diff --git a/docs/dev-es.md b/docs/dev-es.md
new file mode 100644
index 0000000..2383586
--- /dev/null
+++ b/docs/dev-es.md
@@ -0,0 +1,112 @@
+## borrado minimalista
+
+Un enfoque inicial que teníamos para el borrado de disco son las siguientes funciones, esto lo hemos descartado para usar una herramienta más avanzada en el borrado [usody-sanitize](https://github.com/usody/sanitize/)
+
+```python
+## Xavier Functions ##
+def erase_basic(disk):
+    """
+    Basic Erasure
+    https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=917935
+
+    Settings for basic data erasure using shred Linux command.
+    A software-based fast non-100%-secured way of erasing data storage.
+
+    Performs 1 pass overwriting one round using all zeros.
+    Compliant with NIST SP-800-8y8.
+
+    In settings appear:
+
+    WB_ERASE = EraseBasic
+    WB_ERASE_STEPS = 1
+    WB_ERASE_LEADING_ZEROS = False
+
+    """
+    cmd = f'shred -vn 1 /dev/{disk}'
+    return [exec_cmd_erase(cmd)]
+
+
+def erase_baseline(disk):
+    """
+    Baseline Secure Erasure
+    Settings for advanced data erasure using badblocks Linux software.
+    A secured-way of erasing data storages, erase hidden areas,
+    checking the erase sector by sector.
+
+    Performs 1 pass overwriting each sector with zeros and a final verification.
+    Compliant with HMG Infosec Standard 5 Baseline.
+
+    In settings appear:
+
+    WB_ERASE = EraseSectors
+    WB_ERASE_STEPS = 1
+    WB_ERASE_LEADING_ZEROS = True
+
+    WB_ERASE_1_METHOD = EraseBasic
+    WB_ERASE_1_STEP_TYPE = 0
+    WB_ERASE_2_METHOD = EraseSectors
+    WB_ERASE_2_STEP_TYPE = 1
+    """
+    result = []
+    cmd = f'shred -zvn 0 /dev/{disk}'
+    result.append(exec_cmd_erase(cmd))
+    cmd = f'badblocks -st random -w /dev/{disk}'
+    result.append(exec_cmd_erase(cmd))
+    return result
+
+
+def erase_enhanced(disk):
+    """
+    Enhanced Secure Erasure
+    Settings for advanced data erasure using badblocks Linux software.
+    A secured-way of erasing data storages, erase hidden areas,
+    checking the erase sector by sector.
+
+    Performs 3 passes overwriting every sector with zeros and ones,
+    and final verification. Compliant with HMG Infosec Standard 5 Enhanced.
+
+    In settings appear:
+
+    WB_ERASE = EraseSectors
+    WB_ERASE_LEADING_ZEROS = True
+
+    WB_ERASE_1_METHOD = EraseBasic
+    WB_ERASE_1_STEP_TYPE = 1
+    WB_ERASE_2_METHOD = EraseBasic
+    WB_ERASE_2_STEP_TYPE = 0
+    WB_ERASE_3_METHOD = EraseSectors
+    WB_ERASE_3_STEP_TYPE = 1
+    """
+    result = []
+    cmd = f'shred -vn 1 /dev/{disk}'
+    result.append(exec_cmd_erase(cmd))
+    cmd = f'shred -zvn 0 /dev/{disk}'
+    result.append(exec_cmd_erase(cmd))
+    ## creo que realmente seria asi (3 pases y una extra poniendo a ceros):
+    # shred -zvn 3 /def/{disk}
+    # tampoco estoy seguro que el badblocks haga un proceso de verificacion.
+    cmd = f'badblocks -st random -w /dev/{disk}'
+    result.append(exec_cmd_erase(cmd))
+    return result
+
+## End Xavier Functions ##
+
+## Erase Functions ##
+
+def ata_secure_erase_null(disk):
+    cmd_baseline = f'hdparm --user-master u --security-erase NULL /dev/{disk}'
+    return [exec_cmd_erase(cmd_baseline)]
+
+
+def ata_secure_erase_enhanced(disk):
+    cmd_enhanced = f'hdparm --user-master u --security-erase-enhanced /dev/{disk}'
+    return [exec_cmd_erase(cmd_enhanced)]
+
+
+def nvme_secure_erase(disk):
+    cmd_encrypted = f'nvme format /dev/{disk} --ses=1'
+    return [exec_cmd_erase(cmd_encrypted)]
+
+
+## End Erase Functions ##
+```
diff --git a/workbench-script.py b/workbench-script.py
index dc9c729..5bd21ec 100644
--- a/workbench-script.py
+++ b/workbench-script.py
@@ -73,113 +73,7 @@ SNAPSHOT_BASE = {
     'erase': []
 }
 
-
 ## Command Functions ##
-## Erase Functions ##
-## Xavier Functions ##
-def erase_basic(disk):
-    """
-    Basic Erasure
-    https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=917935
-
-    Settings for basic data erasure using shred Linux command.
-    A software-based fast non-100%-secured way of erasing data storage.
-
-    Performs 1 pass overwriting one round using all zeros.
-    Compliant with NIST SP-800-8y8.
-
-    In settings appear:
-
-    WB_ERASE = EraseBasic
-    WB_ERASE_STEPS = 1
-    WB_ERASE_LEADING_ZEROS = False
-
-    """
-    cmd = f'shred -vn 1 /dev/{disk}'
-    return [exec_cmd_erase(cmd)]
-
-
-def erase_baseline(disk):
-    """
-    Baseline Secure Erasure
-    Settings for advanced data erasure using badblocks Linux software.
-    A secured-way of erasing data storages, erase hidden areas,
-    checking the erase sector by sector.
-
-    Performs 1 pass overwriting each sector with zeros and a final verification.
-    Compliant with HMG Infosec Standard 5 Baseline.
-
-    In settings appear:
-
-    WB_ERASE = EraseSectors
-    WB_ERASE_STEPS = 1
-    WB_ERASE_LEADING_ZEROS = True
-
-    WB_ERASE_1_METHOD = EraseBasic
-    WB_ERASE_1_STEP_TYPE = 0
-    WB_ERASE_2_METHOD = EraseSectors
-    WB_ERASE_2_STEP_TYPE = 1
-    """
-    result = []
-    cmd = f'shred -zvn 0 /dev/{disk}'
-    result.append(exec_cmd_erase(cmd))
-    cmd = f'badblocks -st random -w /dev/{disk}'
-    result.append(exec_cmd_erase(cmd))
-    return result
-
-
-def erase_enhanced(disk):
-    """
-    Enhanced Secure Erasure
-    Settings for advanced data erasure using badblocks Linux software.
-    A secured-way of erasing data storages, erase hidden areas,
-    checking the erase sector by sector.
-
-    Performs 3 passes overwriting every sector with zeros and ones,
-    and final verification. Compliant with HMG Infosec Standard 5 Enhanced.
-
-    In settings appear:
-
-    WB_ERASE = EraseSectors
-    WB_ERASE_LEADING_ZEROS = True
-
-    WB_ERASE_1_METHOD = EraseBasic
-    WB_ERASE_1_STEP_TYPE = 1
-    WB_ERASE_2_METHOD = EraseBasic
-    WB_ERASE_2_STEP_TYPE = 0
-    WB_ERASE_3_METHOD = EraseSectors
-    WB_ERASE_3_STEP_TYPE = 1
-    """
-    result = []
-    cmd = f'shred -vn 1 /dev/{disk}'
-    result.append(exec_cmd_erase(cmd))
-    cmd = f'shred -zvn 0 /dev/{disk}'
-    result.append(exec_cmd_erase(cmd))
-    ## creo que realmente seria asi (3 pases y una extra poniendo a ceros):
-    # shred -zvn 3 /def/{disk}
-    # tampoco estoy seguro que el badblocks haga un proceso de verificacion.
-    cmd = f'badblocks -st random -w /dev/{disk}'
-    result.append(exec_cmd_erase(cmd))
-    return result
-
-## End Xavier Functions ##
-
-def ata_secure_erase_null(disk):
-    cmd_baseline = f'hdparm --user-master u --security-erase NULL /dev/{disk}'
-    return [exec_cmd_erase(cmd_baseline)]
-
-
-def ata_secure_erase_enhanced(disk):
-    cmd_enhanced = f'hdparm --user-master u --security-erase-enhanced /dev/{disk}'
-    return [exec_cmd_erase(cmd_enhanced)]
-
-
-def nvme_secure_erase(disk):
-    cmd_encrypted = f'nvme format /dev/{disk} --ses=1'
-    return [exec_cmd_erase(cmd_encrypted)]
-
-
-## End Erase Functions ##
 
 @logs
 def get_disks():