In addition, we are trying to determine how quite this propulsion system is in practice, but we already have to demand the Federal Aviation Administration in the U.S.A. and similar authorities to lift the ban on night flights for us. This technology will change everything, though it is only the beginning of our next revolution.

Furthermore, depending on the model and version of our deicing systems we adopted a technology to:

We also estimated the energy consumption of our deicing systems and without giving any details we can already say that many entities will be surprised how well it works.

14.February.2016
Ontonics Further steps
For accelerating the growth of one of our business units, we created additional programms.

15.February.2016
Ontonics Further steps
We used a new technology of us (see the Further steps of the 9th and 10th of January 2016) with another device.

In the last weeks, we also worked on our Carbon based Quantum- dot based Light-Emitting Diode (CQLED) display variants, that do not fulfill the requirement specification (see also the Further steps of the 19th of November 2015).
Sadly to say, we found some more deficits that may even lead to a development stop of the related display variants.
But we also gained so much insights once again, that the improved displays and the new technologies are much better in every aspect and eventually no time has been lost at all.

17.February.2016
Ontonics Further steps
We took an existing system as a blueprint for a similar system and adopted its techniques and related technologies accordingly. This development has complemented and completed the overall system, to which some of our systems belong to, and increased our lead and strengthened our leadership in this section a further time.
Needless to say, we will exploit this position and the advantages of these systems for advancing our other systems and business units as well.

In addition, we worked on the technology that is used for the backbone network of our Social Mobile Services (see the Further steps of the 31st of January 2016 and 1st of February 2016).

Last but definitely not least, we invented our own version of a service, which is quite more intelligent than others' versions.

As a side effect, we generalized this new version to a solution of its own.

Roboticle Further steps
We developed a new special variant of one of our autonomous vehicles.

18.February.2016
Roboticle Further steps
We developed the new special variant of one of our autonomous vehicles mentioned in the Further steps of yesterday into two new models. Both models have their advantages, but we think one of them has a very high potential.

20.February.2016
iRaiment Further steps
We worked on a model of a mobile device.

We also developed another model of a mobile device.

21.February.2016
Ontonics Further steps
We continued the work on a device and focused on a potential showstopper of one of its model, but by a funny coincidence we saw suddenly an elegant solution of it.

We also cofirmed its other model, but because we could not make a decision, which one of them is better, we are continuing with the development of both models and let the customer decide.

Furthermore, we also developed a specific variant of a component, that has the potential to become a worldwide standard.

OntoLix and OntoLinux Further steps
We applied some old techniques in different ways to optimize components of our Ontologic Systems, such as the OntosBase component.

We also saw directly, that these old techniques offer more interesting possibilities, which again will lead to groundbreaking developments.

In addition, we could improve our operating system kernel once again (see the first section of the webpage Components).

In this relation, we are also thinking about a new label such as OntoS1, because OntoL4 does not fit anymore somehow.

Ontoscope Further steps
At first we developed some modules for a device. But then we asked ourselves why we do not develop the device as a new model as well. Thought, said, and done.

iRaiment Further steps
We developed a new model of a mobile device.

22.February.2016
Comment of the Day
"And you'll see 1984 won't be like "1984".", [Apple, Television commercial, 1984]

Watch the whole Super Bowl commercial of the company Apple, which was directed by Ridley Scott and introduced the Apple Macintosh personal computer, then take a look at the picture of Mark Zuckerberg at the Samsung press conference at the Mobile World Conference 2016 in Barcelone, Spain, and then come back to the case Apple vs. FBI.

As our fans do know, we are already hammering since many years. Where are our glasses? We want to take a shower.

Ontonics Further steps
We combined a component with a device in an advantageous way.

Furthermore, we improved a module.

We also developed another variant of a device.

In addition, we developed two basic models of a device by inte- grating some of our superior technologies.

OntoLix and OntoLinux Further steps
We integrated two components of our Ontologic Systems finally.

We also took some time to integrate two more components.

Ontoscope Further steps
In relation with a device and the model developed yesterday, we developed another a model.

In addition, we developed another variant of a model.

Moreover, we developed a more practical variant of a device.

We also worked a little on the design of a specific device model.

We improved at least one device.

Also, we improved a device by the development of a new variant and a new model.

Last but also fine, we improved some of our tablet computer models.

intelliTablet Further steps
We improved some of our tablet computer models.

iRaiment Further steps
We developed a new model of a mobile device.

In addition, we have developed the second generation of two product series.

Furthermore, we have improved a product series, which is revolutionary.

23.February.2016
Ontonics Further steps
We took a subcomponent of a device and developed a new device.

We also developed two new models of a device, which are already design icons for the museums.

Moreover, we developed a third basic model of a device, which was mentioned before.

Furthermore, we developed another basic model of a device by using one of our technologies.

iRaiment Further steps
We developed a new model of a mobile device in several variants.

Style of Speed Further steps
We have extended the application of some of our technologies and overall systems.

24.February.2016
Comment of the Day
Modulo™
Modulus™
≅™

Ontoscope Further steps
We are pleased to announce our new model Modulo ≅, which is our first modular Ontoscope, where modules are wrapped around upon reaching an extended ideal state: the Modulus or Cycle.

Technical details about the Modulo and the Iri, which is another Ontoscope model based on our modular Iri technology (see the Further steps of the 13th of January 2016), will be given at an appropriate time, but we can assure our fans and readers that we will do it again in different, unique, and best ways.

iRaiment Further steps
We would like to show an initial design of one of the announced smartwatches for the girls or the boys, who want more bling-bling.
The shown iR™ smartwatch is a basic model, which has an Active Bezel™ with 60 multi-color white LEDs (also called RGB LEDs), one for each time unit, individually adjustable for matching with the wristband or/and the cloth, and artistically shaped like diamonds or formed in other ways.
Advanced models with sensors, battery straps, advanced bezels with more pixels and functions, smartphone connectivities, and much more Hightech Fashion™ elements and styles are available.
For sure, a normal bezel with diamonds or crystals can be realized on request for the next masterpiece of jewelry by C.S..

© :I and iRaiment

So far, we have not made the decisions if it will be a Spacetimer™ I or Spacetimer™ II, or a Cyberland™ Cybergraph™ with a different bezel, or a new model of its own, and how much the design has to be changed.

25.February.2016
Comment of the Day
Flash AI™
Blitz AI™

Picture of the Day
And please, please kick the Gear.
Samsung, presentation at the Mobile World Congress 2016 in Barcelona, Spain (21st of February 2016)

Now we know for what the acronym VR stands and for what that plastic thing is good: VRrootball™ or Vroccer™.
So okay, your wish is our command. And we will do it like ...

Clarification
In relation with our Flip-Flop technology we would like to mention that since around 2 decades we see prototypes of flexible electro- nics such as displays, but in the end they were only renderings or simple functional prototypes.
Even more bold is the recent claim for the first flexible smartphone by the University of Ontario, Canada, which is just a lie in several meanings. For example, the original work seems to be the so-called Gummi device, another flexible smartphone called Paperphone was shown by the University of Arizona, U.S.A., and a tablet computer has been presented as well by a manufacturer of flexible displays.

Finally, we would like to direct our fans and readers to the Pictures of the Day of the 17th of January 2008, the Original of the 13th of February 2008, the Original vs. Inspiration, Sketches, and Sneak Preview of the 28th of October 2008, and the Original vs. Inspiration of the 21st of March 2012.

We stay ahead™

Ontonics Further steps
In relation with our Flip-Flop technology we would like to give the informations that at least four devices available in 2 different models each have entered the prototyping phase and most potentially the first of them will be presented in the autumn of this year.

Even better, we reviewed all components and production processes, and can confirm their qualities once again.

In relation with our Artificial Intelligence (AI) techniques and techno- logies we would like to give the informations that we optimized an older technique of us, which now learns around 7 orders of magni- tude faster and correspondingly has been labeled by us as Flash AI™ or Blitz AI™. Do not confuse it with 7 times faster, which is just only an order of magnitude of 0.

In addition, we optimized some of our computer vision techniques, which outperform other techniques by far now.

iRaiment Further steps
We tried a design for a new variant or a new model of our smart- watch series Spacetimer, which we called Spacetimer III on the one hand and on the other hand might use as the base for the bling-bling model shown in the Further steps of yesterday.

© Breitling, :(, and iRaiment

We also looked at some designs and styles for the Graphical User Interface (GUI) based on the compositor shells of our OntoGraphics software component of OntoLix and OntoLinux.

Okay Onto, ...

We do not know why, but somehow the design of the smartwatch shown in the image below has caught our interest.

© :)

26.February.2016
Ontonics Further steps
We developed our own version of a technology.

OntoLix and OntoLinux Further steps
We added new features and functions to the compositor shells Wearland and Sportsland of our OntoGraphics software component.

OntoDroid Further steps
We developed another variant of our operating system OntoDroid 3 after an entity directly jumped on our bandwagon (see also the Further steps of the 5th of January 2016).

iRaiment Further steps
We made a quick doodle of another model variant of our uncountably many rigid and flexible pairs of attachments and battery straps/ accumulator bands.
The attachment of this specific variant is composed of a connector with a plug and slot mechanism, has a pair of structural arms exten- ding from the plug at the wristband, that are held together by spring loaded pins or barrels on the adjacent case with the slot and allow the comfortably clinging of the band around a wrist, and an O-ring sealing built into the connector providing dust- and waterproof connection. An original and perfect solution by us.

In this way, a single action with a click is all needed to assemble our iR smartwatch with our battery straps/accumulator wristbands, engaging both the flexible electrical and mechanical connection. To detach the wristband again, just push the buttons at the sides.

© :I and iRaiment

The band or strap can be made of all kinds of flexible materials and also as a link chain or link module made of all kinds of plastics, metals, etc..
Btw.: Patent pending.

Investigations::Multimedia
Blocks Wearables: For sure, we observed the next project of that highly suspicious entity after it had jumped on the bandwagon of the concept of a Lego like modular smartphone, which later led to the failed modular mobile device project of the company Google, and infringed the copyright in relation with the multimedia work of art Shared Heart by C.S. (see the Investigations::Multimedia Shared Heart Special publicated on the 19th of September 2014), which it still does.

Said next project is about a modular smartwatch, which has gone through several development steps summarized as follows:
The first module design used a headphone like round plug and socket to connect the single modules with each other and with the main unit, which houses the display, the main processor, and the first battery among other components.
For sure, this design of the module and its connectors did not work.

The second module design was based on a patent of the company Google, which is also about a smartphone with a case including the only battery and a wristband consisting of interchangeable modular elements, which again are containing electronical components to extend the functionality of usage, but not the runtime respectively electric power storage capacity of the smartphone. Its adaption of this patent somehow lacked the integration of the electronical connector and the mechanical rotation axes with which the modules are snapped together, which was substituted by a separation of the integrated axis and connector with a rotation axis and two flat elements with several conductive plates. This was again suspicious, because it resembled more our related work on the one hand and on the other hand looked like the next collaboration with Google, as seen before with the modular smartphone.
Now we also assume that it should not be an exact adaption at all, so that the connection with Google would not be directly obvious, but still enough similarities with our battery strap or wristband and also enough possibilities to continue the defrauding strategy were still given. An extra problem is that this is already the second same issue with our work, which is related with informations that the defrauding entities or Google's straw men could not have at all.
Nevertheless, this design of the module and its connector did not work as well, because of the separation of the axis and the connector, which results in different centres of rotation, and further practical problems due to its wrong realization.

The third module design was developed after the publication of our patent filing in relation with our battery straps and attachments therefore, because before it did not know what direction we would take in the end. Not surprisingly at all, this design of the module and its connector is now even more similar and even too similar to what we claimed in our patent having only a flat plug and socket as inte- grated electronical and mechanical connector, a pair of structural arms extending from the module, as well as spring loaded pins on an adjacent module to secure the modules respectively the plug and the socket from being parted, and also an O-ring structure built into the connector to completely seal the modules when plugged toge- ther. More than likely, this third design of the module, its connector, and attachment to the main unit is the patent infringement we have waited for all the last months. In this relation is also interesting and important to note and document, that some kind of a synchroni- zation and coordination between its fundraising and copying of our solutions can be observed.
But sadly to say and not surprisingly again, this design of the module and its connector still does not work even with its variant of our connector and attachment. In the meantime it has become obvious that the overall design does not work at all, because more and more other elements have been designed in the wrong ways as well, so that we assume that somehow the whole smartwatch concept does not work as thought before, as can be seen with the following commented quotes taken out of a related blog.

One of these elements is the connector of the third module design. As a matter of fact, the structural arms extending from the module seem to be too fragile and the dimension of the pins is too small, so that they will not hold against much force and might even break. Changing both will lead to more chunky modules again.

Another examplary element is the additional battery module. "The extra battery module is the only module that has been sized differently to the rest of our modules to ensure that it provided the highest possible capacity. This means that you will only be able to fit one to your watch at any one time, on the bottom of side of your wrist. Tests are currently being undertaken to verify whether the heart rate module will work as effectively as we want, away from the centre of the wrist if this longer extra battery module has been connected [...]. [But it even comes much better, because that battery module also collides with the adjustable clasp, which is at the same position like the battery and the heart rate sensor. What a chaos.]"

Extra funny is the third example related with the main battery and an extra battery: "The extra battery module will be able to provide a [...] 100 mAh of capacity to extend the battery life of your watch [...]" and "The brand new chipset [...] has been optimised for wearables, and is 25% more efficient than before! More efficiency meant that we are able to avoid a hefty core module by reducing the core battery size by 25% to 300 mAh [...] [So why not leaving the 400 mAH battery in the case, which may add only 1.0 mm, and get rid of the last battery module? What a nonsense.]"

And a fourth example is the clasp: "We managed to find a solution that would account for different wrist sizes, and the fact that users may wear different numbers or types of modules. [Somehow, this also does not work so well as thought and claimed, as everybody with a basic knowledge about geometry can find out easily.]

In addition, we found more larger and smaller problems, but we leave it to our fans and readers to find them by theirselves for the joy of searching.

Now, everybody should be able to see that this concept in general and this design in particular> does not work, because a modular smartwatch is highly complex to realize and its construction is relatively expensive, time consuming, reduces very much precious space, and provides only a limited count of modules. Eventually, it does not provide any significant advantages at all but only disad- vantages. Instead of adding some few modules with functionalities, in this case just only 3 modules on each side between the main unit and the clasp, and the 1 battery module, it is virtually always better in all common cases to put everything into the main unit, as it is already done with all the other smartwatches. Only for very special use cases, it is much better to construct a special smartwatch.
Furthermore, instead of the odd and ugly wristband assembled out of this modules a comfortable solution can be realized (compare with one of our many original proprietary solutions presented with for example the iRaiment Further steps of today).

Last but not least, we have here an example once again where the thief did not know what to steal and what she/he has stolen in the end, so that this smartwatch concept is not a revolution at all, but a classical failure by design and Dead on Arrival (DoA) thingy.

Needless to say, our legal representation is already in action and the issue is also a case for the U.S.American and British prosecutors.
We demand all media and websites to stop immediately to report about the smartwatch, and either remove all related reports publica- ted after the publication of our patent filing in December 2015, though the second design of the module, connector, and attache- ment is already questionable, or alternatively make clear that it is a patent pending solution of C.S. exclusively used by our business division iRaiment.

27.February.2016
Ontonics Further steps
Since a longer period of time, we have observed a wish by many persons. Because we have developed a technology and related devices already, that can be used as the foundation, we began in the last days to develop a that should be able to fulfill this demand.

Since many years, we are also working on technologies for a specific market sector. But instead of promoting these technologies and waiting for any entities to get a related order, which in the end resulted in the deployments and applications of these technologies by potential customers, but without asking us for support and reali- zation, we decided today to start our own business division and exploit all of our specialist competences for our advantage.

Since some weeks, we observed a problem with a technology and solved it in one way already. But today we found another very interesting solution.

In addition, we saw that this new solution can be used for other technologies as well and already developed a similar solution for one of these technologies. Again, it is astonishing how truly amazing solutions emerge just by doing.

OntoLix and OntoLinux Further steps
We continued the development of an older but still very interesting component, that can be used for many applications.

Ontoscope Special: The Very Start
We would like to give a short retrospective how the Ontoscope, specifically the model Modulo ≅™ announced in the Further steps of the 24th of February 2016, and in the course of this the smartphone with touchscreen really emerged.

Like some others, we also began with the adaption of a game module for the handheld game console Gameboy I of the company Nintendo. In our case, we developed an embedded computer or more precisely a miniature personal computer constructed as a plug-in module or cartridge. For the embedded computer we had chosen the Strong ARM SA-1100.

The final device was envisioned to be used as some rudimentary Tricorder, as can be seen with the two related images of the scope module. The further development led to the Ontoscope as part of the multimedia work of art by C.S., and it can also be seen easily how we came to the name Ontoscope from this direction as well besides the 3D cameras by Cornu.

© :(, :(, Techsol, :(, :(, and :(

Indeed, the Touch Boy is a multi-purpose backup device that is put into the slot of a Gameboy and then a standard module or cartridge is put into the Touch Boy. But in our case it was also the source of inspiration to add a touchscreen and a Graphical User Interface (GUI) with icons.
The concept of the Touch Boy has been adapted again with another modular smartphone. But instead of changing a module including a functionality, the battery is taken out of the device and put in the module, and then the module is put into the smartphone slot.

iRaiment Further steps
We developed another model variant of our battery wristband and attachment, which has no push buttons, because we do not need an instanteous exchange of modules.

Style of Speed Further steps
More as a finger exercise and for the joy of doing, we designed our version of a Long Range Strike Bomber (LRS-B). The difference to the designs of the stealth flying wings shown in the last decade are that our design is based on matured and cost effective components and modules taken out of the shelves and highly optimized by SoS, provides more options and advantages in operation, and is much more future proof.

For example, can the other bombers take off and land on an aircraft carrier or other platform?

Several years ago, we had solved a system problem already, but our competitors have not solved the problem in relation with a smaller system part, so that the end customers are still critical about using it. Today, we came to the conclusion that it would be enough to convince the end customers if we offer only this part of the com- plete system as a module together with a proof that our solution really solves the problem.

28.February.2016
Ontonics Further steps
In the last weeks we continued the work on a device and wondered again why in general the technology and in particular a specific variant does not work as envisioned despite having every needed techniques and technologies already at hand and running.
But finally, we found the little but still significant problems and we realized how the single components have to be assembled and operated together to finally solve the puzzle.

iRaiment Further steps
We would like to present two other variants of one of our smartwatch models shown in the Further steps of the 4th of December 2014.
These smartwatch models and the other models come in all styles and colors like the original Swatch watches and much more by iR.

© Swatch and iRaiment

More powers • More styles • More fun

29.February.2016
Picture of the Day
Nicolas Hayek (2008)

It is a give-and-take. Thank you very much for taking the 3³ Theme and much more, and giving the Smartwatch in return. Indeed, it was a fair barter of inspirations.

iRaiment Further steps
In relation with the specific battery wristband and attachment presented in the Further steps of the 26th of February 2016, we would like to show the whole smartwatch model with which we begin a new series.

© Skagen Denmark, Braun, and iRaiment

Quite a while ago, we already started a new smartwatch series, which is the first series that departs from the series with the classic and modern designs.
Its first model shown in the image below is called Cybercraft in allusion to the original label but also to the hovercraft ships of the Matrix saga.

Do not ask us for what the knobs are good. But we think it is always better to have some more control elements at hand, literally spoken, and leave it to the owner which function they should have.

© U-Boat and iRaiment

In this case we are also working on a design with a larger display having a smaller bezel and smaller screws.