Stay inside the app when possible
Browsers, Finder, editors, Slack, and terminals understand their own nested state better than a generic switcher.
Learn which navigation layer belongs to each Mac app—from pages and tabs to files, folders, windows, conversations, and terminal sessions.
Where to start
Start with the active app’s own navigation when the target remains inside that app. Use macOS window controls when the target is another window, search when it can be named, and cross-app Back when its position in your recent workflow is the strongest clue.
Browsers, Finder, editors, Slack, and terminals understand their own nested state better than a generic switcher.
Select the app, then its window, then the tab, file, folder, page, or conversation.
Exact depth varies by app, and closed or deleted state may require recovery rather than navigation.
Use the right history and restore controls inside browsers, Finder, editors, and terminals.
App guide
Chrome has several ways to return, but each one remembers a different thing. Choose the control that matches whether you left a page, tab, window, or the browser itself.
Read the resourceApp guide
Finder’s Back button, parent-folder controls, sidebar, and window switcher solve different folder-navigation problems. The right choice depends on how you arrived.
Read the resourceApp guide
Cursor already remembers jumps inside the editor. The harder problem begins when a coding trail moves through browser documentation, terminals, Finder, and chat.
Read the resourceApp guide
A terminal app can have many windows, tabs, panes, and sessions. macOS can raise a window, but it cannot infer which command output mattered unless the context is made distinguishable.
Read the resourceApp guide
Safari separates page history, tab selection, window selection, and closed-tab recovery. Knowing which history owns the destination prevents a long search through similar pages.
Read the resourceApp guide
Brave’s Back button remembers pages inside one tab. Browser tabs, windows, closed pages, and the apps used around Brave all require different retrieval methods.
Read the resourceApp guide
Returning to iTerm2 is easy; returning to the exact shell context is harder. Make each layer identifiable and preserve reproducible commands outside live terminal state.
Read the resourceApp guide
The right Chrome window can still contain dozens of tabs. Use macOS for the window layer, then Chrome’s names and tab search for the page layer.
Read the resourceApp guide
Firefox keeps page history inside each tab, while tabs, windows, closed pages, and cross-app work live in separate retrieval systems.
Read the resourceApp guide
Edge’s page history belongs to the active tab. The right return method changes when the target is another tab, another window, a closed page, or a context outside the browser.
Read the resourceApp guide
VS Code has several kinds of “previous”: code-location history, recently opened files, cursor position, editor groups, and edit history. Each needs a different command.
Read the resourceApp guide
Finder provides several routes to a folder because visit order, directory hierarchy, known paths, and favorite locations are different retrieval clues.
Read the resourceApp guide
Tab Search retrieves an open destination by title or keyword. Browser Back retrieves a page by sequence. Knowing the difference prevents duplicate tabs and broken research trails.
Read the resourceApp guide
Finder windows often look alike because folder names repeat. Retrieve the window first, verify its full path, then use that window’s own Back history.
Read the resourceApp guide
VS Code can distribute work across workspace windows, editor groups, and floating windows. Identify the layer before cycling through files or reopening a project.
Read the resourceApp guide
Slack has internal conversation history and separate desktop windows, while macOS and ReturnFast operate at the app and window layers. Use each where it has enough context.
Read the resourceReturnFast keeps recent app locations in one local chronological history and restores the deepest context each supported app makes available.