Where Pagetrends believes websites are going
Most of the web still behaves like a printed brochure that happens to scroll. Text, images, a form at the bottom. That pattern has been stable for twenty years, and it is starting to look like the last era rather than the current one. We think the next one is interactive. Not decoration applied to a layout, but experiences where a visitor moves through something, changes what they are looking at, and gets an answer no page could have printed in advance. Pagetrends is building toward that deliberately.
Why the web is moving toward interaction
Two things changed at once, and together they move the ceiling. Hardware caught up, because graphics capability that required a dedicated application a decade ago now runs inside a browser tab on an ordinary phone. That was the constraint keeping the web flat. Expectation caught up alongside it. People spend their days inside software that responds to them, so a page that merely sits there increasingly reads as dated rather than as restrained.
"Businesses treating interactive as decoration will keep producing brochures, while the ones treating it as how an argument gets made will own the next decade of their categories."
Tools change, direction does not
WebGL hands rendering to the graphics card, which is how a browser draws thousands of moving objects without the layout engine collapsing. WebGPU is the successor, reaching modern hardware more directly and opening workloads the older interface could not carry. Both are means rather than ends, because a team that builds its identity around one rendering interface has tied itself to a technology with a shelf life.
So the architecture that matters separates what an experience means from how it happens to be drawn. A scene described independently of its renderer can move between them without a rebuild, and a company that thinks this way stays useful across the transition instead of having to start over at each one.
The vector lane, which most people overlook
SVG belongs in the same conversation and rarely gets there, because it is filed under icons and logos. It is XML, animated three different ways: declarative tags inside the file, stylesheet keyframes, or script driving the document. What it produces is motion graphics rather than video, meaning no codec, no frames, no photographic footage. For kinetic typography, animated data, brand motion and interface movement, that is arguably better than video: infinitely scalable, measured in kilobytes, editable as text, and writable by a machine.
The newer formats take it further. Vector animation described as structured data, and binary formats carrying state machines, so the result responds to hover, scroll or live input rather than merely playing back. Animation stops being a recording and becomes something that reacts. One architectural rule matters here: the vector file should be a render target rather than the source of truth. Copy, brand tokens and animation states belong in structured data, with the visual generated from them.
Interactive that machines can still read
A rendered canvas is opaque. A screen reader cannot see inside it, a crawler gets nothing, and a retrieval system assembling an answer finds no passage to extract. Plenty of impressive interactive sites are, to a machine, a blank rectangle with a headline above it. SVG sits in the document. It is text, it carries titles and descriptions and roles, it can be read, and it can be indexed.
Where a canvas genuinely is the correct tool, the meaning it carries has to exist somewhere reachable. Anything conveyed visually needs a text equivalent. Interactive elements need a keyboard path, and substance must never live only inside a rendering context. An interactive experience that machines cannot read fails the standard every other page on a site is built to meet.
What we are building toward
Experiences where the interaction carries the explanation rather than illustrating it. Motion generated from the same source that feeds the copy, so a brand change propagates rather than being reapplied by hand. Visual systems compiled from one set of tokens into whatever a channel needs, whether that is a web page, an email, print or signage. Some of that runs today. The rest is under construction, and the report says which is which.
Where experience work connects
Motion principles behind smaller interface movement are covered in motion design, and scroll-linked sequencing in scroll choreography. Generated visuals as owned assets are covered in AI-assisted design, while the delivery layer sits under the Model Context Protocol.
How the engagement runs
Experience work happens through screen shared working sessions, tested on real devices rather than on one development machine. If you want a site that does something rather than one that merely says so, that is the conversation we are most interested in having.