diff --git a/Sources/Features/LogView/LogSessionView.swift b/Sources/Features/LogView/LogSessionView.swift
index aa97385..d6dc7b9 100644
--- a/Sources/Features/LogView/LogSessionView.swift
+++ b/Sources/Features/LogView/LogSessionView.swift
@@ -414,15 +414,10 @@ private struct PackagePicker: View {
         // Dismiss the popover first, then apply the filter on the next runloop —
         // mutating ancestor state while the popover tears down can crash on macOS.
         show = false
-        // Android & simulator resolve the package/bundle id to PIDs. Physical iOS
-        // streams structured os_log and scopes by the app's *process name* (the
-        // display name), so pass that there. `nil` = "All processes".
-        let value: String
-        if let app {
-            value = session.device.platform == .iosDevice ? app.display : app.id
-        } else {
-            value = ""
-        }
+        // Every platform now scopes by the package / bundle id: Android & simulator
+        // resolve it to PIDs; physical iOS launches that bundle under devicectl's console
+        // for un-redacted os_log + print(). Empty = "All processes" (whole-device passive).
+        let value = app?.id ?? ""
         DispatchQueue.main.async { onSelect(value) }
     }
 }
diff --git a/Sources/Model/AppModel.swift b/Sources/Model/AppModel.swift
index 415fe7b..33a5db4 100644
--- a/Sources/Model/AppModel.swift
+++ b/Sources/Model/AppModel.swift
@@ -354,12 +354,19 @@ final class AppModel {
             case .android: return adb.map { AndroidLogSource(adbURL: $0, serial: device.id) }
             case .iosSimulator: return SimulatorLogSource(udid: device.id)
             case .iosDevice:
-                // Structured logs (level · subsystem · category) via Apple's private
-                // LoggingSupport engine (OSActivityStream) — the Xcode/Console-grade
-                // stream. `bundleID` here is the selected app's process/display name and
-                // narrows the whole-device stream to that app (empty = whole device).
-                // Falls back to idevicesyslog internally if the private API is unavailable.
-                return IOSDeviceOSLogSource(udid: device.id, processFilter: bundleID)
+                // Whole device → passive structured stream via Apple's LoggingSupport
+                // engine (real level · subsystem · category, no app launch); falls back to
+                // idevicesyslog internally if the private API is unavailable. Its catch:
+                // private os_log args arrive as <private> (the relay redacts them).
+                //
+                // A targeted app → launch it under devicectl's console with
+                // OS_ACTIVITY_DT_MODE=enable, which mirrors that app's os_log **un-redacted**
+                // plus print()/stdout — the Xcode-console experience, scoped to the app.
+                // `bundleID` is the app's bundle id (launching is by bundle id, so it
+                // re-launches the app each time capture starts, by design).
+                return bundleID.isEmpty
+                    ? IOSDeviceOSLogSource(udid: device.id, processFilter: nil)
+                    : IOSDeviceConsoleLogSource(udid: device.id, bundleID: bundleID)
             }
         }
         // Simulators can additionally stream the targeted app's stdout (`print()`),
diff --git a/Sources/Model/LogSession.swift b/Sources/Model/LogSession.swift
index f7e3bba..31f2695 100644
--- a/Sources/Model/LogSession.swift
+++ b/Sources/Model/LogSession.swift
@@ -387,9 +387,9 @@ final class LogSession: WorkspaceTab {
                 $0.pids = package.isEmpty ? nil : []
                 $0.processNameQuery = ""
             case .iosDevice:
-                // The structured (LoggingSupport) source narrows to the targeted app's
-                // process itself, so no per-line LogFilter process query is needed; the
-                // label is the app's process/display name.
+                // The *source itself* is swapped per target (whole-device passive stream
+                // vs. devicectl-console launch of the bundle), so no per-line LogFilter
+                // process query is needed. The label is the app's bundle id.
                 $0.processNameQuery = ""
                 $0.pids = nil
             }
@@ -399,11 +399,11 @@ final class LogSession: WorkspaceTab {
         restartPrimaryForTargetChange()
     }
 
-    /// Physical iOS re-scopes its *primary* structured source when the targeted app
-    /// changes (unlike Android/simulator, which keep one source and filter/launch-console
-    /// on top): an empty target streams the whole device, a name scopes to that app's
-    /// process. Stopping the current source lets the reconnect loop respawn with the new
-    /// scope; the source emits its own "▶︎ structured device logs (…)" marker.
+    /// Physical iOS swaps its *primary* source when the targeted app changes (unlike
+    /// Android/simulator, which keep one source and filter on top): an empty target →
+    /// whole-device passive LoggingSupport stream; a bundle id → a devicectl-console
+    /// launch of that app (un-redacted os_log + print()). Stopping the current source
+    /// lets the reconnect loop respawn the right one; each source emits its own marker.
     private func restartPrimaryForTargetChange() {
         guard isRunning, device.platform == .iosDevice else { return }
         swappingSource = true