OpenAI Old vs New Logo: A Before-and-After Design Evaluation

What the old and new OpenAI logos actually are

The essential comparison is between OpenAI’s original corporate symbol and the later marks that took over public recognition as the company moved from a research-lab identity to a mass-market product identity. The original symbol is a six-petal geometric blossom: six identical curved modules rotated around a shared centre, forming a compact, roughly circular silhouette with a faceted void in the middle. That blossom is the company mark. Later public use added a second, far simpler product mark—the ChatGPT spark, a multi-armed burst centred on a circular field—and refined how the wordmark, colour, and lockups are set. Search queries that pair “old” and “new” usually mix those assets together. A usable evaluation names which pair is on the table: blossom versus spark, early blossom drawing versus a later redraw, or symbol versus wordmark.

Three assets sit inside the same brand family and do different jobs. The blossom is the corporate identifier. The spark-on-circle is the ChatGPT product icon, built for app grids, avatars, and small UI chrome. The wordmark is the lettering “OpenAI,” typically a geometric sans set to the right of or below the symbol. Treating the spark as a redesigned blossom, or treating a wordmark-only lockup as a new symbol, collapses those roles and produces the wrong construction notes, clear-space rules, and file choices.

Observable construction of the original blossom

The original mark is a closed, single-colour figure built from repetition rather than from a unique outline. Each petal is a tapered, seed-like module with a convex outer edge and a more tightly curved inner edge. Six copies of that module are rotated in equal 60-degree steps around one centre point. Where the inner edges meet, they leave a star-like counter—the optical heart of the mark. The outer contour reads as a rounded hexagon or a flattened flower, depending on viewing size. In standard applications the mark is a solid fill, black on a light field or reversed to white, with no outline, gradient, or secondary colour required for it to hold together.

• Six-fold rotational symmetry: the same module, six times, around one centre.
• Identical petal geometry: any deviation in one arm is visible as a broken rhythm.
• A central negative-space counter formed by the inner edges, not by a separate inner shape pasted on top.
• A compact, near-circular outer silhouette that holds in a square crop.
• Single-fill colour behaviour; the mark does not depend on a stroke weight to stay legible.
• Typical lockup with a geometric sans-serif wordmark, aligned to the optical centre or baseline of the symbol.

Those features are observable from public drawings of the mark. Official construction grids, exact module proportions, and optical-correction notes are not in the evidence supplied for this evaluation, so petal ratios and centre-void angles are described qualitatively here.

What counts as the later mark

The later identity that most people meet first is the ChatGPT spark. It sits inside a circular container. A light, multi-armed burst occupies the centre; the field around it is a dark disc. The spark has even radial spacing and reads as a single cut-out or counterform, not as six interlocking solids. That geometry is built for small, square, and circular crops: app icons, avatars, and favicon sizes. It has much less interior complexity than the blossom, and its limiting detail is arm thickness and even spacing rather than a tight central void between six petals.

Alongside that product icon, later OpenAI presentations simplified the surrounding system: more open wordmark spacing, broader use of colour beyond a strict black-and-white pair, and lockups that let the circular spark carry product surfaces while the blossom, when it still appears, carries company surfaces. Public discussion of a “new OpenAI logo” often points at this system shift rather than at a single replacement glyph with a published construction sheet. Where a later redraw of the blossom exists, the observable direction is fewer hairline junctions, slightly more open counters, and cleaner behaviour at small sizes—the usual optical cleanup of a dense geometric mark, not a change of subject.

Before-and-after comparison

Attribute	Original blossom (company mark)	Later public mark (primarily the ChatGPT spark)
Role in the system	Corporate identifier for OpenAI as an organisation	Product identifier for ChatGPT and related product chrome
Core geometry	Six identical tapered petals rotated around one centre	Multi-armed burst centred on a circular field
Symmetry	Order-6 rotational symmetry; module repetition is the structure	Radial symmetry inside a circle; even arm spacing is the structure
Interior detail	High: petal junctions plus a faceted centre counter	Lower: arm thickness and the gap between arms
Silhouette	Compact flower or rounded hexagon; holds in a square	True circle as the outer crop; the spark is an inner counterform
Colour behaviour	Designed as a single fill; reversal is a straight swap	Disc-plus-counterform; contrast between field and burst is required
Small-size limit	The centre void and petal junctions fill in first	Arm thickness and circular crop hold longer at icon sizes
Typical lockup	Symbol plus “OpenAI” wordmark	Standalone circular icon, often without a wordmark beside it
Vector construction demand	Repeat a module, rotate it, and keep junctions exact	Draw a true circle and evenly spaced arms; stretching is immediately visible

Read as a redesign sequence, the change is a move from a dense, modular knot that rewards close looking to a simpler, circular product badge that survives a phone grid. That is an editorial reading of the two geometries in use. It is not a documented claim that one official master file replaced the other on a given date.

Practical implications for vector logo assets

If the task is to evaluate, redraw, or file the company mark, start from the blossom’s module logic. One petal drawn cleanly, then rotated in 60-degree steps around a shared origin, will stay even. Tracing a small raster of the full flower will usually skew petal width, collapse the centre counter, and leave mismatched junctions where the modules should meet. Keep the mark as a single compound path or a single fill, not as six loose shapes that can drift. Test the centre void at the smallest size the file must support; that counter is the first part to fail.

If the task is the later product icon, the construction problem is different. The outer crop needs to be a true circle. The burst arms need equal angular spacing and equal visual weight. A non-uniform scale that turns the disc into an ellipse, or a manual trace that thickens one arm, is the usual failure. Because the spark is a counterform on a disc, colour changes have to preserve contrast between field and burst; a light spark on a light field will disappear even if the paths are geometrically correct.

• Match the asset to the job: blossom for company identity, spark for ChatGPT product surfaces, wordmark for spelled-out lockups.
• Prefer a geometrically constructed vector master over a trace of a screenshot or a flattened export.
• Do not treat a file extension such as SVG as proof of official geometry, true curves, or a licensed master.
• Do not treat public availability of a logo file as permission to reuse it; identity marks remain controlled assets.
• Check minimum size against the mark’s limiting detail: the blossom’s centre counter, or the spark’s arm thickness.
• Keep single-colour masters. Apply colour in a separate step so reversal and recolouring stay clean.
• When comparing versions, overlay on a shared centre and a shared bounding box; silhouette and counter changes show up faster than side-by-side crops at different scales.

How to reach a conclusion from this comparison

For readers deciding which mark they are looking at, the test is geometric. Six interlocking petals with a faceted centre void is the original company symbol. A burst on a circular disc is the later product icon. A wordmark without a symbol is lettering, not a substitute for either mark. For readers deciding which file to keep as a working master, the test is construction quality: even module repetition and an open centre for the blossom; a true circle and even arms for the spark. For readers judging the redesign as design work, the later mark trades the blossom’s crafted interior for speed of recognition at icon size. That trade is coherent for a product badge. It is a weaker substitute if the need is a distinctive corporate symbol with a memorable inner structure.

Gaps in the supplied evidence

This evaluation is based on publicly observable geometry of the marks in common use. It does not rest on an official construction sheet, a dated replacement announcement, measured proportions, or a licensed vector master. Exact petal ratios, optical corrections, specified clear space, minimum sizes in millimetres or pixels, and the legal terms for reuse are therefore flagged as gaps. Colour-system details beyond the original monochrome presentation are also outside the supplied evidence. A next practical step is to obtain the current official artwork and usage rules for the specific asset required—company blossom, product spark, or wordmark—and to compare that master against any local file on geometry, not on filename.