Step 01
Workspace
Organize source files, chapters, figures, references, scripts, logs, and compiled PDFs as part of one coherent research project.
Public beta opening soon 🎉
TeXise
A LaTeX research workspace with built-in CLI access.
Author manuscripts, manage citations, compile PDFs, and keep every project file in structured workspaces.
LaTeX editor
BibTeX + PDF builds
CLI-enabled workspace
main.tex
LaTeX01 \section{Introduction}
02 This paper explores \textbf{AI-assisted}
03 research workflows in the cloud.
04 \cite{lamport1994latex}
05 \includegraphics{figures/model}
06 \bibliography{references}
07 ▌
$ latexmk -pdf main.tex
✓ output.pdf synced
From structured source to polished PDFs
From structured source to publication-ready PDF.
Maintain source, chapters, figures, references, build logs, and compiled PDFs in a single research workspace from first draft through submission.
Step 02
Editor
Author papers, theses, technical reports, and structured documents in an editor designed for multi-file LaTeX projects.
Step 03
Compile
Compile with LaTeX, BibTeX, Biber, figures, packages, scripts, and code workflows when your research project requires reproducible output.
Step 04
Generate the PDF while keeping source files, assets, logs, and final outputs linked to the same workspace.
Interactive LaTeX editor
TeXiser, an editor for structured LaTeX projects.
TeXiser — an open-source LaTeX editor for the next-generation research.
Open Source
LaTeX editor
PDF Preview
syncing
main.tex
intro.tex
references.bib
01 \section{Introduction}
02 This paper explores \textbf{AI-assisted}
03 research workflows in the cloud.
04 \cite{lamport1994latex}
05 \includegraphics{figures/model}
06 \bibliography{references}
07 ▌
Rendered PDF preview
LaTeX templates for serious research
Templates for journals, conferences, and theses.
Begin with structured LaTeX templates for journal articles, conference papers, theses, dissertations, reports, and long-form academic writing.
Keep template source, bibliography files, figures, chapters, supporting materials, and compiled PDFs within the same managed workspace.
Ready-to-edit .tex files
BibTeX friendly
Source + PDF workflow
Journal papers
Prepare article-style manuscripts with abstract, sections, figures, references, and consistent PDF output.
Conference papers
Move from research idea to proceedings-style draft, technical note, or camera-ready conference submission.
Theses & dissertations
Manage chapters, front matter, appendices, citations, figures, and final thesis PDFs from proposal through submission.
For reproducible research and advanced builds
The same workspace, from browser to terminal.
TeXise pairs browser-based authoring with workspace-level command-line access, so research teams can run builds, scripts, checks, and file operations where the project files already live.
01. Access
Access the same project files from the browser or the terminal.
02. Compile
Run LaTeX builds, citation tools, scripts, and code workflows against the same project tree.
03. Sync
Keep source files, figures, logs, PDFs, and generated outputs synchronized.
$ ls
main.tex
references.bib
figures/
scripts/
$ latexmk -pdf main.tex
$ biber main && latexmk -pdf main.tex
✓ PDF compiled and synced to workspace
Built for reproducibility
Reproducible builds without leaving your project.
Reproducible writing depends on more than the manuscript. TeXise keeps scripts, figures, citation files, build logs, and compiled PDFs connected to the same project tree.
Inputs
Source + assets
Maintain LaTeX files, figures, bibliography files, and templates in one organized project tree.
Process
Scripts + builds
Run citation tools, figure generation scripts, validation checks, and LaTeX builds from the workspace.
Outputs
Logs + PDFs
Keep build logs and compiled PDFs connected to the exact source, scripts, and references that produced them.
Designed for research and technical writing
Built for structured LaTeX research workflows.
For researchers, students, engineers, and authors preparing papers, theses, reports, manuals, and publication-ready PDFs.
Researchers
Develop notes into manuscripts while keeping citations, drafts, figures, and outputs organized.
Thesis writers
Manage thesis structure across chapters, figures, front matter, appendices, references, and final PDFs.
Students
Prepare assignments, lab reports, project notes, and academic documents with organized project files.
Engineers
Document systems, equations, experiments, code outputs, diagrams, and build artifacts in a shared project space.
Authors
Prepare long-form writing, technical manuals, and book-length projects as clean, structured PDFs.
AI-assisted research workflows
Context-aware support for research writing.
AI-assisted workflows are most useful when they stay close to the manuscript. TeXise is designed to support structure, citations, LaTeX editing, and revision planning while source files and PDFs remain organized.
Citation-aware drafting
Draft with reference context nearby so citations remain connected to the section being developed.
Structure suggestions
Develop abstracts, sections, methods, results, appendices, and technical notes from structured starting points.
LaTeX assistance
Support LaTeX syntax, equations, tables, figures, and patterns used in larger academic documents.
Research workflow support
Move from notes to draft to compiled PDF while keeping research materials in one workspace.
Research, citations, collaboration, and submission
From manuscript draft to submission-ready PDF.
Research writing involves more than text entry. TeXise brings citations, editing, compilation, review, recovery, and submission preparation into one workspace for scholarly projects.
Smart citation workflow
Keep BibTeX files, citation context, and source-aware drafting close to the manuscript section in progress.
Collaborative research
Provide collaborators with a shared place to review drafts, prepare revisions, and understand project context.
Version history
Reduce project risk with restore-point style workflows for source files, outputs, logs, and important changes.
LaTeX error help
Translate compile errors into clearer next steps for missing packages, unresolved citations, and common syntax issues.
Reference import
Import existing .bib files and keep references beside chapters, figures, source files, and the compiled PDF.
Publication readiness
Prepare journal articles, conference submissions, theses, reports, and final PDFs with a consistent workflow.
Two ways to work
Focused for authoring. Powerful for reproducible builds.
Browser mode
- • Author LaTeX online
- • Manage project files visually
- • Compile PDFs in the cloud
CLI mode
- • Open workspace files
- • Run scripts and build tools
- • Build complex projects
Research workspace capabilities
Designed for structured LaTeX research projects.
TeXise supports manuscripts, theses, technical reports, and long-form documents that require structure. It combines a focused LaTeX editor, workspace storage, PDF compilation, citations, templates, and CLI access so research projects remain organized as they grow.
Interactive LaTeX editor
Author academic papers, reports, theses, books, and technical documentation in a focused browser editor.
Cloud project storage
Keep .tex files, BibTeX references, images, figures, chapters, scripts, logs, and supporting assets in one organized workspace.
CLI access to storage
Use command-line access for custom builds, scripts, package checks, code compilation, and direct file operations.
LaTeX to PDF compilation
Compile LaTeX projects into PDFs from the cloud, including multi-file manuscripts with chapters, figures, packages, and citations.
BibTeX citation workflow
Manage references and citation files beside the LaTeX source so the manuscript remains structured from draft to final PDF.
Built for real projects
TeXise is designed for complete LaTeX workspaces, not isolated files — well suited to long-form research, publishing, and collaborative technical writing.
For power users
A LaTeX workspace for scholarly writing.
TeXise helps you author online, compile to PDF, organize research files, manage citations, and switch between browser and terminal when the project requires it.
The difference is flexibility: a clean browser experience for authoring, plus CLI access for projects that require scripts, custom builds, and direct file control.
Questions
Frequently asked questions.
Quick answers about authoring, compilation, citations, templates, and CLI-enabled research workflows.
What is TeXise?
TeXise is an online LaTeX editor and cloud research workspace for authoring manuscripts, managing files, compiling PDFs, working with citations, and accessing project files through browser and CLI workflows.
Can I compile LaTeX to PDF?
Yes. TeXise is built for LaTeX-to-PDF workflows, including multi-file projects, figures, packages, BibTeX, Biber, logs, and synced PDF outputs.
Does TeXise support BibTeX citations?
Yes. TeXise keeps BibTeX files beside source files, figures, chapters, and outputs so citations remain part of the project workflow.
Can I access my workspace from the CLI?
Yes. TeXise is designed so users can work with source files, scripts, code compilation, and LaTeX build tools from the same cloud workspace used by the browser editor.
Can I use journal, conference, and thesis templates?
Yes. TeXise includes template workflows for journal papers, conference papers, theses, dissertations, reports, and other long-form academic documents.
Are AI-assisted features a replacement for academic review?
No. AI-assisted features support research workflows, but users remain responsible for reviewing citations, outputs, and final submissions.
Is TeXise related to Textise?
No. TeXise is a cloud workspace for LaTeX research projects. The built-in editor, TeXiser, is designed for source editing, citation workflows, and PDF preview.
Public beta opening soon 🎉
Join the TeXise public beta.
TeXise is opening soon for researchers, students, engineers, and technical authors who need a structured workspace to author, compile, cite, and manage LaTeX research projects.