This is a research hypothesis on adjusting the
use of audio software and other aural ,sonar,
ultrasound, infrared software and hardware as
a self contained and portable system for both
the visually impaired and others who need
or just want the security.
FreeBSD is the system that I want this to work
on completely; but, until brltty is completely
fixed, it will serve a necessary function: all
usb compliant devices will work on any
tier one and some tier two architectures.
The suggested architectures to use are RISC
based systems because and64 u386 have a
problem in the fact that internal translation
and processing must follow a path of basically
polynomial narh and varying data lengths
which will always cause bottkenecking no
matter how many nerds you throw at it.
Riscv64, aarch64, qoriq ppc e6500 core for
portable and any ppc64 to OpenPOWER for
static at home.
Setup: For each room, there must be an ultra-
sound node for all walls and the ceiling with
each one using a different frequency to
prevent false overlapping images. The
infrared and sonar can be setup the exact
same way.
For portable : A portable Riscv64 system
a portable arm system. A portable ppc64
system us a rarity; but, if it is to be used,
it needs to work on a generator because
only the gnu laptop community is working
on this. The Riscv64 board will do the
ultrasound while the
The aarch64 board uses and is the
communication hub with
satellites and others . The powerpc system
is the collective database which records
the initial data Where FreeBSD cannot be
currently implemented completely is
with brltty. However, ssh can be used to bridge
FreeBSD to the brltty instance on a -
and I suggest this due to bloat - a non systemd
system such as devuan, or gentoo, or
Slackware.
This entire setup can also be used fir
cataloging languages of indigenous
peoples.
Okay.
Multiple inputs of sonar, ultrasound, etc
can be piped through ardour as a live
syram with multiple instances of ardour
on multiple systems to purify the input
so that the individual is able to both
better hear the environment and
become aware of the ultrasound and
even the infrared -I need to work on that soon
for the IR setup- environment so that
a fluid interactive spatial environment is
there for both awareness and security.
Each level will have its own server per
system used. Thete will be a hardened
openbsd and raspberry Pi hole filter system
as the initial firewall before the main
server(s) which connect to the level
servers and can within that structure
interact with the mobile system to
update its data and freebsd can be
used to mount by nfs to snapshot the
area with OpenZFS. They can then be mounted
or stored as a database in openbsd
and freebsd can make a snapshot of a
database of snapshots
which can be shared in open academic
research projects.
Again, this also works with language
cataloging.
Alright, Japan is working on the next part:
submersible agi which uses sonar and
ultrasound.
Back to the original idea :
The portable system will have a limitation
or a set of limitations which will
need to be accounted for before the initial
use: humidity, temperature, environment
will all affect sound, light, and thermal
more than in a closed environment which
will cause false readings. Certain materials
will absorb or reflect sound, sonar, and
ultrasound differently. Any outside signal
which matches the frequency of any of
the cards will introduce unwanted noise.
I am trying to be as,realistic as possible.
Using ardour and using different systems
while keeping communication will
ensure fault tolerance.
The multiple instances on ardour
on multiple systems with freebsd
mounting and making snapshots
creates a RAID type setup of the
aural environment that can
also be used to compare.
The system is to be connected to
ollama or hermes which are
ran with one as a database for the
other in a vm and that is also snapshotted.
The ai systems will learn and adapt
to both the internal and mobile
environments while keeping
that which is private and should not
be shared because all people deserve
respect.
This needs to be connected to the brltty
subsystem to include it. This should
further create a system that can use
external input to adapt its internal
systems without creating hallucinations.
Animals and those inside will need to
have a radio device so they will be
recognized as part of the environment.
Some type of openpgp system will
be needed ti further s3cure the systems
because there are only so many
frequencies to be used and this applies
more to the mobile system.








