diff --git a/src/adapters/serialConnection.ts b/src/adapters/serialConnection.ts
index 9e2b492..13a402b 100644
--- a/src/adapters/serialConnection.ts
+++ b/src/adapters/serialConnection.ts
@@ -25,7 +25,7 @@ export class SerialConnection extends MeshDevice {
    *  through a transform stream (https://stackoverflow.com/questions/71262432) */
   private pipePromise?: Promise<void>;
 
-  /* Reference for the heartbeat ping interval so it can be canceled on disconnect. */ 
+  /* Reference for the heartbeat ping interval so it can be canceled on disconnect. */
   private heartbeatInterval?: ReturnType<typeof setInterval> | undefined;
 
   /**
@@ -161,9 +161,9 @@ export class SerialConnection extends MeshDevice {
           // The firmware requires at least one ping per 15 minutes, so this should be more than enough.
           this.heartbeatInterval = setInterval(() => {
             this.heartbeat().catch((err) => {
-              console.error('Heartbeat error', err);
+              console.error("Heartbeat error", err);
             });
-          }, 60*1000);
+          }, 60 * 1000);
         } else {
           console.log("not readable or writable");
         }
@@ -193,11 +193,11 @@ export class SerialConnection extends MeshDevice {
     if (this.port?.readable) {
       await this.port?.close();
     }
-    
+
     // stop the interval when disconnecting.
     if (this.heartbeatInterval) {
       clearInterval(this.heartbeatInterval);
-      this.heartbeatInterval = undefined;      
+      this.heartbeatInterval = undefined;
     }
     // -------
     this.updateDeviceStatus(Types.DeviceStatusEnum.DeviceDisconnected);
diff --git a/src/utils/transformHandler.ts b/src/utils/transformHandler.ts
index a000bd6..c102cb3 100644
--- a/src/utils/transformHandler.ts
+++ b/src/utils/transformHandler.ts
@@ -3,51 +3,83 @@ import type { Logger } from "tslog";
 import * as Protobuf from "@meshtastic/protobufs";
 import * as Types from "../types.ts";
 
+// This function takes the raw binary stream from the radio
+// and converts it into usable "packets" that are returned to the
+// adapter for handling
 export const transformHandler = (
   log: Logger<unknown>,
   onReleaseEvent: SimpleEventDispatcher<boolean>,
   onDeviceDebugLog: SimpleEventDispatcher<Uint8Array>,
   concurrentLogOutput: boolean,
 ) => {
+  // byteBuffer contains the data to be processed
   let byteBuffer = new Uint8Array([]);
+
+  // return the actual transformer that will be called for each
+  // new chunk of data...
   return new TransformStream<Uint8Array, Uint8Array>({
     transform(chunk: Uint8Array, controller): void {
       log = log.getSubLogger({ name: "streamTransformer" });
       onReleaseEvent.subscribe(() => {
         controller.terminate();
       });
+
+      // add the latest chunk of data into the array
       byteBuffer = new Uint8Array([...byteBuffer, ...chunk]);
+
+      // This loop looks for Meshtastic packets in the stream based on the
+      // protocol definition. byteBuffer may contain 0 or more packets at
+      // any time.
       let processingExhausted = false;
       while (byteBuffer.length !== 0 && !processingExhausted) {
+        // Look for the magic byte that indicates a packet is starting
         const framingIndex = byteBuffer.findIndex((byte) => byte === 0x94);
+        // Check the second confirmation byte
         const framingByte2 = byteBuffer[framingIndex + 1];
         if (framingByte2 === 0xc3) {
+          // Check to see if there is content in the buffer before the packet starts
+          // Per the protocol spec, data that is outside of the packet
+          // is likely to be ascii debugging information from the radio
+          // This includes formatting escape codes.
           if (byteBuffer.subarray(0, framingIndex).length) {
             if (concurrentLogOutput) {
+              // dispatch the raw data as an event
+              // the consumer will have to translate the bytes into ascii
               onDeviceDebugLog.dispatch(byteBuffer.subarray(0, framingIndex));
             } else {
-              log.warn(
+              // This takes the bytes, translates them into ascii, and logs them
+              const ascii_debug = Array.from(
+                byteBuffer.subarray(0, framingIndex),
+              )
+                .map((code) => String.fromCharCode(code))
+                .join("");
+              log.trace(
                 Types.EmitterScope.SerialConnection,
                 Types.Emitter.Connect,
-                `⚠️ Found unneccesary message padding, removing: ${byteBuffer
-                  .subarray(0, framingIndex)
-                  .toString()}`,
+                `Debug from radio:\n ${ascii_debug}`,
               );
             }
 
+            // Remove everything before the magic byte
             byteBuffer = byteBuffer.subarray(framingIndex);
           }
 
+          // the next two bytes define the length of the packet
           const msb = byteBuffer[2];
           const lsb = byteBuffer[3];
 
+          // If we have a valid length, and the byteBuffer is long enough,
+          // then we should have a full packet. Let's process it...
           if (
             msb !== undefined &&
             lsb !== undefined &&
             byteBuffer.length >= 4 + (msb << 8) + lsb
           ) {
+            // extract just the right amount of bytes
             const packet = byteBuffer.subarray(4, 4 + (msb << 8) + lsb);
 
+            // check to make sure these bytes don't include a new packet start
+            // this would indicate a malformed packet...
             const malformedDetectorIndex = packet.findIndex(
               (byte) => byte === 0x94,
             );
@@ -64,9 +96,13 @@ export const transformHandler = (
                 Protobuf.Mesh.LogRecord_Level.WARNING,
               );
 
+              // prune out the malformed packet
               byteBuffer = byteBuffer.subarray(malformedDetectorIndex);
             } else {
+              // since we have a valid packet, we can remove those bytes...
               byteBuffer = byteBuffer.subarray(3 + (msb << 8) + lsb + 1);
+
+              // and return the packet to the pipe...
               controller.enqueue(packet);
             }
           } else {