diff --git a/src/telem/lib/input/mekanism/QuantumEntangloporterInputAdapter.lua b/src/telem/lib/input/mekanism/QuantumEntangloporterInputAdapter.lua
new file mode 100644
index 0000000..89853ed
--- /dev/null
+++ b/src/telem/lib/input/mekanism/QuantumEntangloporterInputAdapter.lua
@@ -0,0 +1,103 @@
+local o = require 'telem.lib.ObjectModel'
+local t = require 'telem.lib.util'
+
+local InputAdapter      = require 'telem.lib.InputAdapter'
+local Metric            = require 'telem.lib.Metric'
+local MetricCollection  = require 'telem.lib.MetricCollection'
+
+local QuantumEntangloporterInputAdapter = o.class(InputAdapter)
+QuantumEntangloporterInputAdapter.type = 'QuantumEntangloporterInputAdapter'
+
+function QuantumEntangloporterInputAdapter:constructor (peripheralName, categories)
+    self:super('constructor')
+
+    -- TODO this will be a configurable feature later
+    self.prefix = 'mekquantumentanglo:'
+
+    -- TODO make these constants
+    local allCategories = {
+        'basic',
+        'fluid',
+        'gas',
+        'infuse',
+        'item',
+        'pigment',
+        'slurry',
+        'loss',
+    }
+
+    if not categories then
+        self.categories = { 'basic' }
+    elseif categories == '*' then
+        self.categories = allCategories
+    else
+        self.categories = categories
+    end
+
+    -- boot components
+    self:setBoot(function ()
+        self.components = {}
+
+        self:addComponentByPeripheralID(peripheralName)
+    end)()
+end
+
+function QuantumEntangloporterInputAdapter:read ()
+    self:boot()
+
+    local source, quantum_entangloporter = next(self.components)
+
+    local metrics = MetricCollection()
+
+    local loaded = {}
+
+    for _,v in ipairs(self.categories) do
+        -- skip, already loaded
+        if loaded[v] then
+            -- do nothing
+
+        -- Literally all we have lmao
+        elseif v == 'basic' then
+            metrics:insert(Metric{ name = self.prefix .. 'energy_amount', value = quantum_entangloporter.getEnergy(), unit = "FE", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'energy_needed', value = quantum_entangloporter.getEnergyNeeded(), unit = "FE", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'energy_filled_percentage', value = quantum_entangloporter.getEnergyFilledPercentage(), unit = nil, source = source })
+        elseif v == 'fluid' then
+            metrics:insert(Metric{ name = self.prefix .. 'fluid_amount', value = quantum_entangloporter.getBufferFluid().amount / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'fluid_capacity', value = quantum_entangloporter.getBufferFluidCapacity() / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'fluid_filled_percentage', value = quantum_entangloporter.getBufferFluidFilledPercentage(), unit = nil, source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'fluid_needed', value = quantum_entangloporter.getBufferFluidNeeded() / 1000, unit = "B", source = source })
+        elseif v == 'gas' then
+            metrics:insert(Metric{ name = self.prefix .. 'gas_amount', value = quantum_entangloporter.getBufferGas().amount / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'gas_capacity', value = quantum_entangloporter.getBufferGasCapacity() / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'gas_filled_percentage', value = quantum_entangloporter.getBufferGasFilledPercentage(), unit = nil, source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'gas_needed', value = quantum_entangloporter.getBufferGasNeeded() / 1000, unit = "B", source = source })
+        elseif v == 'infuse' then
+            metrics:insert(Metric{ name = self.prefix .. 'infuse_amount', value = quantum_entangloporter.getBufferInfuse().amount / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'infuse_capacity', value = quantum_entangloporter.getBufferInfuseCapacity() / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'infuse_filled_percentage', value = quantum_entangloporter.getBufferInfuseFilledPercentage(), unit = nil, source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'infuse_needed', value = quantum_entangloporter.getBufferInfuseNeeded() / 1000, unit = "B", source = source })
+        elseif v == 'item' then
+            metrics:insert(Metric{ name = self.prefix .. 'item_amount', value = quantum_entangloporter.getBufferItem().count, unit = nil, source = source })
+        elseif v == 'pigment' then
+            metrics:insert(Metric{ name = self.prefix .. 'pigment_amount', value = quantum_entangloporter.getBufferPigment().amount / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'pigment_capacity', value = quantum_entangloporter.getBufferPigmentCapacity() / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'pigment_filled_percentage', value = quantum_entangloporter.getBufferPigmentFilledPercentage(), unit = nil, source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'pigment_needed', value = quantum_entangloporter.getBufferPigmentNeeded() / 1000, unit = "B", source = source })
+        elseif v == 'slurry' then
+            metrics:insert(Metric{ name = self.prefix .. 'slurry_amount', value = quantum_entangloporter.getBufferSlurry().amount / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'slurry_capacity', value = quantum_entangloporter.getBufferSlurryCapacity() / 1000, unit = "B", source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'slurry_filled_percentage', value = quantum_entangloporter.getBufferSlurryFilledPercentage(), unit = nil, source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'slurry_needed', value = quantum_entangloporter.getBufferSlurryNeeded() / 1000, unit = "B", source = source })
+        elseif v == 'loss' then
+            metrics:insert(Metric{ name = self.prefix .. 'transfer_loss', value = quantum_entangloporter.getTransferLoss(), unit = nil, source = source })
+            metrics:insert(Metric{ name = self.prefix .. 'environmental_loss', value = quantum_entangloporter.getEnvironmentalLoss(), unit = nil, source = source })
+        end
+
+        loaded[v] = true
+    end
+
+    return metrics
+end
+
+return QuantumEntangloporterInputAdapter
+