diff --git a/doc/plans/2026-10-30-aggregate-maintenance-sleep.md b/doc/plans/2026-10-30-aggregate-maintenance-sleep.md
index 7b8869f60df..ca4407bd2b2 100644
--- a/doc/plans/2026-10-30-aggregate-maintenance-sleep.md
+++ b/doc/plans/2026-10-30-aggregate-maintenance-sleep.md
@@ -87,11 +87,21 @@ the raw/prepared real-PostgreSQL calibration remains.
 
 Current assembled cases cover:
 
+- A fixture-only goal-control INSERT error that previously aborted actual boot.
+  With owner isolation, the goal row stays pending, a new real residual lease
+  obligation is discovered within one second of child time and is cleaned by its
+  separate owner, and ordinary attention ingestion still archives its source.
+  Native classification remains fail-closed.
 - Actual readiness while a fixture-owned PostgreSQL lock holds the real startup
   retention INSERT. Health becomes ready with active work and pending SQL;
   releasing the lock produces the archive and zero active work. Readiness alone
   therefore does not stand in for idle eligibility.
 - Disabled-heartbeat empty boot across two simulated hourly windows.
+- Actual worktree suppression with a committed residual obligation and no
+  recurring SQL over two minutes of child time. A normal operator settings
+  activation reconstructs that obligation and produces a durable cleanup result.
+  Activation uses the stored instance identity and timestamp; no direct worker
+  wake or safety-gate bypass is used.
 - Ordinary HTTP company/settings/completed-task creation, independent durable
   inspection, drain/resume and two additional hourly windows without owner work.
 - An ordinary HTTP issue insertion held by an isolated PostgreSQL lock while
diff --git a/server/src/__tests__/maintenance-server-routes.test.ts b/server/src/__tests__/maintenance-server-routes.test.ts
index 976481dc53b..39680b0d36b 100644
--- a/server/src/__tests__/maintenance-server-routes.test.ts
+++ b/server/src/__tests__/maintenance-server-routes.test.ts
@@ -65,6 +65,39 @@ describe("assembled maintenance server production wiring", () => {
         repeatedQueries: repeated.length, repeated: receipt(repeated), initialFrames, finalFrames: server.proxy.frames, outgoingHttpRequests: 0 }, null, 2));
     } finally { await server.stop(); }
   }, 150_000);
+  it("reconstructs residual work from a normal scheduler-admission change after suppression", async () => {
+    await clearDatabase();
+    const server = await startMaintenanceServer(databaseUrl!, { clock: true, suppressed: true });
+    const fixture = createDb(databaseUrl!, { maxConnections: 1 });
+    try {
+      await server.settled();
+      const company = await server.api<{ id: string }>("POST", "/companies", { name: "Admission reconstruction" });
+      const { leaseId } = await server.createOrphanLease(company.id);
+      await server.advance(1_000); await settleClock(server);
+      const [suppressed] = await fixture.$client`select status, cleanup_status from environment_leases where id=${leaseId}`;
+      expect(suppressed).toMatchObject({ status: "active", cleanup_status: null });
+      const baseline = server.proxy.queries.length, before = await server.snapshot();
+      for (let step = 0; step < 4; step++) { await server.advance(30_000); await server.settled(10); }
+      expect(server.proxy.queries.length).toBe(baseline);
+      expect((await server.snapshot()).outgoingHttpRequests).toBe(before.outgoingHttpRequests);
+      await server.api("PATCH", "/instance/settings/experimental", { enableWorktreeRunExecution: true });
+      await server.advance(1_000); await settleClock(server);
+      const [admitted] = await fixture.$client`select experimental from instance_settings where singleton_key='default'`;
+      expect(admitted!.experimental).toMatchObject({ enableWorktreeRunExecution: true,
+        worktreeRunExecutionActivatedAt: expect.any(String), worktreeRunExecutionActivationInstanceId: "maintenance-test" });
+      const [reconstructed] = await fixture.$client`select status, failure_reason, cleanup_status from environment_leases where id=${leaseId}`;
+      expect(reconstructed).toMatchObject({ status: "expired", failure_reason: "pending_cleanup_retry", cleanup_status: "success" });
+      await server.advance(30_000); await settleClock(server);
+      const [cleaned] = await fixture.$client`select status, cleanup_status from environment_leases where id=${leaseId}`;
+      expect(cleaned).toMatchObject({ status: "expired", cleanup_status: "success" });
+      await writeFile(path.join(server.directory, "admission-measurement.json"), JSON.stringify({ phase: "ordinary-settings-admission-reconstruction",
+        companyId: company.id, leaseId, suppressed, suppressedClockMs: 120_000, suppressedQueries: 0,
+        admitted: admitted!.experimental, reconstructed, cleaned, frames: server.proxy.frames,
+        boundary: "actual suppressed runtime, committed environment-cleanup ingress, normal operator activation; no direct worker wake or safety-gate bypass",
+      }, null, 2));
+    } finally { await server.stop(); await fixture.$client.end(); }
+  }, 150_000);
+
   it("isolates a real goal-startup write failure and still registers residual and attention owners", async () => {
     await clearDatabase();
     const fixture = createDb(databaseUrl!, { maxConnections: 1 });
@@ -671,12 +704,26 @@ describe("assembled maintenance server production wiring", () => {
       const [projected] = await fixture.$client`select rr.company_id, rr.status, rr.completed_at is not null as completed,
         i.status as issue_status from routine_runs rr join issues i on i.id=rr.linked_issue_id where rr.id=${run.id}`;
       expect(projected).toMatchObject({ company_id: companyId, status: "completed", completed: true, issue_status: "done" });
+      const restoredRun = await server.api<{ id: string; linkedIssueId: string }>("POST", `/routines/${routine.id}/run`, {
+        source: "manual", idempotencyKey: randomUUID(),
+      });
+      const cancel = await server.api<{ hold: { id: string } }>("POST", `/issues/${restoredRun.linkedIssueId}/tree-holds`, { mode: "cancel", reason: "Ordinary cancel before restore" });
+      await server.advance(1_000); await settleClock(server);
+      const [cancelled] = await fixture.$client`select status from routine_runs where id=${restoredRun.id}`;
+      expect(cancelled!.status).toBe("failed");
+      await server.api("POST", `/issues/${restoredRun.linkedIssueId}/tree-holds`, { mode: "restore", reason: "Ordinary restore" });
+      await server.advance(1_000); await settleClock(server);
+      const [restored] = await fixture.$client`select rr.status, rr.completed_at, rr.failure_reason, i.status as issue_status
+        from routine_runs rr join issues i on i.id=rr.linked_issue_id where rr.id=${restoredRun.id}`;
+      expect(restored).toMatchObject({ status: "issue_created", completed_at: null, failure_reason: null, issue_status: "todo" });
+      const [cancelHold] = await fixture.$client`select status from issue_tree_holds where id=${cancel.hold.id}`;
+      expect(cancelHold!.status).toBe("released");
       const [executions] = await fixture.$client`select count(*)::integer as count from heartbeat_runs where company_id=${companyId}`;
       expect(executions!.count).toBe(0);
       expect(storageRequests).toEqual([]);
       await writeFile(path.join(server.directory, "routine-measurement.json"), JSON.stringify({
         phase: "ordinary-routine-service-completion-during-drain", completionBoundary: "actual issueService.update with runtime-owned DB; excludes redundant route projection hook", companyId, routineId: routine.id, runId: run.id,
-        before, drained, projected, executions: executions!.count, storageRequests,
+        before, drained, projected, restoredRun, cancelled, restored, cancelHold, executions: executions!.count, storageRequests,
         suppression: "PAPERCLIP_IN_WORKTREE; actual production policy", frames: server.proxy.frames,
       }, null, 2));
     } finally {