diff --git a/_posts/2019-06-14-MISP.2.4.109.released.md b/_posts/2019-06-14-MISP.2.4.109.released.md
index 8daa03e..dee5861 100644
--- a/_posts/2019-06-14-MISP.2.4.109.released.md
+++ b/_posts/2019-06-14-MISP.2.4.109.released.md
@@ -12,7 +12,9 @@ A new version of MISP ([2.4.109](https://github.com/MISP/MISP/tree/v2.4.109)) ha
 
 ## Encapsulate existing attributes into an object
 
-When an analyst inserts information into MISP, it's very common to start with a set of unstructured indicators/attributes. At a later stage, common structures emerge and combining attributes into objects start making more and more sense. However, the effort spent on the process of attribute creation would have to be repeated in prior versions via the object creation interface, something that resulted in analysts deciding to save time and effort and move on, leaving the unstructured data as is. To reduce the workload needed to bring structure to our prior work, we have now introduced a new feature, allowing users to easily select a set of attributes and automatically propose suitable object templates depending on the combination of types of the selected attributes. These in turncan be gathered and processed into the desired object.
+![](https://www.misp-project.org/assets/images/misp/blog/attribute-to-object.gif)
+
+When an analyst inserts information into MISP, it's very common to start with a set of unstructured indicators/attributes. At a later stage, common structures emerge and combining attributes into objects start making more and more sense. However, the effort spent on the process of attribute creation would have to be repeated in prior versions via the object creation interface, something that resulted in analysts deciding to save time and effort and move on, leaving the unstructured data as is. To reduce the workload needed to bring structure to our prior work, we have now introduced a new feature, allowing users to easily select a set of attributes and automatically propose suitable object templates depending on the combination of types of the selected attributes. These in turn, can be gathered and processed into the desired object.
 
 ## Improved ATT&CK and ATT&CK-like matrix support