diff --git a/i386/loader/src-asm/utility/math.asm b/i386/loader/src-asm/utility/math.asm
new file mode 100755
index 0000000..7ecf0ae
--- /dev/null
+++ b/i386/loader/src-asm/utility/math.asm
@@ -0,0 +1,52 @@
+
+; Arguments:
+; [Furthest from EBP]
+;   1.  U32             Stepping
+;   0.  U32             Affected Value
+; [Nearest to EBP]
+;
+; Returns:
+;   - EAX: The next higher multiple of the stepping,
+;          as calculated from affected value.
+ceil_to:
+.prolog:
+    push esi
+    sub esp, 16
+
+    mov esi, esp
+    mov [esi + (16 - 4)], ecx
+    mov [esi + (16 - 8)], edx
+.check_values:
+    mov eax, [ebp - 4]
+    cmp eax, 0
+    jne .affected_value_is_valid
+    xor eax,  eax
+    jmp .epilog
+.affected_value_is_valid:
+    mov ecx, [ebp - 8]
+    cmp ecx, 0
+    jne .calculate
+    xor eax, eax
+    jmp .epilog
+.calculate:
+    ; Calculate how much needs ot be added to the
+    ; affected value for it to become a multiple of
+    ; the stepping using the remainder part of the division.
+    div ecx
+    ; EDX now contains how much the affected value
+    ; 'goes over' the last multiple of the stepping.
+
+    ; Now, it can be calculated how much has to be added
+    ; to the affected value to make it the next multiple
+    ; of the stepping.
+    mov ecx, [ebp - 8]
+    sub ecx, edx
+
+    mov eax, [ebp - 4]
+    add eax, ecx
+.epilog:
+    mov edx, [esi + (16 - 8)]
+    mov ecx, [esi + (16 - 4)]
+    add esp, 16
+    pop esi
+    ret
diff --git a/i386/loader/src-asm/utility/memory.asm b/i386/loader/src-asm/utility/memory.asm
new file mode 100755
index 0000000..b3c03c3
--- /dev/null
+++ b/i386/loader/src-asm/utility/memory.asm
@@ -0,0 +1,152 @@
+
+mem_copy:
+    ; todo(perf): Copy multiple bytes at once
+.prolog:
+    push esi
+    sub esp, 64
+    mov esi, esp
+
+    ; Save registers
+    mov [esi + (64 - 4)], eax
+    mov [esi + (64 - 8)], ebx
+    mov [esi + (64 - 12)], ecx
+    mov [esi + (64 - 16)], edx
+    mov [esi + (64 - 20)], edi
+
+.body:
+    mov edx, [ebp - 4]      ; Destination
+    mov edi, [ebp - 8]      ; Source
+    xor eax, eax            ; Current Byte Offset
+
+.body.copy_loop:
+
+    mov ebx, edi
+    add ebx, eax
+    mov cl, [ebx]
+
+    mov ebx, edx
+    add ebx, eax
+    mov [ebx], cl
+
+    inc eax
+    cmp eax, [ebp - 12]
+    jb .body.copy_loop
+
+.epilog:
+
+    ; Restore registers
+    mov eax, [esi + (64 - 4)]
+    mov ebx, [esi + (64 - 8)]
+    mov ecx, [esi + (64 - 12)]
+    mov edx, [esi + (64 - 16)]
+    mov edi, [esi + (64 - 20)]
+
+    add esp, 64
+    pop esi
+    ret
+
+
+
+; Furthest from EBP
+; 3. Length of block 1 and block 2
+; 2. Block 2
+; 1. Block 1
+; Nearest to EBP
+mem_equal:
+.prolog:
+    push esi
+    sub esp, 32
+    mov esi, esp
+
+    ; Save registers
+    mov [esi + (32 - 4)], ebx
+    mov [esi + (32 - 8)], ecx
+    mov [esi + (32 - 12)], edx
+    mov [esi + (32 - 16)], edi
+
+.body:
+    mov edx, [ebp - 4]      ; Block 1
+    mov edi, [ebp - 8]      ; Block 2
+    xor eax, eax            ; Current Byte Offset
+
+.body.compare_loop:
+
+    mov ebx, edx
+    add ebx, eax
+    mov dl, [ebx]
+
+    mov ebx, edi
+    add ebx, eax
+    mov dh, [ebx]
+
+    inc eax
+    cmp dl, dh
+    je .body.compare_loop.condition
+
+    ; On NOT equal
+    xor eax, eax
+    jmp .epilog
+
+.body.compare_loop.condition:
+    inc eax
+    cmp eax, [ebp - 12]
+    jb .body.compare_loop
+    mov eax, 1
+
+.epilog:
+    ; Restore registers
+    mov ebx, [esi + (32 - 4)]
+    mov ecx, [esi + (32 - 8)]
+    mov edx, [esi + (32 - 12)]
+    mov edi, [esi + (32 - 16)]
+
+    add esp, 32
+    pop esi
+    ret
+
+
+
+; ebp - 4: Area Pointer
+; ebp - 8: Length of Area
+; ebp - 12: Byte Value to set
+mem_set:
+.prolog:
+    push esi
+    sub esp, 64
+    mov esi, esp
+
+    ; Save registers
+    mov [esi + (64 - 4)], eax
+    mov [esi + (64 - 8)], ebx
+    mov [esi + (64 - 12)], ecx
+    mov [esi + (64 - 16)], edx
+    mov [esi + (64 - 20)], edi
+
+.body:
+    mov ebx, [ebp - 4]
+    mov dl, [ebp - 12]
+    ; Make EDI the Last Byte Pointer
+    mov edi, [ebp - 4]
+    add edi, [ebp - 8]
+
+.body.setter_loop:
+    cmp ebx, edi
+    jae .epilog
+
+    mov [ebx], dl
+
+    inc ebx
+    jb .body.setter_loop
+
+.epilog:
+    ; Restore registers
+    mov eax, [esi + (64 - 4)]
+    mov ebx, [esi + (64 - 8)]
+    mov ecx, [esi + (64 - 12)]
+    mov edx, [esi + (64 - 16)]
+    mov edi, [esi + (64 - 20)]
+
+    add esp, 64
+    pop esi
+    ret
+