diff --git a/lib/keyserver-conn/call-keyserver-endpoint-provider.react.js b/lib/keyserver-conn/call-keyserver-endpoint-provider.react.js
index 100aeb4f0..261a10ad3 100644
--- a/lib/keyserver-conn/call-keyserver-endpoint-provider.react.js
+++ b/lib/keyserver-conn/call-keyserver-endpoint-provider.react.js
@@ -1,268 +1,319 @@
 // @flow
 
 import invariant from 'invariant';
 import * as React from 'react';
 import { createSelector } from 'reselect';
 
+import { useKeyserverCallInfos } from './keyserver-call-infos.js';
 import { setNewSession } from './keyserver-conn-types.js';
 import {
   canResolveKeyserverSessionInvalidation,
   resolveKeyserverSessionInvalidation,
 } from './recovery-utils.js';
 import { logInActionSources } from '../types/account-types.js';
 import type { PlatformDetails } from '../types/device-types.js';
 import type { Endpoint, SocketAPIHandler } from '../types/endpoints.js';
 import type { Dispatch } from '../types/redux-types.js';
 import type { ClientSessionChange } from '../types/session-types.js';
 import type { CurrentUserInfo } from '../types/user-types.js';
 import type {
   CallSingleKeyserverEndpoint,
   CallSingleKeyserverEndpointOptions,
 } from '../utils/call-single-keyserver-endpoint.js';
 import callSingleKeyserverEndpoint from '../utils/call-single-keyserver-endpoint.js';
+import { useSelector, useDispatch } from '../utils/redux-utils.js';
 
 type CreateCallSingleKeyserverEndpointSelector = (
   keyserverID: string,
 ) => ServerCallSelectorParams => CallSingleKeyserverEndpoint;
+type GetCallSingleKeyserverEndpoint = (
+  keyserverID: string,
+) => CallSingleKeyserverEndpoint;
 type CallKeyserverEndpointContextType = {
   +createCallSingleKeyserverEndpointSelector: CreateCallSingleKeyserverEndpointSelector,
+  +getCallSingleKeyserverEndpoint: GetCallSingleKeyserverEndpoint,
 };
 
 const CallKeyserverEndpointContext: React.Context<?CallKeyserverEndpointContextType> =
   React.createContext();
 
 type OngoingRecoveryAttempt = {
   +waitingCalls: Array<
     (callSingleKeyserverEndpoint: ?CallSingleKeyserverEndpoint) => mixed,
   >,
 };
 
 export type ServerCallSelectorParams = {
   +dispatch: Dispatch,
   +cookie: ?string,
   +urlPrefix: string,
   +sessionID: ?string,
   +currentUserInfo: ?CurrentUserInfo,
   +isSocketConnected: boolean,
   +lastCommunicatedPlatformDetails: ?PlatformDetails,
 };
 type BindServerCallsParams = $ReadOnly<{
   ...ServerCallSelectorParams,
   +keyserverID: string,
 }>;
 
 type Props = {
   +children: React.Node,
 };
 function CallKeyserverEndpointProvider(props: Props): React.Node {
+  // SECTION 1: bindCookieAndUtilsIntoCallServerEndpoint
+
   const ongoingRecoveryAttemptsRef = React.useRef<
     Map<string, OngoingRecoveryAttempt>,
   >(new Map());
 
   const bindCookieAndUtilsIntoCallSingleKeyserverEndpoint: (
     params: BindServerCallsParams,
   ) => CallSingleKeyserverEndpoint = React.useCallback(params => {
     const {
       dispatch,
       cookie,
       urlPrefix,
       sessionID,
       currentUserInfo,
       isSocketConnected,
       lastCommunicatedPlatformDetails,
       keyserverID,
     } = params;
     const loggedIn = !!(currentUserInfo && !currentUserInfo.anonymous && true);
     const boundSetNewSession = (
       sessionChange: ClientSessionChange,
       error: ?string,
     ) =>
       setNewSession(
         dispatch,
         sessionChange,
         {
           currentUserInfo,
           cookiesAndSessions: { [keyserverID]: { cookie, sessionID } },
         },
         error,
         undefined,
         keyserverID,
       );
     const canResolveInvalidation = canResolveKeyserverSessionInvalidation();
     // This function gets called before callSingleKeyserverEndpoint sends a
     // request, to make sure that we're not in the middle of trying to recover
     // an invalidated cookie
     const waitIfCookieInvalidated = () => {
       if (!canResolveInvalidation) {
         // If there is no way to resolve the session invalidation,
         // just let the caller callSingleKeyserverEndpoint instance continue
         return Promise.resolve(null);
       }
       const ongoingRecoveryAttempt =
         ongoingRecoveryAttemptsRef.current.get(keyserverID);
       if (!ongoingRecoveryAttempt) {
         // Our cookie seems to be valid
         return Promise.resolve(null);
       }
       // Wait to run until we get our new cookie
       return new Promise<?CallSingleKeyserverEndpoint>(r =>
         ongoingRecoveryAttempt.waitingCalls.push(r),
       );
     };
     // This function is a helper for the next function defined below
     const attemptToResolveInvalidation = async (
       sessionChange: ClientSessionChange,
     ) => {
       const newAnonymousCookie = sessionChange.cookie;
       const newSessionChange = await resolveKeyserverSessionInvalidation(
         dispatch,
         newAnonymousCookie,
         urlPrefix,
         logInActionSources.cookieInvalidationResolutionAttempt,
         keyserverID,
       );
 
       const ongoingRecoveryAttempt =
         ongoingRecoveryAttemptsRef.current.get(keyserverID);
       ongoingRecoveryAttemptsRef.current.delete(keyserverID);
       const currentWaitingCalls = ongoingRecoveryAttempt?.waitingCalls ?? [];
 
       const newCallSingleKeyserverEndpoint = newSessionChange
         ? bindCookieAndUtilsIntoCallSingleKeyserverEndpoint({
             ...params,
             cookie: newSessionChange.cookie,
             sessionID: newSessionChange.sessionID,
             currentUserInfo: newSessionChange.currentUserInfo,
           })
         : null;
       for (const func of currentWaitingCalls) {
         func(newCallSingleKeyserverEndpoint);
       }
       return newCallSingleKeyserverEndpoint;
     };
     // If this function is called, callSingleKeyserverEndpoint got a response
     // invalidating its cookie, and is wondering if it should just like...
     // give up? Or if there's a chance at redemption
     const cookieInvalidationRecovery = (sessionChange: ClientSessionChange) => {
       if (!canResolveInvalidation) {
         // If there is no way to resolve the session invalidation,
         // just let the caller callSingleKeyserverEndpoint instance continue
         return Promise.resolve(null);
       }
       if (!loggedIn) {
         // We don't want to attempt any use native credentials of a logged out
         // user to log-in after a cookieInvalidation while logged out
         return Promise.resolve(null);
       }
       const ongoingRecoveryAttempt =
         ongoingRecoveryAttemptsRef.current.get(keyserverID);
       if (ongoingRecoveryAttempt) {
         return new Promise<?CallSingleKeyserverEndpoint>(r =>
           ongoingRecoveryAttempt.waitingCalls.push(r),
         );
       }
       ongoingRecoveryAttemptsRef.current.set(keyserverID, { waitingCalls: [] });
       return attemptToResolveInvalidation(sessionChange);
     };
 
     return (
       endpoint: Endpoint,
       data: Object,
       options?: ?CallSingleKeyserverEndpointOptions,
     ) =>
       callSingleKeyserverEndpoint(
         cookie,
         boundSetNewSession,
         waitIfCookieInvalidated,
         cookieInvalidationRecovery,
         urlPrefix,
         sessionID,
         isSocketConnected,
         lastCommunicatedPlatformDetails,
         socketAPIHandler,
         endpoint,
         data,
         dispatch,
         options,
         loggedIn,
         keyserverID,
       );
   }, []);
 
+  // SECTION 2: createCallSingleKeyserverEndpointSelector
+
   // For each keyserver, we have a set of params that configure our connection
   // to it. These params get bound into callSingleKeyserverEndpoint before it's
   // passed to an ActionFunc. This helper function lets us create a selector for
   // a given keyserverID that will regenerate the bound
   // callSingleKeyserverEndpoint function only if one of the params changes.
   // This lets us skip some React render cycles.
   const createCallSingleKeyserverEndpointSelector = React.useCallback(
     (
       keyserverID: string,
     ): (ServerCallSelectorParams => CallSingleKeyserverEndpoint) =>
       createSelector(
         (params: ServerCallSelectorParams) => params.dispatch,
         (params: ServerCallSelectorParams) => params.cookie,
         (params: ServerCallSelectorParams) => params.urlPrefix,
         (params: ServerCallSelectorParams) => params.sessionID,
         (params: ServerCallSelectorParams) => params.currentUserInfo,
         (params: ServerCallSelectorParams) => params.isSocketConnected,
         (params: ServerCallSelectorParams) =>
           params.lastCommunicatedPlatformDetails,
         (
           dispatch: Dispatch,
           cookie: ?string,
           urlPrefix: string,
           sessionID: ?string,
           currentUserInfo: ?CurrentUserInfo,
           isSocketConnected: boolean,
           lastCommunicatedPlatformDetails: ?PlatformDetails,
         ) =>
           bindCookieAndUtilsIntoCallSingleKeyserverEndpoint({
             dispatch,
             cookie,
             urlPrefix,
             sessionID,
             currentUserInfo,
             isSocketConnected,
             lastCommunicatedPlatformDetails,
             keyserverID,
           }),
       ),
     [bindCookieAndUtilsIntoCallSingleKeyserverEndpoint],
   );
 
+  // SECTION 3: getCallSingleKeyserverEndpoint
+
+  const dispatch = useDispatch();
+  const currentUserInfo = useSelector(state => state.currentUserInfo);
+
+  const keyserverInfos = useSelector(
+    state => state.keyserverStore.keyserverInfos,
+  );
+  const keyserverCallInfos = useKeyserverCallInfos(keyserverInfos);
+
+  const callSingleKeyserverEndpointSelectorCacheRef = React.useRef<
+    Map<string, (ServerCallSelectorParams) => CallSingleKeyserverEndpoint>,
+  >(new Map());
+  const getCallSingleKeyserverEndpoint: GetCallSingleKeyserverEndpoint =
+    React.useCallback(
+      (keyserverID: string) => {
+        let selector =
+          callSingleKeyserverEndpointSelectorCacheRef.current.get(keyserverID);
+        if (!selector) {
+          selector = createCallSingleKeyserverEndpointSelector(keyserverID);
+          callSingleKeyserverEndpointSelectorCacheRef.current.set(
+            keyserverID,
+            selector,
+          );
+        }
+        const keyserverCallInfo = keyserverCallInfos[keyserverID];
+        return selector({
+          ...keyserverCallInfo,
+          dispatch,
+          currentUserInfo,
+        });
+      },
+      [
+        createCallSingleKeyserverEndpointSelector,
+        dispatch,
+        currentUserInfo,
+        keyserverCallInfos,
+      ],
+    );
+
   const value = React.useMemo(
     () => ({
       createCallSingleKeyserverEndpointSelector,
+      getCallSingleKeyserverEndpoint,
     }),
-    [createCallSingleKeyserverEndpointSelector],
+    [createCallSingleKeyserverEndpointSelector, getCallSingleKeyserverEndpoint],
   );
 
   return (
     <CallKeyserverEndpointContext.Provider value={value}>
       {props.children}
     </CallKeyserverEndpointContext.Provider>
   );
 }
 
 function useCallKeyserverEndpointContext(): CallKeyserverEndpointContextType {
   const callKeyserverEndpointContext = React.useContext(
     CallKeyserverEndpointContext,
   );
   invariant(
     callKeyserverEndpointContext,
     'callKeyserverEndpointContext should be set',
   );
   return callKeyserverEndpointContext;
 }
 
 let socketAPIHandler: ?SocketAPIHandler = null;
 function registerActiveSocket(passedSocketAPIHandler: ?SocketAPIHandler) {
   socketAPIHandler = passedSocketAPIHandler;
 }
 
 export {
   CallKeyserverEndpointProvider,
   useCallKeyserverEndpointContext,
   registerActiveSocket,
 };