PRISMA 2020 flow
A PRISMA 2020 screening flow
Type the identified / screened / excluded counts; the flow lays itself out and the numbers stay attached to the figure.
9 workstations, 80 rendering engines, and an AI that turns a sentence, a sketch, or a photo into a diagram you can edit forever.
Real product behaviour — every prompt above renders in the Studio today.
Type or dictate a prompt, get a rendered diagram in seconds — then refine it conversationally with an AI that reads your code and your canvas.
Hover any text in the rendered diagram → it lights up → click → inline editor → rename → the source code rewrites the matching node in place. Works on every engine.
flowchart TD
A[Receive request]
B[Validate]
C[Save]
A --> B
B --> CLive preview cycling through real prompts. In the studio you'd type once, then keep refining: “add a step between B and C”, “colourblind-safe”, “switch to horizontal”.
You type
AI features run on your hosted point allowance, or on your own Anthropic / OpenAI key — unmetered. Everything else renders in your browser.
Live sessions in every studio — one link puts your whole team in the same document, with presence cursors, threaded comments, voice, and a full version history.
Should the error log feed into our SIEM too? @Adi
Yes — let's route via the bus instead of direct. Will sketch.
Renamed 'Validate' → 'Validate + enrich'. Source updated.
Every one renders in your browser, on a free account, in one of the 80 engines below the surface.
Type the identified / screened / excluded counts; the flow lays itself out and the numbers stay attached to the figure.
Model it to the BPMN 2.0 spec, then hit Play and follow tokens through your gateways until a deadlock shows itself.
Write LaTeX, get typeset maths — the same notation your students meet on the exam, not a screenshot of it.
Declare nodes and arrows; confounders, mediators and adjustment sets are read off the graph, not eyeballed.
Paste the data, pick a grammar-of-graphics spec, export SVG or PDF at whatever size the journal demands.
One line of standard Newick in, a labelled tree out — the format your aligner already emits.
The diagram is DOT source, so it reviews in a pull request and can never drift from the commit it shipped with.
Components and nets as source; the schematic redraws itself when the netlist changes.
GlyphScript propagates arithmetic through the figure, so a total that stops matching its parts is a compile error.
Glyph's 80 engines stand in for 68 real products — Lucidchart, Visio, Prism, dbdiagram, Miro and the rest. 37 of them are free, and we count those at nothing.
A floor, not a bill: 19more paid tools these engines replace — Tableau, MATLAB, OmniGraffle, OriginLab among them — are shown here at zero because we haven't re-checked their prices. 4 more are enterprise-quote only.
That's $40 a month back — about $480 a year — on the six we priced alone, and everything stays on one canvas instead of 6.
Counted per product, not per use-case: ten engines replace something Lucidchart does, and Lucidchart is counted once. Prices are each vendor's cheapest published individual plan, checked 2026-08-04; annual plans divided by 12. Free and open-source tools count as $0. Glyph's price is the Plus tier; the Free tier is BYOK-only.
9 workstations. 80 engines. One sentence away.