The Engine End

Kernel system.
A disk manager which only manages 2 types of files drset(driver sets) files and bdset(Binary data sets).
the sets are like binary level dbase files that can contain standard files in them.
A swap drive management
A subsystem giving good systems access to drset files.
A sub recompiler.
base file encryption system allowing for individual drset file encryption + SHA 1 sizing up for some of the upper engine.
Power management sub system.
Optimorph GUI engine allowing for morphemic windows which can shift between multiple apps and keep a task icon load memory of each app its running.

The driver sets all written in Assembly.
Disk and separate drset file encryption system where by you can encrypt vital driver sets with different passwords to better control access.
An OPEN GL/OPEN CL drivers set allowing custom mod for various different GPU types and co processor type.
a Soft effects library/engine.
Power management upper engine system.
A File conversion library.
An Anti dos attack Chaotic network loading system to advert signal processing of dos attacks.
A Firewall system that hides you well and allows for port and address management.
Open sound library system
Internet/network device wide access system modular.
Web a web code engine for fast WASM and HTML5 offline web apps contained in bdset files.
Bit trail indexing sytem for fast optimal access to system data.


Third level the main system.
App level management of Web sites where by you can highly configure your access window to a website and the live data in your main Iconics system.
Offline web app compiler with access to wasm and HTML 5 extension sets for a more custom system experience.
A service portal where people can bye and sell online services managed by cryptographic trust bytes.
an ice to fire icon that shows how well your system is doing with poping in options to improve relative to whats required.
An online access software set for multiple services including third level backwards compatibility rather than having such in the kernel of driver sets. This means online web access is slower for older code however this should not matter as the most demanding stuff works on more modern code and doing this speeds up more modern code.

Advantages.

To start to make powerful apps all you need know is how to make HTML 5 websites.

Because the open source standards are made high use of your not tied into propitiatory learning curves .

Because of layout efficiency and the doing away with the propitiatory excecutable layer and modular loading much system resources can be preserved.

Integrating an online service portal into the main system allow for more collaberative work to be done with a wider customer base and range of services mounting up.

The databases being efficient at the binary level right down at kernel level allows for faster data access and a more custom caching and optimizing system.

Grouping driver sets allows for more optimal security.

Recompiling at the root level allows to tweaked performance relative to specific systems.

Being able to more widely customize your experience of a website can be a great improvement on simply downloading a premade app.

It could be more straight forward than linux to customize at least for top level work loads.

It should be easier to implement cloud services over and a more costomizable experience of cloud services in such an environment it would less mater which company cloud service one was using for what.

Efficiency saving where backwards compatibility is concerned especially regarding the layout and the modular systematics.

A laymans view on system maintinance with a powerful range of solutions.

Well thats how I would like an operating system to be.