diff --git a/src/scheme/proc.rs b/src/scheme/proc.rs
index dfb7bd1e1b..ed830c0535 100644
--- a/src/scheme/proc.rs
+++ b/src/scheme/proc.rs
@@ -157,6 +157,7 @@ enum ContextHandle {
     ProcRoot,
     ProcCpuinfo,
     ProcMeminfo,
+    ProcUptime,
     ProcDir {
         pid: usize,
     },
@@ -404,6 +405,9 @@ impl ProcScheme {
         if path == "proc/meminfo" || path == "meminfo" {
             return Some(ContextHandle::ProcMeminfo);
         }
+        if path == "proc/uptime" || path == "uptime" {
+            return Some(ContextHandle::ProcUptime);
+        }
         let mut parts = path.split('/');
         let pid = parts.next()?.parse::<usize>().ok()?;
         match (parts.next(), parts.next()) {
@@ -943,8 +947,8 @@ impl KernelScheme for ProcScheme {
         let mut buf = DirentBuf::new(buf, header_size).ok_or(Error::new(EIO))?;
         match handle.kind {
             ContextHandle::ProcRoot => {
-                // First: system files (cpuinfo, meminfo, etc.)
-                for (idx, name) in ["cpuinfo", "meminfo"].iter().enumerate() {
+                // First: system files (cpuinfo, meminfo, uptime)
+                for (idx, name) in ["cpuinfo", "meminfo", "uptime"].iter().enumerate() {
                     buf.entry(DirEntry {
                         inode: 0,
                         next_opaque_id: (idx + 1) as u64,
@@ -960,7 +964,7 @@ impl KernelScheme for ProcScheme {
                     pids.push(context_ref.read(token.token()).pid);
                 }
                 pids.sort_unstable();
-                let base_idx = 2; // after cpuinfo + meminfo
+                let base_idx = 3; // after cpuinfo + meminfo + uptime
                 for (idx, pid) in pids.into_iter().enumerate().skip(opaque.saturating_sub(base_idx)) {
                     let name = format!("{}", pid);
                     buf.entry(DirEntry {
@@ -1886,6 +1890,12 @@ impl ContextHandle {
                 );
                 read_from(buf, output.as_bytes(), offset)
             }
+            ContextHandle::ProcUptime => {
+                let uptime_s = crate::time::monotonic(token) as f64 / crate::time::NANOS_PER_SEC as f64;
+                let idle_s = 0.0f64; // Red Bear has no per-CPU idle tracking
+                let output = format!("{:.2} {:.2}\n", uptime_s, idle_s);
+                read_from(buf, output.as_bytes(), offset)
+            }
             ContextHandle::ProcStat { pid } => {
                 let context = proc_context(*pid, token).ok_or(Error::new(ESRCH))?;
                 let (pid, comm, state, ppid, priority, utime, stime, pgrp, session, starttime, owner_proc_id, addr_space) = {