.
As science expands the known market, Argentora expands the terrain it can observe, score, and connect. The architecture must be ready to grow before the economy arrives.
Bennu / NASA / Goddard / University of Arizona
The long view
We are building a company that can keep looking up for generations.
Mission control