POVANI · Tiger Perspective
Exit ×01 / 04
Tiger
Tiger
Focus · Detail · Presence
Tiger Perspective
Attention narrows, detail intensifies and the frame locks onto what matters. This is an artistic perspective simulation, not a literal reproduction of tiger vision.
Target focusDetail priorityGrounded motionWarm contrast
POVANI · Dragonfly Perspective
Exit ×02 / 04
Dragonfly
Dragonfly
Fragment · Sweep · React
Dragonfly Perspective
A rapid low-flight study with broad situational awareness, micro-detail and a compound-inspired visual field. Artistic simulation rather than literal insect vision.
Low flightCompound fieldRapid reframingMicro detail
POVANI · Dolphin Perspective
Exit ×03 / 04
Dolphin
Dolphin
Depth · Echo · Motion
Dolphin Perspective
An underwater spatial study where distance, fluid motion and sonar-inspired pulses turn the ocean into an active field. Artistic simulation rather than literal dolphin perception.
Depth cuesSonar pulseFluid motionOcean field
POVANI · Peregrine Perspective
Exit ×04 / 04
Peregrine
Peregrine
Altitude · Track · Commit
Peregrine Perspective
A high-altitude visual study of speed, long-range tracking and distance compression into a decisive line of sight. Artistic simulation rather than literal peregrine vision.
High altitudeLong rangeSpeed linesTarget tracking
POVANI · Tiger Eye
Exit ×Biologically informed visual simulation
Through Tiger Eyes
Forward-facing eyes support binocular depth judgment. The demo emphasizes central target focus and stronger low-light sensitivity, while reducing the rich red-green color discrimination humans have.
Binocular focusLow-light advantageDichromatic colorMotion attention
Environmental photo: Juho Luomala / Unsplash. Simulation illustrates known visual traits; it is not a literal recording of tiger vision.
POVANI · Dragonfly Eye
Exit ×Biologically informed visual simulation
Through Dragonfly Eyes
Compound eyes trade human-style foveal detail for a huge field of view and exceptional sensitivity to rapid movement. The faceted layer represents thousands of ommatidia working in parallel.
Near-panoramic fieldFast flicker sensitivityCompound eyeMotion-first
Environmental photo: Orkhan Farmanli / Unsplash. The mosaic is an educational interpretation, not a literal camera capture.
POVANI · Dolphin Eye + Echolocation
Exit ×Biologically informed sensory simulation
Through Dolphin Eyes
Dolphin eyes are adapted for vision in water and air, but vision is only part of the picture. The expanding rings visualize echolocation—a separate sense dolphins combine with sight to understand distance and objects.
Underwater refocusLimited colorEcholocationSpatial awareness
Environmental photo: Maddison Lavanda / Unsplash. Sonar rings visualize echolocation; dolphins do not literally “see” those rings.
POVANI · Peregrine Eye
Exit ×Biologically informed visual simulation
Through Peregrine Eyes
Peregrines are built for distant detail and motion tracking. The demo keeps a tight high-acuity target zone while the wider aerial scene conveys the speed and distance changes of flight.
Long-distance acuityDual foveal specializationMotion trackingHigh-speed dive
Environmental photo: Peter Mason / Unsplash. The focal zone is a museum simulation of raptor visual specialization.
Animal facts · 01
Tiger
Panthera tigris
Where they liveFragmented habitats across Asia, including South and Southeast Asia and the Russian Far East.
What they areThe largest living cat species: solitary, territorial ambush predators and powerful swimmers.
What they eatMainly deer, wild boar and other medium-to-large mammals; they take smaller prey opportunistically.
Fun factEvery tiger has a unique stripe pattern—and the skin beneath the fur is striped too.
Vision vs humans
Tigers have much stronger low-light sensitivity thanks to a rod-rich retina and reflective tapetum lucidum. Humans see a richer range of daylight color; tiger color vision is more limited.
Animal facts · 02
Dragonfly
Anisoptera · Order Odonata
Where they liveNear freshwater habitats worldwide on every continent except Antarctica.
What they areFast predatory insects with an aquatic juvenile stage and exceptionally agile four-winged flight.
What they eatAdults catch mosquitoes, midges, flies and other insects in the air; nymphs hunt aquatic prey.
Fun factSome species have tens of thousands of ommatidia in each compound eye and can hover or fly backward.
Vision vs humans
Dragonflies have a vastly wider field of view and superb motion/flicker sensitivity. Humans have much finer detailed central vision; a dragonfly builds its view from many lower-resolution visual units.
Animal facts · 03
Bottlenose Dolphin
Tursiops truncatus
Where they liveTemperate and tropical seas worldwide, in both coastal waters and offshore habitats.
What they areHighly social toothed whales that live in flexible groups and communicate with whistles and clicks.
What they eatMostly fish and squid, plus some crustaceans; groups may cooperate to herd prey.
Fun factIndividuals develop distinctive signature whistles that function much like identity calls.
Vision vs humans
Dolphin eyes refocus for both water and air and their color vision is much more limited than ours. Unlike humans, they combine vision with echolocation to build a spatial picture of nearby objects.
Animal facts · 04
Peregrine Falcon
Falco peregrinus
Where they liveFound on every continent except Antarctica, using cliffs, coasts, open country and increasingly tall city buildings.
What they areMedium-sized falcons specialized for aerial pursuit, with long pointed wings and powerful flight.
What they eatMostly other birds caught in flight; they may also take bats and occasional small mammals.
Fun factDuring a hunting stoop, peregrines can exceed 320 km/h, making them the fastest animals measured.
Vision vs humans
Peregrines resolve distant moving targets far better than humans. Their retinas have very high photoreceptor density and specialized foveal regions that support precision tracking at speed.