diff --git a/README.md b/README.md
index 8224125..a4e3453 100644
--- a/README.md
+++ b/README.md
@@ -12,10 +12,10 @@ for environments that have a central user & group database which then needs to
 be distributed to many servers/services, and the data does not change very
 often (e.g. hourly).
 
-This is the fastest known NSS passwd/group implementation for *reads*. On a
-corpus with 10k users, 10k groups and 500 average members per group, `id` takes
-17 seconds with the glibc default implementation, 10-17 milliseconds with a
-pre-cached `nscd`, ~8 milliseconds with `turbonss`.
+This is the fastest known NSS passwd/group implementation for *reads*. On my
+2018-era laptop a corpus with 10k users, 10k groups and 500 average members per
+group, `id` takes 17 seconds with the glibc default implementation, 10-17
+milliseconds with a pre-cached `nscd`, ~8 milliseconds with `turbonss`.
 
 Project status
 --------------
@@ -28,11 +28,17 @@ the hoops of using a nonstandard nss library in the first place.
 Yours truly worked on this for about 7 months. This was also my first zig
 project which I never went to (nor really needed to) come back and clean up.
 
+Update 2022-02: I am reviving it:
+- updated to stage2, so it works on nightly again.
+- I learned some zig over the last year, will be cleaning it up.
+
+Currently it has not been fuzz-tested, so it will crash on invalid data. Please
+use `ReleaseSafe` until it is fuzzed.
+
 Dependencies
 ------------
 
-1. zig v0.10. turbonss is implemented in stage1, so will not work with zig
-   v0.11+.
+1. zig 0.11.0-dev.1580+a5b34a61a or higher.
 2. [cmph][cmph]: bundled with this repository.
 
 Trying it out
@@ -42,25 +48,23 @@ Clone, compile and test first:
 
     $ git clone --recursive https://git.sr.ht/~motiejus/turbonss
     $ zig build test
-    $ zig build -Dtarget=x86_64-linux-gnu.2.16 -Dcpu=baseline -Drelease-safe=true
+    $ zig build -Dtarget=x86_64-linux-gnu.2.16 -Dcpu=baseline -Doptimize=ReleaseSafe
 
 One may choose different options, depending on requirements. Here are some
 hints:
 
 1. `-Dcpu=<...>` for the CPU
    [microarchitecture](https://en.wikipedia.org/wiki/X86-64#Microarchitecture_levels).
-2. `-Drelease-fast=true` for max speed
-3. `-Drelease-small=true` for smallest binary sizes.
-4. `-Dstrip=true` to strip debug symbols.
+2. `-Dstrip=true` to strip debug symbols.
 
 For reference, size of the shared library and helper binaries when compiled
 with `-Dstrip=true -Drelease-small=true`:
 
-     17K Nov 30 11:53 turbonss-analyze
-     16K Nov 30 11:53 turbonss-getent
-     17K Nov 30 11:53 turbonss-makecorpus
-    166K Nov 30 11:53 turbonss-unix2db
-     22K Nov 30 11:53 libnss_turbo.so.2.0.0
+      28K zig-out/bin/turbonss-analyze
+      20K zig-out/bin/turbonss-getent
+      24K zig-out/bin/turbonss-makecorpus
+     140K zig-out/bin/turbonss-unix2db
+      24K zig-out/lib/libnss_turbo.so.2.0.0
 
 Many thanks to Ulrich Drepper for [teaching how to link it properly][dso].
 
@@ -158,6 +162,9 @@ by 10x (to 100k each), the difference becomes even crazier:
     user    0m0.000s
     sys     0m0.008s
 
+Note that to author's knowledge this has not been used on any real production
+nor a development machine.
+
 Documentation
 -------------