diff --git a/src/StatusQ/Controls/StatusImageCrop.qml b/src/StatusQ/Controls/StatusImageCrop.qml
new file mode 100644
index 00000000..257a05f8
--- /dev/null
+++ b/src/StatusQ/Controls/StatusImageCrop.qml
@@ -0,0 +1,334 @@
+import QtQuick 2.14
+import QtQuick.Layouts 1.14
+
+import QtGraphicalEffects 1.1
+
+import StatusQ.Core.Utils 0.1
+import StatusQ.Core.Theme 0.1
+
+/*!
+    \qmltype StatusImageCrop
+    \inherits Item
+    \inqmlmodule StatusQ.Controls
+    \since StatusQ.Controls 0.1
+    \brief Draw a crop-window onto an image. Inherits \l{https://doc.qt.io/qt-5/qml-qtquick-item.html}{Item}.
+
+    Sizing
+
+    User resizes the control as needed. Control adapts and centers the crop
+    window inside the available space
+
+    Performance
+
+    The \c StatusImageCrop uses Canvas to draw the overlay in multiple steps.
+    Drawing with canvas is inefficient therefore keep the usage to a minimum,
+    as in the required space
+
+    API
+
+    The setCropRect is the only way to set the content shown in the crop window.
+
+    /note "Fit window" used here reffer to optimum zoom to fit all the content
+        in the view window; produces window borders if AR of the image is different
+        than the window. This ia opposite to "Fill window" reffers to optimum zoom
+        to fill all the view; parts of the content won't be visible if AR of the
+        image is different than the AR of window
+    /note The math is based on pixels so no subpixel accuracy. Didn't find it necessary for the current needs
+    /note windowRect aspect ratio and cropRect aspect ratio are keept in sync
+
+    Example of two controls; top WindowStyle.Rounded, bottom WindowStyle.Rectangular
+    \image eg-StatusImageCrop.png
+
+    Example of how to use it:
+
+    \qml
+        StatusImageCrop {
+            anchors.fill: parent
+
+            width: 100
+            height: 100 * aspectRatio
+            source: "qrc:/demoapp/data/logo-test-image.png"
+            windowStyle: StatusImageCrop.WindowStyle.Rounded
+        }
+    \endqml
+
+    For a list of components available see StatusQ.
+*/
+Item {
+    id: root
+
+    implicitWidth: 400
+    implicitHeight: 400 / aspectRatio
+
+    /*!
+       \qmlproperty url StatusImageCrop::source
+       Path to the image to be cropped
+    */
+    /*required*/ property alias source: mainImage.source
+
+    enum WindowStyle {
+        Rounded,
+        Rectangular
+    }
+    /*!
+        \qmlproperty WindowStyle StatusImageCrop::windowStyle
+        Crop window styles
+        \value Rounded ellipses bounded by cropRect rectangle
+        \value Rectangular with rounded corners specified by radius
+    */
+    property int windowStyle: StatusImageCrop.WindowStyle.Rectangular
+    /*!
+        \qmlproperty int StatusImageCrop::radius
+        Valid only when windowStyle is Rounded
+    */
+    property int radius: 8
+    /*!
+        \qmlproperty color StatusImageCrop::wallColor
+        Color used outside the crop-rect. Tells user which part won't be available after cropping
+    */
+    property color wallColor: Theme.palette.black
+    /*!
+        \qmlproperty real StatusImageCrop::wallTransparency
+        Transparency outside the crop-rect 0.0 - 1.0 (inclusive). Tells user which part won't
+        be available after cropping
+    */
+    property real wallTransparency: 0.7
+
+    /*!
+        \qmlproperty real StatusImageCrop::maxZoomScale
+        Don't allow to zoom in more than maxZoomScale factor
+    */
+    property real maxZoomScale: 10
+
+    /*!
+        \qmlproperty rect StatusImageCrop::cropRect
+        The content shown in the crop window. Values are expected to be in image coordinates.
+        The crop-window aspect-ratio is adjusted to match the cropRect value.
+        The default value shows an 1.0 AR to Fit Window
+        e.g. to set the crop window to show and match image's AR use Qt.rect(0, 0, sourceSize.width, sourceSize.height)
+    */
+    readonly property rect cropRect: d.cropRect
+    /*!
+        \qmlproperty rect StatusImageCrop::cropRect
+
+        The position and zis of the crop rectangle in item's space; without extra spacing
+    */
+    readonly property alias cropWindow: d.cropWindow
+    /*!
+        \qmlproperty real StatusImageCrop::aspectRatio
+    */
+    readonly property real aspectRatio: d.cropRect.height !== 0 ? d.cropRect.width/d.cropRect.height : 0
+    /*!
+        \qmlproperty real StatusImageCrop::zoomScale
+    */
+    readonly property real zoomScale: d.currentZoom(sourceSize, Qt.size(d.cropRect.width, d.cropRect.height))
+
+    /*!
+        \qmlproperty size StatusImageCrop::sourceSize
+
+        Image size if one is set. StatusImageCrop::cropRect is relative to the rect with top-corner
+        (0,0) and StatusImageCrop::sourceSize
+
+        \sa StatusImageCrop::source
+    */
+    readonly property size sourceSize: mainImage.sourceSize
+    /*!
+        \qmlproperty real StatusImageCrop::scrToImgScale
+
+        Screen crop window to \a cropRect ratio. Can be used to translate from
+        screen coordinates into image coordinates e.g. to adjust \a cropRect accordingly
+
+        \note windowRect aspect-ratio and d.cropRect aspect-ratio are the same
+        \sa StatusImageCrop::cropRect
+    */
+    readonly property real scrToImgScale: windowRect.wW/d.cropRect.width
+
+    /*!
+        \qmlmethod StatusImageCrop::setCropRect(rect)
+
+        The only way to set StatusImageCrop::cropRect from outside
+
+        The new rect will be adjusted to account for the zoom [1, StatusImageCrop::maxZoomScale]
+
+        \note If the new rect has a diferent area the crop window will adjust to the new AR
+    */
+    function setCropRect(newRect /*rect*/) {
+        if(newRect.width === 0 || newRect.height === 0)
+            return
+        let n = newRect
+        const s = root.sourceSize
+        let nZoom = d.currentZoom(s, Qt.size(n.width, n.height))
+        if(nZoom > root.maxZoomScale) {
+            nZoom = root.maxZoomScale
+            n = root.getZoomRect(nZoom)
+        }
+        else if(nZoom < 1) {
+            nZoom = 1
+            n = root.getZoomRect(nZoom)
+        }
+
+        // Limit panning
+        if((n.width/n.height) < (s.width/s.height)) {
+            // Crop window narrower than source
+            if(n.x < 0)
+                n.x = 0
+            const upBoundY = n.height > s.height ? s.height - n.height : 0
+            if(n.y < upBoundY)
+                n.y = upBoundY
+            if((n.x + n.width) > s.width)
+                n.x = s.width - n.width
+            const loBoundY = n.height > s.height ? 0 : s.height - n.height
+            if(n.y > loBoundY)
+                n.y = loBoundY
+        }
+        else {
+            // Crop window wider than source
+            const leftBoundX = n.width > s.width ? s.width - n.width : 0
+            if(n.x < leftBoundX)
+                n.x = leftBoundX
+            if(n.y < 0)
+                n.y = 0
+            const rightBoundY = n.width > s.width ? 0 : s.width - n.width
+            if(n.x > rightBoundY)
+                n.x = rightBoundY
+            if((n.y + n.height) > s.height)
+                n.y = s.height - n.height
+        }
+        d.cropRect = n
+    }
+
+    function getZoomRect(scale /*real*/) {
+        const oldCenter = root.rectCenter(root.cropRect)
+        const inflatedRect = root.inflateRectBy(root.minimumCropRect(), 1/scale)
+        return root.recenterRect(inflatedRect, oldCenter);
+    }
+
+    /*!
+        \qmlmethod StatusImageCrop::inflateRectBy(rect target, real scale)
+        Inflates the curren \a target rectangle with the \a scale while keeping the center fixed
+    */
+    function inflateRectBy(target /*rect*/, scale /*real*/) {
+        const inflatedWidth = target.width * scale
+        const inflatedHeight = target.height * scale
+        return Qt.rect(target.x - (inflatedWidth - target.width)/2, target.y - (inflatedHeight - target.height)/2, inflatedWidth, inflatedHeight)
+    }
+
+    /*!
+        \qmlmethod StatusImageCrop::rectCenter(rect target)
+        Returns the center point of the \a target rectangle as a Qt.point
+    */
+    function rectCenter(target /*rect*/) /*Qt.point*/ {
+        return Qt.point(target.x + target.width/2, target.y + target.height/2)
+    }
+
+    /*!
+        \qmlmethod StatusImageCrop::recenterRect(rect target)
+        Move the \a target rectangle's center to a /a newCenter
+    */
+    function recenterRect(target /*rect*/, newCenter/*point*/) {
+        return Qt.rect(newCenter.x - target.width/2 , newCenter.y - target.height/2, target.width, target.height)
+    }
+
+    //> cropRect for minimum zoom: 1.0
+    function minimumCropRect() {
+        const sourceAR = root.sourceSize.width/root.sourceSize.height
+        const widthBound =  sourceAR > root.aspectRatio
+        const minCropSize = widthBound ? Qt.size(root.sourceSize.width, root.sourceSize.width/root.aspectRatio)
+                                       : Qt.size(root.sourceSize.height * root.aspectRatio, root.sourceSize.height)
+        let res = Qt.rect(widthBound ? 0 : -(root.sourceSize.width - minCropSize.width)/2,    // x
+                       widthBound ? -(root.sourceSize.height - minCropSize.height)/2 : 0,  // y
+                       minCropSize.width, minCropSize.height)
+        return res
+    }
+
+    QtObject {
+        id: d
+
+        property rect cropRect: fillContentInSquaredWindow(sourceSize)
+        onCropRectChanged: windowRect.requestPaint()
+        property rect cropWindow
+        // Probably called from render thread, run async
+        signal updateCropWindow(rect newRect)
+        onUpdateCropWindow: cropWindow = newRect
+
+        function fillContentInSquaredWindow(c /*size*/) {
+            if(c.width > c.height) {
+                const border = (c.width - c.height)/2
+                return Qt.rect(border, 0, c.height, c.height)
+            }
+            else {
+                const border = (c.height - c.width)/2
+                return Qt.rect(0, border, c.width, c.width)
+            }
+        }
+
+        //> 1.0 is the content represented by w fully inscribed in c
+        function currentZoom(c /*size*/, w /*size*/) {
+            const wScale = c.width/w.width
+            const hScale = c.height/w.height
+            return Math.max(wScale, hScale)
+        }
+    }
+
+    onWindowStyleChanged: windowRect.requestPaint()
+    onSourceSizeChanged: d.cropRect = d.fillContentInSquaredWindow(sourceSize)
+
+    Canvas {
+        id: windowRect
+
+        anchors.fill: parent
+
+        layer.enabled: true
+
+        property bool widthFit: (root.width / root.aspectRatio) <= root.height
+        // Window width
+        property real wW: widthFit ? root.width : root.height * root.aspectRatio
+        // Window height
+        property real wH: widthFit ? root.width / root.aspectRatio : root.height
+
+        onPaint: {
+            var ctx = getContext("2d")
+            ctx.save()
+            // TODO: observed drawing artefacts at the edge. Draw one pixel more for now until root cause is found
+            ctx.clearRect(0, 0, width + 1, height + 1)
+            // Fill all with wallColor in order to clip the window from it
+            ctx.fillStyle = Qt.rgba(root.wallColor.r, root.wallColor.g, root.wallColor.b, root.wallTransparency)
+            ctx.fillRect(0, 0, width + 1, height + 1)
+            // Cut opaque new pixels from background
+            ctx.globalCompositeOperation = "source-out"
+            // Draw the window
+            ctx.beginPath()
+            const cW = Qt.rect((width - wW)/2, (height - wH)/2, wW, wH)
+            if(root.windowStyle === StatusImageCrop.WindowStyle.Rounded)
+                ctx.ellipse(cW.x, cW.y, cW.width, cW.height)
+            else if(root.windowStyle === StatusImageCrop.WindowStyle.Rectangular)
+                ctx.roundedRect(cW.x, cW.y, cW.width, cW.height, root.radius, root.radius)
+            ctx.fill()
+            ctx.restore()
+            d.updateCropWindow(cW)
+        }
+    }
+
+    Image {
+        id: mainImage
+
+        fillMode: Image.PreserveAspectFit
+        z: windowRect.z - 1
+
+        // Transform to keep the center of the image window in x and y coordinates
+        transform: [
+            Translate {
+                readonly property real s: mainImage.scale
+                x: -(d.cropRect.x + d.cropRect.width/2)
+                y: -(d.cropRect.y + d.cropRect.height/2)
+            },
+            Scale {
+                xScale: root.scrToImgScale
+                yScale: root.scrToImgScale
+            }
+        ]
+        // Align window center to window rect
+        x: windowRect.x + windowRect.width/2
+        y: windowRect.y + windowRect.height/2
+    }
+}
diff --git a/src/StatusQ/Controls/qmldir b/src/StatusQ/Controls/qmldir
index 1c1afaf9..41e60d27 100644
--- a/src/StatusQ/Controls/qmldir
+++ b/src/StatusQ/Controls/qmldir
@@ -37,3 +37,4 @@ StatusWalletColorButton 0.1 StatusWalletColorButton.qml
 StatusWalletColorSelect 0.1 StatusWalletColorSelect.qml
 StatusColorSelectorGrid 0.1 StatusColorSelectorGrid.qml
 StatusSeedPhraseInput 0.1 StatusSeedPhraseInput.qml
+StatusImageCrop 0.1 StatusImageCrop.qml