Embrace the creativity of errors...Project ALBEDO
ALBEDO is a bipedal field research unit standing at approximately human height. Its form is deliberately anthropomorphic — two arms, two legs, an upright torso — a design choice made by EICA engineers not for aesthetics but for function. A bipedal frame with articulated arms can operate the same tools, access the same terrain, and fit through the same spaces as the humans who built it. On a planet with unknown surface conditions and 1.9G gravity, familiarity of form was considered an engineering asset.
The unit shows significant wear consistent with prolonged operation in a hostile environment. This is not damage. It is a record.
MISSION TIMELINE
Project ALBEDO · Mission Timeline · KOI-7016/CR-9
2015 CE
Kepler-452b discovered
The Kepler space telescope identifies the first near-Earth-size planet in the habitable zone of a Sun-like star. Designated Earth's Cousin. The planet is a super-Earth orbiting a G2 star — older, brighter, and already further along the warming trajectory that Earth is only beginning. Scientists note it immediately: here is a world that has been living Earth's future for a billion years. This discovery is later designated the founding observation of the EICA programme.
2024–2029 CE
Earth's climate crisis deepens
Tipping points arrive faster than models predicted. Feedback loops — ice loss, permafrost methane release, ocean heat absorption — begin to outpace intervention. The scientific consensus hardens around a radical conclusion: we need to see what a world further along this path has already learned. We need to go further than we have ever gone — not just in space, but in time.
2029 CE
EICA founded in crisis
The Earth Interstellar Climate Agency is established under emergency scientific mandate. Its mission is unlike anything attempted before: build a probe capable of surviving interstellar transit, reaching Kepler-452b at a point in its future where climate intervention is already underway, collecting atmospheric and geological samples, and returning that data to Earth in time to matter. The programme is given one decade and no guarantee of success.
2031 CE
ALBEDO launched
Unit KOI-7016/CR-9 departs Earth. Hull built low and dense, engineered for 1.9G surface operations on a world nearly twice as heavy as Earth. Mission brief: observe Kepler-452b's atmosphere, sample its geology, document whatever intervention or adaptation its civilisation has developed, and return everything. The ground crew paint a 9 on the hull before the doors close. It is the last human contact the unit will have for over a thousand years.
~3200–3400 CE
Arrival & surface operations on Kepler-452b
ALBEDO arrives at a point in Kepler-452b's future when its climate crisis is well advanced — the star older and brighter, the atmosphere thickening with CO₂, the surface volcanic and turbulent. But the civilisation there has had centuries to respond. The unit's sensors document atmospheric carbon sequestration at scale, volcanic mineral weathering programmes, albedo management via high-altitude reflective particulate. A world that saw the crisis coming — and adapted. ALBEDO collects, samples, and records until the mission window closes. The surface conditions etch its plating. The sulfur-rich atmosphere oxidises its hull. It carries all of it home.
Temporal anomaly
2024 CE
ALBEDO recovered
The unit re-enters Earth's atmosphere ahead of its own launch date — a consequence of the relativistic mechanics of the return trajectory. Recovery teams intercept it in the upper atmosphere. The hull is scarred, oxidised, fused in places. The onboard chronometer reads: 2031 CE. The unit is recovered seven years before it was built. Its memory core contains data from a world twelve centuries in the future. Extraction is ongoing.
SUMMARY
Project ALBEDO · Mission Summary · KOI-7016/CR-9
Unit designation
KOI-7016/
CR-9 "ALBEDO"
CR-9 "ALBEDO"
Built by
EICA
Earth Interstellar Climate Agency
Launch year
2031 CE
Launch corridor
Cygnus
Destination
Kepler-452b
Arrival window ~3200–3400 CE
Mission objective
Observe climate intervention on an analogue world, collect atmospheric and geological samples, return data to Earth before the point of no return.
Mission duration
~1,200 yrs
In transit — recovered 2024 CE
Hull material
Iron-silicate alloy with iridium trace — deposited on Kepler-452b
Power status
Active
Residual charge in core cell — unexplained
Memory core
Partial
Extraction ongoing
Temporal anomaly
Recovery date
2024 CE
Ahead of its own launch date
Temporal anomaly
Recovery location
Earth upper atmosphere — untracked re-entry trajectory