Especially interesting is the fact that all online services can be provided in a user-friendly, ethical correct, and legal way.
Furthermore, we also continued the work related with a payment system.

Furthermore, in the last weeks we continued the work in relation with our project Fireplace and developed it further in significant and fascinating ways. Indeed, it was already revolutionary just right from the start, but now it has become much better and will disrupt the field of social networking respectively social web services.

Last but not least, we worked on our related platform, which gets better and better.

We also quote a report which is about the so-called big data and was publicated today: "Germans need to overcome their traditional fear of the large-scale collection of personal data by companies and instead embrace its opportunities or risk being marginalized in the global economy, [a very well-known politician of the F.R.Germany] said on Tuesday."

Comment
We will find something that is definitely more revolutionary than a music streaming platform or an internet radio.

Softbionics Further steps
We have begun to develop a face recognition software library for the WiSer and Neural WiSer technologies, and an optimized interface to our intelligent sensors and intelligent detectors, that are the ideal technologies for all computing tasks in the areas of Artificial Intellig- ence (AI) and Neuromorphic Engineering (NE).

10.June.2015
Website update
For the update of the Original vs. Inspiration of the 8th of July 2013 we looked up the missing dates of creation of our logos of Roboticle and added them accordingly. Commonly, we have replaced the older logos with the newer logos on the same day of their creations on the Roboticle website.

Ontonics Further steps
We developed another variant of the integrated variant of a techno- logy mentioned yesterday and several times before in the last weeks by changing a specific feature.

We also developed one of our components further that resulted in an interesting variant. The audience will be fascinated.

Moreover, we have added an older supplement to a recently improv- ed highly efficient technology mentioned in the Further steps of the 15th of May 2015 and 5th of June 2015.

Ontoscope Further steps
We are highly pleased to announce that the next Ontoscope model has been confirmed. The working name for this new Ontoscope is KoGiPs meaning Killer of the Green iPortable devices.

Investigations

11.June.2015
Ontonics Further steps
It looks like that we have found an extremely elegant way to im- prove our already superior battery technology even further.

We have developed a new variant of a basic technology, which will revolutionize very much, not to say everything virtually.
In a subsequent step we designed several applications of this new technology variant.

Unbelievable but true, at first we were able to integrate two differ- ent technologies, which taken for its own resulted in a highly inter- esting module. But now we were able to integrate another different technology, which also taken for its own is revolutionary. Said this, we leave it to our readers to give it the right attribute. We say divinely.

We also continued our work related with our component mentioned yesterday and developed two variants. Now, the public will change from being fascinated to going crazy.

We also began a new project related with the nice material ment- ioned in the Further steps of the 7th of June 2015. The final device is a little crazy, but still has the potential to kick our fans out of their shoes.

We are very pleased to announce our payment system. The payment system is the most secure payment system worldwide, provides many more innovative features, and even comes with a user account for all, transactions for private users inside our banking system, and much more for free.
In addition we have created related services and much more.
Indeed, our new payment system is a revolution in user security, friendliness and versatility.

OntoLab Further steps
We optimized the classic closed Head-Mounted Display (HMD) of our VRontier™ device series (see the Originial vs. Inspiration of the 26th of April 2015). This thing gets better and better.

In addition, we worked on the design of one of our Mixed Reality HMD (MRHMD) models and its variants.

intelliTablet Further steps
Finally, we have all components together for the construction of an absolutely amazing device platform, which has been envisioned by us some years ago.

Roboticle Further steps
Finally, we have all components together for the construction of a totally fascinating robotic platform, that we envisioned around 12 years ago.

iRaiment Further steps
We developed two new smartwatch models each with a special functionality. It will be interesting to see if these functionalities will be interesting for potential wearers of such a mobile device.

We also designed our next absolutely adorabel masterpiece smart- watch.

Here starts the fun. Here is the future.

Softbionics Further steps
We have begun with the implementation phase of a special software library, which is based on one of our relatively old concepts and can be applied to supplement a similar solution, for the WiSer and Neural WiSer technologies, and an optimized interface to our intelligent sensors and intelligent detectors, that are the ideal technologies for all computing tasks in the areas of Artificial Intelligence (AI) and Neuromorphic Engineering (NE).

Style of Speed Further steps
We developed a new sports vehicle, which can be used as a person- al transporter as well. Indeed, we are wondering why nobody else had the idea for such an extremely performant concept.

12.June.2015
Clarification
We would like to give some additional thoughts and informations in relation with the Clarification of the 10th of May 2015.
As it is well known in the field of quantum computing, the approach of the topological quantum computer is not so new. Indeed, more interesting is the application of topological theories to fault-tolerant quantum computing, specifically of the abstract geometric braid theory.
"A topological quantum computer is a theoretical quantum computer that employs two-dimensional quasiparticles called anyons, whose world lines cross over one another to form braids in a three-dim- ensional spacetime (i.e., one temporal plus two spatial dimensions). These braids form the logic gates that make up the computer.
The advantage of a quantum computer based on quantum braids over using trapped quantum particles is[, that] the smallest perturb- ations can cause a quantum particle to decohere and introduce errors in the computation, but such small perturbations do not change the [much more stable] braids' topological properties."
An introduction in the technique are given in for example the docu- ment "Topological quantum computing for beginners" written by John Preskill.

"Braid groups find applications in knot theory, since any knot may be represented as the closure of certain braids." Following is a possible model of thought related with topological quantum computing based on the braid theory and the knot theory.
Begin in 2D with all nodes lying on a circumsphere of a circle, and take e.g. a celtic knot, turk's head, or carrick bend mat (see image below).

© :(

Then change to 3D with all nodes lying on a circumsphere of a sphere, and take e.g. a celtic knot sphere or globe knot, and also keep in mind that the sphere of the 3D representation is not empty as the circle of the 2D representation is not.
Another model of thought is to represent every node lying on a circumsphere of a sphere with a Bloch sphere and to interpret the whole sphere as an entangled quantum system.

There exist more approaches for fault-tolerant quantum computing.

Ontonics Further steps
We might have found out how we can exploit the features of our Wireless Supercomputer (WiSer) technology even more.
As a side effect, this would offer a possibility to generalized this specific WiSer operation to a general technology or said in other words the concept would be appliable with wired computers as well if proven correct. This would change everything, once again.

We also might have found a third large partner for online advertising in relation with our platform (see also the Further steps of the 9th of June 2015). Said this, it should not be too difficult to allocate enough customers and content for our prime estate.
Furthermore, we may adapt the very interesting solution of this potential advertising partner for the management of our prime estate.

Softbionics Further steps
We have begun to develop a special software library for the WiSer and Neural WiSer technologies, and an optimized interface to our intelligent sensors and intelligent detectors, that are the ideal tech- nologies for all computing tasks in the areas of Artificial Intellig- ence (AI) and Neuromorphic Engineering (NE).

Style of Speed IWI #11
Today, we would like to show the two vehicles that convinced us to make our System Automobile platform Integrated Wheeled Intellig- ence (IWI) official.
The first vehicle is the EA489 Basistransporter==Basic Transporter of the manufacturer Volkswagen, which was presented 1973 as a for- eign aid vehicle, sold as knocked down kit in the B.R.D. from 1975 to 1979, and also produced as Hormiga==Ant in Mexico 1977 to 1979 with the design shown in the image, and as Teijo in Finland from 1973 to 1976 with a design very similar to the transporter presented 1973.

PD Ernesto Ariel Gallegos Martinez

The second vehicle is a spyder respectively the Type 197 Country Buggy of Volkswagen Australia presented 1967, which led to the development of its competitor, the Volkswagen 181 Kurierwagen= =Courier Car. The Country Buggy was also marketed as Sakbayan== Vehicle or Car for Country, People, or Town in the Philippines.

© :(

Indeed, the vehicles are very simple and the designs are very mini- malistic to describe them in a more sophisticated way, but we are more than 4 decades further, we had to start some day, and we have already more basic elements of higher quality in every aspect just right from the start, as shown in issue #2 publicated on the 5th of March 2015, issue #3 publicated on the 7th of March 2015, and also issue #8 publicated on the 6th of May 2015, explained our gen- eral model strategy in issues #4 of the 16th of March 2015 and #7 of the 5th of May 2015, and gave in several issues informations about additions of more and more possibilities for fabrication and customization, while in issue #6 of the 1st of May 2015 we present- ed the related ICAR Mega Factory and Store developed by Style of Speed.

Obviously, we are able to build affordable, modular, attractive, autonomous vehicles of all types, and much more.

Style of Speed Further steps
We developed a device for a vehicle.

13.June.2015
Ontonics Further steps
We have developed a new battery technology that outpaces our al- ready superior technologies by 100%, which means a capacity that is approximately 25±3 times higher than a high-end rechargeable lithium-ion based battery of the year 2010.
With our actual production techniques we should be able to deliver a practical battery with around 12 times more electric energy comp- ared to a lithium-ion based battery of the year 2010.

In a subsequent step we applied our new knowledge for the prod- uction of high-efficiency solar panels as well.

Correspondingly, we are planning the construction of one or two Battery Gigafactories for being able to fulfill the demand in our batteries.
We are also thinking about the construction of a gigafactory for our solar panels in Asia. Most favourable as production lcoation would be the P.R.C., but we only accept a share of maximal 25% and definitely not 51% by a Chinese partner.

We also developed a new variant of a technology.

Moreover, we have designed an experiment in relation with the tunneling of particles at superluminal speed asking if a signal can be sent with such a velocity without violating the no-cloning theorem. Honestly, we are not sure if it is possible, but we are convinced that it points into an interesting direction.

Besides this, we have looked further on the generalizable operation of our Wireless Supercomputer (WiSer) technology mentioned yest- erday, but we had no time to confirm it. To make the answer short, our first assumption was correct and hence there was no need for the relaxation of the claim.
We also looked at an additional component that could be applied to solve a practical problem with the application of this specific tech- nique.
The applications are all crazy.

We began the development of a handheld user interface device for Virtual Reality, Augmented Reality, and Mixed Eeality Environments (VRE, ARE, and MRE).

Style of Speed Further steps
We updated our electric sportscar model RE™, internally known as the Le Mans e-quattro™, which features 4 permanent magnet syn- chronous electric Active Motors™ with an output of 2×55 kW at the front axle and 2×128 kW at the rear axle, one of our superior elec- tric energy storages with around 200 kWh capacity, our famous tyre killing Electric Torque Vectoring™ System, and an AutoBrain™ with our AutoWiser™.
The unlimited top speed is above 83,33 m/s or 300 km/h/186 mph, and the estimated range should be 1110 km/690 mi for the All Wheel Drive (AWD) variant and 1211km/752 mi (EPA) for the variant with only the two electric motors at the rear axle compared with the data provided by other carmakers.

Sadly to say, we will not produce the RE and the model RA in favour of their integration to one model already in the work.

We also updated our e-quattro™ model E6 with the dual electric motor layout, comprising two permanent magnet synchronous Active Motors™ with 128 kW each for the entry model, and an overworked design. The electric energy storage has 200 kWh capacitiy and should provide a range of approximately 1110 km/690 mi (EPA) com- pared with the data of similar automobiles.

We will enforce its production.

14.June.2015
Ontonics Further steps
We decided to finance the very first development steps of our first battery technology by crowdfunding. The target date is autumn 2015.

We developed our next foundational processor models grouped in four model series, which all are optimized for our Wireless Super- computer (WiSer) technology. All new processor model series differ in having one or more of the following features:

• Free-Space Optical Network on (a) Chip (FSONoC), and
• Ring-based Optical Network on (a) Chip (RONoC)

• free-space optical network, and
• ring-based optical fiber network.

The optical ring network is primarily used for the time synchronizat- ion of a whole WiSer (e.g. using optical clock distribution), and as an alternative when free-space communication is not possible, but can also be used as a confirmation and notification signal line substitut- ing the need for acknowledgements in a different way, as the found- ation for the integration of a scheduling strategy to avoid all possible packet collisions, as an additional data line between the electronic components and for Input and Output (I/O), and for other tech- niques.
Simultaneously, we also designed two management schemes for the transmission. At this point we would like to give the information once again that the features of a WiSer and the techniques made possible by these features are used for dynamically configuring itself. Yes, our hardware is also adaptive and reflective.
We also determined were the interfaces with a UNIX like operating system are, and what parts have to be changed and newly implem- ented, because we need no packet switching functionality at all for the tradeoff of some few packet collisions in the case of the basic free-space interconnect without explicit scheduling for example.

Because our direct/free-space communication system avoids the in- herent inefficiency in repeated buffering and processing in a packet- switched network, the energy spent in the interconnect itself is about 8.9% of the energy spent in a comparable common mesh, an order of magnitude less. The fast execution also saves energy over- head inside the processor cores. On average, our intra-chip inter- connect system achieves a 29.3% energy savings.
Even the additional ring-based guided-wave fiber optical network achieves very high energy efficiency under all traffic patterns. On average, in a 64-core system the optical ring network saves 20% and 47% of energy compared with similar technologies. When the system scales to 256-core, our optical ring network saves more than 70% of energy compared with other designs based on fiber optical technologies.
All results are based on analysis that have been conducted by inde- pendent research institutes.

Our WiSer technology is now a must have for every computer syst- em, from high-performance embedded systems over mobile devices, video game consoles, and stationary workstations up to cluster computing systems, server farms, and full-fledged supercomputers.

Please keep in mind that many concepts presented here are virtually patent pending or/and already protected by us.

Furthermore, we designed a special variant of a display device.

And we have optimized an LED display in general, that now is very thin, very strong, very durable, can be produced with the common production lines, and by its specific construction reduces the prod- uction costs for itself but also for devices constructed with it on the one hand and on the other hand makes interesting device construct- ions possible.

Style of Speed IWI #12
We are not quite sure if a vehicle manufacturer really understood our System Automobile™ platform Integrated Wheeled Intelligence (IWI) and even wants to become a part of it, or if its offering of printable files for a pickup truck, a muslce car, and some other automobiles is just a marketing stunt to confuse the public that we print real cars and not 3D models in 1:32 or another small scale, and to disturb the build-up of our related online presence.
Nevertheless, we read the related press release and made some quotes:
"Consumers can now download digital images and 3D-printable files of [the brand] vehicles at the first-ever automaker-licensed, one-stop 3D shop online
The [the brand] 3D Store [...] allows customers to use advanced technology to make their own models of [the brand] vehicles of the size and material they desire, or simply opt to purchase a 3D digital file from a growing library of more than 1,000 [the brand] images.
3D-printed models available to order are 1/32nd scale in plastic, but purchasing a digital image allows users to have a [the brand] model 3D-printed to the scale and of the material they choose, either from their own printer or from an outside source. Professional 3D printers can create a model in materials ranging from soft plastics to sand- stone and even various metals.
When a buyer purchases a model or digital image, he or she must register with the site and agree that the item will not be used commercially."

© :I

Obviously. there are no legal problems that customers can take such a printable file and use it together with our System Automobile serv- ices. But it is even much easier to get an initial model. Only some digital files with 2D or 3D images of a car are needed and our soft- ware creates the related 3D model if it is not already in our stock.

Indeed, customers use our software tool provided with the System Automobile to:

• a digital file of a 3D model,
• 2D images, or/and
• 3D images,

• tweaking the scale,
• even changing the design, or/and
• combining the model with other models,

• issue a delivery order for getting the
  • structure and complete the car themselves,
  • complete car as a knocked down kit and complete the car themselves, or
  • completely assembled car,
  or/and
• come to one of our ICAR Mega Factory and Store (see issue #6 of the 1st of May 2015) for getting the
  • structure and let it put on an existing chassis,
  • complete car as a knocked down kit, or
  • completely assembled car.

Now, compare this model shown in the image above with the models and real vehicles shown in the issues #2 of the 5th of March 2015, #8 of the 6th of May 2015, and #11 of the 12th of June 2015, and imagine the possibilities of the whole System Automobile approach once again to see how professional and disruptive it has already become.

Please keep in mind that exactly this system and all these methods are patent queuing and copyrighted.

15.June.2015
Original vs. Inspiration
Lego toy figure design patent (14.02.1978)

PD

Ontonics Further steps
We remembered another technology used for the same application that we can reuse in parts for the integrated variant of a techno- logy, that we developed on the 10th of June 2015.

17.June.2015
Clarification
As we always said: An automated storage and retrieval system with courier/transport/delivery services based on at least one umanned aerial system, like e.g. a swarm of autonomous multirotor drones, is our invention and not the invention of another company, for sure (see for example the related Investigations::Multimedia and Invest- igations::Multimedia and Robotics of the 8th of May 2015 and the Investigations::Multimedia and Robotics of the 10th of May 2015).

PD with link to website of Ontonics or OntomaX

The content of the web archive of the Wayback Machine has been confirmed as legal evidences by the courts already several years ago. Said this, we do not expect that the main claims of a specific patent are valid in their actual form, so that in the end the complete patent has to be rejected or what is left makes no sense anymore, or otherwise Amazon cannot hinder other companies from building up a similar system.

Our invention of an automated storage, retrieval, and delivery drone system comprises:

Amazon has shot onec again into its own foot as well as into the U.S.American drone industry's feets this time by its ridiculous strategy, which is financed by an even more ridiculous Ponzi scheme, in favour of collaboration with us, which is always better.

Ontonics Further steps
We adapted a component for use in a slightly different but more general way.

Furthermore, we integrated two different technologies to a new system. In the course of this we saw that a specific component is an interesting solution of its own.
In a subsequent step we developed this component further and envisioned two applications, which can be used as part of other solutions.

We also adaped a technology and integrated it into a related device.

18.June.2015
Ontonics Further steps
We adapted similar technologies for the development of an elegant, ground-laying solution, which has the potential to become an inter- national standard.

Also, we developed a new interpretation of an old tool and three possible variants of realization, which might arouse interest.

Furthermore, we adapted some technologies for the development of another elegant solution, which can be combined with the other elegant, ground-laying solution and also has the potential to become an international standard.
In a subsequent step we generalized this solution, so that it can be applied in arbitrary fields of application. Indeed, it belongs to these simple solutions, that might have a giant impact on daily life.

And we worked further on some last details of the technology ment- ioned in the Further steps of the 17th of June 2015 making it even more safe.

19.June.2015
Ontonics Further steps
We decided to attempt to install the elegant solution mentioned yesterday.

Furthermore, we integrated solutions mentioned in other Further steps like the one of the 17th of June 2015 with the combined elegant solutions mentioned yesterday. We are sure that various entities will get very wide eyes, really, and we also anticipate critiques, but once our smart ideas, very convincing arguments, and progressive ways of realization have been understood, we are confident that it will be a little or a little bigger revolution.

Also, we adapted a specific variant of a technology for solutions ment- ioned in other Further steps like the one of the 17th of June 2015.

How could we so blind. We thought about an older technology, some- how went through the single steps of its working process once again, and suddenly found a possibility to partition the single processes with the support of two different ways of construction, which solves the last practical problem. This could become the start of a bigger or even big revolution.

Style of Speed Further steps
We extended a system to solve a significant problem, but before we could sketch the idea completely we recognized that the new solut- ion solves a much broader problem. As a result, we made the next decisive step keeping us ahead and increasing the gap.

After we saw a variant of a technology and played around a little with it, we concluded that it could also be a different kind of vehicle at least for fun.

20.June.2015
Ontonics Further steps
In a first step we developed a better variant of a component used for one of our technologies. In a second step we optimized this component variant.

We also adapted a foundational technology of a third party for a technology in such a way that it could be even more revolutionary than the foundational technology already is in the related field.

iRaiment Further steps
In the last days we finalized the designs of two of our smartwatch models.

Style of Speed Further steps
We optimized a component.

We also optimized two other components. Now we have everything for their realization.

Furthermore, we applied one of our solutions for another vehicle of the same general type.

21.June.2015
Ontonics Further steps
We developed a totally amazing multimedia application.

Furthermore, we have developed the next new compounds of our Hoverinium material class, which seem to have an increased perform- ance by 100% compared other compounds. See again the Further steps of the 21st of March 2015 for example and begin with choos- ing the colours and decals for your deck. Wow, a really fascinating goose bump maker.

After we have found again our interest in this technology (see for example the related Further steps of 31st of August 2014 and 1st of September 2014) we developed a new platform for our projects Mail/Carrier/Message Pigeon 2.0, Mail/Carrier/Message Pigeon 3.0, Delivery Pigeon 1.0, Delivery Pigeon 2.0, Storage and Retrieval Pigeon 1.0, and Storage and Retrieval Pigeon 2.0.

Do not ask us why we had this idea, but we thought we could also combine some of our latest revolutionary techniques and technolo- gies developed by the business units in the last weeks. The feeling is like being a child once again, getting the first construction kit full of bricks and other elements and also full of possibilities, and having no clue where to begin with creating and constructing.

Style of Speed Further steps
We have developed the next generation of the Stroetmann Wheel, which is crazy again.

We also developed some new components, which are also crazy and some of them might even be revolutionary.

In a subsequent step we played around with the new crazy compon- ents, and in the course of this developed some new, crazy, and rev- olutionary concepts. Even for us, the true visionaries, creators, and developers, these achievements are hard to comprehend actually.

Roboticle Further steps
We developed a new robotic platform, which in parts can be combin- ed with the other robotic platforms of us and e.g. Style of Speed as well.

22.June.2015
Pictures of the Day
Minority Report Maglev (2002)

© Mark Goerner

Ontoscope Further steps
We are pleased to announce that we increased once again the performance of a special model (see the related Further steps of the 28th of May 2014). Besides its new very sophisticated processor the number of layers of its Hybrid Multi-Layer/stacked Display (HMLD) was doubled to 6 layers now.

Ontonics Further steps
We are passing from a Hybrid Multi-Layer/stacked Display (HMLD) with 3 layers to an HMLD with at least 6 layers (see also the Clarific- ation of the 30th of August 2014 and specifically the arrow with the green head). Besides the very high resolution and brilliance, the 6 layer HMLD is also very thin and outstandingly energy efficient What a 3D hammer.

We optimized the foundational technologies for our multi-directional transport system significantly, so that it is practical now and ready for its first installation (see the Pictures of the Day above). Indeed, this solution is another totally disruptive revolution developed by us. Who else?

Also, by applying two different technologies we developed one of our technologies further with the focus laid on extremely high perform- ance.

Style of Speed Further steps
We can confirm that we are ready to move up and construct the autonomous vehicles for the new multi-directional transport system developed by Ontonics and our OntoLab, The Lab of Visions (see the related Ontonics Further steps of today).

King Smiley Further steps
We can confirm that we are ready to build up a skyscraper without any interior space lossed by elevators, and the first multi-directional metro system in N.Y.C., U.S.A., based on the new multi-directional transport system developed by Ontonics (see the related Ontonics Further steps of today). Are you ready too?

23.June.2015
Comment of the Day
System vehicle™
System aircraft™
System plane™
System copter™
System vessel™
System ship™
System boat™
System building™
System house™
System road™

Picture of the Day
I, Robot, Volkswagen→Audi RSQ (2004)

© :I

The car is meant to depict a technologically advanced automobile from the year 2035.

Clarification (may become IWI #13)
We would like to clarify that in relation with our various system vehicle approaches we:

At this point we also would like to recall the definition of our protected system automobile approach, which applies for the general system vehicle approach as well:

All other known approaches only 3D print either single parts of a vehicle or the complete vehicle, but not for example a chassis and an exterior as parts of a modular system, which are put together in a subsequent step.

Ontonics Further steps
We have developed some component series that cost a fraction of the prize compared to other components with the same performanc- es available at the market. This is definitely a breakthrough in the relat- ed field of technology.

Ontoscope Further steps
Thanks to a recent breakthrough by Ontonics we have designed several new Ontoscope models including classical handheld models and Nano models (e.g. system cameras and action camcorders).

iRaiment Further steps
We developed a new technology platform, which is based on some of our latests developments in the OntoLab and made for professional and recreational applications.

Ooops, we are again some years too early.

Roboticle Further steps
Thanks to the latests developement by Ontonics in several fields, we have designed new helicopter series in the micro, mini, and midi size classes, and new quadcopter series in the micro, mini, and midi size classes (see the Clarification of the 26th of March 2015 for the nomenclature designations), which provide performances and funct- ionalities that are far beyond compared to the Unmanned Aerial Systems (UASs) respectively Unmanned Aerial Vehicles (UAVs) available in these sizes or/and for these costs. This is a manyfold breakthrough.

Style of Speed Further steps
In the Further steps of the 13th of June 2015 we said that our original models RE and RA will not be produced.
Today, we decided that the conversion RQ (see also the Picture of the Day above) has become the next generation of the RE with an overworked design featuring some unconventional doors, also newly developed extremely complex Stroetmann Spheres respectively ballwheels of the next generation instead of conventional wheels, our leading system platform for autopiloted and autonomous driving, the Knight Intelligent Transport Totality (K.I.T.T.), and much more high-technologies from Style of Speed for sure.
The limited top speed is 222 km/h/138 mph and unlocked 83,33 m/s or 300 km/h/186 mph, and the estimated range is between at least 555 km/506 mi and up to 888 km/809 mi.

Important to note in this relation is the information that the new RE is the integration of the models RE and RA on the one hand, but on the other hand it is not the mentioned favoured model already in the work.

24.June.2015
Original vs. Inspiration
Hovercar respectively manned quadcopter with overlapping rotors (mid 20th century)

© :(

We found this image deep down in a dark corner of our stock.
Also interesting to note are the facts, that on the one hand the shown aerial vehicle did not convince the ordering party, as it was the case with the VZ-7AP Aerial Platform and the VZ-8 Airgeep, and on the other hand the U.S. Army and other entities refuse to learn obviously.

From Russia, with or without love, to the U.S. Army.

Ontonics Further steps
We developed another own variant of a component.

We have developed a new variant of a technology with astonishing performance and dimension.
And while we were already there, we developed some related prod- uct models and optimized existing ones.

Most potentially, we designed two new variants of a technology, which may offer very impressive performances.

Furthermore, we are analyzing one of our newest technology, which we developed further in two very constructive ways, because we cannot find related informations. One explanation for the lack of informations might be that a foundational technology was overlooked or not designed, realized, and also applied as we do. If we are still unable to find something, then it is another huge achievement by C.S..

Style of Speed Further steps
We could improve the irail and ipad technologies significantly, which in addition to our superior energy storage technologies gives us another huge competitive advantage.

We are pleased to announce our supertire, a true revolutionary marvel of technology.

We decided to produce a conventional hoverbike of the next gener- ation just for fun by applying our world wide unique high-technology competences, using our superior high-performance technologies, and simply taking everything out of our shelves, including design, drive- train, control system, and avionics.

Most potentially, we will choose our Odonata platform (see again the Ontonics, Roboticle, and Style of Speed Further steps of the 20th of December 2013 and 17th of June 2013, and the related Ontonics and Style of Speed Further steps of the 16th of June 2013 for example) for the construction of a jetbike like the Airbike shown in the image below, though the last decision has not been made (see also the Original vs. Inspiration of the 11th of April 2008, specifically the 4th row, and of the 9th of April 2009, specifically the 5th row). The prize will be well under 80,000 U.S. Dollar.

© Allied Aerotechnics Incorporated

Furthermore, we decided to use one of our Hoverinium compounds for the construction of the two first aircraft variants based on such a material, which have additional features and increased performances.

25.June.2015
Ontonics Further steps #1
We integrated a specific solution with our related technologies, which could be improved in this way and are more efficient than the single solutions now.

Also, we improved some applications of a technology.

Furthermore, we developed two new compounds of our Hoverinium class. This compounds taken alone are already fascinating, but in combination with other Hoverinium materials and compounds they are magic.

For sure, external online advertises and other companies would like to place their advertisements, applications, and sale offers as well as services on the home screens of our devices and in our multi- media environments. Correspondingly, we thought how we can handle these demands and after serious considerations we came to the following non-binding model:

which is in parts comparable to the arrangements in the music ind- ustry in relation with for example streaming platforms. Indeed, our proposed copyright license fee model would have been much more favourable for the other entities.

Ontoscope Further steps
We have designed a new variant of a special smartglasses model.

iRaiment Further steps
We have designed two special smartwatch models.

Style of Speed Further steps
We have designed several vehicle series.

We also developed two new powertrains, which might be more than only interesting, because they solve a special problem, which exists for decades, and one of it simultaneously adds an additional solution.
In a subsequent step, we generalized the concept of the additional solution and concluded that this new concept will change every- thing in relation with these types of vehicles.

Due to further optimization of a basic component it can be used for an application now.

26.June.2015
Ontonics Further steps
We developed the Stroetmann Coil.

Furthermore, we applied a common solution to two older technologies of external entities and one of our newer technology of the same field. In this way, we could solve a problem of the three initial technologies.
We also combined the two older technologies to a new one.

Roboticle Further steps
We developed a variant of an older technology, and a hybrid of an older technology and one of our newer technologies.

27.June.2015
Ontonics Further steps
The foundational concept behind the common solution mentioned yesterday can also be applied in a different way, which is one of our proprietary superior high-technology. Said this, we applied our high-technology to the two older technologies and our two newer technologies. The result is very impressive not to say fascinating.

Style of Speed Further steps
It is doodle time at Style of Speed and today we would like to present an interesting mix of our original technologies that we also had in mind in relation with the RE respectively REQ (see the Further steps and the Picture of the Day of the 23rd of June 2015).

© :I and :I

28.June.2015
Ontonics Further steps
We developed a new turbo engine or gas turbine with very promiss- ing performances and broad applicability.

We also developed a specific way of realization of an essential component of one of our deep learning approaches, which in this case is related with the Bridge from NI to AI.

29.June.2015
Comment of the Day
"More Human than Human™", [Ontologics®, Today]

Ontonics Further steps
We have found the ground of one of our new operating system approaches and now we can continue the work on this foundational level.

Style of Speed Further steps
It is doodle time at Style of Speed and today we can present some more basic design lines in relation with our 9x9 project, specifically with its model 935 Hommage (see the Further steps of the 4th of March 2015, 28th of March 2015, and 4th of June 2015).

©© BY 2.0 The Car Spy
© Style of Speed

Btw.: The original design of the taillights were taken from a sketch related with the model 911 of Alain Derosier and not from a concept car of the defrauding automobile manufacturer Bayerische Motoren- werke, which took for its concept car as much as possible basic de- sign lines form our websites once again, such as the complete front section with the front bumper, the front hood, and the front fenders, the complete rear section with said taillights, the exhaust system, and may be more, to mislead the public deliberately about the true origin of our collections and compositions in relation with designs to create our individual style, as it has been observed by us in relation with other automobile manufacturers.

We also continued the work on the even more progressively designed model 9ii following the original concept of the design study now that we have all components, inclusive our newest Stroetmann Wheel and our superior Carbon based Quantum dot based Light-Emitting Diode (CQLED) windscreen and side windows, and gull wing doors.