Top 10 Best Online Screen Sharing Software of 2026

Meet delivers screen sharing through a WebRTC-based meeting session where the presenter selects a share source in the browser. Attendees typically view shared content in the same meeting grid, and the browser client avoids extra client software for viewers. Meeting admins can manage conferencing access via Google Workspace controls tied to identity and domain settings. Automation options come mainly through Google Workspace and Meet integrations rather than a dedicated developer API for screen share sessions.

A key tradeoff versus Zoom Workplace and Teams is that Meet’s screen sharing customization focuses on meeting context rather than granular presenter controls like per-viewer media routing. Meet fits teams that already run Google Workspace calendars and want consistent joining, screen sharing, and governance without training separate meeting tooling. It also works for ad hoc stakeholder reviews where external attendees join quickly using browser-based flows under domain or meeting-level restrictions.

Teams screen sharing is primarily delivered through the Teams meeting client, with options to share a full screen or an application window to reduce accidental disclosure. Annotation overlays and presenter handoff are available during a meeting, which helps teams route attention when multiple people need to explain different parts of a workflow. For organizations that standardize on Microsoft 365 identity and policies, Teams meeting access, recording behavior, and retention controls are managed in the same tenant.

A concrete tradeoff is that Teams sharing depends on the meeting client behavior and network path rather than exposing a lightweight browser-only screen share workflow for external viewers. Teams works best when screen sharing happens repeatedly in the same org with consistent RBAC and audit expectations, such as recurring support triage or internal design reviews.

TeamViewer is built around browser-based viewer access paired with a desktop agent on endpoints, which reduces friction when supporting devices behind restrictive networks. The control model supports role-based presenter permissions within a session, which helps standardize who can operate versus who can observe. Teams and IT groups can manage access patterns across repeated engagements through centralized administration, rather than relying only on ad hoc meeting links.

A key tradeoff is that stronger governance depends on consistent endpoint enrollment and administrator processes, not just on ad hoc session sharing. TeamViewer fits best when support needs recur across the same device fleets, including desktop refresh troubleshooting and application issues that require repeatable operator workflows.

AnyDesk provides internet-based screen sharing and remote control with a dedicated desktop agent and cross-platform desktop clients. Its distinct operational focus is fast connection setup for on-demand support, with session controls aimed at technician workflows.

The product also supports file transfer during a session and offers session configuration options for controlled access. AnyDesk is typically evaluated against browser meeting tools on responsiveness and remote-control ergonomics rather than meeting-centric collaboration features.

Webex delivers real-time online screen sharing for meetings with desktop and browser-based viewing. It supports presenter control features like application window selection and on-screen annotation during a shared session.

Webex meeting recording captures shared content along with the meeting stream, which helps after-the-fact review and training. Administration and governance integrate with Webex’s broader meeting workspace controls for participant roles and session policy enforcement.

Slack can be used for online screen sharing inside existing workspaces, with sharing initiated from the same chat and meeting surfaces where teams already coordinate. Live sharing works well when the workflow needs tight context, like sharing a screen from a message thread during incident triage or product review.

Slack also adds meeting-style controls for participation, where presenters and viewers stay within Slack identity, channels, and access policies. Compared with purpose-built screen sharing apps, Slack’s differentiator is its integration depth with collaboration state rather than standalone remote control tooling.

Whereby focuses on browser-first meeting rooms with WebRTC delivery, so screen sharing starts inside a standard web client without a heavyweight desktop install. Its workflow emphasizes sharing from within the room using per-session controls and an invite flow geared toward fast joining.

Whereby also supports session recording and common meeting management needs like roles, moderation, and basic governance for room access. Integration support centers on room embedding and API-driven room lifecycle automation for organizations that need repeatable onboarding.

Surfly targets online screen sharing tied to sales and support workflows, with co-browsing style visuals and presenter control built around live sessions. It emphasizes fast meeting starts from shareable links and structured session controls for lead handoff and guided walkthroughs.

Surfly also supports lightweight session governance for who can present or view, which helps reduce accidental over-sharing during live review. The product is also oriented toward workflow automation and integrations that keep screen sharing inside existing customer and revenue operations.

NoMachine enables screen sharing and remote control using a desktop agent and a network connection that supports cross-platform endpoints. It also supports session recording and can integrate shared views with interactive collaboration workflows.

Administration can be centralized for device provisioning and access controls, which is practical for managed fleets. The product targets low-latency interaction on both LAN and constrained networks by adapting the session transport to the environment.

ISL Online is a browser-based screen sharing and remote support tool aimed at distributed IT and support teams that need fast session start with a controlled viewer experience. It combines remote control, screen sharing, and annotation overlays in a single session flow, with configurable roles for who can view or control.

The system also supports session recording for later review and training, which reduces reliance on live troubleshooting history. Admin controls and client deployment options focus on managing support endpoints across offices rather than relying on ad hoc meetings.