Beeptec Engineering is a Startup (2019) engaged in research and development in the field of software tools.
We are the author and developer of the No-Code software and hardware platform Beeptoolkit - a desktop development environment and a freely programmable controller based on PC-compatible architectures with x86, x86-64 processor versions for Robotics, Automatics and Smart systems.
Beeptec Engineering is headquartered in Petah Tikva, Israel.
Every time, programmers in the process of their work, again and again, press the keyboard buttons, entering multi-page code in text format.
Often these are the same repetitive sets of procedures with instructions and input rules that require programmers to have knowledge of the language, programming environment, experience in error testing and features of hardware communications to devices.
Development of Robotics,
& Smart devices.
The paradigm of our platform does not cancel the language code, you just include it in a ready-made execution from the Beeptoolkit logical core repository.
It is enough for you to have a scenario of the developed system behavior at the level of binary logic commands.
With our multi-tasking development environment for robotics, automatics and smart systems, programming is no longer a routine process of writing text encoding in machine languages.
Beeptec Engineering democratizes the R&D process and expands the developer community, and provides easy and fast entry into the development field for specialists without language skills and programming experience.
Welcome to the world of next generation Beeptoolkit developers.
From the idea to the finished hardware and software solution, there was only one step left.
This is how the panel of the logical configurator BEEPTOOLKIT looks like with I/O communications:
The logical panel of the configurator allows:
To carry out a full parametric and logical adjustment of the port operation in accordance with the algorithm of the entire automation or its individual scenarios;
To carry out full or partial simulation without connection or with connection to external hardware peripherals;
Saving all settings in an external binary format;
Editing of previously saved configurations and settings of the PC interface; - multi-user or exclusive access to the developed instructions;
Copyright protection at the hardware and software levels;
Generation of telemetry reports in real time continuously or by event:
The entire scenario of the algorithm can be repeated many times in standby mode for a specified time or in the interval of 99:99:99 hours.
Similarly, you can configure repeating cycles for each I / O port.
It is possible to automatically start from the moment the PC is turned on or go into standby mode and then resume. Also, automatic shutdown of the PC after the specified time and the number of cyclic repetitions.
The port, according to its configurable parameters, can be output, input, or bidirectional.
The output can be configured for 1 of 16 loop and interrupt control channels.
For data acquisition, the port can be specified by the instruction as an input port and can receive data on 1 of 10 channels in the voltage range from 0.001 to 3.300 V or simultaneously on 10 channels.
The platform core, in accordance with these instructions, generates, sends, receives and processes input and output signals for acquisition and control. At the output, these are 2-bit signals of binary logic (reaction 30-70 ms, 0-5V, 270 mA), at the input, 12-bit signals of 115200 units.
Communication with drivers and sensors of peripheral equipment is carried out by two types of compact analog-to-digital USB decoders. Their total number in the panel configuration can reach 127.
After connecting to a PC, you need to enter their ID numbers and they are ready to interact with device drivers and distributed sensors.
The platform allows the development of a fully automatic system, mixed automation with manual control functions, as well as fully manual remote control (joystick, keyboard, etc.).
The developed automation or devices can work both under the interface of the logical configurator panel and with the user interface (HMI), which is performed by Beeptec Engineering programmers.
In case of development and implementation in accordance with the IEC 61131-3 standard, all created automatics and devices are subject to standardization at the expense of Partners or their customers.
The platform and the automation solutions developed on its basis, robotics and devices, in the event of requirements from the certification clients, can be certified. At the same time, Beeptec Engineering provides comprehensive assistance to the Partner in compliance with its own and the Partner's intellectual property rights.
Working with our platform BEEPTOOLKIT guarantees developers:
- Availability of an extensive market of manufacturers in ready-made and inexpensive hardware modular solutions;
- Ability to quickly, at an intuitive level of mastering development methods.
The developer does not need to know machine programming languages, he just fills the logical configurator panel with simple instructions;
- fast transition from development to production with an accelerated payback and resource savings.
The process of creation and transition to operation is 2 - 3 times cheaper, 10 times faster compared to the same tasks using DSP or PLC automation.
Summing up, we have set ourselves the goal of offering our potential customers and partners a fundamentally different next-generation technological platform for the development of automation and robotization.