diff --git a/lib/archethic.ex b/lib/archethic.ex
index 50a39c45b..b1d7fa9f1 100644
--- a/lib/archethic.ex
+++ b/lib/archethic.ex
@@ -157,7 +157,7 @@ defmodule Archethic do
       P2P.authorized_and_available_nodes()
       |> Enum.reject(&(&1.first_public_key == welcome_node_key))
       |> Enum.sort_by(& &1.first_public_key)
-      |> P2P.nearest_nodes(welcome_node_patch)
+      |> P2P.sort_by_nearest_nodes(welcome_node_patch)
       |> Enum.filter(&P2P.node_connected?/1)
 
     this_node = Crypto.first_node_public_key()
diff --git a/lib/archethic/beacon_chain.ex b/lib/archethic/beacon_chain.ex
index b0f6d6a62..b832dce31 100644
--- a/lib/archethic/beacon_chain.ex
+++ b/lib/archethic/beacon_chain.ex
@@ -404,7 +404,7 @@ defmodule Archethic.BeaconChain do
       subset
       |> Election.beacon_storage_nodes(next_summary_date, authorized_nodes)
       |> Enum.filter(&P2P.node_connected?/1)
-      |> P2P.nearest_nodes()
+      |> P2P.sort_by_nearest_nodes()
       |> Enum.take(3)
       |> Enum.map(&{&1, subset})
     end)
@@ -516,7 +516,7 @@ defmodule Archethic.BeaconChain do
         case P2P.quorum_read(
                nodes,
                %GetBeaconSummariesAggregate{date: summary_time},
-               conflict_resolver
+               conflict_resolver: conflict_resolver
              ) do
           {:ok, aggregate = %SummaryAggregate{}} ->
             {:ok, aggregate}
diff --git a/lib/archethic/mining/pending_transaction_validation.ex b/lib/archethic/mining/pending_transaction_validation.ex
index 2ddb2dc25..3357e56ec 100644
--- a/lib/archethic/mining/pending_transaction_validation.ex
+++ b/lib/archethic/mining/pending_transaction_validation.ex
@@ -978,7 +978,7 @@ defmodule Archethic.Mining.PendingTransactionValidation do
 
     previous_address
     |> Election.chain_storage_nodes(P2P.authorized_and_available_nodes())
-    |> P2P.nearest_nodes()
+    |> P2P.sort_by_nearest_nodes()
     |> Enum.filter(&P2P.node_connected?/1)
     |> get_first_public_key(previous_address)
   end
diff --git a/lib/archethic/mining/smart_contract_validation.ex b/lib/archethic/mining/smart_contract_validation.ex
index c3392be1e..d39e075eb 100644
--- a/lib/archethic/mining/smart_contract_validation.ex
+++ b/lib/archethic/mining/smart_contract_validation.ex
@@ -83,7 +83,7 @@ defmodule Archethic.Mining.SmartContractValidation do
       |> Election.chain_storage_nodes(P2P.authorized_and_available_nodes())
       |> Election.get_synchronized_nodes_before(previous_summary_time)
 
-    conflicts_resolver = fn results ->
+    conflict_resolver = fn results ->
       %SmartContractCallValidation{last_chain_sync_date: highest_date} =
         Enum.max_by(results, & &1.last_chain_sync_date, DateTime)
 
@@ -108,8 +108,8 @@ defmodule Archethic.Mining.SmartContractValidation do
              transaction: transaction,
              timestamp: validation_time
            },
-           conflicts_resolver,
-           @timeout
+           conflict_resolver: conflict_resolver,
+           timeout: @timeout
          ) do
       {:ok, %SmartContractCallValidation{status: :ok, fee: fee}} ->
         {:ok, fee}
diff --git a/lib/archethic/networking/scheduler.ex b/lib/archethic/networking/scheduler.ex
index 43cc7b68c..eafc8c182 100644
--- a/lib/archethic/networking/scheduler.ex
+++ b/lib/archethic/networking/scheduler.ex
@@ -153,7 +153,7 @@ defmodule Archethic.Networking.Scheduler do
     nodes =
       P2P.authorized_and_available_nodes()
       |> Enum.filter(&P2P.node_connected?/1)
-      |> P2P.nearest_nodes()
+      |> P2P.sort_by_nearest_nodes()
 
     case Utils.await_confirmation(tx_address, nodes) do
       {:ok, validated_transaction = %Transaction{address: ^tx_address, data: ^transaction_data}} ->
diff --git a/lib/archethic/p2p.ex b/lib/archethic/p2p.ex
index d92e46064..c8865d42a 100644
--- a/lib/archethic/p2p.ex
+++ b/lib/archethic/p2p.ex
@@ -163,7 +163,7 @@ defmodule Archethic.P2P do
     case quorum_read(
            nodes,
            %ListNodes{authorized_and_available?: authorized_and_available?},
-           conflict_resolver
+           conflict_resolver: conflict_resolver
          ) do
       {:ok, %NodeList{nodes: nodes}} ->
         {:ok, nodes}
@@ -445,11 +445,11 @@ defmodule Archethic.P2P do
   @doc """
   Return the nearest storages nodes from the local node
   """
-  @spec nearest_nodes(list(Node.t())) :: list(Node.t())
-  def nearest_nodes(storage_nodes) when is_list(storage_nodes) do
+  @spec sort_by_nearest_nodes(list(Node.t())) :: list(Node.t())
+  def sort_by_nearest_nodes(storage_nodes) when is_list(storage_nodes) do
     case get_node_info(Crypto.first_node_public_key()) do
       {:ok, %Node{network_patch: network_patch}} ->
-        nearest_nodes(storage_nodes, network_patch)
+        sort_by_nearest_nodes(storage_nodes, network_patch)
 
       {:error, :not_found} ->
         storage_nodes
@@ -467,7 +467,7 @@ defmodule Archethic.P2P do
      ...>   %Node{network_patch: "3A2"}
      ...> ]
      ...> 
-     ...> P2P.nearest_nodes(list_nodes, "12F")
+     ...> P2P.sort_by_nearest_nodes(list_nodes, "12F")
      [
        %Node{network_patch: "3A2"},
        %Node{network_patch: "AA0"},
@@ -480,15 +480,16 @@ defmodule Archethic.P2P do
      ...>   %Node{network_patch: "3A2"}
      ...> ]
      ...> 
-     ...> P2P.nearest_nodes(list_nodes, "C3A")
+     ...> P2P.sort_by_nearest_nodes(list_nodes, "C3A")
      [
        %Node{network_patch: "F50"},
        %Node{network_patch: "AA0"},
        %Node{network_patch: "3A2"}
      ]
   """
-  @spec nearest_nodes(node_list :: Enumerable.t(), network_patch :: binary()) :: Enumerable.t()
-  def nearest_nodes(storage_nodes, network_patch) when is_binary(network_patch) do
+  @spec sort_by_nearest_nodes(node_list :: Enumerable.t(), network_patch :: binary()) ::
+          Enumerable.t()
+  def sort_by_nearest_nodes(storage_nodes, network_patch) when is_binary(network_patch) do
     Enum.sort_by(storage_nodes, &network_distance(&1.network_patch, network_patch))
   end
 
@@ -732,165 +733,110 @@ defmodule Archethic.P2P do
 
   @doc """
   Send a message to a list of nodes and perform a read quorum
+
+  Opts:
+    timeout :: non_neg_integer(),
+    conflict_resolver :: (list(Message.t()) -> Message.t()),
+    acceptance_resolver :: (Message.t() -> boolean()),
+    consistency_level :: pos_integer(),
+    repair_fun :: (nil | Message.t(), list(Message.t()) -> :ok)
   """
   @spec quorum_read(
           node_list :: list(Node.t()),
           message :: Message.t(),
-          conflict_resolver :: (list(Message.t()) -> Message.t()),
-          timeout :: non_neg_integer(),
-          acceptance_resolver :: (Message.t() -> boolean()),
-          consistency_level :: pos_integer()
-        ) ::
-          {:ok, Message.t()} | {:error, :network_issue} | {:error, :acceptance_failed}
+          opts :: Keyword.t()
+        ) :: {:ok, Message.t()} | {:error, :network_issue} | {:error, :acceptance_failed}
   def quorum_read(
         nodes,
         message,
-        conflict_resolver \\ fn results -> List.first(results) end,
-        timeout \\ 0,
-        acceptance_resolver \\ fn _ -> true end,
-        consistency_level \\ 3
-      )
-
-  def quorum_read(
-        nodes,
-        message,
-        conflict_resolver,
-        timeout,
-        acceptance_resolver,
-        consistency_level
+        opts \\ []
       ) do
+    timeout = Keyword.get(opts, :timeout, 0)
+    conflict_resolver = Keyword.get(opts, :conflict_resolver, &List.first(&1))
+    acceptance_resolver = Keyword.get(opts, :acceptance_resolver, fn _ -> true end)
+    consistency_level = Keyword.get(opts, :consistency_level, 3)
+    repair_fun = Keyword.get(opts, :repair_fun, fn _, _ -> :ok end)
+
     nodes
     |> Enum.filter(&node_connected?/1)
-    |> nearest_nodes()
+    |> sort_by_nearest_nodes()
     |> unprioritize_node(Crypto.first_node_public_key())
-    |> do_quorum_read(
-      message,
-      conflict_resolver,
-      acceptance_resolver,
-      timeout,
-      consistency_level,
-      0,
-      nil
-    )
+    |> Enum.chunk_every(consistency_level)
+    |> Enum.reduce_while({nil, []}, fn nodes, {previous_result_acc, all_results_acc} ->
+      results_by_node = send_message_and_filter_results(nodes, message, timeout)
+      all_results_acc = results_by_node ++ all_results_acc
+      {_nodes, results} = Enum.unzip(results_by_node)
+
+      with {:ok, results} <- enough_results(previous_result_acc, results),
+           result <- resolve_conflicts(results, conflict_resolver),
+           :ok <- result_accepted(result, acceptance_resolver) do
+        {:halt, {result, all_results_acc}}
+      else
+        {:error, previous_result} ->
+          {:cont, {previous_result, all_results_acc}}
+      end
+    end)
+    |> then(fn {result, all_results} ->
+      cond do
+        is_nil(result) ->
+          maybe_async_repair(nil, all_results, repair_fun)
+          {:error, :network_issue}
+
+        acceptance_resolver.(result) ->
+          maybe_async_repair(result, all_results, repair_fun)
+          {:ok, result}
+
+        true ->
+          maybe_async_repair(nil, all_results, repair_fun)
+          {:error, :acceptance_failed}
+      end
+    end)
   end
 
-  defp do_quorum_read([], _, _, _, _, _, 0, nil), do: {:error, :network_issue}
-  defp do_quorum_read([], _, _, _, _, _, _, nil), do: {:error, :acceptance_failed}
-  defp do_quorum_read([], _, _, _, _, _, _, previous_result), do: {:ok, previous_result}
-
-  defp do_quorum_read(
-         nodes,
-         message,
-         conflict_resolver,
-         acceptance_resolver,
-         timeout,
-         consistency_level,
-         acceptance_failures_count,
-         previous_result
-       ) do
-    # We determine how many nodes to fetch for the quorum from the consistency level
-    {group, rest} = Enum.split(nodes, consistency_level)
-
-    timeout = if timeout == 0, do: Message.get_timeout(message), else: timeout
-
-    results =
-      Task.Supervisor.async_stream_nolink(
-        TaskSupervisor,
-        group,
-        &send_message(&1, message, timeout),
-        ordered: false,
-        on_timeout: :kill_task,
-        timeout: timeout + 2000
-      )
-      |> Stream.filter(&match?({:ok, {:ok, _}}, &1))
-      |> Stream.map(fn {:ok, {:ok, res}} -> res end)
-      |> Enum.to_list()
-
-    # If no nodes answered we try another group
-    case length(results) do
-      0 ->
-        do_quorum_read(
-          rest,
-          message,
-          conflict_resolver,
-          acceptance_resolver,
-          timeout,
-          consistency_level,
-          acceptance_failures_count,
-          previous_result
-        )
-
-      1 ->
-        quorum_result =
-          if previous_result do
-            do_quorum([previous_result | results], conflict_resolver)
-          else
-            List.first(results)
-          end
-
-        with true <- acceptance_resolver.(quorum_result),
-             nil <- previous_result do
-          do_quorum_read(
-            rest,
-            message,
-            conflict_resolver,
-            acceptance_resolver,
-            timeout,
-            consistency_level,
-            acceptance_failures_count,
-            quorum_result
-          )
-        else
-          false ->
-            do_quorum_read(
-              rest,
-              message,
-              conflict_resolver,
-              acceptance_resolver,
-              timeout,
-              consistency_level,
-              acceptance_failures_count + 1,
-              previous_result
-            )
-
-          _ ->
-            {:ok, quorum_result}
-        end
-
-      _ ->
-        results = if previous_result != nil, do: [previous_result | results], else: results
-        quorum_result = do_quorum(results, conflict_resolver)
-
-        if acceptance_resolver.(quorum_result) do
-          {:ok, quorum_result}
-        else
-          do_quorum_read(
-            rest,
-            message,
-            conflict_resolver,
-            acceptance_resolver,
-            timeout,
-            consistency_level,
-            acceptance_failures_count + 1,
-            previous_result
-          )
-        end
+  defp send_message_and_filter_results(nodes, message, timeout) do
+    Task.Supervisor.async_stream_nolink(
+      TaskSupervisor,
+      nodes,
+      &{&1.first_public_key, send_message(&1, message, timeout)},
+      ordered: false,
+      on_timeout: :kill_task,
+      timeout: timeout + 2000
+    )
+    |> Stream.filter(&match?({:ok, {_, {:ok, _}}}, &1))
+    |> Enum.map(fn {:ok, {node_public_key, {:ok, res}}} -> {node_public_key, res} end)
+  end
+
+  # returns ok if we have 2 results
+  # we should probably use the consistency level
+  defp enough_results(nil, []), do: {:error, nil}
+  defp enough_results(nil, [result]), do: {:error, result}
+  defp enough_results(nil, results), do: {:ok, results}
+  defp enough_results(previous_result, []), do: {:error, previous_result}
+  defp enough_results(previous_result, results), do: {:ok, [previous_result | results]}
+
+  defp resolve_conflicts(results, conflict_resolver) do
+    case Enum.uniq(results) do
+      [result] -> result
+      results -> conflict_resolver.(results)
     end
   end
 
-  defp do_quorum(results, conflict_resolver) do
-    distinct_elems = Enum.dedup(results)
-
-    # If the results are the same, then we reached consistency
-    if length(distinct_elems) == 1 do
-      List.first(distinct_elems)
+  defp result_accepted(result, acceptance_resolver) do
+    if acceptance_resolver.(result) do
+      :ok
     else
-      # If the results differ, we can apply a conflict resolver to merge the result into
-      # a consistent response
-      conflict_resolver.(distinct_elems)
+      {:error, result}
     end
   end
 
+  defp maybe_async_repair(_result, [], _repair_fun), do: :ok
+
+  defp maybe_async_repair(result, results, repair_fun) do
+    Task.Supervisor.start_child(TaskSupervisor, fn ->
+      repair_fun.(result, results)
+    end)
+  end
+
   @doc """
   Update the node's network patch
   """
diff --git a/lib/archethic/p2p/message/get_bootstraping_nodes.ex b/lib/archethic/p2p/message/get_bootstraping_nodes.ex
index 444922667..f3bc8296b 100644
--- a/lib/archethic/p2p/message/get_bootstraping_nodes.ex
+++ b/lib/archethic/p2p/message/get_bootstraping_nodes.ex
@@ -23,7 +23,7 @@ defmodule Archethic.P2P.Message.GetBootstrappingNodes do
 
     closest_nodes =
       top_nodes
-      |> P2P.nearest_nodes(patch)
+      |> P2P.sort_by_nearest_nodes(patch)
       |> Enum.take(5)
 
     %BootstrappingNodes{
diff --git a/lib/archethic/transaction_chain.ex b/lib/archethic/transaction_chain.ex
index 2fbb47292..62b940c1c 100644
--- a/lib/archethic/transaction_chain.ex
+++ b/lib/archethic/transaction_chain.ex
@@ -305,10 +305,10 @@ defmodule Archethic.TransactionChain do
     case P2P.quorum_read(
            nodes,
            %GetLastTransactionAddress{address: address, timestamp: timestamp},
-           conflict_resolver,
-           timeout,
-           acceptance_resolver,
-           consistency_level
+           conflict_resolver: conflict_resolver,
+           timeout: timeout,
+           acceptance_resolver: acceptance_resolver,
+           consistency_level: consistency_level
          ) do
       {:ok, %LastTransactionAddress{address: last_address}} ->
         {:ok, last_address}
@@ -343,7 +343,7 @@ defmodule Archethic.TransactionChain do
         case P2P.quorum_read(
                nodes,
                %GetNextAddresses{address: address, limit: limit},
-               conflict_resolver
+               conflict_resolver: conflict_resolver
              ) do
           {:ok, %AddressList{addresses: addresses}} -> {:ok, addresses}
           {:error, :network_issue} = e -> e
@@ -422,9 +422,9 @@ defmodule Archethic.TransactionChain do
         case P2P.quorum_read(
                nodes,
                %GetTransaction{address: address},
-               conflict_resolver,
-               timeout,
-               acceptance_resolver
+               conflict_resolver: conflict_resolver,
+               timeout: timeout,
+               acceptance_resolver: acceptance_resolver
              ) do
           {:ok, %NotFound{}} ->
             {:error, :transaction_not_exists}
@@ -612,8 +612,8 @@ defmodule Archethic.TransactionChain do
              paging_state: paging_state,
              order: order
            },
-           conflict_resolver,
-           timeout
+           conflict_resolver: conflict_resolver,
+           timeout: timeout
          ) do
       {:ok,
        %TransactionList{
@@ -696,7 +696,7 @@ defmodule Archethic.TransactionChain do
     case P2P.quorum_read(
            nodes,
            %GetTransactionInputs{address: address, offset: offset, limit: limit},
-           conflict_resolver
+           conflict_resolver: conflict_resolver
          ) do
       {:ok, %TransactionInputList{inputs: versioned_inputs, more?: more?, offset: offset}} ->
         {versioned_inputs, more?, offset}
@@ -775,7 +775,7 @@ defmodule Archethic.TransactionChain do
     case P2P.quorum_read(
            nodes,
            %GetUnspentOutputs{address: address, offset: offset, limit: limit},
-           conflict_resolver
+           conflict_resolver: conflict_resolver
          ) do
       {:ok,
        %UnspentOutputList{
@@ -808,7 +808,7 @@ defmodule Archethic.TransactionChain do
     case P2P.quorum_read(
            nodes,
            %GetTransactionChainLength{address: address},
-           conflict_resolver
+           conflict_resolver: conflict_resolver
          ) do
       {:ok, %TransactionChainLength{length: length}} ->
         {:ok, length}
@@ -849,9 +849,9 @@ defmodule Archethic.TransactionChain do
         case P2P.quorum_read(
                nodes,
                %GetGenesisAddress{address: address},
-               conflict_resolver,
-               timeout,
-               acceptance_resolver
+               conflict_resolver: conflict_resolver,
+               timeout: timeout,
+               acceptance_resolver: acceptance_resolver
              ) do
           {:ok, %GenesisAddress{address: genesis_address}} ->
             {:ok, genesis_address}
@@ -903,7 +903,7 @@ defmodule Archethic.TransactionChain do
         case P2P.quorum_read(
                nodes,
                %GetFirstTransactionAddress{address: address},
-               conflict_resolver
+               conflict_resolver: conflict_resolver
              ) do
           {:ok, %NotFound{}} ->
             {:error, :does_not_exist}
@@ -1138,7 +1138,9 @@ defmodule Archethic.TransactionChain do
         end
       end
 
-      case P2P.quorum_read(nodes, %GetTransactionSummary{address: address}, conflict_resolver) do
+      case P2P.quorum_read(nodes, %GetTransactionSummary{address: address},
+             conflict_resolver: conflict_resolver
+           ) do
         {:ok,
          %TransactionSummaryMessage{transaction_summary: %TransactionSummary{address: ^address}}} ->
           true
diff --git a/lib/archethic_web/api/graphql/schema/resolver.ex b/lib/archethic_web/api/graphql/schema/resolver.ex
index 9bfb31d77..43af41c49 100644
--- a/lib/archethic_web/api/graphql/schema/resolver.ex
+++ b/lib/archethic_web/api/graphql/schema/resolver.ex
@@ -341,7 +341,7 @@ defmodule ArchethicWeb.API.GraphQL.Schema.Resolver do
 
   def nearest_endpoints(ip) do
     P2P.authorized_and_available_nodes()
-    |> P2P.nearest_nodes(P2P.get_geo_patch(ip))
+    |> P2P.sort_by_nearest_nodes(P2P.get_geo_patch(ip))
     |> Enum.map(&%{ip: :inet.ntoa(&1.ip), port: &1.http_port})
   end
 
diff --git a/priv/migration_tasks/prod/1.5.9@add_mining_bls_key.exs b/priv/migration_tasks/prod/1.5.9@add_mining_bls_key.exs
index dbcf02543..f4ae9bc6f 100644
--- a/priv/migration_tasks/prod/1.5.9@add_mining_bls_key.exs
+++ b/priv/migration_tasks/prod/1.5.9@add_mining_bls_key.exs
@@ -44,7 +44,7 @@ defmodule Migration_1_5_9 do
       nodes =
         P2P.authorized_and_available_nodes()
         |> Enum.filter(&P2P.node_connected?/1)
-        |> P2P.nearest_nodes()
+        |> P2P.sort_by_nearest_nodes()
 
       case Utils.await_confirmation(tx.address, nodes) do
         {:ok, _} ->
diff --git a/test/archethic/p2p_test.exs b/test/archethic/p2p_test.exs
index 5e4b7fa31..efd534184 100644
--- a/test/archethic/p2p_test.exs
+++ b/test/archethic/p2p_test.exs
@@ -1,5 +1,6 @@
 defmodule Archethic.P2PTest do
   use ArchethicCase
+  import ArchethicCase
 
   alias Archethic.Crypto
 
@@ -30,67 +31,10 @@ defmodule Archethic.P2PTest do
     assert %Node{ip: {127, 0, 0, 1}} = P2P.get_node_info()
   end
 
-  describe "quorum_read/4" do
-    setup do
-      pub1 = Crypto.generate_deterministic_keypair("node1") |> elem(0)
-      pub2 = Crypto.generate_deterministic_keypair("node2") |> elem(0)
-      pub3 = Crypto.generate_deterministic_keypair("node3") |> elem(0)
-      pub4 = Crypto.generate_deterministic_keypair("node4") |> elem(0)
-      pub5 = Crypto.generate_deterministic_keypair("node5") |> elem(0)
-
-      nodes = [
-        %Node{
-          ip: {127, 0, 0, 1},
-          port: 3002,
-          first_public_key: pub1,
-          last_public_key: pub1,
-          available?: true,
-          network_patch: "AAA",
-          geo_patch: "AAA"
-        },
-        %Node{
-          ip: {127, 0, 0, 1},
-          port: 3003,
-          first_public_key: pub2,
-          last_public_key: pub2,
-          available?: true,
-          network_patch: "AAA",
-          geo_patch: "AAA"
-        },
-        %Node{
-          ip: {127, 0, 0, 1},
-          port: 3004,
-          first_public_key: pub3,
-          last_public_key: pub3,
-          available?: true,
-          network_patch: "AAA",
-          geo_patch: "AAA"
-        },
-        %Node{
-          ip: {127, 0, 0, 1},
-          port: 3005,
-          first_public_key: pub4,
-          last_public_key: pub4,
-          available?: true,
-          network_patch: "AAA",
-          geo_patch: "AAA"
-        },
-        %Node{
-          ip: {127, 0, 0, 1},
-          port: 3006,
-          first_public_key: pub5,
-          last_public_key: pub5,
-          available?: true,
-          network_patch: "AAA",
-          geo_patch: "AAA"
-        }
-      ]
-
-      Enum.each(nodes, &P2P.add_and_connect_node/1)
-      {:ok, %{nodes: nodes}}
-    end
+  describe "quorum_read/3" do
+    test "should return the first result when the same results are returned" do
+      nodes = add_and_connect_nodes(5)
 
-    test "should return the first result when the same results are returned", %{nodes: nodes} do
       MockClient
       |> expect(
         :send_message,
@@ -103,7 +47,9 @@ defmodule Archethic.P2PTest do
       assert {:ok, %Transaction{}} = P2P.quorum_read(nodes, %GetTransaction{address: ""})
     end
 
-    test "should run resolver conflicts when the results are different", %{nodes: nodes} do
+    test "should run resolver conflicts when the results are different" do
+      nodes = add_and_connect_nodes(5)
+
       MockClient
       |> stub(:send_message, fn
         %Node{port: 3004}, %GetTransaction{}, _timeout ->
@@ -120,21 +66,22 @@ defmodule Archethic.P2PTest do
       end)
 
       assert {:ok, %Transaction{}} =
-               P2P.quorum_read(nodes, %GetTransaction{address: ""}, fn results ->
-                 case Enum.find(results, &match?(%Transaction{}, &1)) do
-                   nil ->
-                     %NotFound{}
-
-                   tx ->
-                     tx
+               P2P.quorum_read(nodes, %GetTransaction{address: ""},
+                 conflict_resolver: fn results ->
+                   case Enum.find(results, &match?(%Transaction{}, &1)) do
+                     nil ->
+                       %NotFound{}
+
+                     tx ->
+                       tx
+                   end
                  end
-               end)
+               )
     end
 
-    test "should try all nodes and return error when no response match acceptance resolver",
-         %{
-           nodes: nodes
-         } do
+    test "should try all nodes and return error when no response match acceptance resolver" do
+      nodes = add_and_connect_nodes(5)
+
       MockClient
       |> expect(
         :send_message,
@@ -156,11 +103,137 @@ defmodule Archethic.P2PTest do
                P2P.quorum_read(
                  nodes,
                  %GetTransaction{address: ""},
-                 fn results -> List.last(results) end,
-                 0,
-                 fn _ -> false end
+                 acceptance_resolver: fn _ -> false end
                )
     end
+
+    test "should accept a single result for the entire set" do
+      nodes = [node | _] = add_and_connect_nodes(5)
+
+      MockClient
+      |> stub(:send_message, fn
+        ^node, %GetTransaction{}, _timeout ->
+          {:ok, %Transaction{}}
+
+        _, %GetTransaction{}, _timeout ->
+          {:error, :timeout}
+      end)
+
+      assert {:ok, %Transaction{}} =
+               P2P.quorum_read(
+                 nodes,
+                 %GetTransaction{address: ""}
+               )
+    end
+
+    test "should not accept a single result if not gone through the entire set" do
+      nodes = [node, _, _, _, node5] = add_and_connect_nodes(5)
+
+      me = self()
+
+      MockClient
+      |> stub(:send_message, fn
+        ^node, %GetTransaction{}, _timeout ->
+          {:ok, %Transaction{}}
+
+        ^node5, %GetTransaction{}, _timeout ->
+          send(me, :node5_requested)
+
+          {:ok, %NotFound{}}
+
+        _, %GetTransaction{}, _timeout ->
+          {:error, :timeout}
+      end)
+
+      assert {:ok, %Transaction{}} =
+               P2P.quorum_read(
+                 nodes,
+                 %GetTransaction{address: ""}
+               )
+
+      assert_receive :node5_requested, 100
+    end
+
+    test "repair function should receive a nil accepted_result when no accepted response" do
+      nodes = add_and_connect_nodes(5)
+
+      MockClient
+      |> stub(:send_message, fn
+        _, %GetTransaction{}, _timeout ->
+          {:ok, %Transaction{}}
+      end)
+
+      me = self()
+
+      assert {:error, :acceptance_failed} =
+               P2P.quorum_read(
+                 nodes,
+                 %GetTransaction{address: ""},
+                 acceptance_resolver: fn _ -> false end,
+                 repair_fun: fn accepted_result, results_by_node ->
+                   assert is_nil(accepted_result)
+                   assert match?([{_, _} | _], results_by_node)
+                   send(me, {:repairing, length(results_by_node)})
+                   :ok
+                 end
+               )
+
+      expected_size = length(nodes)
+      assert_receive({:repairing, ^expected_size}, 100)
+    end
+
+    test "repair function should receive the accepted_result" do
+      nodes = add_and_connect_nodes(5)
+
+      MockClient
+      |> stub(:send_message, fn
+        _, %GetTransaction{}, _timeout ->
+          {:ok, %Transaction{}}
+      end)
+
+      me = self()
+
+      assert {:ok, %Transaction{}} =
+               P2P.quorum_read(
+                 nodes,
+                 %GetTransaction{address: ""},
+                 repair_fun: fn accepted_result, results_by_node ->
+                   assert %Transaction{} = accepted_result
+                   assert match?([{_, _} | _], results_by_node)
+                   send(me, {:repairing, length(results_by_node)})
+                   :ok
+                 end
+               )
+
+      # 3 is consistency_level
+      assert_receive({:repairing, 3}, 100)
+    end
+
+    test "should call the repair function asynchronously" do
+      nodes = add_and_connect_nodes(5)
+
+      MockClient
+      |> stub(:send_message, fn
+        _, %GetTransaction{}, _timeout ->
+          {:ok, %Transaction{}}
+      end)
+
+      me = self()
+
+      assert {:error, :acceptance_failed} =
+               P2P.quorum_read(
+                 nodes,
+                 %GetTransaction{address: ""},
+                 acceptance_resolver: fn _ -> false end,
+                 repair_fun: fn _ ->
+                   Process.sleep(10_000)
+                   send(me, :repairing_done)
+                   :ok
+                 end
+               )
+
+      refute_received(:repairing_done)
+    end
   end
 
   describe "authorized_and_available_nodes/1" do
diff --git a/test/archethic/replication/transaction_context_test.exs b/test/archethic/replication/transaction_context_test.exs
index 6e0a89b7a..393adbf5c 100644
--- a/test/archethic/replication/transaction_context_test.exs
+++ b/test/archethic/replication/transaction_context_test.exs
@@ -34,7 +34,7 @@ defmodule Archethic.Replication.TransactionContextTest do
         {:ok, %Transaction{address: address}}
       end)
 
-      connect_to_n_nodes(5)
+      add_and_connect_nodes(5)
 
       assert %Transaction{} = TransactionContext.fetch_transaction(address)
     end
@@ -48,7 +48,7 @@ defmodule Archethic.Replication.TransactionContextTest do
         {:ok, %NotFound{}}
       end)
 
-      connect_to_n_nodes(5)
+      add_and_connect_nodes(5)
 
       # no assert, we use expect(5) in the mock
       TransactionContext.fetch_transaction(address, acceptance_resolver: :accept_transaction)
@@ -65,7 +65,7 @@ defmodule Archethic.Replication.TransactionContextTest do
         {:ok, %GenesisAddress{address: genesis, timestamp: DateTime.utc_now()}}
       end)
 
-      connect_to_n_nodes(5)
+      add_and_connect_nodes(5)
 
       assert genesis == TransactionContext.fetch_genesis_address(address)
     end
@@ -79,7 +79,7 @@ defmodule Archethic.Replication.TransactionContextTest do
         {:ok, %GenesisAddress{address: address, timestamp: DateTime.utc_now()}}
       end)
 
-      connect_to_n_nodes(5)
+      add_and_connect_nodes(5)
 
       # no assert, we use expect(5) in the mock
       TransactionContext.fetch_genesis_address(address,
@@ -244,20 +244,4 @@ defmodule Archethic.Replication.TransactionContextTest do
 
     assert [^v_utxo] = TransactionContext.fetch_transaction_unspent_outputs(genesis_address)
   end
-
-  def connect_to_n_nodes(n) do
-    Enum.each(1..n, fn i ->
-      P2P.add_and_connect_node(%Node{
-        ip: {127, 0, 0, 1},
-        port: 3000 + i,
-        first_public_key: random_public_key(),
-        last_public_key: random_public_key(),
-        available?: true,
-        geo_patch: "AAA",
-        network_patch: "AAA",
-        authorized?: true,
-        authorization_date: DateTime.utc_now()
-      })
-    end)
-  end
 end
diff --git a/test/support/template.ex b/test/support/template.ex
index 2bab9ab77..7cb0aeda1 100644
--- a/test/support/template.ex
+++ b/test/support/template.ex
@@ -19,6 +19,9 @@ defmodule ArchethicCase do
 
   alias Archethic.Governance.Pools.MemTable, as: PoolsMemTable
   alias Archethic.OracleChain.MemTable, as: OracleMemTable
+
+  alias Archethic.P2P
+  alias Archethic.P2P.Node
   alias Archethic.P2P.MemTable, as: P2PMemTable
 
   alias Archethic.ContractFactory
@@ -284,6 +287,25 @@ defmodule ArchethicCase do
     end)
   end
 
+  def add_and_connect_nodes(n) do
+    Enum.map(1..n, fn i ->
+      node = %Node{
+        ip: {127, 0, 0, 1},
+        port: 3000 + i,
+        first_public_key: random_public_key(),
+        last_public_key: random_public_key(),
+        available?: true,
+        geo_patch: "AAA",
+        network_patch: "AAA",
+        authorized?: true,
+        authorization_date: DateTime.utc_now()
+      }
+
+      P2P.add_and_connect_node(node)
+      node
+    end)
+  end
+
   def random_address() do
     <<0::8, 0::8, :crypto.strong_rand_bytes(32)::binary>>
   end