and

Obviously, a smartwatch with a KineticCrown or/and a KineticBezel respectively a Smartbezel is an Ontoscope by design.

Roboticle Further steps
We developed a new variant of a module, because we have not seen it before somehow.

02.October.2016
Ontonics Further steps
Most potentially, we got the actually best solution for the storage of hydrogen, which would allow the storage of hydrogen at at least 17 wt% to more than 20 wt% (low pressure and around 15 °C) com- pared to around 5% for gaseous hydrogen under pressure (around 700 bar/10 k(p)si and 15 °C).
The next best alternatives provide

• high toxicity of the hydrogen storing material,
• high complexity of the synthesis process,
• high process temperatures,
• high energy consumptions,
• high costs for catalysator materials, or/and
• high danger of explosion when reacting with other materials.

But our approach has not these deficits or provides realistic solutions for some of them, and also provides more advantages.

Btw.: wt% or mass fraction w_i is the ratio of one substance with mass m_i to the mass of the total mixture m_tot.

Because we already have a virtually perfect basis and processes for our microdevices, we could develop a micro version of our hydrogen storage and connections of it with our microturbines, micro-fuel-cells, and microreactors in straightforward ways.

This led to the consideration to construct an electric power supply device or battery, which

Maybe we can achieve to run a mobile device for a month with one charge now.

We also have developed a new composite material, which is based on the first special material developed on the 30th of September 2016.

Based on a Hoverinium material developed last year (exact date of the Further steps will be delivered later) and the first special material of our Powerinium class developed on the 30th of September 2016 we developed the next composite material of our Hoverinium class, which might belong to the 0 Gravity 3.0 class as well.

Furthermore, we integrated this new Hoverinium composite material with two other technologies alone and together to 3 new composites.

Finally, we optimized the display technology mentioned in the Further steps of yesterday.

Style of Speed Further steps
Just for fun we took the new hydrogen storage technology developed by Ontonics and our OntoLab and estimated the driving range for a car with our new hydrogen storage that has the same size than a hydrogen tank for storing hydrogen with 700 bar/10k(p)si.
The result: 2,400 kilometers or 1,411 miles or around 6 to 7 times farther with a fuel cell efficiency of 60%.

Indeed, this sounds quite attractive, so that we have now 2 Silver Bullets with our Active Fuel Cell and Active Reactor technologies.

After we already adapted a component for the rear suspensions of our electric bicycles and electric trikes several months ago, we used a derived variant of said component and developed the front suspensions and our first suspension fork as well.

03.October.2016
Comment of the Day
Powerinium™
VR Harness™
VR Gear™
VR Pack™
VR Rucksack™
AR Harness™
AR Gear,™
AR Backpack™
AR Pack™
AR Rucksack™
MR Harness™
MR Gear,™
MR Backpack™
MR Pack™
MR Rucksack™

Website update
In the Ontonics Further steps of the 14th of September 2016 we have corrected the data about the specific energy, because they were based on a misleading information given by a third entity. It is in sync now with the data given in other Further steps.

iRaiment and Ontoscope Further steps
We are pleased to announce our

which are based on our

with

The

with

have already been discussed around 2 months ago.

See also the Original vs. Inspiration #1 of the 30th of June 2016 and the iRaiment Further steps of the 3rd of July 2016 for example.

04.October.2016
Clarification
It is known since quite some time but now the first reporters confess the fact: At least the Virtual Reality Head-Mounted Display (VRHMD) Rift of the subsidiary Facebook→Oculus fogs up when worn for a short period of time.
But we can already tell our readers and fans that this will happen with the other VRHMDs as well, inclusive the Vive of the company HTC, when a user is wearing one of them

as well as with Augmented Reality Head-Mounted Displays (ARHMDs) with a design that covers large areas of the user's face, like for example the Hololens of the company Microsoft.

Ontonics Further steps
We developed the third material of our Powerinium class, which is based on our first Powerinium composite developed some weeks ago.

We also added another production process to our workflow.

Ontoscope Further steps
We have improved a technology used for the construction of Head-Mounted Displays (HMDs) by adapting a similar technology. It could be very well that this technology will lead to the replacement of two of our HMD series. Be fascinated.

intelliTablet Further steps
We are finalizing the design of the first production model of a new device series. In this respect, we are although deciding if it will become an iFlex or a Flip-Flop tablet computer. We love it.

Investigations::Multimedia, AI and Knowledge management

That activity also proves once again Google's obsession with every- thing C.S. does in particular and the infringements of several rights and laws again in general.

Furthermore, we got the first evidence that the company indeed is bribing the media with the goal to mislead the public away from our original and unique works, which even shows a racistic mind set.

05.October.2016
Ontonics Further steps
We also optimized one feature of our Powerinium materials. If this step is advantages has to be analyzed by the experiments.

Ontoscope Further steps
We are pleased to announce that our Ontoscopes will get the new battery with Powerinium™ and the new microReactor™ developed by our OntoLab, The Lab of Visions (see the Ontonics Further steps of the 30th of September 2016 and 2nd of October 2016).

How long the runtime will be is not known exactly at this time.

intelliTablet Further steps
We are pleased to announce that our intelliTablets will get the new battery with Powerinium™ and the new microReactor™ developed by our OntoLab, The Lab of Visions (see the Ontonics Further steps of the 30th of September 2016 and 2nd of October 2016).

How long the runtime will be is not known exactly at this time.

Style of Speed Further steps
We worked on the rear suspension of our electric bicycle model Omega Ω (see the Further steps of the 18th of August 2016 and 25th of September 2016).

We also designed a new model in two variants, which are a small electric bicycle with rigid frame and its variant with a foldable frame that can be ridden in urban areas such as cities but also in wild areas with a more rough terrain. Potentially, we will give this model the designation Tiny Omega or Small Omega ω.

The image below shows a foldable electric bicycle of another entity as an example only. We already have overworked its design and technology completely with

• provide a better ergonomy and handling,
• have a middle motor configuration, and
• are suitable for recreational and also professional use

As far as we do know this foldabel variant is the first foldable electric bicycle, that uses an electric motor of a power assisted pedal cycle.

© Christian A.M. and Julie K.C.

06.October.2016
Ontonics Further steps
We also developed some more materials and composites of our Powerinium class.

In addition, we developed also a new business unit, which is based on a several years old vision and idea also created in our OntoLab in relationw with these new materials and composites. Extremely interesting not to say revolutionary.

Style of Speed Further steps
We are pleased to announce that our model REactor will get the new battery with Powerinium™ developed by our OntoLab, The Lab of Visions (see the Ontonics Further steps of the 30th of September 2016 and 2nd of October 2016) as extension of its new Active Reactor™ (see also the Further steps of the 22nd of August 2016).

How long the range will be is not known exactly at this time.

Ontoscope Further steps
We improved a Virtual Reality Environment (VRE) of VRontier™ in an elegant, clever, and highly performant way. In a surprising subse- quent step we could improve this new solution.

07.October.2016
Ontonics Further steps
When working with our Powerinium class of materials and compo- sites, we observed that other developers already applied some optimizations but have overlooked something important, which resulted in a low efficiency in relation with the specific energy and energy density.
Furthermore, we thought at first that the efficiency would be decreased by a specific step. But we overlooked that in fact we are exploiting material features and therefore the efficiency should be increased. A comparison with another solution suggests that the efficiency could be increased by 3 times.
Taking now the optimizing step of today and the optimizing steps of the 5th of October 2016 together, the efficiency should have increased by around 7 to 8 times and might reach 10 times.

In this relation, we also tried to calculate the specific energy and energy density, but on the one hand we can only estimate the rates actually and on the other hand we refuse to give these informations, because there are much too much nice entities around.

But this is not all, because we developed the next genertion of our Powerinium materials.

iRaiment and Ontoscope Further steps
We added a new and optional module for our AR Gear, VR Gear, and MR Gear to further increase the comfort (see for example the Further steps of the 3rd of October 2016).

Roboticle Further steps
We designed the next model of one of our robot series, for which we adapted a concept of a module developed by another entity.

Because this adapted module has a deficit when used in practice and we have not seen our solutions before somehow, we also developed this module further, which resulted in three new modules with one of them in two variants. It will be interesting to find out how advantageous they are in practice.

In addition, we adapted a technology for the construction of a robot head in two basic variants. We find this new part very interestig.

08.October.2016
Ontonics Further steps
We developed a new composite of our Powerinium class, but we are not sure if it makes sense in practice.

We also developed a new concept for composites of our Powerinium class.

iRaiment Further steps
We have added new functions and applications for some devices.

We also developed a totally new intelligent textile, which could be the next revolution in relation with a specific wear.

We also designed a new Flip-Flop smartwatch and wrist-worn Ontoscope with a new iFlex technology.

Style of Speed Further steps
We made two quick sketches of the Big Omega Ω and the Small Omega ω electric bicycles with the rigid frame and rear and front suspension (see the Further steps of the 5th of October 2016).

© :I, :I, :I, :I, and Style of Speed

The frame is around 12 cm/5 inch higher and has a longer rear cantilever and a longer fork than the electric bicycle shown in the Further steps of the 5th of October 2016, which means for our foldable variant that it is larger when folded. We think this will not make a very difference in practice, because the bicycle still fits into a common trunk of a car for example, but in contrast having a full-fledged bicycle is much more worth this little extravagance.

Furthermore, the owner can choose between the options to mount 20", 24", or 26" wheels in all kinds of configurations having disc brake. With a longer cantilever and a longer suspension fork or a common fork the options are also given to mount 28" wheels or/and all-terrain fat bike wheels.

The shock absorber of the rear suspension is mounted above the middle motor inside the one piece monocoque frame or the foldable two pieces monocoque frame. This implies that the housing of the electric motor is the monocoque and vice versa on the one hand and on the other hand can be manufactured by for example an automotive company easily as well. Clever? Yes, it is.

The shock absorber of the rear suspension is mounted above the middle motor inside the one piece monocoque frame or the foldable two pieces monocoque frame. This implies that the housing of the electric motor is the monocoque and vice versa on the one hand and on the other hand can be manufactured by for example a company of the automotive sector easily as well. Clever? Yes, it is.
A different way of construction is to make the electric motor and the rear suspension one module that can be screwed on the mono- coque in a hidden and seamless way or a visible and accentuated way depending on a specific design.

We also like this color mix that emerged by happenstance.
In the next future, we will finalize the design and show more features of these models.

For sure, the images will be beautified with the correct ratios of the components, specifically of the wheels.

Designs protected

09.October.2016
Ontonics Further steps
We developed a new concept for compounds of our Powerinium class, which has an interesting feature.

iRaiment Further steps
We also worked on our Smart Gear™ series and its AR Gear™, VR Gear™, and MR Gear™ models.

We also worked on our Smartsnakes™, specifically our iRaiment Serpent™ and Ontoscope Snake™ models.

Please keep in mind: Copyrighted, patented, patent pending, or/and patent queuing.
In this respect, we would like to give the information that the snake holder with own electric energy supply, such as a rechargable battery embedded in the flexible adjustable body, is also protected like our smartband, -strap, or -belt.

Style of Speed Further steps
Based on the design of a hovercar created by an external entity (see the Original vs. Inspiration of the 24th of June 2015) and the design of a minimalistic Unmanned Aerial Vehicle (UAV), that belongs to the sculptural art and design work series with the titles Quadrovector or Quadvector, Flying Rings, and Flying Loops created by C.S. (see the Ontonics, Roboticle, and Style of Speed Further steps of the 14th, 16th, and the Roboticle Further steps of the 19th, and 20th of September 2016), C.S. also designed three different models of a hoverbike, for which we developed the technology.

We also developed two more aerial vehicles, which are interesting.

We also continued the work on the bicycles of our Omega series, which included the

Furthermore, we optimized our powertrain for electric bicycles with middle and front motor configuration in two slightly different ways.

In addition, we developed a variant of the integrated electric motor unit used for middle and front motor configurations, which we think is advantageous or even missing.

10.October.2016
Ontonics Further steps
We extended the functionality of a new technology by adding two new modules.

Ontonics Flightsuit #4
Today, C.S. took a look at the:

And then we put all together to a backpack quadvector as some kind of wings with a bladeless powertrain. For sure, pilots still should wear a flightsuit, at least for the correct style.

Flight duration: < 2 hours
Flight range: < 200 kilometers
Please keep in mind that you can take the straight flight path.

Ontoscope Further steps
We adapted a module of a new flexible tablet computer series of the business unit intelliTablet for a new Ontoscope model as well.

intelliTablet Further steps
We adapted a new Ontoscope model of the business unit Ontoscope as a larger tablet computer as well.

iRaiment Further steps
In relation with the finalization of the design of the first production model of a new flexible tablet computer series of the business unit intelliTablet, we concluded that we can use a module in conjunction with another mobile device as well. We love it, too, and it might become a hit.

11.October.2016
Comment of the Day
"16K or die", [VRontier]

Clarification
In relation with our original and unique multimedia works of art the approach to circumvent our copyright, that we have discussed for example in the Investigations::Car #400 of today below, is a dead-end street no matter what service of an entity is taken by another entity, because the provider of the single service also has a problem with virtually the same copyright infringement already.

As we also said several times in the past, there is no legal loophole to take our OS as blueprint and circumvent our copyright and other rights in general, because copying only a small fraction of it already constitutes a copyright infringement in particular.
The cases also prove again the infringement of the law against unfair competition as well as the obsession of both companies with everything C.S. does in this field, which is also illegal.

In relation with these techniques, technologies, and systems, the industries are stealing our description and every other form of its expression, and also our fame and reputation by misleading the public about the true origin, for example by reporting, marketing, and realizing them under their brand.
For sure, outstanding original and unique ideas are protected, but we are talking about a large architecture or system of original and unique ideas in this case, which even increases its uniqueness, and there is no need to discuss this subject again after more than 150 years of protecting intellectual property by the copyright, definitely. The societies have decided already that such a behavior is not wanted and hence not allowed.
A metaphor: The descriptions can be seen like the lyrics of a song. If somebody plays it or reproduce it in any other form, then this entity has to pay a royalty.

The suggested compromise taken by the societies is already that C.S. has to license the textual descriptions seen as one form of expression and any other form of expression or reproduction of these multimedia works of art to any other entity for a reasonable fee, for example per computer, user, period of time, and duration of use.
And because this suggested compromise would be a legal requirement of the societies on the one side, their governments would have the duty to assure that C.S. gets the royalties from the industries on the other side. Said in other words, we should not need to run to the courts in every single case.

Ontonics Further steps
We thought about exploiting a physical condition to improve a material.

Ontoscope Further steps
We have developed our second display technology for Head-Mounted Displays (HMDs) of our brand VRontier, which also provides a resolu- tion of 16K. Now, we can beging with its prototyping phase, which is only needed for the callibration of the interface with a user, confir- mation of the design, and optimizing of details, such as the conformability on the one hand and the integration respectively the plugging together with our Smart Gears (see the Further steps of the 3rd of October 2016 for example) and Mixed Reality Environment (MRE) systems on the other hand.

OntoLix and OntoLinux Website update
We added to the section Natural Language Processing of the webpage Links to Software the link:

Please keep in mind, that the ontologic work of art titled Ontoscope and created by C.S. has some similarities to a software agent, as shown with e.g. the MMDAgent voice interaction system, but also slight differences in the point that our mobile device is like a robot head instead of a virtual avatar respectively an Ontoscope powered by our related ontologic work of art titled Ontologic System (OS) and also created by C.S. is a tangible or real avatar. Another difference is that an Ontoscope and a software agent of our OS have multimodal interfaces.

Needless to make clear, virtual avatars are also included in the range of user interfaces of our OS and are not restricted to the eyes and face only (see also the Further steps of the 10th of July 2016).

Banzai!!!

Style of Speed Further steps
We developed a new electric motor unit in four different variants for various applications in vehicles such as automobiles, motorcycles, and bicycles, which retains the advantages of similar constructions.

Investigations::Car #401

that are original and unique multimedia works of art created by C.S..

In this way, the company Ford has infringed several rights of C.S. and our corporation once again. See also for example the cases of the companies Volkswagen→Audi, Daimler→Mercedes-Benz, and Bayerische Motorenwerke→Here in the Investigations::Car #400 of the 27th of September 2016 and of the company Bayerische Motorenwerke below.

12.October.2016
Comment of the Day
Smart harness™
Smart rucksack™

Clarification #1
Potentially, we said it already many years ago, that especially the feature of reflectivity of the multimedia work of art titled Ontologic System (OS) and created by C.S. has also to be seen

• depict C.S.' own way of thinking by using an Artificial Intelligence (AI) and Machine Learning (ML) system,
• transfer C.S.' own mind to a machine eventually, and
• provide this technique and related technologies to other entities.

This strengthened the determination of the OS as a original and unique multimedia masterpiece a further time besides the many other thoughts, ideas, concepts, features, etc., etc., etc..

Bad luck for Google and Co., when taking for example the path of AI and ML as a strategy of copying.

Clarification #2
In relation with the Further steps of the 1st and 3rd of July 2016, that is about the first presentations of our Smart Harnesses, Smart Gears (e.g. Hero Gears), and Smart Packs, we have looked at the various ways that protect our intellectual properties once again. Specifically, we have investigated what is

For sure, we have seen Load Carrying Equipment (LCE) systems that comprise a means to mount or include a load such as a smartphone, tablet computer, laptop, or other kinds of personal computer, and also battery packs, wireless network hubs, and other electronic devices on the body of a user, specifically on the back, breast, and waist, such as:

But in this specific field we have not seen for example a

There also exist some smartscarfs, but these are not used in the sense of a load carring means in contrast to our Smartsnake models (e.g. iRaiment Serpent and Ontoscope Snake models) as well as smartband, -strap, or -belt models.
All of these solutions are copyrighted, patented, patent pending, or/and patent queueing.

For the copyright protection we have to present an original and unique expression. In the cases of our Smart Gears, Little Smart Packs, and Smart Scarfs the arguments are for example:

Last but not least, we have to give the reminder that all of our devices are powered by an implementation of our OS, such as for example OntoLix and OntoLinux, and many of them are based on the original and unique multimedia work of art titled Ontoscope also created by C.S. (see also iRaiment) and include e.g. MobileKinetic as well as other techniques and technologies of multimodal multimedia user interfaces ([added on 27th of October 2016 for completeness of a summary about the matter]).

Ontonics Further steps
We concluded that our lidar systems (see the Further steps of the Further steps of the 7th of January 2015, 28th of July 2015, and 5th and 6th of January 2016) also work in a simpler way, which provides considerable advantages.
We also developed a new basic model of it, which exploits the advantages of these improved lidar models and the superiority of another exclusive technology of us.
Maybe we call these lidar systems 3.0.

We also improved our technologies of the Sensor Frame™, the Sensor Case™, and also the KineticCrown™ and the KineticBezel™.

iRaiment Further steps
We have two new models of our C-Shock series, which belongs to our larger sport watch series, which again is related with our FitWatch series (see also the Further steps of the 11th, 13th, 14th and 16th of October 2015).


© Casio and iRaiment

Please take that Google thing out of your product range, because we had to put your company at the end of our queue for support.

In the course of another activity, we worked on a special technology for a longer period of time, but were not sure if its quality is high enough to satisfy our customers and us. In the last weeks, we continued the work on this technology for two reasons. Today, we looked at this techology once again and were convinced finally that it can be used for the construction of related mobile device models. Very Exciting.

Style of Speed Further steps
We developed a new electric motor unit in two basic models with one of it in two different variants for various applications in vehicles such as automobiles, motorcycles, and bicycles, which retains the advantages of similar constructions. This motor unit could become a standard component in relation with some of these vehicles.

13.October.2016
Ontonics Further steps
With some of our energy storage devices we saw a problem, which we solved in a practical way but somehow not in an always convincing way. Today, we concluded that we already have everything at hand to solve the last issues as well. The result are two models of a device (see the Further steps of the 13th of October 2016). It will be interesting to see how fast and how far we can push this technology.

Ontonics Flightsuit #5
We made some quick sketches of the backpack Quadrovectors or personal Quadvectors Dragonfly and Butterfly (see also the issue Ontonics Flightsuit #4 publicated on the 10th of October 2016).

© Panamarenko, Dyson, and C.S.

We will beautify the images at a later time.

iRaiment Further steps
Now, we have also one of these illuminated shoes and they are even cooler than Marty McFly's sneakers. Could become very well a hit for joggers and sneaker aficionados.

Style of Speed Further steps
We worked on the design of our bicycle series Omega without and with electric powertrain and with rigid or foldable frame (see the Further steps of the 5th and 8th of October 2016) focusing on

Investigations

The legal aspects in relation with the technology are not the problem, but in relation with the copyright pose a difficult situation, because the textual description of theRing Fan and Loop Fan counts as well as one specific way of expressing, because it clearly referenced the Dyson fan by the term air multiplier.

Particularly, we do not know why C.S. should be restricted in creating works of art by a designer who made an image following our textual description as far as we can see.

So why should we discuss any longer? Panamarenko works are art so are C.S.' ones. See the related issue Ontonics Flightsuit #5 publicated today.

14.October.2016
Ontonics Further steps
Because revolutionary visions and developments have become our common day-to-day business, we forgot to mention that we combined a material of our Powerinium class with our fusion reactor to increase its efficiency and consequently its output.

Roboticle Further steps
We developed the module discussed in the Further steps of the 7th of October 2016 further for another time, which resulted in one new module. Again, it will be interesting to find out how advantageous all these modules are in practice.

Style of Speed Further steps
We are thinking about updating the exterior design of our model REactor (see for example the Further steps of the 22nd of August 2016 and the 6th of October 2016).
For this update, we could take the other front section of our 9x9 and 91x series, which has not convinced us in relation with the design language of these two model series (see for example the Further steps of the 20th of September 2016), but would fit with the design of the REactor.

A related consideration is to use some of the electronic components from an RE copy built by the marque Volkswagen→Audi, but only if such a step would make sense with respect to the construction costs.

We also added our new Active Motor to the REactor and similar models for having: More Power - More Speed - More Fun.

We also designed a new part in two basic variants that can be used with various vehicles (see the Ontonics, Roboticle, and Style of Speed Further steps Further steps of the 30th of September 2016 and also the related Roboticle Further steps of the 7th, 11th, and 19th of September 2016).

15.October.2016
Ontonics, Roboticle, and Style of Speed Further steps
In relation with our Ring Fans and Loop Fans we read a comment about a design of an aerial vehicle with ring fans, which confirmed our estimation by repeating a statement of an engineer of the company Dyson: The coanda effect of the air multiplier technology does not generate enough pressure and therefore not enough lift.
Yes, but we had this insight already when we described the Ring Fan and Loop Fan on the 3rd of June 2012 and one result of our research and development was our Multivector class of aerial vehicles (see the Further steps of the 23rd of December 2013).

In fact, we are actual working on its 3rd and 4th generations as it can be seen to some extent with the

It is really intersting to see how this technology evolves.

16.October.2016
Ontonics Further steps
As it was very well known by experts already and should be understood by the public now, batteries with a high energy density impose a dangerous thread due to for example a high degree of toxicity or/and a low self-ignition temperature of the used chemical substances, but also due to other issues such as e.g. misuse, which we do not explain in detail for good reasons.

Accordingly, we developed three new composites of our Powerinium that should solve at least one of the related issues as much as possible.

Roboticle Further steps
We made a quick sketch of our first Lego quadrocopter that was inspired by the well known micro quadcopters, as shown in the Further steps of the 25th and 30th of March 2015, and the Airjitzu flyer of the Ninjago series seen on images of a toy fair in March 2015.
For sure, the spinners (streamlined conical fairings over the hub of the rotors) with the included minifigures would be removed and we also added different components as well.

© :(, Lego, and Roboticle

We also made a quick sketch of our second Lego quadcopter, which has the rotors of the first Lego quadrocopter replaced with ducted fans. This way of construction provides the advantages that the rotor has no rotating rim, which connects its single blades, but still a protection for the rotor blades by the duct.

© :(, Lego, and Roboticle

In both cases it should not be too difficult for our fans and readers to add a plate, a brick, or a housing with knobs to the main body or as the main body.
We also planned to design the rotors and the ducts like the rotors and ducts of Lego (see the propulsion unit of the submarine for example) to perfect the overall design, and also a modular brick set, so that arbitrary flying Lego models can be constructed.

Our third Lego Unmanned Aerial Vehicle (UAV) is also our first Lego quadvector (see the Further steps of the 21st of September 2016).

Style of Speed Further steps
We concluded that a smaller but less efficient variant of our electric energy system Active Reactor™ and our battery replacement kit based on it (see also the Further steps of the 24th of September 2016) can be installed in our models 9EE and REactor already now.

17.October.2016
Comment of the Day
Flexinium™

Originals vs. Inspiration
1. row: Reuben Jasper Spalding, Flying Machine (1.September.1888) US Patent 398984 (5.March.1889)
2. row: Karl Wilhelm Otto Lilienthal, Normalapparat or Normal Glider Gliding Experiment (circa 1895)
3. row: Karl Wilhelm Otto Lilienthal, Small Wing-Flapping Machine (16.August.1894) and George R. White, Ornithopter (1927)
4. row: Le Lawn-Tennis and Flying Firefighters
5. row: Stuntman James Crookall with wingsuit (1937)
6. row: Warner Bros.→DC Comics Super Heros, Batman Batglider and David Allan Moore, Fletcher Glider
7. row: Megane Rid, Angels of War (2008)

PD :( and Library of Congress
© :(, Otto Lilienthal Museum, :(, :(, :(, :(, DC Comics, David Allan Moore, and Megane Rid

See also the Ontonics Flightsuit #4 publicated on the 10th of October 2016 and the links referenced therein, and #5 publicated on the 13th of October 2016.

We prefer the lawn-tennis, firefighters, and angels of peace scenarios.

Ontonics Further steps
We developed a new material and composite class called Flexinium. Is it new or have we invented it already? Nevertheless, this fascinating stuff will become an ordinariness.

Furthermore, we developed an attachement to mechanically mount and electrically couple simultaneously an electronic device, such as our Wireless Supercomputer (WiSer) disc for example, wherein the mechanical attachement means is similar to the fastener of the company Fidlock (20:00), which combines mechanical and magnetical technologies/fasteners for realizing a self-locking coupling/fastener mechanism. We added the electrical coupling by direct contact or induction (20:10) as well as an electric drive unit (e.g. electromagnetic motor, piezoelectric motor, and ElectroActive Polymer (EPA), aka. artificial muscle) for the locking or/and opening of the [magnetical and] mechanical coupling/fastener (20:30), and an electropermanent magnet for [the locking or/and opening of] the magnetical coupling/fastener (21:03).

© Fidlock, :(, and Ontonics

Protected by utility model and patent queueing.

Ontoscope Further steps
We have created a new model of a device series.

Furthermore, we have created a new model of another device series.

intelliTablet Further steps
We have a new tablet computer model.

Furthermore, we have created a new model of another device series.

iRaiment Further steps
We added to our [Smart Harnesses,] Smart Gears, and Smart Packs at least on the back side (the gear or the backpack main body) or/and the front side (the strap or rim) the new Magnetical Mechanical Electrical (MME) coupling, fastener, or closure presented by Ontonics today (see the Ontonics Further steps of today above).

The electronic device and the bayonet mount of the older dock design shown in the image are similar to the main part and bayonet mount of our smartwatch and Ontowatch model Cyberbolt (see the iRaiment Further steps of the 14th of July 2016), but it could also be any other device, such as e.g. a data storage, a camera, a loud- speaker, a projector, a touchpad, an environmental sensor, and so on (20:05), and any device that we have connected to our smartband, -strap, or -belt, and smartscarf already (see for example the iRaiment Further steps of the 22nd and 23rd of September 2016).

We also created a new smartwatch and Ontowatch model series. We find this new model series very fascinating and it might become the next hit, because the models look attractive and even better we solved a problem that all similar models of other entities and us have.

In addition, we have created a new model of a device series.

Style of Speed Further steps
Somehow we forgot to mention that we have added a new technology to one or more of our Active Components.

18.October.2016
Comment of the Day
°♥°™
°♥°™

Originals vs. Inspiration
Padded Harness and Chest Rig

© :(

Ontonics Further steps
Since quite some time we have a little problem that is formulated by the following question: If the current measurement of the age of the universe is 13.799±0.021 billion (10^9) years how can it be that some isotopes have a half life of up to several quintillions (10^18) of years?
For sure, an answer can be that the universe will become so old. But ...

Besides thinking and philosophizing about the universe, we also developed an interesting application of a basic Flexinium material and a new composite.

Ontoscope Further steps
We have created another new model of a device series.

intelliTablet Further steps
We have created another new model of a device series.

iRaiment Further steps
In the Further steps of the 14th of July 2016, we have announced another model series of our Smart Harnesses and Smart Gears, which is more shaped like a satchel, as shown in the Originals vs. Inspiration #3 of the 3rd of August 2016 and today.

Furthermore, we would like to show a quick sketch of a Smart Harness or Smart Gear with our new Magnetical, Mechanical, and Electrical (MME) coupling or fastener (see the Ontonics Further steps of yesterday) with an attached Ontoscope Cyberbolt (see the Further steps of 14th of July 2016) and the Cyberbolt bayonet coupling or fastener without a device.

© Tactical Tailor, Bomberg, and iRaiment

Moreover, we would like to show some first sketches of our Smart Bandolier bag, platform, and base with our Magnetical, Mechanical, and Electrical (MME) coupling/fastener (see also the related Further steps of the 3rd of August 2016).

© KangaTek, TMC, Setgo, :I, and iRaiment

As it can be seen easily in the images above, we tried various placing of the MME coupling/fastener. In this relation it should be easy to understand as well, that other designs of our MME coupling/fastener are also possible, as claimed by us. See for example the solutions of the company Fidlock and the fasteners of the original bandoliers and platforms, bags, backpacks, etc. shown for example in the Original vs. Inspiration #1 of the 30th of June 2016, and #1 and #2 of the 3rd of August 2016.

Please keep in mind that on the one hand the shown items and designs are only examples and on the other hand we see our Smart Bandoliers either as our protected Smartbands-, -straps, or -belts, or/and as items protected in other ways, as it is also the case with specific components, modules, and mobile devices attached to them.

Needless to say, we also thought about the integration of our smartband, -strap, or -belt used for smartwatches and Ontowatches with our MME coupling/fastener in the same way, as we did before with our model Cyberbolt and its bayonet mount respectively coupling/fastening (see the iRaiment Further steps of the 14th of July 2016).

We also improved an automatic lacing or power lace system.

In addition, we designed two more basic models of our Auto-Lacing™ or power lace system.

Style of Speed Further steps
We optimized the smaller but less efficient variant of our electric energy system Active Reactor™ and our battery replacement kit based on it (see also the Further steps of the 24th of September 2016 and 16th of October 2016) by several steps:

Furthermore, we have added another new technology to one or more of our Active Components.

19.October.2016
Comment of the Day
Power lacer™

Ontonics Further steps
We improved an energy system by integrating two technologies. Indeed, we are wondering why we have not read something about such a solution.

We also developed a new Powerinium composite.

Furthermore, wee developed a component of a specific technology.

iRaiment Further steps
In relation with the Ontonics Further steps of the 17th of October 2016 we forgot to mention that the knob (1) of the Magnetical, Mechanical, and Electrical (MME) coupling or fastener shown in the drawing (see also the Further steps of yesterday) was also inspired by the design concept of a smartwatch with rotating bezel shown in the Original vs. Inspiration of the 7th of January 2016, and hence could be such a smartwatch or Ontowatch.

Indeed, the smartwatch with rotating bezel design concept shown in the Original vs. Inspiration of the 7th of January 2016 and today constitutes the first model of a new smartwatch and Ontowatch series simply called Minimal Puck, that we announced in the Further steps of the 7th of September 2016 (!?).
The second model is a variation of the model IM shown in the Further steps of the 3rd of March 2016 and the third and fourth models are shown in the Further steps of the 22nd and 23rd of May 2016.

We would also like to show more designs for models of this new series.

A clone of the design concept of a smartwatch with rotating bezel created by Jacob Rynkiewicz. We removed the flat tire.

© Jacob Rynkiewicz, :(, Hygge, Jacob Jensen Design Studio, Minus-8, and iRaiment
We will add a black display to the images.

Hopefully it is needless to say, that we added our smartband respectively accumulator band, specifically with Jacob Jensen's watch model Strata and its unique wristband, as it is the case with the other models (24:07).

New smartwatch and Ontoscope models similar to the model 2203 of the watchmaker Hygge and other models are coming soon as well.
In addition, we designed two more basic models of our Auto-Lacing™ or Power Lacer™ system.

20.October.2016
Comment of the Day
Active module™

Ontonics Further steps
We worked on a new general concept and a new special composite within our project Room-Temperature Superconductor.

We also worked on a composite of a Hoverinum and a Powerinium material to increase an effect.

Ontologic Web Further steps
On the basis of the original and unique ontologic model of our Ontologic System (OS), which is a multimedia work of art created by C.S., our Ontologic Web (OW) now includes a service for translating from one language into another language as well.

iRaiment Further steps
We thought about the production of the second generation of four model series of smartwatches and wrist-worn computers including Ontoscopes. These models are really nice.

As a by-product of the creation of the new smartwatch and Ontowatch model series mentioned in the Further steps #1 of today, we also created a new module. This is truly very fascinating and we already love it.

Style of Speed Further steps
We have developed an integrated device out of some of our Active Components and also designed its exterior.

As a by-product we created the new section Active Module, which is for such integrated devices based on Active Components.

Investigations::Car #401

We will continue with the investigations in this case, because there are preliminary signs that Tesla Motors is stealing parts of the original and unique multimedia work of art titled Ontologic System created by C.S..

21.October.2016
Ontologic Web Further steps
We continued with the development of the software stack of our Ontologic Web (OW), which has become an incredible masterpiece of software technology of its own.

24.October.2016
Comment of the Day
"The universe is made up of electrons, neutrons, protons, and morons.", [Unknown]

iRaiment Further steps
We have complemented our Minimal series.

© Aark Collective, Rosendahl, Jacob Jensen Design Studio, Hygge, and iRaiment

We will add a black display to the images.

We also would like to show the wristband of the model Strata of Jacob Jensen, which in fact is an old concept and design. Needless to say, that we embedded at least one rechargeable battery respectively accumulator into it.

© :(

In addition, we would like to show a first sketch of our new model Double Watch No.5 with a landscape design, before another company begins screaming and claiming that we copied its design, which in fact we do not need at all by the mass of ideas, designs, and technologies literally spoken at hand.

© 01 The One and iRaiment

Last but not least, we designed two new models of an eyewear in several variants.

25.October.2016
Picture of the Day
Use the force. But with care.

© :(

iRaiment Further steps
Some of our fans, readers, and business partners have seen it directly with the model Strata of the Jacob Jensen Design Studio the Further steps of the 19th of October 2016: We Pop It Up.

We also have rounded up the Minimal series with our new model Cyberbanker that is based on a classics, the model Bankers of Arne Jacobsen.

© Rosendahl and iRaiment

The wristband of the original watch is virtually the same as of the original model Strata of Jacob Jensen (see the Further steps of yesterday).
In fact, we had developed the technology of our smartband, -strap, or -belt also in this basic direction but in a way that it also works with wrist-worn computers, which have a larger size on the one hand and one or more sensors on the backside on the other hand, and with different attachements.

Needless to say that correspondingly the smartband-, -strap, or -belt of our Cyberbanker is the same as of our models Cyberstrata and Cyberpop in general, and in general all these models constitute another (sub)series.

Furthermore, we took a quick look in our stocks and added two different devices to our Smart Harnesses, Smart Gears, and Smart Packs making them even more attractive.

In addition, we also worked on not disclosed models having a feature that might be interesting.

Finally, we continued the work on some new designs.

Style of Speed Further steps
Since several months, we worked on the technologies and business processes for our Quickcharger™, Quickflasher™ and Superflasher™, as well as Splash and Dash™ Service Stations and developed several interesting concepts (see also the news of the 3rd of February 2016). For example, a larger variant of our Splash and Dash nozzle is now capable to refuel a fuel storage in 1 minute for a distance of up to 800 kilometers with common driving behaviour. The same should be possible with one of our newest electric energy storage devices at our Quickflasher or Superflasher Service Stations.

But today we were able to develop the overall system so far that we can begin with its installation phase now.

Be amazed by our other energy solutions as well.

In addition, we have begun with the research and development of vehicles, specifically manned and unmanned aerial vehicles, which are made of our Hoverinium materials and composites. One of the most interesting point is that we are sure to get a whole plane in hover mode for example.

Our mobility revolution continues.

Preliminary investigation of a start-up started
We found a company that claims to have developed a gaming platform based on a wearable computing device since the year 2014. This wearable computing device is basically an improved laser tag gaming device with various game modes and has as hardware a simple rigid case with shoulder and chest straps rudimentarily resembling a harness.
In addition, the company is copying on the software side essential elements of the original and unique works of art titled Ontologic System and Ontoscope, and created by C.S., as it can be seen by used terms like complex, ubiquitous, natural processing, gesture control, Machine Learning (ML), and Artificial Intelligence (AI). See also iRaiment) and MobileKinetic for example.

As not expected otherwise this relatively small company changed the design of its device directly in the weeks after we showed our Smart Harnesses, Smart Gears, and Smart Packs in the end of June and beginning of July (see the realted Originals vs. Inspiration and the iRaiment Further steps of the 1st and 3rd of July 2016 for example), which can be seen with its orientation following the shapes of our devices, specifically of the Little Black Backpack (LBB; also available in all other colors for sure), and turning from the Iron Man theme to the Tron theme. Extra funny and stupid are the facts that they already had very simple LED devices, but no displays, fixed on the shoulder straps and in the course of moving in the direction of our designs the responsible persons removed them before we showed our SuperBadges or smart badges in the iRaiment Further steps of the 18th of October 2016, and that they are present a medium field network as its great invention, which exists most potentially since 2 decades.

Also highly suspicious is the fact that its website has only a few messages beginning with August 2016, which for sure are about what we do. Said this, its device is not one of our devices at this time, but we are already highly sensitized by its latest activities, despite its device is a flop.

The same what we said in the last weeks in relation with some harnesses of 2 large IT companies and with a backpack of another suspicious start-up also holds for this company: It simply has not what we have and protected after international laws (see the Clarification #2 of the 12th of October 2016). In this respect, we also add that all these entities have no electronic strap, band, or belt, no bayonett, Magnetical Mechanical Electrical (MME), or any other type of integrated coupling, fastener, or closure, and no other technology that we provide.

The case is clear for us, but we have to wait until that company will provide more evidences, so that it becomes clear for a judge in the future as well.

Furthermore, this activity raises several general legal questions a further time. For example, we have observed over the last 10 years that at least one entity informs every other entity at least, even the smallest horseshoer in California, U.S.A., about what we are doing methodically.

26.October.2016
Ontonics Further steps
We developed a new electrode for rechargeable batteries, also known as accumulators, which provide an exceptionally high energy density. But we have to look into our stocks if something similar is already lying around.

We also developed another model of a technology mentioned in the Further steps of the 27th of December 2015.

Besides these activities, we got great news today by another research institute, that jumped on the bandwagon of one of our technologies, when it confirmed that said technology does work efficiently.

As a consequence, we are really short before to ditch something in a revolutionary step.

In addition, we are already looking on some concepts that should improve the efficiency and performance of this technology even further on totally unbelievable levels.

We also developed a new composite of our Hoverinium class, for which we could adapt a matured technology and its production process.

As a by-product, we found a realization of a technology we worked on since several years ago, which should provide an improvement of some of our electric energy storage devices.

Moreover, we also developed a second new composite of our Hoverinium class.

Style of Speed Further steps
Style of Speed (SoS) is planning in

CO2 and NOx neutral cars until 2020.

In addition, we are continuing with our transformation of the complete transport sector.

In relation with another field of technology, we used a first technology for the operation of a second technology of us, which we already use for operating the first technology. In this way, we have improved the efficiency of the second technology significantly.

As a by-product of a development in a different field of technology, we improved our Active Plasma Accelerator and Active Hypersonic Engine technologies significantly.

27.October.2016
Comment of the Day
Big Black Backpack™

Ontonics Further steps
In a first step, we developed a new solution. Then we remembered that our new solution is similar to a technology of an external entity that use it for a different application, and we adapted interesting details from this technology for our solution in a second step (see also the Further steps of the 17th and 18th of October 2016).

Ontoscopce Further steps
We improved the application of some devices.

iRaiment and Ontoscope Further steps
We are pleased to give the information that with our Smart Harness, Smart Gear, Smart Packs (e.g. the Little Black Backpack (LBB)), and Smart Bandolier a user is able to enjoy AR, VR, and MR (2K) a whole day long (> 10 hours), for sure untethered, thanks to at least one of our superior electric energy storage devices and other high-performance hardware, as well as our original and unique OS and software stack.

The runtime of our Smart Rucksack (e.g. the Big Black Backpack (BBB)) will be longer. ;D

We are in the process to realize a point of sale for ordering these wearables in some weeks.

This is only the beginning.

Style of Speed Further steps
In the last month we designed the Big SUV II or Big S II, and while already active we also designed its smaller variant (see the related Further steps of the 9th of December 2014).

Investigations::Multimedia

At this point we would like to make clear once again that such a patent strategy is illegal by the patent law, because an applicant is only allowed to file own inventions, and an illegal act of unfair competition in general, and that we have the right to let Samsung remove all patents that infringe our rights indeed.

28.October.2016
Ontologic Net Further steps
We added a technology to our infrastructure.

Roboticle Further steps
We designed two new models of our Quadvector series.

Style of Speed Further steps
We have begun to convert a matured helicopter to an electrically powered autonomous helicopter as the second of its kind aerial commuter. See also the news about our helipod in the Further steps of the 13th of January 2016.

Below is an image of the basic helicopter, which is a Boeing→McDonnell Douglas→MD Helicopters→Hughes Helicopters Hughes/MD 500→MD 520N G-SOS, which is a MD 500E with NO Tail Rotor (NOTAR) system.
In the meantime we have already exchanged the turbine with our electric propulsion system, which provides a power output far beyond the 650 shp (485 kW) of the model MD 530F if needed for e.g. rescue, law enforcement, and military operations.
We also made the first steps to test our other components and modules such as e.g. our proprietary deicing solutions (see the Further steps of the 25th of January 2016, and 1st and 7th of February 2016).
Further developments are related with other modules, which we have improved to exploit all advantages of our design and technologies.

PD Adrian Pingstone and Style of Speed

Luckily, we are the only company worldwide that has all technologies at hand with most of them already matured or tested, and owns important portions of them including for example the Quickcharger and Quickflasher batteries with very high density.

In relation with the autonomous taxi service of Ontonics we continued with the update of our model ETE in relation with our superior electric energy storage devices and the Quickcharger, Quickflasher and Superflasher, and Splash and Dash Service Stations (see for example the Further steps of the 25th of October 2016).

We also designed two further aerial vehicles, which provide some advantageous features.

29.October.2016
Ontonics Superstructure #1
We are pleased to announce the start of our 3D infrastructure for every kind of

• the common Internet,
• our Ontologic Net (ON), Ontologic Web (OW), and OntoVerse (OV),

and also

• shipping lane traffic control,
• road traffic control Autobahn 2.0, 3.0, and 4.0,
• air traffic control Autobahn in the Sky™, and
• weather control,

utilized for

• Car•E,
• Knight Intelligent Transport Totality (K.I.T.T.), and
• Knight Auto-cybernetic Roving Robotics (K.A.R.R.),

• our Autocopters,
• Blade Runner spinners, and
• Doc's DeLoreon (see the Pod and Swoop Racing League Further steps #18 of the 28th of February 2012),

and

• helicopters (see also the Style of Speed Further steps of yesterday),
• powered lift aircrafts (see also the Style of Speed Further steps of the 9th of October 2016), and
• speeder system platform.

For its realization, we developed a range of exclusive, original and unique techniques and technologies, including our

which are constructed with our

• 0 Gravity 2.0 and
• 0 Gravity 3.0,

• hover engine, aka. repulsorlift generator or repulsorlift engine,

• Wirless Supercomputer (WiSer) and
• Ontologic System (OS),

It would be highly constructive if governmental institutions already begin with the development and implementation of related regulatory measures of every kind.

Original and unique.

Ontonics Further steps
We developed a new variant of our Carbon Quantum dot Light Emitting Diode (CQLED) device.

30.October.2016
Ontonics Further steps
We imagined a concept that applies a fundamental property on a physical effect or force. If successful, then it will be something for the Nobel thing, so let us call our activity in this field highly explorative. Nevertheless, the idea taken alone is very clever, and more important, even extremely fascinating.

iRaiment Further steps
We created another model of our Smart Harness, Smart Gear, and Smart Pack series.

Roboticle Further steps
We also designed a new model of our Quadvector series in such a way that a feature could be optimized.

In addition, we designed a new version of one of our helicopter models.

Style of Speed Further steps
We added an older module to our second of its kind aerial commuter, which is based on a helicopter with NOTAR system (see the Further steps of the 28th of October 2016), which is a several years old design of us that has been revived today. But this is only a variant for testing the differences and we do not believe that it will change our already made decision in relation with the option used for production.

We also added another older module to our helicopter with NOTAR system, though this is a new design of us. Actually, this is also only a variant for testing the differences to see if it can improve our already made decision in relation with the option used for production.

The advantages of our electric autonomous helicopter are that it is

• adaption of the NOTAR system, which replaces the tail rotor, which again produces much noise,
• new rotor, and
• other technologies,

• control system comprising for example redundant components,
• autorotation system, and
• other technologies,

even in this very initial variant.

We also designed two new models of an aerial vehicle in two different variants each. Again it will be interesting to see, which variant is the most advantages.

31.October.2016
Ontonics Superstructure #2
We continued with the developement of our superinfrastructure for planet wide communication and control. One result is the definition of special High-Altitude Platform Stations (HAPSs), which we also call lightstations in accordance with lighthouses and leading lights or range lights.
The lightstations are positioned at the border and other exposed positions to span a net and to manage special superordinated tasks comparable with the name servers of the internet and the Ontologic Net (ON).

And yes, we also have cloudstations similar to cloud computing servers, but they are used for having a rest, sightseeing, and B.A.S.E jumping, lodging, even leaving, storing and sharing items, etc. for example.

In addition, we would like to give the information that our space towers and space elevators are integrated in the overall infrastructure, for sure.

Ontonics Space Elevator #9
We also continued with the development of our space towers and space elevators, which are ready for construction now.

For our readers, who do not know what the Space Elevator is, we have listed all issues publicated so far:

In this relation see also the information given about our Tesla Superpower Station given in the

Where we are going, we do not need what? Exactly, neither roads nor annoying companies.

Roboticle Further steps
Together with the business unit Style of Speed we developed new modules for our helicopter drones.
In the next step we want to construct a first prototype.

Style of Speed Further steps
We looked around once again to see how other entities construct powered lift aircrafts, specifically rotorcrafts with one or more rotors like e.g. helicopters, and to find new solutions.
And indeed, together with the business unit Roboticle we could develop a new module in a first step, which we think is already path breaking.
But the whole invention process already got so much momentum that we redeveloped another module in a second step, which might be revolutionary.
But at this point we did not stop. In fact, while formulating the contents of this message our focus has been led to a related component. Here again, we found a solution in a third step, which taken alone might be revolutionary as well.
But even better, so to say, all three solutions can be used in one aircraft. Said this, we have changed everything in this field and write aviation history for another time.