diff --git a/NTOSKRNL/CC/cclazywriter.cpp b/NTOSKRNL/CC/cclazywriter.cpp
index bfd7c0c..3c323bf 100644
--- a/NTOSKRNL/CC/cclazywriter.cpp
+++ b/NTOSKRNL/CC/cclazywriter.cpp
@@ -15,57 +15,6 @@ extern "C"
 
 /*Internal Function*/
 
-
-
-VOID 
-NTAPI 
-CcComputeNextScanTime(PLARGE_INTEGER OldestTICKTIMEForMetadata, PLARGE_INTEGER NextScanDelay)
-{
-    NextScanDelay- = 0;
-    LARGE_INTEGER CurrentTickCount = {0};
-    LARGE_INTEGER TICKTIME = {0};
-    LARGE_INTEGER WRITE_DELAY = {0};
-    LARGE_INTEGER TICK_ELAPSED = {0};
-
-    if (CcMaxWriteBehindThreads < CcNumberofWorkerThreads)
-    {
-        
-
-        KeQueryTickCount(&CurrentTickCount);
-
-        // Calculate Tick Time based on the current tick count and the oldest scan time
-        TICKTIME.QuadPart = 160000000 / KeMaximumIncrement;
-        WRITE_DELAY.QuadPart = (OldestTICKTIMEForMetadata->QuadPart - CurrentTickCount.QuadPart) / KeMaximumIncrement;
-
-        // Increment the consecutive workless lazy scan count
-        ++CcConsecutiveWorklessLazyScanCount;
-
-        // Check if the oldest scan time is not the maximum and the calculated delay is greater than the current tick
-        // count
-        if (OldestTICKTIMEForMetadata->QuadPart != -1 && OldestTICKTIMEForMetadata->QuadPart != 0x7FFFFFFFFFFFFFFF &&
-            (TICKTIME.QuadPart + OldestTICKTIMEForMetadata->QuadPart) > CurrentTickCount.QuadPart)
-        {
-
-            TICK_ELAPSED.QuadPart = OldestTICKTIMEForMetadata->QuadPart - CurrentTickCount.QuadPart;
-
-            // Calculate the next scan delay
-            NextScanDelay->QuadPart = TICKTIME.QuadPart + TICK_ELAPSED.QuadPart;
-
-            // Reset the consecutive workless lazy scan count
-            CcConsecutiveWorklessLazyScanCount = 0;
-        }
-
-        // Check if the number of consecutive workless lazy scans has reached the maximum
-        if (CcConsecutiveWorklessLazyScanCount >= CcMaxWorklessLazywriteScans)
-        {
-            // Disable the scan by setting the next scan delay to the maximum values
-            NextScanDelay->QuadPart = -1;
-            CcConsecutiveWorklessLazyScanCount = 0;
-            NextScanDelay->HighPart = 0x7FFFFFFF;
-        }
-    }
-}
-
 VOID 
 VECTORCALL
 CcPostWorkQueue(IN PWORK_QUEUE_ENTRY WorkItem, 
@@ -951,10 +900,10 @@ NTAPI CcLazyWriteScan()
 
             CcPostWorkQueue(workItem, &CcRegularWorkQueue);
         }
-        CcComputeNextScanTime(&OldestLWSTimeStamp, &NextScanDelay);
+        //   CcComputeNextScanTime(&OldestLWSTimeStamp, &NextScanDelay);  Enable When Threadpool is finished 
 
-        if (!IsListEmpty(&PostWorkList) || !IsListEmpty(&CcDeferredWrites) || MmRegistryStatus.ProductStatus ||
-            NextScanDelay.QuadPart != 0x7FFFFFFFFFFFFFFF))
+       // if (!IsListEmpty(&PostWorkList) || !IsListEmpty(&CcDeferredWrites) || MmRegistryStatus.ProductStatus ||NextScanDelay.QuadPart != 0x7FFFFFFFFFFFFFFF))
+       if (!IsListEmpty(&PostWorkList) || !IsListEmpty(&CcDeferredWrites) || MmRegistryStatus.ProductStatus))
             {
                 /* Schedule a lazy write scan */
                 CcRescheduleLazyWriteScan(&NextScanDelay);
@@ -1117,7 +1066,7 @@ CcWorkerThread(PVOID Parameter)
         {
             CcQueueThrottle = FALSE;
             DropThrottle = FALSE;
-            CcReEngageWorkerThreads(CcThreadsActiveBeforeThrottle, CcExtraThreadsActiveBeforeThrottle);
+           //  CcReEngageWorkerThreads(CcThreadsActiveBeforeThrottle, CcExtraThreadsActiveBeforeThrottle);  Enable When Threadpool is ready 
         }
 
         if (IoStatus.Information == 0x8A5E)