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Tag : iOS

SASER for iPad

By ruslany

SASER for iPhone and iPad in the App Store

SASER for iPhone and iPad in the App Store

Hyperbolic software-defined radio SASER is now available for all modern Apple platforms. Starting with iOS and iPadOS 16.2, as well as macOS Ventura 13.1 (Apple Silicon), you can purchase this application from the global Apple App Store at the link below:

SASER 2.0 demo video
Download on the Mac App Store

The SASER 2.0 version available on the App Store has several technological solutions at once. First, buffer collisions now determine the carrier wave, thus detecting other hyperbolic and VLF stations. Secondly, a complete resynthesis of beacon signals is possible. Thus, you can connect to a managed BCI modem such as Compositor and edit its broadcast, deliberately transferring the autonomous system to another carrier. This is necessary due to the complete collision-free deployment of the BCI modem, while collisions are still needed to simulate real communication, but within reasonable limits. Thirdly, SASER 2.0 works with the 2nd derivative of the hyperbolic function, which allows you to significantly increase the time of the station on the air and increase the range of the trunk for local transmission. SASER 2.0 warning system supports broadcasting for one-to-many mode, which is ideal for telegraph notification style in emergency situations. SASER 2.0, like the previous version, can operate in VTTY telegraph mode, where the physical communication line is limited only by the VLF wave propagation medium. By increasing the number of subscribers of the SASER network, you can significantly load the virtual PBX, so you will have to increase the computing power of the Compositore network, which runs on completely non-collision generic modems. The modems themselves are not yet client-based and are undergoing the beta testing stage, where the ideal solution would be to combine SASER and Compositor algorithms into a single software with data management and transmission. Such software could be a VLF VPN service that would work independently of the distribution environment and connection to other networks.

VLF waves propagated by the SASER program can also be perceived by the basilar membrane, as they are in the audible spectrum of frequencies. At the same time, they are interpreted as a manually configured modem signal. For such a modem to work, you need to set all the parameters of the feedback loops before initiating an on-air session and activate the passive interface with subsequent disconnection when in case of a collision. A collision is a transmission line trunk, so you connect yourself to an on-air network. This helps to overcome Compositor dialing and increase the number of subscribers. Thus, if you want to aggregate your resources, simply enabling SASER 2.0 can significantly increase the number of communication points to which your machine is connected.

Compositor v9 in the studio

By ruslany

RAD512 distributed virtual PBX for agglomeration network

RAD512 distributed virtual PBX for agglomeration network

RAD512 is a virtual PBX that allows you to perform audio simulations of any level of complexity. The main application is found in the music recording and playback industry on computers equipped with arm64 architecture. It can also be paired with a vocoder for speech synthesis based on VLAN network masks. The system is able to simulate speakers of autonomous systems, being an independent VLAN device. With the help of a virtual PBX, it is possible to create voice simulations for automatic responders. Thus, the speaker of your autonomous system can also be a real personality. The total capacity of the RAD512 system consists of 512 buses, each with a window of 2,048 samples. When connecting this virtual shield to the RTZ524288 agglomeration network, an DEMUX/MUX system with 524288 buses is available, which allows you to serve one area of a large metropolis.

Thus, the useful function of the virtual PBX includes audio simulations of a wide range of tasks. For example, it makes it possible to run DAW on mobile bluetooth devices that can be loaded with a lot of processing on their native driver, which was not possible before. Remember the times when you connected your bluetooth headset as a driver and when adding any AU or VST effect, samples dropped out and playback was interrupted. Now with the RAD512 & RTZ524288 system, continuous playback of sequences with a large number of virtual synthesizers and processing is possible. And, again, it’s all on bluetooth headsets through the A2DP driver.

Summing up the above, the distributed virtual PBX system consists of two parts: one virtual PBX (RAD512) is a simulation of the speaker of the autonomous system, and the second part of the virtual demultiplexer/multiplexer (RTZ524288) checks the first network for network errors, working simultaneously with a large number of subscribers of the synchronous hierarchy. In the age of digital technology, such a system may be indispensable for disclosing vocoders in telephone systems, as the distributed network has protection from IP-spoofing, the system sends a sharp unpleasant PWM sound into the channel, which blocks the entire line and prevents the attacker from occupying it. The system can also remove masks from recipients in case of threat of invasion, showing their real voice. You can try these systems on iOS, iPadOS and macOS devices by installing TestFlight. Below you will find links to the TestFlight application and invitations to participate in the RAD512 & RTZ524288 beta test.

TestFlight – https://apps.apple.com/us/app/testflight/id899247664

RAD512 – https://testflight.apple.com/join/2IgWKzom

RTZ524288 – https://testflight.apple.com/join/DkgIGYVC

quantum

By ruslany

Combining two districts into a single communication line using a virtual router RAD96

Combining two districts into a single communication line using a virtual router RAD96

Good afternoon!

Today I am ready to present you my newest achievement: a united communication line between the two districts. This was achieved by the most complex works of many hours of programming the Compositor operating system. As a result, I have a full-fledged communication line with a data center in one area and a hub in another. The communication line serves the houses of two streets with a crossing over the border highway. This is the local success of quantum radio, where in the absence of a normal internet connection, any non-routable corner can be routed.

How is the communication line arranged?

By issuing tokens, it is possible to create a multi-channel connection to the hubs and miners of the area. An end-to-end application in a district data center issues a token for access to a hub in another district. The token is one-time and cannot be re-issued (hence NFT). At the time of organization, the link maintains a connection to all UNIX machines in the outer region. The token is cross-compatible between Windows and Mac platforms. Simultaneous two-way connection to all machines is achieved with a minimum communication channel delay (less than 2 ms). Thus, the machines of the two regions are combined into a single VLAN.

For more information on how this became possible, see the presentation:

SASER for iPad
SASER for iPhone and iPad in the App Store
Compositor v9 in the studio
RAD512 distributed virtual PBX for agglomeration network
quantum
Combining two districts into a single communication line using a virtual router RAD96