Giant Slow Loris-Like Alien on Kepler-440 b | ESO Transmission #32.1

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CLASSIFICATION: ESO INTERNAL ARCHIVE — MISSION 32

Organization: Exploratory Space Organization (ESO)
Mission: ESO-32
Destination: Kepler-440 b
Approximate distance from Earth: 851 light-years
Landing status: Successful
Primary explorer: David Morgan
Atmospheric oxygen reading: 26%
Planetary environment: Rocky terrestrial world with extensive vegetation and surface water
Archive status: Restricted — Exploration Division

For more than three decades, the Exploratory Space Organization, better known as ESO, has operated at the edge of human exploration. Its purpose is simple but ambitious: identify distant worlds that may support life, send trained explorers into environments beyond Earth, and document everything humanity encounters beyond the Solar System.

By the time Mission 32 was authorized, ESO was no longer an inexperienced organization sending humans into the unknown for the first time. Its astronauts had already landed on numerous alien worlds. They had walked through forests composed of unfamiliar plant life, crossed rivers beneath foreign skies, collected biological samples, and observed animals whose evolutionary paths had no connection to Earth's natural history.

Among ESO's most experienced field operatives was David Morgan, an astronaut and highly trained military specialist who had become accustomed to conducting planetary surface missions alone. Morgan's ability to remain calm under unpredictable conditions made him one of ESO's preferred explorers for isolated landings.

Mission 32 would take him farther than most previous assignments: to Kepler-440 b, a distant planet located approximately 851 light-years from Earth.

The Destination: Kepler-440 b

Before the mission, ESO's scientific teams had spent years studying available observations of Kepler-440 b. The planet had attracted attention because of characteristics that made it a compelling candidate for continued planetary exploration. Remote observations suggested that it was a terrestrial-type world, although its surface conditions remained largely theoretical.

From Earth, scientists could only interpret the planet through astronomical measurements. Its atmosphere, surface composition, potential water systems and biological activity could not be understood with certainty until a human explorer reached the ground.

That task fell to David Morgan.

The ESO-32 mission spacecraft entered the planetary system after a journey that represented one of the organization's most ambitious exploration operations. Once the spacecraft established a stable approach trajectory, Morgan began preparations for atmospheric descent.

Inside the landing module, Morgan checked his oxygen systems, environmental sensors, communications equipment, weapons and biological sampling instruments. Every system had been designed for one purpose: keeping a single human alive on a world where almost nothing was guaranteed to be familiar.

Then the landing sequence began.

David Morgan's Landing

The first visual images transmitted from the landing module immediately challenged several expectations held by the ESO science team.

Instead of the kind of barren Kepler-69c landscape scientists might expect from a seemingly lifeless rocky world, Morgan saw a remarkably bright world beneath him.

Kepler-440 b was rocky, expansive and surprisingly beautiful.

The planet's atmosphere gave the sky a distinct green coloration. Large white clouds drifted across the horizon, illuminated by sunlight that gave the landscape an almost dreamlike appearance. Below Morgan, enormous stretches of green terrain extended beyond the limits of the landing module's initial camera range.

There were no skyscrapers, artificial structures or obvious signs of civilization.

There was simply land.

And life.

Small alien plants covered large portions of the ground. Many resembled terrestrial grasses, while other growths formed low clusters across the soil. Farther from the landing zone, Morgan's cameras identified trees with green foliage and branching structures that appeared remarkably familiar when compared with Earth's vegetation.

Streams and larger waterways crossed portions of the terrain, reflecting the green sky above them.

For several seconds after landing, Morgan remained inside the module, observing the landscape through his helmet display.

Then he opened the hatch.

Humanity had arrived on another world once again.

A Breathable Alien Atmosphere

One of the first actions Morgan performed after stepping onto the surface was activating his portable atmospheric detector.

The instrument immediately began analyzing the surrounding air.

Carbon dioxide, nitrogen, trace gases and other atmospheric compounds were recorded automatically. Morgan waited for the oxygen measurement.

The result was unexpected.

Oxygen: 26%.

Earth's atmosphere contains approximately 21% oxygen, meaning the atmosphere surrounding Morgan contained a significantly higher concentration. Although the reading did not automatically mean that the atmosphere was completely safe for unprotected long-term human exposure, it was an extraordinary biological indicator.

Morgan continued scanning the environment while maintaining his protective equipment.

Water was present.

Vegetation was present.

Oxygen was abundant.

And somewhere beyond the landing site, something was moving through the alien ecosystem.

Walking Through the Green World

Morgan began his surface survey several minutes after landing.

The terrain around the landing zone was relatively stable. Unlike some of ESO's previous planetary missions, there were no immediate signs of extreme volcanic activity, violent storms or unstable ground. The surface consisted largely of rock, soil and dense patches of low-growing vegetation.

His boots pressed into alien grass as he walked away from the landing module.

Every few meters, Morgan stopped to scan the surrounding area.

The biological detector identified numerous living organisms. Some appeared to be microscopic. Others were plant-like organisms distributed across the landscape. The further Morgan traveled, the more complex the environment became.

Small plants grew beside streams. Taller vegetation formed isolated clusters. Trees appeared in the distance, their silhouettes resembling familiar terrestrial forests despite their alien origin.

It was not Earth.

But for the first time during Mission 32, Morgan reported that parts of the landscape felt strangely familiar.

Then the movement detector produced a warning.

The Giant Slow Loris-Like Creature

Morgan stopped.

His helmet display highlighted movement several hundred meters ahead.

At first, he assumed it was another large herbivorous animal similar to creatures encountered during previous ESO missions. The silhouette, however, was difficult to interpret.

It was enormous.

As the creature emerged from the vegetation, Morgan's helmet camera automatically increased its optical magnification.

The animal was approximately the size of a Brontosaurus.

Yet it did not resemble a dinosaur.

Its body was built differently, with a massive frame supported by thick limbs. Its head was comparatively rounded, and its facial structure produced an unexpected resemblance to one of Earth's smallest nocturnal primates: the slow loris.

The similarity was unmistakable enough for Morgan to immediately describe it in his mission log as a "giant slow loris-like animal."

The creature moved slowly through the vegetation.

It stopped.

Then it turned its head toward Morgan.

For several seconds, neither of them moved.

Morgan's biometric sensors recorded no immediate signs of aggression. The creature simply watched him from a distance.

Its enormous eyes remained fixed on the astronaut.

Morgan slowly lowered his equipment and remained still.

The animal continued observing him.

Then, without warning, it turned away.

The enormous creature walked back into the vegetation and disappeared among the trees.

Morgan did not pursue it.

ESO's field protocols specifically prohibited unnecessary interference with unfamiliar large organisms. Instead, he recorded the encounter, captured visual data and marked the animal's approximate location for future biological surveys.

Mission Archive: The Moment Was Recorded

The encounter became one of the most significant moments of ESO Mission 32 because Morgan's helmet camera was recording throughout the exploration. The footage shows the green sky, white clouds, vegetation-covered terrain and the enormous slow loris-like creature observing Morgan before slowly moving away.

Mission Archive — Kepler-440 b Landing & Surface Expedition | ESO Transmission #32.1

An Extraordinary Biological Discovery

The creature's appearance immediately raised questions inside ESO's biological research division.

Its resemblance to a slow loris was particularly interesting. Slow lorises on Earth are small primates with large eyes, compact bodies and deliberate movements. The Kepler-440 b animal possessed some visually similar characteristics, but its enormous size and completely alien anatomy made it biologically unrelated to Earth's slow lorises.

The similarity was therefore considered an example of possible convergent evolution: two unrelated evolutionary systems producing organisms with certain comparable physical traits under different environmental pressures.

However, ESO scientists emphasized that one observation was not enough to establish the animal's evolutionary history.

The creature would need to be observed repeatedly.

Its diet remained unknown. Its reproductive biology was unknown. Its lifespan was unknown. Even its exact classification remained provisional.

What Morgan had witnessed was not a dinosaur returning from Earth's distant past.

It was something entirely native to another world.

Kepler-440 b: A Living Planet

The discovery changed the scientific value of Mission 32 almost immediately.

Kepler-440 b was no longer simply a distant terrestrial planet with potentially favorable conditions. Morgan's observations indicated that the planet possessed a functioning ecosystem containing plants, waterways and large animal life, creating a landscape that could be compared with other potentially habitable worlds such as lush Kepler-186f.

The combination of a rocky surface, extensive green vegetation, liquid surface water, clouds and an oxygen-rich atmosphere made the planet one of the most biologically interesting locations ESO had documented.

The 26% oxygen reading was particularly important. Oxygen-rich atmospheres can be associated with biological processes, although oxygen alone is not sufficient proof of a living ecosystem. On Kepler-440 b, however, Morgan had physically documented abundant vegetation and large mobile organisms alongside the atmospheric reading.

That combination transformed the mission's scientific importance.

David Morgan's Final Transmission From the Area

Before returning to the landing module, Morgan spent several additional hours documenting the landscape.

He collected non-destructive plant samples, recorded water chemistry, mapped sections of the surrounding terrain and continued monitoring the giant animal's movements from a safe distance.

The creature did not return to the immediate area.

But Morgan's instruments continued detecting biological activity throughout the region.

As the green sky darkened toward the planetary horizon, the astronaut transmitted his final field report to the ESO spacecraft.

The message was brief.

"Surface conditions are stable. Vegetation is extensive. Water is present. Atmospheric oxygen reading remains approximately twenty-six percent. Large fauna confirmed. One specimen observed at extreme size. It resembles a slow loris in facial structure and movement, but there is no indication that it is related to terrestrial fauna. Planet is biologically active. Recommend extended survey."

The transmission was archived under ESO Transmission #32.1.

What Comes Next for Kepler-440 b?

ESO Mission 32 was initially designed as a planetary assessment operation. After Morgan's observations, however, the organization began preparing a much broader scientific survey.

The next mission would need to determine how extensive the ecosystem was, whether additional large animals inhabited the region, how the planet's vegetation produced and consumed oxygen, and whether the waterways connected into larger planetary systems.

Most importantly, ESO wanted to learn more about the enormous slow loris-like creature.

Was Morgan's animal an isolated species?

Did herds exist somewhere beyond the explored region?

Were there predators?

How many other large organisms remained hidden in the forests and plains of Kepler-440 b?

No one at ESO had the answers yet.

For David Morgan, however, the mission had already achieved something remarkable.

He had stepped onto a rocky planet more than 800 light-years from Earth and discovered a world beneath a green sky, covered with living vegetation, crossed by rivers and inhabited by animals unlike anything humanity had ever evolved on Earth.

And somewhere in that enormous alien landscape, a gigantic slow loris-like creature was still moving through the trees.

ESO Mission 32 remains active.

Archive designation: KEPLER-440 B / SURFACE BIOLOGY / TRANSMISSION 32.1

Status: CONTINUED EXPLORATION AUTHORIZED.