diff --git a/lib/statistics.js b/lib/statistics.js
index 9a86e72..b95588a 100644
--- a/lib/statistics.js
+++ b/lib/statistics.js
@@ -1,511 +1,515 @@
 'use strict';
 
 import debug from 'debug';
 import 'regenerator-runtime/runtime';
 import { v4 as uuidv4 } from 'uuid';
 import { EventEmitter } from 'events';
 
 import { map2obj, parseStats } from './utils';
 
 const DEBUG = debug('sylkrtc:Statistics');
 
 
 const eventListeners = {};
 
 class Statistics extends EventEmitter {
     constructor(options={}) {
         super();
         this._getStatsInterval = options.getStatsInterval || 1000;
         this._rawStats = !!options.rawStats;
         this._statsObject = !!options.statsObject;
         this._filteredStats = !!options.filteredStats;
 
         if (typeof options.remote === 'boolean') {
             this.remote = options.remote;
         }
 
         this._connectionsToMonitor = {};
         this.statsToMonitor = [
             'inbound-rtp',
             'outbound-rtp',
             'remote-inbound-rtp',
             'remote-outbound-rtp',
             'peer-connection',
             'data-channel',
             'stream',
             'track',
             'sender',
             'receiver',
             'transport',
             'candidate-pair',
             'local-candidate',
             'remote-candidate'
         ];
     }
 
 
     get numberOfMonitoredPeers () {
         return Object.keys(this._connectionsToMonitor).length;
     }
 
     async addConnection(options) {
         const {pc, peerId} = options;
         let {connectionId, remote} = options;
 
         remote = typeof remote === 'boolean' ? remote : this.remote;
 
         if (!pc || !(pc instanceof RTCPeerConnection)) {
             throw new Error(`Missing argument 'pc' or is not of instance RTCPeerConnection`);
         }
 
         if (!peerId) {
             throw new Error('Missing argument peerId');
         }
 
         if (this._connectionsToMonitor[peerId]) {
             if (connectionId && connectionId in this._connectionsToMonitor[peerId]) {
                 throw new Error(`We are already monitoring connection with id ${connectionId}.`);
             } else {
                 for (let id of this._connectionsToMonitor[peerId]) {
                     const peerConnection = this._connectionsMonitor[peerId][id];
                     if (peerConnection.pc === pc) {
                         throw new Error(`We are already monitoring peer with id ${peerId}.`);
                     }
 
                     // remove an connection if it's already closed.
                     if(peerConnection.pc.connectionState === 'closed') {
                         this.removeConnection(peerId, peerConnection.pc);
                     }
                 }
             }
         }
-        const config = pc.getConfiguration();
 
-        // don't log credentials
-        if (config.iceServers) {
-            config.iceServers.forEach(function (server) {
-                delete server.credential;
-            });
+        // Check if function exists (it does not on electron 3)
+        if (typeof pc.getConfiguration === 'function') {
+            const config = pc.getConfiguration();
+
+            // don't log credentials
+            if (config.iceServers) {
+                config.iceServers.forEach(function (server) {
+                    delete server.credential;
+                });
+            }
         }
 
         // if the user didn't send a connectionId, we should generate one
         if (!connectionId) {
             connectionId = uuidv4();
         }
 
         DEBUG(`Adding PeerConnection with id ${peerId}.`);
         this._monitorPc({
             peerId,
             connectionId,
             pc,
             remote
         });
 
         return {connectionId};
     }
 
     removeConnection (options) {
         let {peerId, connectionId, pc} = options;
 
         if (!peerId && !pc && !connectionId) {
             throw new Error('Missing arguments. You need to either send a peerId and pc, or a connectionId.');
         }
 
         if ((peerId && !pc) || (pc && !peerId)) {
             throw new Error('By not sending a connectionId, you need to send a peerId and a pc (RTCPeerConnection instance)');
         }
 
         // if the user sent a connectionId, use that
         if (connectionId) {
             DEBUG('Removing connection: %s',connectionId);
             for (let pId in this._connectionsToMonitor) {
                 if (connectionId in this._connectionsToMonitor[pId]) {
                     peerId = pId;
 
                     // remove listeners
                     this._removePeerConnectionEventListeners(peerId, connectionId, pc);
                     delete this._connectionsToMonitor[pId][connectionId];
                 }
             }
             // else, if the user sent a peerId and pc
         } else if (peerId && pc) {
             // check if we have this peerId
             if (peerId in this._connectionsToMonitor) {
                 // loop through all connections
                 for (let connectionId in this._connectionsToMonitor[peerId]) {
                     // until we find the one we're searching for
                     if (this._connectionsToMonitor[peerId][connectionId].pc === pc) {
                         DEBUG('Removing peerConnection: %s', peerId);
                         // remove listeners
                         this._removePeerConnectionEventListeners(peerId, connectionId, pc);
                         // delete it
                         delete this._connectionsToMonitor[peerId][connectionId];
                     }
                 }
             }
         }
 
         if (Object.values(this._connectionsToMonitor[peerId]).length === 0) {
             delete this._connectionsToMonitor[peerId];
         }
     }
 
     removePeer (id) {
         DEBUG(`Removing PeerConnection with id ${id}.`);
         if (!this._connectionsToMonitor[id]) {
             return;
         }
 
         for (let connectionId in this._connectionsToMonitor[id]) {
             let pc = this.peersToMonitor[id][connectionId].pc;
 
             this._removePeerConnectionEventListeners(id, connectionId, pc);
         }
 
         // remove from peersToMonitor
         delete this._connectionsToMonitor[id];
     }
 
     _monitorPc(options) {
         let {peerId, connectionId, pc, remote} = options;
 
         if (!pc) {
             return;
         }
 
         const monitorPcObject = {
             pc: pc,
             connectionId,
             stream: null,
             stats: {
                 // keep a reference of the current stat
                 parsed: null,
                 raw: null
             },
             options: {
                 remote
             }
         };
 
         if (this._connectionsToMonitor[peerId]) {
             if (connectionId in this.peersToMonitor[peerId]) {
                 DEBUG(`Already watching connection with ID ${connectionId}`);
                 return;
             }
             this._connectionsToMonitor[peerId][connectionId] = monitorPcObject;
         } else {
             // keep this in an object to avoid duplicates
             this._connectionsToMonitor[peerId] = {[connectionId]: monitorPcObject};
         }
         this._addPeerConnectionEventListeners(peerId, connectionId, pc);
 
         // start monitoring from the first peer added
         if (this.numberOfMonitoredPeers === 1) {
             this._startStatsMonitoring();
             // this._startConnectionStateMonitoring();
         }
     }
 
     _startStatsMonitoring () {
         if (this._monitoringSetInterval) {
             return;
         }
 
         DEBUG('Start collecting statistics');
 
         this._monitoringSetInterval = window.setInterval(() => {
             if (!this.numberOfMonitoredPeers) {
                 this._stopStatsMonitoring();
             }
 
             this._getStats().then((statsEvents) => {
                 statsEvents.forEach((statsEventObject) => {
                     this.emit(statsEventObject.tag, statsEventObject);
                 });
             });
         }, this._getStatsInterval);
     }
 
     _stopStatsMonitoring ()  {
         if (this._monitoringSetInterval) {
             window.clearInterval(this._monitoringSetInterval);
             this._monitoringSetInterval = 0;
         }
     }
 
     _checkIfConnectionIsClosed (peerId, connectionId, pc) {
         const isClosed = this._isConnectionClosed(pc);
 
         if (isClosed) {
             DEBUG('Removing %s, connection is closed', peerId);
             this.removeConnection({peerId, pc});
         }
         return isClosed;
     }
 
     _isConnectionClosed (pc) {
         return pc.connectionState === 'closed' || pc.iceConnectionState === 'closed';
     }
 
     /*
     _startConnectionStateMonitoring () {
         this.connectionMonitoringSetInterval = window.setInterval(() => {
             if (!this.numberOfMonitoredPeers) {
                 this._stopConnectionStateMonitoring()
             }
 
             for (const id in this._connectionsToMonitor) {
                 for (const connectionId in this._connectionsToMonitor[id]) {
                     const pc = this._connectionsToMonitor[id][connectionId].pc
                     this._checkIfConnectionIsClosed(id, connectionId, pc);
                 }
             }
         }, this._getStatsInterval)
     }
 
     _stopConnectionStateMonitoring() {
         if (this.connectionMonitoringSetInterval) {
             window.clearInterval(this.connectionMonitoringSetInterval)
             this.connectionMonitoringSetInterval = 0
         }
     }
     */
 
     async _getStats (id = null) {
        // DEBUG(id ? `Getting stats from peer ${id}` : `Getting stats from all peers`)
         let peersToAnalyse = {};
 
         // if we want the stats for a specific peer
         if (id) {
             peersToAnalyse[id] = this._connectionsToMonitor[id];
             if (!peersToAnalyse[id]) {
                 throw new Error(`Cannot get stats. Peer with id ${id} does not exist`);
             }
         } else {
             // else, get stats for all of them
             peersToAnalyse = this._connectionsToMonitor;
         }
 
         let statsEventList = [];
 
         for (const id in peersToAnalyse) {
             for (const connectionId in peersToAnalyse[id]) {
                 const peerObject = peersToAnalyse[id][connectionId];
                 const pc = peerObject.pc;
 
                 // if this connection is closed, continue
                 if (!pc || this._checkIfConnectionIsClosed(id, connectionId, pc)) {
                     continue;
                 }
 
                 try {
                     const prom = pc.getStats(null);
                     if (prom) {
                         const res = await prom;
                         // create an object from the RTCStats map
                         const statsObject = map2obj(res);
 
                         const parseStatsOptions = {remote: true};
                         const parsedStats = parseStats(res, peerObject.stats.parsed, parseStatsOptions);
 
                         const statsEventObject = {
                             event: 'stats',
                             tag: 'stats',
                             peerId: id,
                             connectionId: connectionId,
                             data: parsedStats
                         };
 
                         if (this._rawStats === true) {
                             statsEventObject.rawStats = res;
                         }
                         if (this._statsObject === true) {
                             statsEventObject.statsObject = statsObject;
                         }
                         if (this._filteredStats === true) {
                             statsEventObject.filteredStats = this._filteroutStats(statsObject);
                         }
 
                         if (peerObject.stream) {
                             statsEventObject.stream = peerObject.stream;
                         }
                         statsEventList.push(statsEventObject);
 
                         peerObject.stats.parsed = parsedStats;
                     } else {
                         DEBUG(`PeerConnection from peer ${id} did not return any stats data`);
                     }
                 } catch (e) {
                     DEBUG(e);
                 }
             }
         }
 
         return statsEventList;
     }
 
     _filteroutStats (stats = {}) {
         const fullObject = {...stats};
         for (const key in fullObject) {
             let stat = fullObject[key];
             if (!this.statsToMonitor.includes(stat.type)) {
                 delete fullObject[key];
             }
         }
 
         return fullObject;
     }
 
 
     get peerConnectionListeners () {
         return {
             /*
             icecandidate: (id, pc, e) => {
                 DEBUG('[pc-event] icecandidate | peerId: ${peerId}', e)
 
                 this.emitEvent({
                     event: 'onicecandidate',
                     tag: 'connection',
                     peerId: id,
                     data: e.candidate
                 })
             },
             */
             track: (id, connectionId, pc, e) => {
                 DEBUG(`[pc-event] track | peerId: ${id}`, e);
 
                 const track = e.track;
                 const stream = e.streams[0];
 
                 // save the remote stream
                 if (id in this._connectionsToMonitor && connectionId in this._connectionsToMonitor[id]) {
                     this._connectionsToMonitor[id][connectionId].stream = stream;
                 }
 
                 // this.addTrackEventListeners(track)
                 // this.emitEvent({
                 //     event: 'ontrack',
                 //     tag: 'track',
                 //     peerId: id,
                 //     data: {
                 // 	stream: stream ? this.getStreamDetails(stream) : null,
                 // 	track: track ? this.getMediaTrackDetails(track) : null,
                 // 	title: e.track.kind + ':' + e.track.id + ' ' + e.streams.map(function (stream) {
                 // 	    return 'stream:' + stream.id
                 // 	})
                 //     }
                 // })
             },
             /*
             signalingstatechange: (id, pc) => {
                 DEBUG(`[pc-event] signalingstatechange | peerId: ${id}`)
                 this.emitEvent({
                     event: 'onsignalingstatechange',
                     tag: 'connection',
                     peerId: id,
                     data: {
                         signalingState: pc.signalingState,
                         localDescription: pc.localDescription,
                         remoteDescription: pc.remoteDescription
                     }
                 })
             },
             iceconnectionstatechange: (id, pc) => {
                 DEBUG(`[pc-event] iceconnectionstatechange | peerId: ${id}`)
                 this.emitEvent({
                     event: 'oniceconnectionstatechange',
                     tag: 'connection',
                     peerId: id,
                     data: pc.iceConnectionState
                 })
             },
             icegatheringstatechange: (id, pc) => {
                 DEBUG(`[pc-event] icegatheringstatechange | peerId: ${id}`)
                 this.emitEvent({
                     event: 'onicegatheringstatechange',
                     tag: 'connection',
                     peerId: id,
                     data: pc.iceGatheringState
                 })
             },
             icecandidateerror: (id, pc, ev) => {
                 DEBUG(`[pc-event] icecandidateerror | peerId: ${id}`)
                 this.emitEvent({
                     event: 'onicecandidateerror',
                     tag: 'connection',
                     peerId: id,
                     error: {
                         errorCode: ev.errorCode
                     }
                 })
             },
             connectionstatechange: (id, pc) => {
                 DEBUG(`[pc-event] connectionstatechange | peerId: ${id}`)
                 this.emitEvent({
                     event: 'onconnectionstatechange',
                     tag: 'connection',
                     peerId: id,
                     data: pc.connectionState
                 })
             },
             negotiationneeded: (id, pc) => {
                 DEBUG(`[pc-event] negotiationneeded | peerId: ${id}`)
                 this.emitEvent({
                     event: 'onnegotiationneeded',
                     tag: 'connection',
                     peerId: id
                 })
             },
             datachannel: (id, pc, event) => {
                 DEBUG(`[pc-event] datachannel | peerId: ${id}`, event)
                 this.emitEvent({
                     event: 'ondatachannel',
                     tag: 'datachannel',
                     peerId: id,
                     data: event.channel
                 })
             }
             */
         };
     }
 
     _addPeerConnectionEventListeners (peerId, connectionId, pc) {
         DEBUG(`Adding event listeners for peer ${peerId} and connection ${connectionId}.`);
 
         eventListeners[connectionId] = {};
         Object.keys(this.peerConnectionListeners).forEach(eventName => {
             eventListeners[connectionId][eventName] = this.peerConnectionListeners[eventName].bind(this, peerId, connectionId, pc);
             pc.addEventListener(eventName, eventListeners[connectionId][eventName], false);
         });
     }
 
     _removePeerConnectionEventListeners(peerId, connectionId, pc) {
         if (connectionId in eventListeners) {
             // remove all PeerConnection listeners
             Object.keys(this.peerConnectionListeners).forEach(eventName => {
                 pc.removeEventListener(eventName, eventListeners[connectionId][eventName], false);
             });
 
             // remove reference for this connection
             delete eventListeners[connectionId];
         }
 
         // also remove track listeners
         // pc.getSenders().forEach(sender => {
         //     if (sender.track) {
         //         this.removeTrackEventListeners(sender.track)
         //     }
         // })
         //
         // pc.getReceivers().forEach(receiver => {
         //     if (receiver.track) {
         //         this.removeTrackEventListeners(receiver.track)
         //     }
         // })
     }
 
 
 }
 
 
 export { Statistics };