Vlak

Theo van Doesburg founded De Stijl as both a magazine and a platform for geometric art. Its disciplined lines, planes, and primary forms gave artists and designers a shared visual method.

The school joined fine art, craft, architecture, and design in one educational model. Workshops made applied practice part of a broader visual discipline.

Otto Neurath's Social and Economic Museum used pictograms and repeated symbols to explain social data to a broad public. The Vienna Method later took the name Isotype and travelled as a visual language.

Paul Renner built Futura from circles, squares, and triangles for a machine-age form of printing. Its early specimens showed geometric letterforms working in both display and text sizes.

Jan Tschichold codified modernist typography around asymmetry and deliberate arrangements of type and image. The book made wider Bauhaus and Soviet currents usable in everyday print work.

Inge Scholl, Otl Aicher, and Max Bill founded the school to connect modern design with a democratic society. Its curriculum combined practical design work with scientific and social study.

Max Miedinger and Edouard Hoffmann developed Helvetica at the Haas Type Foundry. The surviving 36-point lead type records a modernist design as a repeatable physical system.

Adrian Frutiger designed Univers as a coordinated family of widths and weights. A numerical classification made the family legible as a system rather than a loose list of styles.

Josef Müller-Brockmann, Richard Paul Lohse, Hans Neuburg, and Carlo Vivarelli began a trilingual journal for graphic design. Its grid-led pages carried Swiss constructive practice into an international design discussion.

Ivan Sutherland's Sketchpad let a person create and manipulate graphical figures with a light pen. Geometry became something to point at and change directly on screen.

Douglas Engelbart's team demonstrated a mouse, linked text, live editing, multiple windows, shared screens, and video collaboration as parts of one working system.

The first edition Unix manual documented sh alongside a compact set of commands. The shell made a text interface programmable through command sequences and scripts.

The Xerox PARC research system combined a page-oriented display, mouse, networking, windows, icons, and screen-to-print correspondence. It made documents and commands visible objects on screen.

Dan Bricklin and Bob Frankston made spreadsheet values recalculate automatically on the Apple II. People could change assumptions and immediately see their effect on a working financial model.

Xerox announced an office system organized around documents, icons, generic commands, and a mouse. Consistent actions such as copy, move, and show properties reduced the number of commands people had to remember.

IBM introduced the 5150 with Microsoft PC DOS 1.0. The underlying Microsoft work also became MS-DOS, which was licensed for the wider compatible-PC market.

Apple introduced Lisa with a graphical interface and mouse. Its high price limited sales, while its visible desktop and document model continued into later Apple systems.

The original Macintosh paired a mouse-driven desktop with System Software 1.0, part of the lineage later called classic Mac OS. Its lower price brought menus, windows, and direct manipulation to more users.

PageMaker, Macintosh, LaserWriter, and PostScript aligned composition on screen with reproduction in print. The useful change came from this stack working together.

Microsoft shipped retail Windows as an operating environment extending MS-DOS. Command-based PC workflows gained a graphical layer within the same software family.

Adobe released Illustrator for Macintosh as a direct drawing tool for scalable vector artwork. Designers could shape precise paths that stayed crisp across output sizes.

Quark released QuarkXPress for Macintosh with precise page-layout and color controls aimed at professional publishing. Desktop composition moved further into daily newsroom and production work.

Bill Atkinson's HyperCard let people assemble cards, controls, scripts, and hypertext links into personal applications. Apple distributed it with Macintosh computers.

CorelDRAW 1 brought full-color vector illustration and page layout to Windows PCs. A mouse-driven drawing environment expanded professional graphics beyond the Macintosh publishing stack.

Photoshop brought detailed tools for editing and enhancing scanned images to personal computers. Photographic material joined type and vector art in digital production workflows.

Tim Berners-Lee's WorldWideWeb application was both a browser and an editor, paired with a web server and website at CERN. Documents became linked and addressable across machines.

NCSA released Mosaic as a graphical browser for the growing web. Its approachable presentation helped linked documents reach beyond specialist computing environments.

Start, the taskbar, recycle bin, desktop shortcuts, long filenames, and plug-and-play hardware formed a widely used set of PC conventions.

Be paired its own operating system with the dual-processor BeBox. Its small but persistent following records an alternative personal-computing platform alongside larger desktop systems.

Netscape developed JavaScript as a scripting language for web pages and shipped it in Navigator. Web documents could respond to people and run application logic inside the browser.

Matthias Ettrich announced KDE as a consistent graphical desktop for free Unix systems. The project set out to join applications, a desktop, and shared interface conventions for everyday users.

The W3C published CSS1 so authors and readers could attach reusable presentation rules to structured web documents. Fonts, color, spacing, and margins became a separate, cascading layer.

Mac OS 8 shipped on Apple's new Power Macintosh line with a revised system experience and closer multimedia and internet integration. It remained part of the classic Macintosh system family.

GNOME 1.0 delivered an integrated graphical desktop for Linux and other Unix-like systems. Configurability, internationalization, drag and drop, and shared application services were part of the release.

Adobe introduced InDesign for professional page composition. Early releases brought advanced typography, transparency, and optical margin controls into a modern publishing application.

Mac OS X joined the Aqua interface and PDF-based Quartz graphics to a Darwin foundation. It replaced classic Mac OS with a new visual and technical system.

The iPhone brought a large multi-touch display, software keyboard, gestures, and rotation-aware layouts into one handheld interface. Fingers replaced the mouse for its main interactions.

Android 1.0 launched on the T-Mobile G1 alongside Android Market. Pull-down notifications, cross-application sharing, and multitasking established a distinct touch system and application ecosystem.

Apple introduced iPad with a 9.7-inch multi-touch display and applications designed for both portrait and landscape. Touch interaction moved from a phone-sized surface into reading, media, and productivity work.

Ethan Marcotte described fluid grids, flexible images, and media queries as one practice. A single page could adapt its composition to different viewport conditions.

Sketch arrived as a Mac application centered on UI and UX work. Its vector canvas and focused toolset gave screen designers an alternative to general graphics software.

iOS 4.2 brought multitasking, folders, unified inboxes, and other iOS 4 features to iPad while updating iPhone and iPod touch. One interaction platform now covered several screen sizes.

Google developed a shared language for desktop and mobile around surfaces, elevation, motion, iconography, and component rules. Physical paper studies helped the system define consistent digital behavior.

Figma's public release put a professional interface-design tool in the browser. Shared URLs and simultaneous editing made the design file a place for team collaboration.

Rasmus Andersson published Inter as an open-source typeface crafted for computer interfaces. Its tall x-height and screen-oriented details support dense text at small sizes.

The research preview made follow-up questions, corrections, challenges, and refusals parts of an ongoing conversation with a language model.

Anthropic made Claude available through a chat interface and API. Conversation and text processing could be directed by task, tone, and behavior.

Microsoft Research released AutoGen for workflows built from conversations among multiple agents. Agents could combine models, tools, and human participation around a shared task.

Google introduced Gemini as a model designed to work across text, images, audio, video, and code. Assistant interaction expanded beyond a text-only exchange into mixed media.

Artifacts placed generated documents, code, and interface designs in a dedicated window beside the conversation. The result became a visible work surface that people could inspect and revise.

Anthropic released the Model Context Protocol as an open client-server standard for connecting assistants to repositories, business tools, and development environments.

OpenAI paired built-in web, file, and computer tools with an Agents SDK for handoffs, guardrails, tracing, and single- or multi-agent orchestration.

Google introduced A2A as an open protocol for agents built with different frameworks or vendors. Agents gained a shared way to exchange information and coordinate actions.

The Codex app placed parallel agent tasks, project threads, isolated worktrees, progress, diffs, and human review in one desktop interface.