CoCreate

Math educators and study groups needing a quick sketching space often run into mandatory signups, paywalled board limits, and cloud tracking on commercial whiteboards. CoCreate generates a private, persistent virtual whiteboard room on demand that participants join through a single browser link without creating accounts. The application runs on self-hosted infrastructure, keeping sketches, mathematical formulas, and session data under complete local control.

Why CoCreate instead of Miro

Miro locks visual collaboration behind user registrations, tiered team pricing, and centralized cloud hosting where every diagram and participant interaction is monitored on proprietary servers. For teams and schools handling sensitive lesson plans, research drafts, or student work, third-party cloud storage introduces persistent privacy concerns. CoCreate resolves this by giving organizations full ownership over their whiteboard data: you deploy the application on your own server, share a lightweight room link, and collaborate without routing board contents through external corporate data centers.

While Miro excels at complex corporate ecosystems featuring Jira issue syncing, sprint retrospectives, and hundreds of business templates, it imposes excessive overhead on simple sketching sessions. CoCreate eliminates that clutter in favor of an unobstructed drawing surface. Participants gain multi-user cursor tracking, vector stroke editing, multi-page boards, and native LaTeX math rendering through MathJax, which Miro cannot replicate without specialized plugins. However, switching away from Miro means giving up automated kanban boards, voting widgets, and enterprise single sign-on governance.

What it does well

• Instant room creation via unique URLs lets collaborators start sketching immediately without filling out signup forms or managing passwords.
• Hardware-aware stylus support detects pen pressure on iPads, Microsoft Surface devices, and graphics tablets while ignoring accidental palm contact.
• Built-in LaTeX rendering translates mathematical equations directly onto the canvas, producing crisp scientific notation alongside handwritten notes.
• Separate touch and stylus inputs allow users to pan and zoom across the canvas using finger gestures without leaving accidental paint streaks.
• Multi-page organization lets instructors prepare sequential lesson slides or distinct breakout spaces inside a single room link.