diff --git a/src/boucane.cc b/src/boucane.cc
index a333e9c..5f8c851 100644
--- a/src/boucane.cc
+++ b/src/boucane.cc
@@ -58,6 +58,5 @@ extern "C" void boucane(u64 mb_info){
     // Booting!
     printk("Booting Boucane v%d.%d.%d\n",VERSION_MAJOR,VERSION_MINOR, VERSION_PATH);
 
-
     while(1);
 }
\ No newline at end of file
diff --git a/src/core/paging.cc b/src/core/paging.cc
index 7ae1b25..b21e660 100644
--- a/src/core/paging.cc
+++ b/src/core/paging.cc
@@ -136,7 +136,7 @@ void paging_deallocate_table(u64* table){
     }
 }
 
-void paging_allocate_addr(u64* pml4_table, u64 virt, u64 phy, u16 options){
+void paging_allocate_addr(u64* pml4_table, u64 virt, u64 phy, u16 options, char useKernelTables){
     u16 pml4=virt>>39&0x1FF;
     u16 pdp=virt>>30&0x1FF;
     u16 pd=virt>>21&0x1FF;
@@ -145,29 +145,30 @@ void paging_allocate_addr(u64* pml4_table, u64 virt, u64 phy, u16 options){
     
     // Solve pdp
     if(pml4_table[pml4] == 0){
-        pml4_table[pml4]=(u64)paging_allocate_table();
+        pml4_table[pml4]=(u64)(useKernelTables ? paging_allocate_table() : VIRT(PAGE_ALLOCATE()));
         pml4_table[pml4]|=options;
-        paging_allocate_addr(pml4_table,virt,phy,options);
-        return;
-    }
-
-    // Solve pd
-    u64* pdp_table=(u64*)(VIRT(PAGE(pml4_table[pml4])));
-    if(pdp_table[pdp] == 0){
-        pdp_table[pdp]=(u64)paging_allocate_table();
-        pdp_table[pdp]|=options;
-        paging_allocate_addr(pml4_table,virt,phy,options);
+        paging_allocate_addr(pml4_table,virt,phy,options,useKernelTables);
         return;
     }
     
+    // Solve pd
+    u64* pdp_table=(u64*)(VIRT(PAGE(pml4_table[pml4])));
+    if(pdp_table[pdp] == 0){
+        pdp_table[pdp]=(u64)(useKernelTables ? paging_allocate_table() : VIRT(PAGE_ALLOCATE()));
+        pdp_table[pdp]|=options;
+        paging_allocate_addr(pml4_table,virt,phy,options,useKernelTables);
+        return;
+    }
+
     // Solve pt
     u64* pd_table=(u64*)(VIRT(PAGE(pdp_table[pdp])));
     if(pd_table[pd] == 0){
-        pd_table[pd]=(u64)paging_allocate_table();
+        pd_table[pd]=(u64)(useKernelTables ? paging_allocate_table() : VIRT(PAGE_ALLOCATE()));
         pd_table[pd]|=options;
-        paging_allocate_addr(pml4_table,virt,phy,options);
+        paging_allocate_addr(pml4_table,virt,phy,options,useKernelTables);
         return;
     }
+
     // Solve address
     u64* pt_table=(u64*)(VIRT(PAGE(pd_table[pd])));
     if(pt_table[pt] == 0){
@@ -175,4 +176,12 @@ void paging_allocate_addr(u64* pml4_table, u64 virt, u64 phy, u16 options){
         pt_table[pt]|=options;
         return;
     }
+
+}
+
+u64* paging_create_task(int npages){
+    u64 *pml4=VIRT(PAGE_ALLOCATE());
+    u64 sum=(u64)pml4+kvar_kernel_vma;
+    paging_allocate_addr(pml4, 0, (u64)PAGE_ALLOCATE(), PAGING_OPT_P|PAGING_OPT_RW, 0);
+    return pml4;
 }
\ No newline at end of file
diff --git a/src/core/paging.hpp b/src/core/paging.hpp
index 1aae24a..641821f 100644
--- a/src/core/paging.hpp
+++ b/src/core/paging.hpp
@@ -19,23 +19,23 @@
 
 /// @brief Get page address that contain addr
 #define PAGE(addr) (addr&(~(0xFFF)))
-#define VIRT(addr) (addr+kvar_kernel_vma)
+#define VIRT(addr) ((u64*)(((u64)addr)+kvar_kernel_vma))
 
 /// @brief Mapping facilities 
-#define PAGE_ID_MAP(addr) paging_allocate_addr(kpages[0],(u64)(addr),(u64)(addr),PAGING_OPT_P|PAGING_OPT_RW)
+#define PAGE_ID_MAP(addr) paging_allocate_addr(kpages[0],(u64)(addr),(u64)(addr),PAGING_OPT_P|PAGING_OPT_RW,1)
 #define PAGE_ID_RMAP(addr, n) { \
     for(u64 i=0;i<(n);i+=4096){ \
-        paging_allocate_addr(kpages[0],((u64)(addr))+i,((u64)(addr))+i,PAGING_OPT_P|PAGING_OPT_RW); \
+        paging_allocate_addr(kpages[0],((u64)(addr))+i,((u64)(addr))+i,PAGING_OPT_P|PAGING_OPT_RW,1); \
 }}
-#define PAGE_MAP(addr) paging_allocate_addr(kpages[0],(u64)((addr)+kvar_kernel_vma),(u64)(addr),PAGING_OPT_P|PAGING_OPT_RW)
+#define PAGE_MAP(addr) paging_allocate_addr(kpages[0],(u64)((addr)+kvar_kernel_vma),(u64)(addr),PAGING_OPT_P|PAGING_OPT_RW,1)
 #define PAGE_RMAP(addr, n) { \
     for(u64 i=0;i<(n);i+=4096){ \
-        paging_allocate_addr(kpages[0],(((u64)(addr))+kvar_kernel_vma)+i,((u64)(addr))+i,PAGING_OPT_P|PAGING_OPT_RW); \
+        paging_allocate_addr(kpages[0],(((u64)(addr))+kvar_kernel_vma)+i,((u64)(addr))+i,PAGING_OPT_P|PAGING_OPT_RW,1); \
 }}
-#define PAGE_MAP_PHY(addr,phy) paging_allocate_addr(kpages[0],(u64)((addr)+kvar_kernel_vma),(u64)(phy),PAGING_OPT_P|PAGING_OPT_RW)
+#define PAGE_MAP_PHY(addr,phy) paging_allocate_addr(kpages[0],(u64)((addr)+kvar_kernel_vma),(u64)(phy),PAGING_OPT_P|PAGING_OPT_RW,1)
 #define PAGE_RMAP_PHY(addr,phy, n) { \
     for(u64 i=0;i<(n);i+=4096){ \
-        paging_allocate_addr(kpages[0],(((u64)(addr))+kvar_kernel_vma)+i,((u64)(phy))+i,PAGING_OPT_P|PAGING_OPT_RW); \
+        paging_allocate_addr(kpages[0],(((u64)(addr))+kvar_kernel_vma)+i,((u64)(phy))+i,PAGING_OPT_P|PAGING_OPT_RW,1); \
 }}
 
 /// @brief All PAE table structures are allocated here
@@ -80,4 +80,7 @@ void paging_deallocate_table(u64* table);
  * Map virtual page associated to virt
  * to the physical page associated with phy
  */
-void paging_allocate_addr(u64* pml4_table,u64 virt, u64 phy, u16 options);
+void paging_allocate_addr(u64* pml4_table,u64 virt, u64 phy, u16 options, char useKernelTables);
+
+
+u64* paging_create_task(int npages);
\ No newline at end of file