diff --git a/docs/developers_guide/machines/index.md b/docs/developers_guide/machines/index.md
index 72f74405b..c84cec097 100644
--- a/docs/developers_guide/machines/index.md
+++ b/docs/developers_guide/machines/index.md
@@ -16,8 +16,8 @@ test  cases are configured in a way that is appropriate for your machine.
 If you follow the procedure in {ref}`dev-conda-env`, you will have an
 activation script for activating the development conda environment, setting
 loading system modules and setting environment variables so you can build
-MPAS and work with polaris.  Just source the script that should appear in
-the base of your polaris branch, e.g.:
+Omega or an MPAS component and work with polaris.  Just source the script that
+should appear in the base of your polaris branch, e.g.:
 
 ```bash
 source load_dev_polaris_0.1.0-alpha.1_anvil_intel_impi.sh
@@ -31,10 +31,25 @@ you were setting things up.  You can can source this file on a compute node
 MPI libraries and environment variables for running polaris tasks and
 the MPAS model.
 
-:::{note}
-Albany (and therefore most of the functionality in MALI) is currently only
-supported for those configurations with `gnu` compilers.
-:::
+Below are specifics for each supported machine
+
+```{toctree}
+:titlesonly: true
+
+anvil
+chicoma
+chrysalis
+compy
+frontier
+perlmutter
+```
+
+(dev-mpas-supported-machines)=
+
+### MPAS-Ocean and -Seaice Supported Machines
+
+These are the machines supported by MPAS-Ocean and -Seaice, including the
+"make target" used to build the MPAS component.
 
 ```{eval-rst}
 +--------------+------------+-----------+-------------------+
@@ -64,19 +79,51 @@ supported for those configurations with `gnu` compilers.
 +--------------+------------+-----------+-------------------+
 ```
 
-Below are specifics for each supported machine
+(dev-omega-supported-machines)=
 
-```{toctree}
-:titlesonly: true
+### Omega Supported Machines
 
-anvil
-chicoma
-chrysalis
-compy
-frontier
-perlmutter
+These are the machines supported by Omega.  The MPI library is always the
+E3SM default for the given machine an compiler.
+
+```{eval-rst}
++--------------+--------------+-----------+
+| Machine      | Compiler     | MPI lib.  |
++==============+==============+===========+
+| chicoma-cpu  | gnu          | mpich     |
++--------------+--------------+-----------+
+| chrysalis    | intel        | openmpi   |
+|              +--------------+-----------+
+|              | gnu          | openmpi   |
++--------------+--------------+-----------+
+| frontier     | gnu          | mpich     |
+|              +--------------+-----------+
+|              | gnugpu       | mpich     |
+|              +--------------+-----------+
+|              | amdclang     | mpich     |
+|              +--------------+-----------+
+|              | amdclanggpu  | mpich     |
+|              +--------------+-----------+
+|              | crayclang    | mpich     |
+|              +--------------+-----------+
+|              | crayclanggpu | mpich     |
++--------------+--------------+-----------+
+| pm-cpu       | gnu          | mpich     |
+|              +--------------+-----------+
+|              | intel        | mpich     |
+|              +--------------+-----------+
+|              | nvidia       | mpich     |
++--------------+--------------+-----------+
+| pm-gpu       | gnugpu       | mpich     |
+|              +--------------+-----------+
+|              | nvidiagpu    | mpich     |
++--------------+--------------+-----------+
 ```
 
+:::{note}
+Omega does not currently support Compy and Anvil.
+:::
+
 (dev-other-machines)=
 
 ## Other Machines
diff --git a/docs/developers_guide/quick_start.md b/docs/developers_guide/quick_start.md
index 75ca73801..9e4613b50 100644
--- a/docs/developers_guide/quick_start.md
+++ b/docs/developers_guide/quick_start.md
@@ -458,13 +458,15 @@ be safe.
 ## Building E3SM components
 
 There are 3 E3SM repositories that are submodules within the polaris
-repository.
+repository, but the MALI-Dev submodule is not yet used.
 
-For MPAS-Ocean and MALI both, see the last column of the table in
-{ref}`dev-supported-machines` for the right `<mpas_make_target>` command for
-each machine and compiler.
+(dev-mpas-build)=
+
+### MPAS-Ocean or MPAS-Seaice
 
-### MPAS-Ocean
+For MPAS-Ocean and -Seaice both, see the last column of the table in
+{ref}`dev-mpas-supported-machines` for the right `<mpas_make_target>` command for
+each machine and compiler.
 
 To build MPAS-Ocean, you would typically run:
 
@@ -474,27 +476,15 @@ cd e3sm_submodules/E3SM-Project/components/mpas-ocean/
 make <mpas_make_target>
 ```
 
-### MALI
+The same applies to MPAS-Seaice except with `mpas-seaice` in the path above.
 
-MALI should typically be compiled with the Albany library that contains the
-first-order velocity solver.  The Albany first-order velocity solver is the
-only velocity option that is scientifically validated.  On supported machines
-and with compilers that support albany, you can run:
-
-```bash
-./configure_polaris_envs.py --with_albany ...
-```
-
-Then, you can build MALI:
-
-```bash
-source ./load_<env_name>_<machine>_<compiler>_<mpi>_albany.sh
-cd e3sm_submodules/MALI-Dev/components/mpas-albany-landice
-make ALBANY=true <mpas_make_target>
-```
+(dev-omega-build)=
 
 ### Omega
 
+See the table in {ref}`dev-omega-supported-machines` for a list of supported
+machines.
+
 If you simply wish to run the CTests from Omega, you likely want to use the
 [Omega CTest Utility](https://github.com/E3SM-Project/polaris/blob/main/utils/omega/ctest/README.md).