Visual identity

The visual identity is the set of graphic elements that allow a brand to be recognised and distinguished from its competitors: logo, colour palette, typography, iconography, photographic style, patterns and illustrations. It visually translates the values and positioning of the brand. Consistent and distinctive, it strengthens recall and trust over time.

The visual identity is the concept: the set of visual elements that define a brand. The graphic charter is the document that formalises these elements with their usage rules: precise colour codes, chosen typefaces, logo usage rules, examples of correct and incorrect applications. The graphic charter is the documentation of the visual identity, not the identity itself.

You start from the brand strategy: positioning, values, targets, tone of voice. These elements are translated visually through several creative directions (moodboards) submitted to stakeholders for validation. The chosen direction is then developed into a consistent visual system: logo (with its variants), palette, typography, iconographic style. You then produce the graphic charter that documents the whole to guarantee a consistent application.

Rarely without adjustments. A visual identity designed for print materials (printed matter, signage) does not transpose directly to digital interfaces. Colours must be checked in RGB and for accessibility contrasts. Typefaces must be available as webfonts. The logo must exist in a version suited to small sizes (favicon, application icon). Moving from a print identity to a digital product often requires adaptation work carried out with the UX/UI teams.

By precisely documenting the rules in a graphic charter kept up to date, by appointing someone responsible for consistency (brand manager or design system owner), and by ensuring that all providers and internal teams have access to the current version of the assets. For digital products, design tokens let you propagate an identity update (a new primary colour, a new typeface) across the whole interface by modifying a variable rather than each component individually.