diff --git a/gui/default/index.html b/gui/default/index.html
index 62def1510..89fd2ae00 100755
--- a/gui/default/index.html
+++ b/gui/default/index.html
@@ -130,14 +130,14 @@
           </div>
           <div class="panel-body">
             <p>
-              <span translate translate-value-device="{{ device }}" translate-value-address="{{ event.data.address }}">
-                Device {%device%} ({%address%}) wants to connect. Add new device?
+              <span translate translate-value-device="{{ device }}" translate-value-address="{{ event.data.address }}" translate-value-name="{{ event.data.name }}">
+                Device "{%name%}" ({%device%} at {%address%}) wants to connect. Add new device?
               </span>
             </p>
           </div>
           <div class="panel-footer clearfix">
             <div class="pull-right">
-              <button type="button" class="btn btn-sm btn-success" ng-click="addDevice(device)">
+              <button type="button" class="btn btn-sm btn-success" ng-click="addDevice(device, event.data.name)">
                 <span class="fa fa-plus"></span>&nbsp;<span translate>Add Device</span>
               </button>
               <button type="button" class="btn btn-sm btn-danger" ng-click="ignoreRejectedDevice(device)">
diff --git a/gui/default/syncthing/core/syncthingController.js b/gui/default/syncthing/core/syncthingController.js
index 40c72029e..4e319c80a 100755
--- a/gui/default/syncthing/core/syncthingController.js
+++ b/gui/default/syncthing/core/syncthingController.js
@@ -977,13 +977,14 @@ angular.module('syncthing.core')
             $('#idqr').modal('show');
         };
 
-        $scope.addDevice = function (deviceID) {
+        $scope.addDevice = function (deviceID, name) {
             return $http.get(urlbase + '/system/discovery')
                 .success(function (registry) {
                     $scope.discovery = registry;
                 })
                 .then(function () {
                     $scope.currentDevice = {
+                        name: name,
                         deviceID: deviceID,
                         _addressesStr: 'dynamic',
                         compression: 'metadata',
diff --git a/lib/auto/gui.files.go b/lib/auto/gui.files.go
index 47f68519f..2e2b1170a 100644
--- a/lib/auto/gui.files.go
+++ b/lib/auto/gui.files.go
@@ -5,7 +5,7 @@ import (
 )
 
 const (
-	AssetsBuildDate = "Fri, 25 Mar 2016 16:55:58 GMT"
+	AssetsBuildDate = "Fri, 25 Mar 2016 20:29:12 GMT"
 )
 
 func Assets() map[string][]byte {
@@ -57,7 +57,7 @@ func Assets() map[string][]byte {
 	assets["default/assets/lang/lang-zh-TW.json"], _ = base64.StdEncoding.DecodeString("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")
 	assets["default/assets/lang/prettyprint.js"], _ = base64.StdEncoding.DecodeString("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")
 	assets["default/assets/lang/valid-langs.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/yTNQa6CMBSF4flbBen43SWYKMQ40KhBEgfGQaEVKk0hbWmiq/eeMvn+QpPTJH2RpDXqJF0fik3xEG0v/kUnM1u+064z+SswCielGW2By9ChREOG9jfuywCfoWqHfphhYYwCkXljbpzoWHMt/rgWYNthe8ZpjlTWa68N109UX1CMhcREPLSMTMK734Gq89rmLp5/PwAAAP//AQAA//9XuqUn5gAAAA==")
-	assets["default/index.html"], _ = base64.StdEncoding.DecodeString("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")
+	assets["default/index.html"], _ = base64.StdEncoding.DecodeString("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")
 	assets["default/modal.html"], _ = base64.StdEncoding.DecodeString("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")
 	assets["default/syncthing/app.js"], _ = base64.StdEncoding.DecodeString("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")
 	assets["default/syncthing/core/aboutModalDirective.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/1SOMQ7CMAxF954im1upSnc6cQBG2ENqWktOglwHhFDvTgpSgT/+/yw/F8fMTmxIQ2asYX5ErxPF0fokCE1lSuxAgl7pVgB3TlkPaXAMrbnkQlOKpm7M842uEdQs8af4lLMKed0Z2EP7NymGKzvFo3BZN4NuNei+/06EdztpYNiul75amr56AQAA//8BAAD//xLf4CHFAAAA")
@@ -87,7 +87,7 @@ func Assets() map[string][]byte {
 	assets["default/syncthing/core/selectOnClickDirective.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/3SQQWvEIBCF7/srPBRiIEjPXXooe2+hPZYeRKeprJkpo2YpJf+9atLdJWzeSZ/z+Z5q7JPXrAayyYNswg+a+OWwV4YYmnYnspR1DCa6sQyAz8sXPHhnjk0nPlMGHKGQdyeHlk6t+K1QEUNMjFdGkXd4fLjigqFv6ES+dwCMndAxcmhXUNEyoQhlY1bx8hZQNGoWc+cS9iiWlqqH+PZvy3a/yXL+IcicJZNqumHQEV6LvcVVRs2pz2ThQBgzGuTygvf7jw3y3FQxDDTCk/c1KWxFXQBt7Vyqpt8Yn1bedN5N+105/AMAAP//AQAA//+SF+4JDAIAAA==")
 	assets["default/syncthing/core/shutdownDialogDirective.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/1SOwQqDQAxE737F3qIg672eCv2F9r6sqQZitsRspRT/vdqC1DnOTDIvSJ85qB9TlxlLmF4SbSDpfUyKUBVule9IMRo9t8KQrUuzXChw6qF297xeUBJXVu79rW9StKzyZ/zMyZSinRycoT5EhuODg+FVeU13imajaI6bN8LZDzYy7B+WtliqtvgAAAD//wEAAP//3qFOo80AAAA=")
 	assets["default/syncthing/core/shutdownDialogView.html"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/0TOTaqDMBAH8PXzFMNsXL16gZhNj+AJ0jjWQJwJzgQp1ru3lkK3P/h/uEXGkCGNPepcbZSNEdSCVX1LjZFUEVIU7rHIRuu/TBOCJcvU4763wzcFV1lKJqMWnmBrYM3B6DjQN3+u/MQPD442J77DHBRuRAznMpwlF9cV37juc8o3LwAAAP//AQAA//99X8KxnQAAAA==")
-	assets["default/syncthing/core/syncthingController.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/+x9/XfctrHo7/0r6H2+2VW0XkmO4zZSlBxVH6laW9KT7KT3qa4Pd4ndZcwlN/yQrDR+f/ubwQdJEAOQlOTc2/MuTxuvyMFgMBgMBoPBwI8XReSnk1USFBEbDbO7eJYvw3gxmSUpG278wYMHfsfzcDGaF/AxTOLR0yiZ+fjrIk1uwoClG96/OCQ+xsfJMl9FX79OAjbK04JtTJZ+trxI2Tz8OBo+GW7s8aKfqrryNIkilo6GV4qaw/LlcOwpMrzR02yWrNnYe7rM8/W4qnnsvYJfEbti6U04A4DjGxbnGUDMwyjXyR0WGfOyPA1n+XDvD+XrrS1vnYY3fs62lixas9QLgOA4RPRZBXbjpwDHbo4A0Nv3tve0L7F/Ey6AonhxcOvfwfe5H2VMh0niKIwZ/S1lWe6nWL76XgKUbECqKgaN6o3DR2PFxC/y5JB3p3g/2tjToDOWn8bAohs/kuydQE8BIcuxt7MNTwNecHbC6azj+qSzsphG4WyL46MZKeuaJat1xHiz9r1/fdozvyPprm+nMUoNQKCsUTAx42zLaCQsTZMUv12/M77BIGERXWx1d3oEX4ZD40vAkO8WjOLjJfvZSdM8iWAYtUGt0yRPZkl0uIRBzQJTosruXCdpDgLr03jEdxifNyG7tWIRNFlIyRiLj5GRNEuK9SL1A3YazxMAiIsosjDmKvdzJ08cAMCOBYit5esN0G4VspixgDOQ6DHx7U2S+5E+3rXvh0Wawri48Bc4sncsUPj5KvyVg5iY5n4YcSqo1vNvbbVoUCecYQBXxHwAssAC76Yqm/mo2OusbYKgFo6wZ5hik66Qpnc5y3a97bH2FjQzf1tpkDrm0W0YB8ntxmQK/46GUzaH6amIo8QPtBmhqfwMDaxrhU8bJvlPYYIblFOJGE1XxQzGcDZwVaXrWZhVpIItUcGw8NPZcrQxiQDnhpsKlJCDarhrNQ3T1XDXGx6xaDhufgjCVH7zRvB7owmBEzwCoJJsfsuTYrbEj2/XAfTesN4VBHmnMwdxeQqT/LPESqDluyLPB+1x+2wWprOIPUueQdfHVmr9DOarMPswpEWn6lU5V52fvTo9O3Z1ZTj3RnJe/uIL70k1DTcB8UlZXqSxPivWZj98kFFJhCNjMRq+PT3nqIf1XheI+Dx7dQftWTXnZflRTN32j3Jy43rRAnVUqVYLxEmlW0dNIrmpNVmwfFSk0dQH22nTG25lnOYtqVWHG5NMDJhRxWOQKJ9iH/JaV8qlcgbeW7482d/3EKF6QSHGB0yPn5jnRynzgztv6d/AH55CAk1dQ8eAeTgtci/MvSCcz3FOm6fJyoYuXzIvhnkxidnEu2SogPi7Ocxi3g9vT8Ea82bIljAfZt5MzMUTEluQzIoVSOSkVBApxyes5D2jTEOoeG80ZzNkSkMUN4RNo5jMVmH+lzdvLvj83LF3b2Zbwiro1bOUvfF56BPSJ82K+9CoWyQOIu06w4pNt28EtkazyjWAPjvhQy0BtCpHw/8Vs/w2ST9wjkHrwUwF4324DAM23DChK4ztsNmyyLnutULaZlCla09OuijbxjT922/eE8GTR1K487nSuCTbCb4iVS2K38r6jSZtbcwalgKvGTMMeTj2/NSoHhTRMYyTHOzD2yWLQakhBlA8oITQissmqPdwZYu6CRqRF6CMYPni5QkI2V0TGbyFaaVImZeAKrxd+qi8btMkXkz+8Pt2Vp0T2PBH7TEEAaQTyZB9mEW2HVPHgSe71+ODf+zFSe75seA1f0WWVB2LmqwxDiit7rEIpwudtO/2vRfb2zgD1l5+u+99/c03ToIXLC6QQ20k9tIa9VJdtUe9TLsWaZZANe8cU5xzPUeZ7IqrNwdvjt8f/uXg7Ifjo27DDX0xgZjAsDvM+aFmxHAnwTU3TsQa9Z1jpjCBeV8zOQlN8sRstr0ok0tu/pL/sWeaDCAmp3NQGKIQ2ESZx3sUVAka39CxY1QaoFPiOw9gvCjMci+ZU4iksyTMvGSKQzhnXO+sQCvAHA2VoKUkyytgsFXuKFzZEqyE6A7qTorF0rSYkMWSJ3zgDiW1Q9t40Ba1GqMaK3v1EPaVi1mwEI51buErr/Q7hBmFDvRWUnGrQytlNdZmghQAJmp5rrX50YbPq/PDg1fvT8+Ojv/+/u3FEYyljoOIXlx0rPXo+MfTw+P3R6dXh+dnZ8eHnWs1/X7XaghPwuCd+kD5y2pEW9ZM3YjuSTGfx1rIdqgUWxFjoV7WF0/XpjtGPWAPuD6H8Z/Rm8MdPS4cHaDyuzXbLfXrBP+kAf0gQPGuweIbU76tqrNyMnfj0PtcEL6zvd1WSwdbT3nfYYXg9l3VJhXh2p4ka96vkyI9gAXOmkutzYYRqqvI0DkolmC4hkANNmWgr2IWgt5KPV8hihPc4pihfRWYfAdst8y79eMcbUU/+8ANSzAwU/x75X/AhfVsmaDry/sz2pAM1rfxMOdlKHRQbFosEM3KC4oUieO7An6EexDFeuyBogQsGZ9IZknyIQQCgGgSGRCThyuG8wxfjYcpTDo3YRbmMCOhfs7BplVYYL5agwQxmjA/Dip8ALpKUjSjQbXPkwLmAPhP5vmLZIzUSU5QeH4pwFTCVb05raA9wUn8ESnEGVu5AgSFuGaO/BkbbY2+34X//fO3yZd7/8i+3KgKwV//2If/jK7/uffuy43Jl083fvsn/Hdr7A2e7gwIc4nrlQqBdT7RSQHiBlWh/QEsuHGvaxIntyCwm95gb+V/fAZCxj99te196T1/Af/56uX2ttXYtSgiIHCzxpZv6zU98xRW+Ac3omz044MmZOG0HTkxjzUlSj1/efzX/hNTcweo0kjiyzthc/adcy4O3l49xhQpiZisfRjrQWf/eZMxV29ffxZqGjN2Czkn56+Oji/v10/NPbiKKGkbwlB4hkPggf0HxsLJ6Q/vrw5+7EpgwZ31fLNBeocVCb28Z2KK2Qpj7oK/hw+tsf3KeVB/18/t11XCzn86e3V+cPT+4vL8B5Czq+4LukzuHdIrOrGxT24h4jOH2XLE1bjo/TAW+Cj+KDTX1fKjiU5HCQuWEuG1YxFZtgQwasDXiIIw+VWBlMnxs8PVaTaRL2AVNuG2jr0odEDIgpM0WZ2n4SKMa0iMT73QHcNIvgWLhJEYq68dkK6LKNKaJ190LCp8rfWy+KalsNhpyNM7NGzSpAAjoliX6NBmyr2I+RkaM2uWzkAy0cDhZgnMdbdJAUvtKauDTUNhwkwjYqGID06YqoZvvR30FsmWbpKM3TR7b1PJwrf7nt21hE+NM12nU16sIfxCNK2mNj6Col35L70GwKfZmF3jTZeyJXt2qZd2DILTu/JfNxzwbVf9sENOa2ukbFL91VLiKIlZWQD/oOEJjWMzd/AhFFwjsMLmYH0yqoqUsDbJqq1xREyEClOAZY1A45JJuTo/g5Ky0u6mXuV2vV/9nEFKVTdY06a0a6ySCIySrqK9mq6eacr8D3YQevR2N5HxMSNv1E+93rrDf3CU3PIwDuW1GowNQetr4IG1+frg8j8fybdr9bcqIycrVis/vWs6jsAem73SQ2F6+I5kUw7PX1+8On5zen72iJ7qJ6YfpG6xOm08sgRh0ZCSYSlOcrWCbVix2ESYiDH6ytR0szjXw7LwKXXZbLWujdYezUeuYWFUCwPhDhrYRigGsIZxcx/X5Ak+2I7N/Tb2QM2EMYdN3TRm4z58n4iW4KoO6NhCjH3l8/jy8vyyh9HdZaTRHvtqUyPrrQ8OD87usUDoQqvV305aODMRircrJVz8ZQqxdDfKfQDSAkhBpUgI/KmLgEPbSu97jWrQt3Kt6GKqtjzDhbe2KhzLLeaxt2Q+hoWOPbHysyymxdaottf7L8QjWqSw7Tax7jbR78p/P9Wp39OjswM2BWt8BjM7/NcIWSzboe1OjOipH9F9YBhFONDAcdkvShC6Vq//GsqTGoYAQ6GXb1viTjhrycV9MN0STPxeELg/hNcsxlCAt5enh6AXwGCMc9XgPsv+Rp+K+VEfr3Zzo3V6bD6aFOvcH0vmG4Jcf7r6G0p4Ee4+9ohgLF3HEj1nCYQveWq6bOjhggK39LNDFfT+JMyOV+v87nyKbih9c8Bw9jQC5sUPUok1dhfe444tiw/ENstVjuOdhtQAJz8nYTyCoWwEEtG1LKJk6kcHccy5h3GzMLJdtZEF+taassi/61BZHU6rw+7EzQxk8j1JmPwG80V67M+W9QHHvxzO6aAjc0ZX4BLl6dHj7GTR/FRkZ0maK0qBFj9tDhLjnID49dpfNza1JESjuBDxCYymbKSj2iBYZl+qkXrdujMoq1Bq7L6dVKv4sOyokdlRSnNR+qepc5qiJ/b3btkwZTwuSYxF9NAAeTwEf5lkaNyI7ayU72XFSROHX2D4Qh6KCFSpJYqUBWVJb+Uvwhnuw+XSlZWBfQYj0Nj4wk1CP+U0hBnu/UEZGR5xx6IIfVtq13Bi6LlFEQJrjCEEr0m5gv/HZ8kBUA9FRNmJ3BiGOWya5ekIlPeLDR4qPNh5/sfJwODxF1/YS76UJa93d3fe7ZJlR09kab4NimFw8u+1n2W3SRpsUKUUUBhnDCxAdhCswviAT7p7Zqzdk1L9O5SBNKe0jWV7DKLd+FGR502jzbVtIKyL++wXyCNT3IbF39ZBKWoqTQobWBDCvxhdpE6diKWOevua5cskyMxauJGooE7UoRsqQKhcR3JwXEnqVXBbgvSL4VOG9jTgr/nfTl9Rg7zJusiWI0HEpjfY9dAAdaG+3/4nxduSP403RLeIjQaYRTMnUysw4lCVwXkOWXKe/3UYhaDArrgcunj/hC5yzd842V9vheA9f9OZrRUO3sTNzS6ugTJ6XuNg/U/rgNHZWfuL6CXKrhZ6wFwYckK77tuRaoYw+s0VTcdjZPjQR8l4pc3jZJyoBgMqJ3fNLcQXMoQ40GQJt3vNiSPXQe8EII97MjrKgorTbEV1gl/vodUNC2Rs8WxzBcUhuJ+rpqbvGdhtXZJW1uv3okK+LJV1A8wXj75Ytbk97S6/Wj+ZBSxbuNZRbGK47uruxMfp8sSHdHvi08H16WZBH88np8Tq/aQZhI/dC+p0gKqGm05QuiorftIP2klTVmMLtaU2usYOXj+mSqVP/vUx4WqhNr3sOJ7hIMEj4lWcliW0E6euEcI+K7MlbACjuYeFFjvKoqglWgBcBABuv9OiWflSJzzeFVC89vPlZOV/RGt/pH2vglWBXjMe6Y0Bhm3JA4s9UEMtgmkddWuRso7KNThr7Z88WNXNlt6IPJljYQuhRGytoAL87KNOb0J1woG2S4LqvGC9rEXDhYGyCdstQFhRnd+i+3vN0vwOijr3Wu+lz6xiqFp2jaHnVkGUX1skwYBySqFWs10O1ecudXcTQs6mVkEkGWMRRbopFuAeixw9Nwjtv6YngbLc57CZeR1iPddPrzN5gKr3yrzMgULuublYIcj8bFxQp997zm5QphcbTPe8ZWPBIg1Q4n4s6Nuq/37Rmva+q0eqENsc0EbMTVK2dIDrBAzJURtXA+daQCcXkYFVOPhirQLTbdlZbOVYShdVyVH27F11z+QHPcOPKNFDFnfbDVv7acbOeI022f70aAJQpTLh4U5U78+PxCk2PPX6zcs94nuYgopNUtx83Xn51Z9eEL5Sjn0yj/xF5n3hjRTOzVppmOo5a6lP1jWuylrSGBJVAJlesUSu1eRG3h1zRaxA3oV4kSeFrMJeiKuVPs4GQ6KIXl6xdEH6Abn2UeFexGZLCCqPHD7wnh8Uwy15VX5gyjKH82cyrVhNHjliE14QKlx9BEhzb4aT/0vBCihzT+JF6f8i0vFM930Jx7K/P9mazoQKRHEHDLXmKJGTyZeErq8lUyv5gjODxWdJZf9aG9NMfUYktL8lmEWvgtNVS9VVI0/MXU4KawUl+CNSWKUR68k9KquZTpu1tnvzw8h5ZvCjGVBkHgnuFqhD2XMDvn+WbQnH0OAedpyeKI9etFT7VsLDWvkBa6VbfKA1yNJtFvlZfoWHSff5QX90zYw6gNvyPrSXPPLvMu5JUrVtVKtTZ43S1wT//OnlC/JgYifbvtbnD1zjjL3nX/NcmpRonWi5DR8oWsIavI9o6SkWW0TLOCZQK90h+L8GXQZfYO+dEAajm1Sj+MTPCQFtKfGALVNKcGq1PbrglJt+vCZN9VlSMLRlmOuQRE75I9yquWx1kWl0iQ9E8AxKBFoWyZwKK+RhE3hOHxNjlGksycwYyo4t4g8xZp5x7lNhGMw8Z2W+Xa/MgowHGHDQeCIrCyY2mTKPYQyeQfcTO8UiqcuD6cRaKrwqNili8SJf4gGuHXcN2dJPgV2tVTjaEcY3fhQGrnqyPFmv26pR5y9xwh0Oq0W2lXd7BpWyOIqCdHR1IQr7OmILf3Y3LlNj8cgoTJ0FlspAQg5QkyHAD29PLasggpAwiNiwlraQag7aUXwr1/uOTtygaE6KPJmT67A/EOANLllH4yEouY6DUXVSUQtsrA/pWkliNV7LsSX44uwfMTdZV5wUUpX/ByOvtPeujDmqwnUa4pmdXhWqMerCG8bzpCdSOSxdWGVUXT/2SJFvsqcSq+aX9mEUoJFtOEJIeWxyghBIJOJCHIUVtn5bPKd7dugzL+w0bUCTl1QNMgSZ73rYM6/Y6zCG13qWl0eNyQpD7owVFW7RIDWamlM1p4Pv8cyjBIwLqM49Y/PjLH275Al1FsZxAlLSReShNnvCwiSqKnWepuITCUWc4b4noy7F/PUZWeQUUgnjamvaNifwZrCVH8YywWhLW2D2PEnSFa4IcHJMy6I89RnPmONnns/vU4gXE+80nkVFALIb4MrNj4MmNpFNJ4mjO5HIMmURu/HxUBY0pIhykRZIYAZdtVpnXhR+YLtNPNvbK+/FdtZ8/dVz8vXzJX5pvn0RwAciBPd+fTcYuDoPqjv0o1kRoQxVbBTBZBh4nTFYRwSZh6u5AEO6MfeQlPAmJuzmialcSrRSX7UPi2o17RpgpnteEbvfrNM9FFPDsIPGXKrcCXnizaIkA5Pcy0EyVB2YSuEmCQNvHvnrtYhIT7xVMVvCD8OsB1TzNGkwpyKXD/kZC6OReoeOgg2eYsiMt79iax9p5klSeSLoYjWFZQPMRyjfZkx7IPwV2ybHUuNGCHz4HC4J+W5f+CrIw2ICb01hVeSLQubyFWoU7lVub3MMmzCjD80g9Yo96td/UG4TcxHl4A8f5yaDxPA3OKTxgSd9origCpNs4IXauCAwABuWHdlgZrUiJvWg7m7Y+eaP22MP/rezMclYfiVQKUIpw1l0riOtm9DA3iqMCxxjXHmG6igIZkgLMSEwoEHGV9FnZg4REfm6r27FGQ1x23u4MQrG3mA1XA2pLGIlA+fGCQNHS3BNJLurvWGK3dWsoDct5qge0jhYaWQPap3U8QguzoZpx8+IibbyTjZcIdZzRDUbVMAIr2BWK6GW/m2WKNjEmEmlfeWvG9f1eB/ykNkju2H0fIeuqmUCMOcCz+/W5I4VlmlCW3bxW87lVa4BN2AZkbrPDV/7GTO11iL8BLzBrnx79b1ec3Up+OXgHgzYIzwEIhlDLgKDGoB7MSiZYHgnPuv4gCa85UOj98r79xs6pEfh840bIMkHu/v/k4FD+514i7uMHNqLJBjmYF+XkdPuPhFtxsPX3QaMSLcWx9oRS1ffmTYZLw5dgf+6e1Y2gwPKw5Ud1rLD7zspifodcb9fw9uaWbu6DizK/3A661R73c0F5RAcyQM5RkPNUzk8xAbjbOuLvfIEs7CCKiyu9sQlL/hAUn80t6xMPsnqleLFE7SuTYlOLiAJK1Ffb7/rICJn/orimXvHqYTpoZ7dq/zqRBXKVwxEOVDpgB04Ykqudn7ZySawpLMjmlVkKhwlhUbx5v6gwc8+zBxJO1EW3ejI3G6c7cfWe/CUT67W8Urv2a+TrLFpL+J7OS51OG5QHo5zE4Aus9VjUSCQ9SWBBSGscXmmgMwpVTAHvhZZw/ESEnTjQHl9U1XJ2mp9vlZR+eq+WgSmk6PTkWIVkkmRHsf+VBynHVGfy9zquEHXhk3TN8ToIKTORIKXsr4Vl0Y5aavBqUta/+KkEi8kczJtUYTUtU+yB6kM2pQX2b9hZY4atyKZ8RQPf706P5sIH3E4vzPy2DQLQc+a9wziU+aFos00zIiQszh/9gYUEr8pcL2OZKaLrZ+zJB622W177QOmedBgjG0cc5qpmBsy3ubzRPrXeqhftD9v+n0DVGjx6KUTMryIKktWTMRgyEv0TFkqowufKAlnvxR+lNGKYWwOvA2etcNZGAbIWB9QhIDiJQa1YEcDw4QDcHNIQyXeE+amQGVZsh4u2ewDwlkvd2BSiSQ8VQX/7Vp7kcqxWnHRyvFbx91ZzoJ8YWa/G6C+5XIvwixhFR3oekYeI3Z2AWrkZ/K+v8fgvzkTdG8LOTvsdwWEkbDzvOc6uDMNZMSlk7HqNmvvNowiHkDObwxh5agXF3hiuJbbrVCOQTCo3ry6Igah+NDCZ/N2bfOuRnuzDmDiueObAmpqFSmaIvMqLJsNQfZkZX2YlJBK0GIN1FRiGyJgpR2JUI8GhuuhlikOM6mRydzwQz3x2vAdcSzhAyOPu1ibrHIp0h8H79G0xayOYPte5eng3SQDIyEfbV1743ebW2AB+eta7R/diWL4CuLjBEwbI76ylBBLti8b3yvryrxYst1yG+BVewNqn6k+aZmN6nM57ae22f8guPExQ6Jz9tf6p+ovX5Y9tOcvtHMIWaIQmCxxUK0iQd3RtLWrWU1tYLktsUmh06aU5Z25DUurTpDQtKiubkM8en3LpnisodKrIALiSIfNs9vQeLYMECVCWOVjW4aEJLsUsm08NfGSTlqzKhgAb8IVS4q8Q85Ucal8JeK1OtVPolIzBFs91rmCuFnOOWiURfFA8Vv5Pyfp2/Ja5JbLfkWl95ZV1/XL5Kqn0/iwE0e2o+tFzX0wOhWFbPVr5LRbvdn6o2XxJO9OfZAoOPutdjtr944zrnS953Kx1lJSmzk4g64mq6+L8PSqakQQU1ny6YR9BNMkGP3r07hyqdIkYpXA5OOPYM1YmU1UM3kv90CYzDlbuW7LD62JbDWEGYv43stJmV61mY+K3BulcPXLp9qFmlpuK5M/zryyx8DgJJ08BS1+kXImGw5mlL6q6zuOotC+j9JdUkr4TgRZ1WwY/FK7bzlbJrctsSMgIj12gVRYqMunVCZvJMKeCCWQsgX0BX3KvN6FCiuPAxRFKFPXrBJTxHZJcU73i90eVzzaLX/Z79LRhuiuNwzuYNUVzoauO4RWeI1kBjQD/IrlPvrVHAXCOE+ToJgxwM8tAjtoY0TtwvCmFxP0GsOqrwhDpFGm80Asy7UOyJLYthgpTJVAiDo1lXYdcXV3UoMd981qqG2sPt5Oa80xoWvXbtuvun1to26vuTw4jb0Zaodb5mEscoq36zKR91nu3638uEBPBYZkr2B882/hIk5SP2piS9ksSYOJgzBekEmFZmZM1z+bvHSePQuD+zBRe1GeZxUZxbRTT+Q5Vh2Cp6QyeE987CgljyIplLTQMk0vpC2L+kceqAZmSQhpstAmRJitwkx6zcqbOkkEJae6NpPY3rKaD4Rxp5l82kwjvU3D8bCTp8npYTKkmW/dJzGjFX8l69xDC/9829RlMo4D05YjHoDZ3GwJ5JJFr8N3VBBJPVqhU8YBRGS3vUqWi0baXLL6X+b8gMVbcyzIyGDbEsE5S3S+LuEB6htwovLmJyL+jbW3KSf9VHZVvmFD2eTWWuDactE+PiLlAZ5UcdpUIjmlMbyoCUEMNesIq1Nsx/KAUVeRLFpFj6X6c88bBcnX4nJyrLpztgedfXxsulvWXA3UuWJvRfdMEB12yj6jmYAPbSq0jShXU526s6/VQE/QHSKVxMpA14W1q7jFC3dcoFBNohCzr6edmxJN/VabD+zGjGVjwmmydIm0SvBSl0oRu5yD9XOij7hKMS/taFngVXuaToI72yVWZckzUxuTJyhHU8BR8TTCXWvNa7PJ2weMgx0wLXfpvyr+sqYr6r3flC1NJRLbyUZGl1rYY+Z2uaL39hWsnp0Ea0tu65UostrmEUjXGWeBzBRdV+wnm/ATZN+VQ5KxmDuhe0nuLGJ+eqzS4rbuYZaVVB0maL/WWyLN62fezjtOZh+3PUexxQlr8R/O05DFQXRHCVuWG17exxl+s/pdTq4BmHGHOPx3krJ15IOAzrQbsjQUGOmA35syTEoN4HTzhc+3reIssVXQzfvIWuY8maJT1oPy3oR5eoux7aOhXKIK83Oy9vPlsH5bacxub/yoMKSdqzD5DZdq6rdcI05mSz89yEfbImno8P+SIdj6KrlGQu3cOBe8SR7CN5DEZjUiThqWH6MdZ+84PdPTNLnNGN4HalCIZ4tX6AmtrlEtW20kq+2fR6/RT2a6s84RkERyLnSCqNS+XVLvUL3RjLqpZ99pioO1NydZhHPAs52N+lQnexYB5BnupMPmDykk1iq3x96zFsGgMKg1WaW8LBtderHSzDG2tkg7p0vV17F2wWL7zpa1IzC0CWjBlXrtXJsFRGZaxetX8tTPljM/Ji9gIdGoEphw6seqVtvqjsQx18pecabwma2ipyMmBX8IkxaaZ5ttTRdDns++cVLkmP6xwXLjFv/H4XQW4lmu7nwW8J+Hy5KWjngE9N8YW/dg8AcA/50Ym/uLBYM1VA/eqiKfib0lRV05rAq89j8e8CRJtQQUXTm+EmXt6TrcVfMRpAJs+44kVa5vpZJ/2YVD4ZtV3tRK/T4yhvEcaWy5p4pEo0p8Hgkr6emIScEfJquVHwfdWT0TBUgud+SEvRVxEjeVUIfpu6nyOwD99huuOvAuWcYwC0iRe3ERRSItUnmOMOtgOtRVYRsE1Pp1B7vCOgL7QENdZiKZh489Ghgqw0OqTV9/U4th/i6e2zPiKU5/ZWky9m6XIQ8d9bJlUkQBv2dYrtKa+DA5i9x34AkEPGGYJ3No6tcT7yoR6VwylmtQMPjDfGgk6PJnOd+1qPp7YphWjYwLbh3dfga1o66H1vQeBB0HdBOM6jlrYIc1EE0sE3oEVglqOgZW+UFArGs6LmfMTmiY3Bj2YsbIhMFuiTFlfs4ugVvJSqA9DahL6FKGCcjUALza9V4S986twvgozD6cpIxdzGB1uUOA+B/RnwsLmjzDW9RNiCQNMLxnkHKaBvTFpKaG3ZUK1oTXlCN51WmlxXa9r4nPugzvogg7oDRVtcsVlQO6rmqgDQT9DammgfDY0Blmf4rCX4FCFGZ9kJGi3Sm86fcdBgdxcIX5XIllvrqY55U/ZZEKNbWMFLkvIHBW+wIKkWvPoX2Q4fiRmIxvERK3q1F6v0H6PyPu327EmUA3Ibs9wcuHbCesgQ9Jmp+kyeq82pAgxi8+7qPVXRwwcp+PPury304n8LzOosRPYBwRG1+N4UyrgrkeU9224d3c5HZ6qPTdzXkZS97F111vacdtzs7qzBKK1cXSoHuKjDirrq04rG9WaDLYjJhSmdyrDbnmBlYF0xTf2r4i7UBs3NNyeoTxLFZ8tngWOwE19+W+qN+2v2k0tC2+woy0JkG7hBjoaPnGv7VJxLHGCta2lm11pVYoburOALr1Q5VcQqG0BIAPL/gifWhTpRym7ulEnJiktKJGm5ho/prcNRluMJX2EvcoyAmyOne69YjD5Xq//hAIH9Ib6BY1e6Ga/B+xCygHcudif3O5bzty3+mX7dcBueoAhdPWB+sOfSAcpaoX6sqtsTT/UrpS7Wcqhpr3k+hY0iBz4Ku7Nh3o6hbbY4oM7RfvU1Kwrk+JQ7cD2V7wR80N/DBhdTp476csFMoHKW9hb5uS0DDIH1EGaMd1j4KHvVzGBpobS510oKBuypa3OVX4Hm6ddjdP7fGJDTO1h8muxynOdTyq3Zho4lmVT80dtsgXEVmf0AEe++avWmxT+/443TJ8agn3bOGANnuSE6QFpNXieRS7ymyXzVo2muE+nFnOlY2okEfd0+FuAoCfuR2MvZZsEIKQk0oCuyUdrUTW7Ajt2jxh6TeE2RJYZQ0bVqje0YcFtGproV094s8rAXhooDnSwF1NrmZwALMRVWN4ASFVHFbF033nbXvfS/y7JYstgdz4OCLZ2278+9Q8jCCIckieBGkROFQkxLA3T1D0WfE+/mFISuPxCPY9B5i4v8gAeqg3ImUzP5rxa/sx0T7jd/6OHjopIJ9Oedy3O/TzMxw0lT0ra/9zkecJJlzw8xyvM5CJxTBjQPmbTNjRDLULplsikD1Td+sP6bv1SaccSGCnQ+OurIQ8/6CgQYbaqb9++02PkKT4QUu6dXBPoDEcKGDxZJqJUrXASutxc/XwDH9gMB2AlkB9pXcL/wSTtD+kMsLUH4VjAqbzqNZomfnhH9C3bSgadVeeSGepLlywn7q30WB3htoe4ug/TSYmRXgglSWz58msMELkaersMHTOLnMYdE1kYBnZ4ojegT6++x+kR932X6Sy6JD1B2scKh5YYNx1jEc+0DbUCVscX1abkeIiyw8uTv/G7jQezkxTD+PV/XUoIMUu1JUIhP7qedsWQXL79vIiZbjR0urXNnK72TTfvTUeT4uUSno6KJeHK5W2bMPNx5Y8r/xN7M3yBJ9vL7snn1PJAYmspRic8spPFwyTvvriitgI/85yj6k9J5GR1ZOL4+7WR9UFdjOONBZnURizh7ewmf/0cxCLIn/GGqkAhVKwUCyy1FW2MLEvIy+lRrwKl0mowFMJGQhvf9mlabLcY2AU6AH6RlxjQmVO1eAOhaq8ENd1NjqwTcNBX5z4YdSnN+YcXtZaW73x12qT0mS++P44zG+SYLtFwt34pZ+JtovLmPvd46k313H8zJn4T2ElkXa93Ku1BgnXmk8NUzelYdDlSlPLzQEwzSskap4f0PO8RNuiuKcY+9k2K3Konvm0umcj1bOPNo/gaDq1S+rRLuQhyCWfQToZBqJQ2ijQ2tsiPucgiiivVvf+zvgeaoearC7MfnU9hlxNi9UaBz0dowUfKF8e0IKqRqdonYZJN4qwxBeI2wqH9eoSJNJ78PAmzH29kKGzabhY5jw0R1w8mvvqrnrgNGDLmB4ri5Rv7kP1mP+VV2+bQPYs5VhKF8UyV+GvzmyTfY7i1XShPsHuq2nfZk7CCMySiE2iZDEaqP4dqIi7MeeSxapc+2nGznh1IwuYcbrwvjchSItQrA46L81kKfWvYy4Yuq9t43dp0DdpDAM/vQ1j3Lt67c+88yvv78RW2DBI/QVG490h4BH/4yS68/58dURBg1HGphnfEMMQPwsUNDGWUOfw0wIVs1wCnbHcAgNWcPERQV7xHwSESPjLQyt+kj8JKBAlPw051JX8qbP1utEzSfYOPVfGWyIdk5/OYE4nOuCrP73ECr967k3DnKLKXwUvXyDIyxdWkHSFAAeXry1fBYKDAyACfhIw6/VMwFwktyy9OLTCRKwG5Y1eHW+08AgbTnEJ3++Rt6vS4o8OhbGH/oOEX93rjfA3Zyv8teG+US2M10WOe74njWy9H9jd2LOeroavtWug5NnZ4XvnvY3Zh3DtvAMOEYtDEogNj7i40OH3VnTySESFdShuYHYSKkH6454mCUYDOJHP8D6HafLxHuiTKW6cPozHChB9Qm7JoE4S1CRktGGaBHiuHs+zAK3Pv3rx9cs/fuNPZ7AUWSzDnz+s4mT9S5rlxc3tx7tfDw6Pjk9++Mtf//bq9dnF/768evP2x5/+/p//Z0huENVdSBhaeyjqGX09VlVulHvIHWDpZoNxsc5YESQeXtg+8fAyCnGrBvzw+IIqFDdG+FkWLuJannj8gjcrpQkUSZVPAJdb/w8AAP//AQAA//9Di5M/TuIAAA==")
+	assets["default/syncthing/core/syncthingController.js"], _ = base64.StdEncoding.DecodeString("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")
 	assets["default/syncthing/core/tooltipDirective.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/2SOQc6DIBCF956CxZ8ACeEAuvqPYnGqpDiYYWjSNN690JpG67fjvY8HPY459GTnOOQASqYHOp48jtZFAqkbUbCDJ3Ds70XgGAP7RRpxzUX1EYXS4vn2KgScCXfBJ0xM3nEr5L80hyp4vLW7reTiAkZAgBmQjei53LxkhqR/Rit/ahO13T6mzlJl4jmU15kyyJOw6u6Qrd/T2jW1fAEAAP//AQAA//8HeGTKJgEAAA==")
 	assets["default/syncthing/core/uniqueFolderDirective.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/7SSwW4yMQyE7zyFD7+0IK3CHc5/b1V74h5tvKzVkIDtQFHFuzdhUaGwtJWqzgVp4vkYW2vDMnnLZhVd8jiuZB8a7SgsTRMZq8kIsowjxkZpmwdSoE3Ch+gdclVDm/I8xQDjCbwdh4sYNXG4MHpzkzJnBlVYPkaHvqo/vXsKL7MLoDRxjTWgX9VgVVlqaJT95ApbVHzzb21ZkMWkIB21Oj6jtoS7hfUJh8JF1J7+z6Ajzev/fyUpv/cCRdMp7BCki8m7UClsrSdnFe8G+pqCuiiTpPubcyrnjvNBwCFfQvCiaXsMiemsPO3CM2ePM/K86zfdtUPoGYBlWwHrGa3b/6J/a3PHrxf4aScS6OF/dM5B9/ThftzwNnu44p05h/moPL4DAAD//wEAAP//r65WJ1IDAAA=")
 	assets["default/syncthing/core/upgradingDialogDirective.js"], _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/1yOwQrCMBBE7/2K3LaFkt7tSfAX9B7SNV3YJmW7UUT676YKRZ3jzNudcTFkdmKnNGTGGpZH9DpSDNYnQWgqU2QHEvRKtwLkOYgbCnAixylAa665nFCKpm7M881vEtQs8cv4mIsKeT0YOEL7EylOMzvFs3BJ9xndNqP7K70Q3u2oE8P+Yu2rtemrFwAAAP//AQAA//99zQ2GzwAAAA==")
diff --git a/lib/connections/connections.go b/lib/connections/connections.go
index 007aba1e8..eccc509fe 100644
--- a/lib/connections/connections.go
+++ b/lib/connections/connections.go
@@ -8,6 +8,7 @@ package connections
 
 import (
 	"crypto/tls"
+	"encoding/binary"
 	"fmt"
 	"io"
 	"net"
@@ -18,7 +19,6 @@ import (
 	"github.com/juju/ratelimit"
 	"github.com/syncthing/syncthing/lib/config"
 	"github.com/syncthing/syncthing/lib/discover"
-	"github.com/syncthing/syncthing/lib/events"
 	"github.com/syncthing/syncthing/lib/model"
 	"github.com/syncthing/syncthing/lib/protocol"
 	"github.com/syncthing/syncthing/lib/relay"
@@ -39,9 +39,11 @@ var (
 
 type Model interface {
 	protocol.Model
-	AddConnection(conn model.Connection)
+	AddConnection(conn model.Connection, hello protocol.HelloMessage)
 	ConnectedTo(remoteID protocol.DeviceID) bool
 	IsPaused(remoteID protocol.DeviceID) bool
+	OnHello(protocol.DeviceID, net.Addr, protocol.HelloMessage)
+	GetHello(protocol.DeviceID) protocol.HelloMessage
 }
 
 // Service listens on TLS and dials configured unconnected devices. Successful
@@ -144,14 +146,14 @@ func NewConnectionService(cfg *config.Wrapper, myID protocol.DeviceID, mdl Model
 func (s *Service) handle() {
 next:
 	for c := range s.conns {
-		cs := c.Conn.ConnectionState()
+		cs := c.ConnectionState()
 
 		// We should have negotiated the next level protocol "bep/1.0" as part
 		// of the TLS handshake. Unfortunately this can't be a hard error,
 		// because there are implementations out there that don't support
 		// protocol negotiation (iOS for one...).
 		if !cs.NegotiatedProtocolIsMutual || cs.NegotiatedProtocol != s.bepProtocolName {
-			l.Infof("Peer %s did not negotiate bep/1.0", c.Conn.RemoteAddr())
+			l.Infof("Peer %s did not negotiate bep/1.0", c.RemoteAddr())
 		}
 
 		// We should have received exactly one certificate from the other
@@ -159,8 +161,8 @@ next:
 		// connection.
 		certs := cs.PeerCertificates
 		if cl := len(certs); cl != 1 {
-			l.Infof("Got peer certificate list of length %d != 1 from %s; protocol error", cl, c.Conn.RemoteAddr())
-			c.Conn.Close()
+			l.Infof("Got peer certificate list of length %d != 1 from %s; protocol error", cl, c.RemoteAddr())
+			c.Close()
 			continue
 		}
 		remoteCert := certs[0]
@@ -171,10 +173,19 @@ next:
 		// clients between the same NAT gateway, and global discovery.
 		if remoteID == s.myID {
 			l.Infof("Connected to myself (%s) - should not happen", remoteID)
-			c.Conn.Close()
+			c.Close()
 			continue
 		}
 
+		hello, err := exchangeHello(c, s.model.GetHello(remoteID))
+		if err != nil {
+			l.Infof("Failed to exchange Hello messages with %s (%s): %s", remoteID, c.RemoteAddr(), err)
+			c.Close()
+			continue next
+		}
+
+		s.model.OnHello(remoteID, c.RemoteAddr(), hello)
+
 		// If we have a relay connection, and the new incoming connection is
 		// not a relay connection, we should drop that, and prefer the this one.
 		s.mut.RLock()
@@ -191,11 +202,11 @@ next:
 			// in parallel we don't want to do that or we end up with no
 			// connections still established...
 			l.Infof("Connected to already connected device (%s)", remoteID)
-			c.Conn.Close()
+			c.Close()
 			continue
 		} else if s.model.IsPaused(remoteID) {
 			l.Infof("Connection from paused device (%s)", remoteID)
-			c.Conn.Close()
+			c.Close()
 			continue
 		}
 
@@ -213,15 +224,15 @@ next:
 					// Incorrect certificate name is something the user most
 					// likely wants to know about, since it's an advanced
 					// config. Warn instead of Info.
-					l.Warnf("Bad certificate from %s (%v): %v", remoteID, c.Conn.RemoteAddr(), err)
-					c.Conn.Close()
+					l.Warnf("Bad certificate from %s (%v): %v", remoteID, c.RemoteAddr(), err)
+					c.Close()
 					continue next
 				}
 
 				// If rate limiting is set, and based on the address we should
 				// limit the connection, then we wrap it in a limiter.
 
-				limit := s.shouldLimit(c.Conn.RemoteAddr())
+				limit := s.shouldLimit(c.RemoteAddr())
 
 				wr := io.Writer(c.Conn)
 				if limit && s.writeRateLimit != nil {
@@ -233,17 +244,17 @@ next:
 					rd = NewReadLimiter(c.Conn, s.readRateLimit)
 				}
 
-				name := fmt.Sprintf("%s-%s (%s)", c.Conn.LocalAddr(), c.Conn.RemoteAddr(), c.Type)
+				name := fmt.Sprintf("%s-%s (%s)", c.LocalAddr(), c.RemoteAddr(), c.Type)
 				protoConn := protocol.NewConnection(remoteID, rd, wr, s.model, name, deviceCfg.Compression)
 
 				l.Infof("Established secure connection to %s at %s", remoteID, name)
-				l.Debugf("cipher suite: %04X in lan: %t", c.Conn.ConnectionState().CipherSuite, !limit)
+				l.Debugf("cipher suite: %04X in lan: %t", c.ConnectionState().CipherSuite, !limit)
 
 				s.model.AddConnection(model.Connection{
-					c.Conn,
+					c,
 					protoConn,
 					c.Type,
-				})
+				}, hello)
 				s.mut.Lock()
 				s.connType[remoteID] = c.Type
 				s.mut.Unlock()
@@ -251,15 +262,8 @@ next:
 			}
 		}
 
-		if !s.cfg.IgnoredDevice(remoteID) {
-			events.Default.Log(events.DeviceRejected, map[string]string{
-				"device":  remoteID.String(),
-				"address": c.Conn.RemoteAddr().String(),
-			})
-		}
-
-		l.Infof("Connection from %s (%s) with ignored device ID %s", c.Conn.RemoteAddr(), c.Type, remoteID)
-		c.Conn.Close()
+		l.Infof("Connection from %s (%s) with ignored device ID %s", c.RemoteAddr(), c.Type, remoteID)
+		c.Close()
 	}
 }
 
@@ -568,6 +572,54 @@ func isPublicIPv6(ip net.IP) bool {
 	return ip.IsGlobalUnicast()
 }
 
+func exchangeHello(c net.Conn, h protocol.HelloMessage) (protocol.HelloMessage, error) {
+	if err := c.SetDeadline(time.Now().Add(2 * time.Second)); err != nil {
+		return protocol.HelloMessage{}, err
+	}
+	defer c.SetDeadline(time.Time{})
+
+	header := make([]byte, 8)
+	msg := h.MustMarshalXDR()
+
+	binary.BigEndian.PutUint32(header[:4], protocol.HelloMessageMagic)
+	binary.BigEndian.PutUint32(header[4:], uint32(len(msg)))
+
+	if _, err := c.Write(header); err != nil {
+		return protocol.HelloMessage{}, err
+	}
+
+	if _, err := c.Write(msg); err != nil {
+		return protocol.HelloMessage{}, err
+	}
+
+	if _, err := io.ReadFull(c, header); err != nil {
+		return protocol.HelloMessage{}, err
+	}
+
+	if binary.BigEndian.Uint32(header[:4]) != protocol.HelloMessageMagic {
+		return protocol.HelloMessage{}, fmt.Errorf("incorrect magic")
+	}
+
+	msgSize := binary.BigEndian.Uint32(header[4:])
+	if msgSize > 1024 {
+		return protocol.HelloMessage{}, fmt.Errorf("hello message too big")
+	}
+
+	buf := make([]byte, msgSize)
+
+	var hello protocol.HelloMessage
+
+	if _, err := io.ReadFull(c, buf); err != nil {
+		return protocol.HelloMessage{}, err
+	}
+
+	if err := hello.UnmarshalXDR(buf); err != nil {
+		return protocol.HelloMessage{}, err
+	}
+
+	return hello, nil
+}
+
 // serviceFunc wraps a function to create a suture.Service without stop
 // functionality.
 type serviceFunc func()
diff --git a/lib/model/model.go b/lib/model/model.go
index 77e906013..87eca7b60 100644
--- a/lib/model/model.go
+++ b/lib/model/model.go
@@ -87,10 +87,10 @@ type Model struct {
 	folderStatRefs     map[string]*stats.FolderStatisticsReference            // folder -> statsRef
 	fmut               sync.RWMutex                                           // protects the above
 
-	conn         map[protocol.DeviceID]Connection
-	deviceVer    map[protocol.DeviceID]string
-	devicePaused map[protocol.DeviceID]bool
-	pmut         sync.RWMutex // protects the above
+	conn          map[protocol.DeviceID]Connection
+	helloMessages map[protocol.DeviceID]protocol.HelloMessage
+	devicePaused  map[protocol.DeviceID]bool
+	pmut          sync.RWMutex // protects the above
 }
 
 var (
@@ -128,7 +128,7 @@ func NewModel(cfg *config.Wrapper, id protocol.DeviceID, deviceName, clientName,
 		folderRunnerTokens: make(map[string][]suture.ServiceToken),
 		folderStatRefs:     make(map[string]*stats.FolderStatisticsReference),
 		conn:               make(map[protocol.DeviceID]Connection),
-		deviceVer:          make(map[protocol.DeviceID]string),
+		helloMessages:      make(map[protocol.DeviceID]protocol.HelloMessage),
 		devicePaused:       make(map[protocol.DeviceID]bool),
 
 		fmut: sync.NewRWMutex(),
@@ -315,8 +315,13 @@ func (m *Model) ConnectionStats() map[string]interface{} {
 	devs := m.cfg.Devices()
 	conns := make(map[string]ConnectionInfo, len(devs))
 	for device := range devs {
+		hello := m.helloMessages[device]
+		versionString := hello.ClientVersion
+		if hello.ClientName != "syncthing" {
+			versionString = hello.ClientName + " " + hello.ClientVersion
+		}
 		ci := ConnectionInfo{
-			ClientVersion: m.deviceVer[device],
+			ClientVersion: versionString,
 			Paused:        m.devicePaused[device],
 		}
 		if conn, ok := m.conn[device]; ok {
@@ -606,30 +611,6 @@ func (m *Model) folderSharedWithUnlocked(folder string, deviceID protocol.Device
 }
 
 func (m *Model) ClusterConfig(deviceID protocol.DeviceID, cm protocol.ClusterConfigMessage) {
-	m.pmut.Lock()
-	if cm.ClientName == "syncthing" {
-		m.deviceVer[deviceID] = cm.ClientVersion
-	} else {
-		m.deviceVer[deviceID] = cm.ClientName + " " + cm.ClientVersion
-	}
-
-	event := map[string]string{
-		"id":            deviceID.String(),
-		"deviceName":    cm.DeviceName,
-		"clientName":    cm.ClientName,
-		"clientVersion": cm.ClientVersion,
-	}
-
-	if conn, ok := m.conn[deviceID]; ok {
-		event["type"] = conn.Type.String()
-		addr := conn.RemoteAddr()
-		if addr != nil {
-			event["addr"] = addr.String()
-		}
-	}
-
-	m.pmut.Unlock()
-
 	// Check the peer device's announced folders against our own. Emits events
 	// for folders that we don't expect (unknown or not shared).
 
@@ -661,19 +642,8 @@ nextFolder:
 	}
 	m.fmut.Unlock()
 
-	events.Default.Log(events.DeviceConnected, event)
-
-	l.Infof(`Device %s client is "%s %s" named "%s"`, deviceID, cm.ClientName, cm.ClientVersion, cm.DeviceName)
-
 	var changed bool
 
-	device, ok := m.cfg.Devices()[deviceID]
-	if ok && device.Name == "" {
-		device.Name = cm.DeviceName
-		m.cfg.SetDevice(device)
-		changed = true
-	}
-
 	if m.cfg.Devices()[deviceID].Introducer {
 		// This device is an introducer. Go through the announced lists of folders
 		// and devices and add what we are missing.
@@ -773,7 +743,7 @@ func (m *Model) Close(device protocol.DeviceID, err error) {
 		closeRawConn(conn)
 	}
 	delete(m.conn, device)
-	delete(m.deviceVer, device)
+	delete(m.helloMessages, device)
 	m.pmut.Unlock()
 }
 
@@ -978,10 +948,41 @@ func (m *Model) SetIgnores(folder string, content []string) error {
 	return m.ScanFolder(folder)
 }
 
+// OnHello is called when an device connects to us.
+// This allows us to extract some information from the Hello message
+// and add it to a list of known devices ahead of any checks.
+func (m *Model) OnHello(remoteID protocol.DeviceID, addr net.Addr, hello protocol.HelloMessage) {
+	for deviceID := range m.cfg.Devices() {
+		if deviceID == remoteID {
+			// Existing device, we will get the hello message in AddConnection
+			// hence do not persist any state here, as the connection might
+			// get killed before AddConnection
+			return
+		}
+	}
+
+	if !m.cfg.IgnoredDevice(remoteID) {
+		events.Default.Log(events.DeviceRejected, map[string]string{
+			"name":    hello.DeviceName,
+			"device":  remoteID.String(),
+			"address": addr.String(),
+		})
+	}
+}
+
+// GetHello is called when we are about to connect to some remote device.
+func (m *Model) GetHello(protocol.DeviceID) protocol.HelloMessage {
+	return protocol.HelloMessage{
+		DeviceName:    m.deviceName,
+		ClientName:    m.clientName,
+		ClientVersion: m.clientVersion,
+	}
+}
+
 // AddConnection adds a new peer connection to the model. An initial index will
 // be sent to the connected peer, thereafter index updates whenever the local
 // folder changes.
-func (m *Model) AddConnection(conn Connection) {
+func (m *Model) AddConnection(conn Connection, hello protocol.HelloMessage) {
 	deviceID := conn.ID()
 
 	m.pmut.Lock()
@@ -990,6 +991,32 @@ func (m *Model) AddConnection(conn Connection) {
 	}
 	m.conn[deviceID] = conn
 
+	m.helloMessages[deviceID] = hello
+
+	event := map[string]string{
+		"id":            deviceID.String(),
+		"deviceName":    hello.DeviceName,
+		"clientName":    hello.ClientName,
+		"clientVersion": hello.ClientVersion,
+		"type":          conn.Type.String(),
+	}
+
+	addr := conn.RemoteAddr()
+	if addr != nil {
+		event["addr"] = addr.String()
+	}
+
+	events.Default.Log(events.DeviceConnected, event)
+
+	l.Infof(`Device %s client is "%s %s" named "%s"`, deviceID, hello.ClientName, hello.ClientVersion, hello.DeviceName)
+
+	device, ok := m.cfg.Devices()[deviceID]
+	if ok && device.Name == "" {
+		device.Name = hello.DeviceName
+		m.cfg.SetDevice(device)
+		m.cfg.Save()
+	}
+
 	conn.Start()
 
 	cm := m.generateClusterConfig(deviceID)
@@ -1510,11 +1537,7 @@ func (m *Model) numHashers(folder string) int {
 // generateClusterConfig returns a ClusterConfigMessage that is correct for
 // the given peer device
 func (m *Model) generateClusterConfig(device protocol.DeviceID) protocol.ClusterConfigMessage {
-	message := protocol.ClusterConfigMessage{
-		DeviceName:    m.deviceName,
-		ClientName:    m.clientName,
-		ClientVersion: m.clientVersion,
-	}
+	var message protocol.ClusterConfigMessage
 
 	m.fmut.RLock()
 	for _, folder := range m.deviceFolders[device] {
diff --git a/lib/model/model_test.go b/lib/model/model_test.go
index c83ccfce7..e5d3ae87c 100644
--- a/lib/model/model_test.go
+++ b/lib/model/model_test.go
@@ -279,7 +279,7 @@ func BenchmarkRequest(b *testing.B) {
 		&net.TCPConn{},
 		fc,
 		ConnectionTypeDirectAccept,
-	})
+	}, protocol.HelloMessage{})
 	m.Index(device1, "default", files, 0, nil)
 
 	b.ResetTimer()
@@ -295,11 +295,10 @@ func BenchmarkRequest(b *testing.B) {
 }
 
 func TestDeviceRename(t *testing.T) {
-	ccm := protocol.ClusterConfigMessage{
+	hello := protocol.HelloMessage{
 		ClientName:    "syncthing",
 		ClientVersion: "v0.9.4",
 	}
-
 	defer os.Remove("tmpconfig.xml")
 
 	rawCfg := config.New(device1)
@@ -313,35 +312,39 @@ func TestDeviceRename(t *testing.T) {
 	db := db.OpenMemory()
 	m := NewModel(cfg, protocol.LocalDeviceID, "device", "syncthing", "dev", db, nil)
 
-	fc := FakeConnection{
-		id:          device1,
-		requestData: []byte("some data to return"),
+	if cfg.Devices()[device1].Name != "" {
+		t.Errorf("Device already has a name")
 	}
 
-	m.AddConnection(Connection{
+	conn := Connection{
 		&net.TCPConn{},
-		fc,
+		FakeConnection{
+			id:          device1,
+			requestData: []byte("some data to return"),
+		},
 		ConnectionTypeDirectAccept,
-	})
+	}
+
+	m.AddConnection(conn, hello)
 
 	m.ServeBackground()
+
 	if cfg.Devices()[device1].Name != "" {
 		t.Errorf("Device already has a name")
 	}
 
-	m.ClusterConfig(device1, ccm)
-	if cfg.Devices()[device1].Name != "" {
-		t.Errorf("Device already has a name")
-	}
+	m.Close(device1, protocol.ErrTimeout)
+	hello.DeviceName = "tester"
+	m.AddConnection(conn, hello)
 
-	ccm.DeviceName = "tester"
-	m.ClusterConfig(device1, ccm)
 	if cfg.Devices()[device1].Name != "tester" {
 		t.Errorf("Device did not get a name")
 	}
 
-	ccm.DeviceName = "tester2"
-	m.ClusterConfig(device1, ccm)
+	m.Close(device1, protocol.ErrTimeout)
+	hello.DeviceName = "tester2"
+	m.AddConnection(conn, hello)
+
 	if cfg.Devices()[device1].Name != "tester" {
 		t.Errorf("Device name got overwritten")
 	}
diff --git a/lib/protocol/message.go b/lib/protocol/message.go
index 4011ae9d6..92626b754 100644
--- a/lib/protocol/message.go
+++ b/lib/protocol/message.go
@@ -11,7 +11,16 @@ import (
 	"fmt"
 )
 
-var sha256OfEmptyBlock = sha256.Sum256(make([]byte, BlockSize))
+var (
+	sha256OfEmptyBlock        = sha256.Sum256(make([]byte, BlockSize))
+	HelloMessageMagic  uint32 = 0x9F79BC40
+)
+
+type HelloMessage struct {
+	DeviceName    string // max:64
+	ClientName    string // max:64
+	ClientVersion string // max:64
+}
 
 type IndexMessage struct {
 	Folder  string     // max:256
@@ -125,11 +134,8 @@ type ResponseMessage struct {
 }
 
 type ClusterConfigMessage struct {
-	DeviceName    string   // max:64
-	ClientName    string   // max:64
-	ClientVersion string   // max:64
-	Folders       []Folder // max:1000000
-	Options       []Option // max:64
+	Folders []Folder // max:1000000
+	Options []Option // max:64
 }
 
 func (o *ClusterConfigMessage) GetOption(key string) string {
diff --git a/lib/protocol/message_xdr.go b/lib/protocol/message_xdr.go
index 88be9a127..a7d1cec41 100644
--- a/lib/protocol/message_xdr.go
+++ b/lib/protocol/message_xdr.go
@@ -10,6 +10,82 @@ import (
 
 /*
 
+HelloMessage Structure:
+
+ 0                   1                   2                   3
+ 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
++-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
+/                                                               /
+\              Device Name (length + padded data)               \
+/                                                               /
++-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
+/                                                               /
+\              Client Name (length + padded data)               \
+/                                                               /
++-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
+/                                                               /
+\             Client Version (length + padded data)             \
+/                                                               /
++-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
+
+
+struct HelloMessage {
+	string DeviceName<64>;
+	string ClientName<64>;
+	string ClientVersion<64>;
+}
+
+*/
+
+func (o HelloMessage) XDRSize() int {
+	return 4 + len(o.DeviceName) + xdr.Padding(len(o.DeviceName)) +
+		4 + len(o.ClientName) + xdr.Padding(len(o.ClientName)) +
+		4 + len(o.ClientVersion) + xdr.Padding(len(o.ClientVersion))
+}
+
+func (o HelloMessage) MarshalXDR() ([]byte, error) {
+	buf := make([]byte, o.XDRSize())
+	m := &xdr.Marshaller{Data: buf}
+	return buf, o.MarshalXDRInto(m)
+}
+
+func (o HelloMessage) MustMarshalXDR() []byte {
+	bs, err := o.MarshalXDR()
+	if err != nil {
+		panic(err)
+	}
+	return bs
+}
+
+func (o HelloMessage) MarshalXDRInto(m *xdr.Marshaller) error {
+	if l := len(o.DeviceName); l > 64 {
+		return xdr.ElementSizeExceeded("DeviceName", l, 64)
+	}
+	m.MarshalString(o.DeviceName)
+	if l := len(o.ClientName); l > 64 {
+		return xdr.ElementSizeExceeded("ClientName", l, 64)
+	}
+	m.MarshalString(o.ClientName)
+	if l := len(o.ClientVersion); l > 64 {
+		return xdr.ElementSizeExceeded("ClientVersion", l, 64)
+	}
+	m.MarshalString(o.ClientVersion)
+	return m.Error
+}
+
+func (o *HelloMessage) UnmarshalXDR(bs []byte) error {
+	u := &xdr.Unmarshaller{Data: bs}
+	return o.UnmarshalXDRFrom(u)
+}
+func (o *HelloMessage) UnmarshalXDRFrom(u *xdr.Unmarshaller) error {
+	o.DeviceName = u.UnmarshalStringMax(64)
+	o.ClientName = u.UnmarshalStringMax(64)
+	o.ClientVersion = u.UnmarshalStringMax(64)
+	return u.Error
+}
+
+/*
+
 IndexMessage Structure:
 
  0                   1                   2                   3
@@ -506,18 +582,6 @@ ClusterConfigMessage Structure:
  0                   1                   2                   3
  0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
-/                                                               /
-\              Device Name (length + padded data)               \
-/                                                               /
-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
-/                                                               /
-\              Client Name (length + padded data)               \
-/                                                               /
-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
-/                                                               /
-\             Client Version (length + padded data)             \
-/                                                               /
-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
 |                       Number of Folders                       |
 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
 /                                                               /
@@ -533,9 +597,6 @@ ClusterConfigMessage Structure:
 
 
 struct ClusterConfigMessage {
-	string DeviceName<64>;
-	string ClientName<64>;
-	string ClientVersion<64>;
 	Folder Folders<1000000>;
 	Option Options<64>;
 }
@@ -543,10 +604,7 @@ struct ClusterConfigMessage {
 */
 
 func (o ClusterConfigMessage) XDRSize() int {
-	return 4 + len(o.DeviceName) + xdr.Padding(len(o.DeviceName)) +
-		4 + len(o.ClientName) + xdr.Padding(len(o.ClientName)) +
-		4 + len(o.ClientVersion) + xdr.Padding(len(o.ClientVersion)) +
-		4 + xdr.SizeOfSlice(o.Folders) +
+	return 4 + xdr.SizeOfSlice(o.Folders) +
 		4 + xdr.SizeOfSlice(o.Options)
 }
 
@@ -565,18 +623,6 @@ func (o ClusterConfigMessage) MustMarshalXDR() []byte {
 }
 
 func (o ClusterConfigMessage) MarshalXDRInto(m *xdr.Marshaller) error {
-	if l := len(o.DeviceName); l > 64 {
-		return xdr.ElementSizeExceeded("DeviceName", l, 64)
-	}
-	m.MarshalString(o.DeviceName)
-	if l := len(o.ClientName); l > 64 {
-		return xdr.ElementSizeExceeded("ClientName", l, 64)
-	}
-	m.MarshalString(o.ClientName)
-	if l := len(o.ClientVersion); l > 64 {
-		return xdr.ElementSizeExceeded("ClientVersion", l, 64)
-	}
-	m.MarshalString(o.ClientVersion)
 	if l := len(o.Folders); l > 1000000 {
 		return xdr.ElementSizeExceeded("Folders", l, 1000000)
 	}
@@ -603,9 +649,6 @@ func (o *ClusterConfigMessage) UnmarshalXDR(bs []byte) error {
 	return o.UnmarshalXDRFrom(u)
 }
 func (o *ClusterConfigMessage) UnmarshalXDRFrom(u *xdr.Unmarshaller) error {
-	o.DeviceName = u.UnmarshalStringMax(64)
-	o.ClientName = u.UnmarshalStringMax(64)
-	o.ClientVersion = u.UnmarshalStringMax(64)
 	_FoldersSize := int(u.UnmarshalUint32())
 	if _FoldersSize < 0 {
 		return xdr.ElementSizeExceeded("Folders", _FoldersSize, 1000000)
diff --git a/lib/protocol/protocol_test.go b/lib/protocol/protocol_test.go
index 29eede813..f17c76da6 100644
--- a/lib/protocol/protocol_test.go
+++ b/lib/protocol/protocol_test.go
@@ -189,12 +189,12 @@ func TestClose(t *testing.T) {
 }
 
 func TestElementSizeExceededNested(t *testing.T) {
-	m := ClusterConfigMessage{
+	m := HelloMessage{
 		ClientName: "longstringlongstringlongstringinglongstringlongstringlonlongstringlongstringlon",
 	}
 	_, err := m.MarshalXDR()
 	if err == nil {
-		t.Errorf("ID length %d > max 64, but no error", len(m.Folders[0].ID))
+		t.Errorf("ID length %d > max 64, but no error", len(m.ClientName))
 	}
 }