Normal　aging　has　been　linked　with　the　decline　of　cognitive　functions,　such　as　memory　and　executive　skills.　One　of　the　prominent　approaches　to　investigate　the　age-related　alterations　in　the　brain　is　by　examining　the　cortical　brain　connectome.　IBASPM　is　a　toolkit　to　realize　individual　atlas-based　volume　measurement.　Hence,　this　study　seeks　to　determine　what　further　alterations　can　be　revealed　by　cortical　brain　networks　formed　by　IBASPM-extracted　regional　gray　matter　volumes.　We　found　the　reduced　strength　of　connections　between　the　superior　temporal　pole　and　middle　temporal　pole　in　the　right　hemisphere,　global　hubs　as　the　left　fusiform　gyrus　and　right　Rolandic　operculum　in　the　young　and　aging　groups,　respectively,　and　significantly　reduced　inter-module　connection　of　one　module　in　the　aging　group.　These　new　findings　are　consistent　with　the　phenomenon　of　normal　aging　mentioned　in　previous　studies　and　suggest　that　brain　network　built　with　the　IBASPM　could　provide　supplementary　information　to　some　extent.　The　individualization　of　morphometric　features　extraction　deserved　to　be　given　more　attention　in　future　cortical　brain　network　research.