01 / Living arc / Path
An upright tachyzoite and a clear constellation. A six-star trail.
Eight distinct families, each with five constellation layouts. Every mark combines an asymmetric parasite with stars and gene connections. Thin monochrome lines remain the common thread; the silhouettes, orientation, cell details and network topology vary. The active app logo is unchanged.
An upright tachyzoite and a clear constellation. A six-star trail.
An upright tachyzoite and a clear constellation. A branching seven-star network.
An upright tachyzoite and a clear constellation. Two linked triangular groups.
An upright tachyzoite and a clear constellation. A larger central star anchors the connections.
An upright tachyzoite and a clear constellation. An eight-star triangulated network.
A long, horizontal parasite in motion. A six-star trail.
A long, horizontal parasite in motion. A branching seven-star network.
A long, horizontal parasite in motion. Two linked triangular groups.
A long, horizontal parasite in motion. A larger central star anchors the connections.
A long, horizontal parasite in motion. An eight-star triangulated network.
A broader, softer cell with room around the stars. A six-star trail.
A broader, softer cell with room around the stars. A branching seven-star network.
A broader, softer cell with room around the stars. Two linked triangular groups.
A broader, softer cell with room around the stars. A larger central star anchors the connections.
A broader, softer cell with room around the stars. An eight-star triangulated network.
Two fine membrane contours and a branching interior. A six-star trail.
Two fine membrane contours and a branching interior. A branching seven-star network.
Two fine membrane contours and a branching interior. Two linked triangular groups.
Two fine membrane contours and a branching interior. A larger central star anchors the connections.
Two fine membrane contours and a branching interior. An eight-star triangulated network.
The cell outline opens where the constellation continues. A six-star trail.
The cell outline opens where the constellation continues. A branching seven-star network.
The cell outline opens where the constellation continues. Two linked triangular groups.
The cell outline opens where the constellation continues. A larger central star anchors the connections.
The cell outline opens where the constellation continues. An eight-star triangulated network.
Sparse point clouds add the feel of a gene embedding. A six-star trail.
Sparse point clouds add the feel of a gene embedding. A branching seven-star network.
Sparse point clouds add the feel of a gene embedding. Two linked triangular groups.
Sparse point clouds add the feel of a gene embedding. A larger central star anchors the connections.
Sparse point clouds add the feel of a gene embedding. An eight-star triangulated network.
A dark parasite silhouette contains a fine white constellation. A six-star trail.
A dark parasite silhouette contains a fine white constellation. A branching seven-star network.
A dark parasite silhouette contains a fine white constellation. Two linked triangular groups.
A dark parasite silhouette contains a fine white constellation. A larger central star anchors the connections.
A dark parasite silhouette contains a fine white constellation. An eight-star triangulated network.
A fine circular frame joins the cell to a star-map emblem. A six-star trail.
A fine circular frame joins the cell to a star-map emblem. A branching seven-star network.
A fine circular frame joins the cell to a star-map emblem. Two linked triangular groups.
A fine circular frame joins the cell to a star-map emblem. A larger central star anchors the connections.
A fine circular frame joins the cell to a star-map emblem. An eight-star triangulated network.