diff --git a/vulnerabilities/pipelines/v2_importers/vulnrichment_importer.py b/vulnerabilities/pipelines/v2_importers/vulnrichment_importer.py
index a596d8d65..cbc1db35a 100644
--- a/vulnerabilities/pipelines/v2_importers/vulnrichment_importer.py
+++ b/vulnerabilities/pipelines/v2_importers/vulnrichment_importer.py
@@ -16,6 +16,7 @@
 from vulnerabilities.utils import get_advisory_url
 from vulnerabilities.utils import get_cwe_id
 from vulnerabilities.utils import get_reference_id
+from vulnerabilities.utils import ssvc_calculator
 
 logger = logging.getLogger(__name__)
 
@@ -211,116 +212,3 @@ def clean_downloads(self):
     def on_failure(self):
         self.clean_downloads()
 
-
-def ssvc_calculator(ssvc_data):
-    """
-    Return the ssvc vector and the decision value
-    """
-    options = ssvc_data.get("options", [])
-    timestamp = ssvc_data.get("timestamp")
-
-    # Extract the options into a dictionary
-    options_dict = {k: v.lower() for option in options for k, v in option.items()}
-
-    # We copied the table value from this link.
-    # https://www.cisa.gov/sites/default/files/publications/cisa-ssvc-guide%20508c.pdf
-
-    # Determining Mission and Well-Being Impact Value
-    mission_well_being_table = {
-        # (Mission Prevalence, Public Well-being Impact) : "Mission & Well-being"
-        ("minimal", "minimal"): "low",
-        ("minimal", "material"): "medium",
-        ("minimal", "irreversible"): "high",
-        ("support", "minimal"): "medium",
-        ("support", "material"): "medium",
-        ("support", "irreversible"): "high",
-        ("essential", "minimal"): "high",
-        ("essential", "material"): "high",
-        ("essential", "irreversible"): "high",
-    }
-
-    if "Mission Prevalence" not in options_dict:
-        options_dict["Mission Prevalence"] = "minimal"
-
-    if "Public Well-being Impact" not in options_dict:
-        options_dict["Public Well-being Impact"] = "material"
-
-    options_dict["Mission & Well-being"] = mission_well_being_table[
-        (options_dict["Mission Prevalence"], options_dict["Public Well-being Impact"])
-    ]
-
-    decision_key = (
-        options_dict.get("Exploitation"),
-        options_dict.get("Automatable"),
-        options_dict.get("Technical Impact"),
-        options_dict.get("Mission & Well-being"),
-    )
-
-    decision_points = {
-        "Exploitation": {"E": {"none": "N", "poc": "P", "active": "A"}},
-        "Automatable": {"A": {"no": "N", "yes": "Y"}},
-        "Technical Impact": {"T": {"partial": "P", "total": "T"}},
-        "Public Well-being Impact": {"B": {"minimal": "M", "material": "A", "irreversible": "I"}},
-        "Mission Prevalence": {"P": {"minimal": "M", "support": "S", "essential": "E"}},
-        "Mission & Well-being": {"M": {"low": "L", "medium": "M", "high": "H"}},
-    }
-
-    # Create the SSVC vector
-    ssvc_vector = "SSVCv2/"
-    for key, value_map in options_dict.items():
-        options_key = decision_points.get(key)
-        for lhs, rhs_map in options_key.items():
-            ssvc_vector += f"{lhs}:{rhs_map.get(value_map)}/"
-
-    # "Decision": {"D": {"Track": "T", "Track*": "R", "Attend": "A", "Act": "C"}},
-    decision_values = {"Track": "T", "Track*": "R", "Attend": "A", "Act": "C"}
-
-    decision_lookup = {
-        ("none", "no", "partial", "low"): "Track",
-        ("none", "no", "partial", "medium"): "Track",
-        ("none", "no", "partial", "high"): "Track",
-        ("none", "no", "total", "low"): "Track",
-        ("none", "no", "total", "medium"): "Track",
-        ("none", "no", "total", "high"): "Track*",
-        ("none", "yes", "partial", "low"): "Track",
-        ("none", "yes", "partial", "medium"): "Track",
-        ("none", "yes", "partial", "high"): "Attend",
-        ("none", "yes", "total", "low"): "Track",
-        ("none", "yes", "total", "medium"): "Track",
-        ("none", "yes", "total", "high"): "Attend",
-        ("poc", "no", "partial", "low"): "Track",
-        ("poc", "no", "partial", "medium"): "Track",
-        ("poc", "no", "partial", "high"): "Track*",
-        ("poc", "no", "total", "low"): "Track",
-        ("poc", "no", "total", "medium"): "Track*",
-        ("poc", "no", "total", "high"): "Attend",
-        ("poc", "yes", "partial", "low"): "Track",
-        ("poc", "yes", "partial", "medium"): "Track",
-        ("poc", "yes", "partial", "high"): "Attend",
-        ("poc", "yes", "total", "low"): "Track",
-        ("poc", "yes", "total", "medium"): "Track*",
-        ("poc", "yes", "total", "high"): "Attend",
-        ("active", "no", "partial", "low"): "Track",
-        ("active", "no", "partial", "medium"): "Track",
-        ("active", "no", "partial", "high"): "Attend",
-        ("active", "no", "total", "low"): "Track",
-        ("active", "no", "total", "medium"): "Attend",
-        ("active", "no", "total", "high"): "Act",
-        ("active", "yes", "partial", "low"): "Attend",
-        ("active", "yes", "partial", "medium"): "Attend",
-        ("active", "yes", "partial", "high"): "Act",
-        ("active", "yes", "total", "low"): "Attend",
-        ("active", "yes", "total", "medium"): "Act",
-        ("active", "yes", "total", "high"): "Act",
-    }
-
-    decision = decision_lookup.get(decision_key, "")
-
-    if decision:
-        ssvc_vector += f"D:{decision_values.get(decision)}/"
-
-    if timestamp:
-        timestamp_formatted = dateparser.parse(timestamp).strftime("%Y-%m-%dT%H:%M:%SZ")
-
-        ssvc_vector += f"{timestamp_formatted}/"
-    return ssvc_vector, decision
diff --git a/vulnerabilities/utils.py b/vulnerabilities/utils.py
index b65726a5d..a61d18246 100644
--- a/vulnerabilities/utils.py
+++ b/vulnerabilities/utils.py
@@ -678,3 +678,118 @@ def create_registry(pipelines):
         registry[key] = pipeline
 
     return registry
+
+
+
+def ssvc_calculator(ssvc_data):
+    """
+    Return the ssvc vector and the decision value
+    """
+    options = ssvc_data.get("options", [])
+    timestamp = ssvc_data.get("timestamp")
+
+    # Extract the options into a dictionary
+    options_dict = {k: v.lower() for option in options for k, v in option.items()}
+
+    # We copied the table value from this link.
+    # https://www.cisa.gov/sites/default/files/publications/cisa-ssvc-guide%20508c.pdf
+
+    # Determining Mission and Well-Being Impact Value
+    mission_well_being_table = {
+        # (Mission Prevalence, Public Well-being Impact) : "Mission & Well-being"
+        ("minimal", "minimal"): "low",
+        ("minimal", "material"): "medium",
+        ("minimal", "irreversible"): "high",
+        ("support", "minimal"): "medium",
+        ("support", "material"): "medium",
+        ("support", "irreversible"): "high",
+        ("essential", "minimal"): "high",
+        ("essential", "material"): "high",
+        ("essential", "irreversible"): "high",
+    }
+
+    if "Mission Prevalence" not in options_dict:
+        options_dict["Mission Prevalence"] = "minimal"
+
+    if "Public Well-being Impact" not in options_dict:
+        options_dict["Public Well-being Impact"] = "material"
+
+    options_dict["Mission & Well-being"] = mission_well_being_table[
+        (options_dict["Mission Prevalence"], options_dict["Public Well-being Impact"])
+    ]
+
+    decision_key = (
+        options_dict.get("Exploitation"),
+        options_dict.get("Automatable"),
+        options_dict.get("Technical Impact"),
+        options_dict.get("Mission & Well-being"),
+    )
+
+    decision_points = {
+        "Exploitation": {"E": {"none": "N", "poc": "P", "active": "A"}},
+        "Automatable": {"A": {"no": "N", "yes": "Y"}},
+        "Technical Impact": {"T": {"partial": "P", "total": "T"}},
+        "Public Well-being Impact": {"B": {"minimal": "M", "material": "A", "irreversible": "I"}},
+        "Mission Prevalence": {"P": {"minimal": "M", "support": "S", "essential": "E"}},
+        "Mission & Well-being": {"M": {"low": "L", "medium": "M", "high": "H"}},
+    }
+
+    # Create the SSVC vector
+    ssvc_vector = "SSVCv2/"
+    for key, value_map in options_dict.items():
+        options_key = decision_points.get(key)
+        for lhs, rhs_map in options_key.items():
+            ssvc_vector += f"{lhs}:{rhs_map.get(value_map)}/"
+
+    # "Decision": {"D": {"Track": "T", "Track*": "R", "Attend": "A", "Act": "C"}},
+    decision_values = {"Track": "T", "Track*": "R", "Attend": "A", "Act": "C"}
+
+    decision_lookup = {
+        ("none", "no", "partial", "low"): "Track",
+        ("none", "no", "partial", "medium"): "Track",
+        ("none", "no", "partial", "high"): "Track",
+        ("none", "no", "total", "low"): "Track",
+        ("none", "no", "total", "medium"): "Track",
+        ("none", "no", "total", "high"): "Track*",
+        ("none", "yes", "partial", "low"): "Track",
+        ("none", "yes", "partial", "medium"): "Track",
+        ("none", "yes", "partial", "high"): "Attend",
+        ("none", "yes", "total", "low"): "Track",
+        ("none", "yes", "total", "medium"): "Track",
+        ("none", "yes", "total", "high"): "Attend",
+        ("poc", "no", "partial", "low"): "Track",
+        ("poc", "no", "partial", "medium"): "Track",
+        ("poc", "no", "partial", "high"): "Track*",
+        ("poc", "no", "total", "low"): "Track",
+        ("poc", "no", "total", "medium"): "Track*",
+        ("poc", "no", "total", "high"): "Attend",
+        ("poc", "yes", "partial", "low"): "Track",
+        ("poc", "yes", "partial", "medium"): "Track",
+        ("poc", "yes", "partial", "high"): "Attend",
+        ("poc", "yes", "total", "low"): "Track",
+        ("poc", "yes", "total", "medium"): "Track*",
+        ("poc", "yes", "total", "high"): "Attend",
+        ("active", "no", "partial", "low"): "Track",
+        ("active", "no", "partial", "medium"): "Track",
+        ("active", "no", "partial", "high"): "Attend",
+        ("active", "no", "total", "low"): "Track",
+        ("active", "no", "total", "medium"): "Attend",
+        ("active", "no", "total", "high"): "Act",
+        ("active", "yes", "partial", "low"): "Attend",
+        ("active", "yes", "partial", "medium"): "Attend",
+        ("active", "yes", "partial", "high"): "Act",
+        ("active", "yes", "total", "low"): "Attend",
+        ("active", "yes", "total", "medium"): "Act",
+        ("active", "yes", "total", "high"): "Act",
+    }
+
+    decision = decision_lookup.get(decision_key, "")
+
+    if decision:
+        ssvc_vector += f"D:{decision_values.get(decision)}/"
+
+    if timestamp:
+        timestamp_formatted = dateparser.parse(timestamp).strftime("%Y-%m-%dT%H:%M:%SZ")
+
+        ssvc_vector += f"{timestamp_formatted}/"
+    return ssvc_vector, decision