diff --git a/private/simpleperf.te b/private/simpleperf.te
index 0639c11..9c70060 100644
--- a/private/simpleperf.te
+++ b/private/simpleperf.te
@@ -5,7 +5,16 @@
 typeattribute simpleperf coredomain;
 type simpleperf_exec, system_file_type, exec_type, file_type;
 
-domain_auto_trans({ untrusted_app_all -runas_app }, simpleperf_exec, simpleperf)
+# Define apps that can be marked debuggable/profileable and be profiled by simpleperf.
+define(`simpleperf_profileable_apps', `{
+  ephemeral_app
+  isolated_app
+  platform_app
+  priv_app
+  untrusted_app_all
+}')
+
+domain_auto_trans({ simpleperf_profileable_apps -runas_app }, simpleperf_exec, simpleperf)
 
 # When running in this domain, simpleperf is scoped to profiling an individual
 # app. The necessary MAC permissions for profiling are more maintainable and
@@ -16,14 +25,19 @@
 
 # Allow ptrace attach to the target app, for reading JIT debug info (using
 # process_vm_readv) during unwinding and symbolization.
-allow simpleperf untrusted_app_all:process ptrace;
+allow simpleperf simpleperf_profileable_apps:process ptrace;
 
 # Allow using perf_event_open syscall for profiling the target app.
 allow simpleperf self:perf_event { open read write kernel };
 
 # Allow /proc/<pid> access for the target app (for example, when trying to
 # discover it by cmdline).
-r_dir_file(simpleperf, untrusted_app_all)
+r_dir_file(simpleperf, simpleperf_profileable_apps)
+
+# Allow apps signalling simpleperf domain, which is the domain that the simpleperf
+# profiler runs as when executed by the app. The signals are used to control
+# the profiler (which would be profiling the app that is sending the signal).
+allow simpleperf_profileable_apps simpleperf:process signal;
 
 # Suppress denial logspam when simpleperf is trying to find a matching process
 # by scanning /proc/<pid>/cmdline files. The /proc/<pid> directories are within
diff --git a/private/simpleperf_app_runner.te b/private/simpleperf_app_runner.te
index 17fd8cd..184a80a 100644
--- a/private/simpleperf_app_runner.te
+++ b/private/simpleperf_app_runner.te
@@ -21,7 +21,7 @@
 # simpleperf_app_runner switches to the app security context.
 selinux_check_context(simpleperf_app_runner) # validate context
 allow simpleperf_app_runner self:process setcurrent;
-allow simpleperf_app_runner untrusted_app_all:process dyntransition; # setcon
+allow simpleperf_app_runner { ephemeral_app isolated_app platform_app priv_app untrusted_app_all }:process dyntransition; # setcon
 
 # simpleperf_app_runner/libselinux needs access to seapp_contexts_file to
 # determine which domain to transition to.
diff --git a/private/untrusted_app_all.te b/private/untrusted_app_all.te
index d6f237c..ceee544 100644
--- a/private/untrusted_app_all.te
+++ b/private/untrusted_app_all.te
@@ -171,11 +171,6 @@
   allow untrusted_app_all self:lockdown integrity;
 ')
 
-# Allow signalling simpleperf domain, which is the domain that the simpleperf
-# profiler runs as when executed by the app. The signals are used to control
-# the profiler (which would be profiling the app that is sending the signal).
-allow untrusted_app_all simpleperf:process signal;
-
 # Allow running a VM for test/demo purposes. Note that access the service is
 # still guarded with the `android.permission.MANAGE_VIRTUAL_MACHINE`
 # permission. The protection level of the permission is `signature|development`