The Story Behind Asteroid Field

The Debris Field

Decades ago, the Velthari Mining Cooperative blasted a series of asteroid clusters in the outer belt to extract rare isotopes for hyperdrive cores. The detonations were precise — the aftermath was not. Fractured rock spread across thousands of kilometers, forming a dense debris cloud that no automated navigation system could reliably traverse. Most transit corridors simply rerouted around it. The field was marked on charts as a hazard zone and largely forgotten.

The Survey Mission

When deep-core surveys revealed a secondary vein of condensed isotopes still buried in the field, the Cooperative dispatched a small survey vessel — the Halverson — equipped with short-range proximity sensors and a two-person crew. The mission parameters were simple: map the field, identify safe transit corridors, and tag every confirmed hazard for the extraction teams that would follow.

Simple, until the navigation array took a glancing hit from a fragment on entry and went dark. Long-range positioning was gone. The Halverson was blind to everything beyond its short-range scan radius — adrift in a grid of unknown sectors, each one either empty space or a mass of rock large enough to breach the hull.

The Scanning Protocol

The short-range array still functioned. Each scan revealed whether a sector was clear — and if clear, returned an adjacency count: the exact number of the eight surrounding sectors that contained an asteroid mass. A reading of zero meant open space on all sides. A reading of three meant the crew was navigating with three lethal neighbors. A reading of eight was not a scenario anyone wanted to encounter.

The crew developed a systematic protocol: scan conservatively, log every reading, flag confirmed hazard positions, and never, under any circumstances, commit to a sector without sufficient evidence. One wrong move — one sector revealed without verification — and the mission would end in an impact that no rescue vessel could reach in time.

Your Role

The Halverson crew has the data. They have the scanning array. What they need is a navigator who can read that data without flinching — someone who can look at a grid of numbers and extract, through pure deduction, exactly where every asteroid lurks. Every sector you reveal safely expands the known corridor. Every flag you plant removes a variable from the equation. The field can be cleared without a single impact.

The asteroids are hidden. The numbers are precise. Logic is the only instrument that matters.