Clear your doubts

Robots built in Rocketbot can be run dynamically depending on the process need of the process.

  • Assisted tool mode: from an icon on the desktop.
  • Hybrid waiting (trigger) for an event: key combination, waiting for a file in a shared folder, email inbox, etc.
  • Unattended orchestrated by Rocketbot Orchestrator Center.
  • Unattended executed by cronJob or Windows Task Scheduler

Rocketbot has licenses that adapt to the needs of each company, both in terms of costs, in the number of robots that need to be executed, and in “where”.

Each license belongs to a team or “instance” and is identified by a TOKEN single. This allows you to have one unroller per machine.

The Developer license allows, free of charge, to test and debug a robot from the development environment. The production license allows the execution of BOTs and the second used license can be executed only sequentially, sequentially and parallel, with capacities of 2, 4, and up to 10 processes in parallel on the same equipment. The number of processes to be carried out will depend on the physical architecture and the process. We have SAP cases of six instances in parallel.

You will always find license variants and prices on our website

Rocketbot is compatible with any type of application. These can be desktop and web-based.

  • Office 365
  • Google Drive
  • Microsoft Excel
  • Microsoft Word
  • Microsoft Powerpoint
  • Google Sheets
  • Google Docs
  • PDF
  • Microsoft
  • IBM
  • Oracle
  • SAP
  • Salesforce
  • AWS
  • Azure
  • Outlook
  • Gmail
  • Microsoft Exchange

Rocketbot is designed to run on the three most important operating systems GNU/Linux (Ubuntu 18.04> Server Desktop or Docker), MS Windows (win7>, Server 2012>) and Mac OsX.

This allows a process to be run both on Desktop and servers, making Hybrid Processing possible. This versatility allows having the process in a Docker Linux server and the data taken from Windows services, to be shown in a Desktop Mac web, with a fully hybrid infrastructure

Whatever your company needs, Rocketbot’s versatility adapts to your infrastructure: On-Premise, Cloud or Hybrid.

Rocketbot can run on any Cloud with an active desktop. This means it must be able to raise a work desktop.

This allows us to work with the leading Cloud providers in the market.

  • AWS WorkSpaces or Windows 10 Servers.
  • Azure and virtual servers MS Windows /Linux Ubuntu.
  • If your server does not have an active desktop you can use our Docker image which contains a desktop and Rocketbot Play ready to work.

Rocketbot has a Docker image ready to work.

It has the following features:

  • Linux ubuntu 18.04.
  • Desktop activo xfce4.
  • Non-VNC for connecting via browser.
  • Remote desktop clients
  • Firefox/Chrome browsers.
  • Rocketbot 0.4.9 >.
  • User and password protection.
  • External work folder for robot backup.
  • Based on OpenSource image

Rocketbot has a wide variety of modules that allow you to connect to most databases on the market, both SQL and Non-SQL.

  • MySQL
  • SQL Server
  • Oracle SQL
  • MongoDB
  • SQLite

Working with modules allows us to add new database drivers simply and efficiently.

You can find all connection modules at in the DataBase section.

Rocketbot has a wide variety of modules for controlling office tools from the main World Class vendors.

  • Google Docs
  • Google Spreadsheets
  • Google Drive
  • Google Gmail
  • MS Outlook 365
  • MS Office Word
  • MS Office Excel
  • MS Office PowerPoint

At Rocketbot, we have data encryption modules. These can be stored in the MS Windows credentials system. There are also encryption modules, both for production code and separate data.

  • AES in CBC mode with a 128-bit key for encryption; using PKCS7 padding.
  • HMAC using SHA256 for authentication.

Robots created in Rocketbot are encrypted when they move into production, protecting the entire code and the variables used in them.

When moved into production, all robots are encrypted and cannot be modified. You will need a production license to “run” them.

Siempre es posible saber qué está haciendo el robot en tiempo real. Rocketbot cuenta con varios métodos que muestran cada evento:

  • Terminal screen event output.
  • Log file in “app.log”.
  • Module for dumping or loading variables to file.
  • Module to view a customized log in a floating screen in real time.
  • Event logs in R.O.C. (Rocketbot Orchestrator Center).
  • Along with modules for sending data via email, SMS, Voice over phone, WhatsApp and R.O.C., learning about the status of your robot is easy

Every time a robot is saved to Rocketbot, a copy of the code is created in an SQLite3 database. This creates a version thereof and it is stored on the DB being used (default robot.db). The robot can also be exported to a .JSON file, which can be used in any version repository such as GitHub or Bitbucke.

  • Saves a new version on the DB for each save.
  • Export project to another DB and do versioning.
  • Export robot to JSON and do versioning.

The Orchestrator has role-based access control (RBAC) which allows interaction with the orchestrator parts depending on the user role.

The Orchestrator sends the robots to the configured instances and receives all the system status information (RAM, CPU, Disk, etc.).

Upon logging in, connection to the instances is made with encrypted connections.

Control all your robot running instances from the R.O.C. Rocketbot Orchestrator Center

The R.O.C. It is based on:

  • In-transit data is JWT-protected.
  • 2-Step 2FA Login (Google).
  • Passwords are encrypted into a database (Mysql/SqlServer/Postgres) by Hash Argon2 and bcrypt.
  • OWASP Top10 Constant Check.

With the R.O.C., you can monitor the status and behavior of the robot and its instance at any time.

  • Type of Instance.
  • RAM, CPU and Disk space usage.
  • Connection status.
  • Running and stopping a Robot.
  • Get real time execution log.
  • Launching and obtaining real-time data from several instances simultaneously.
  • Obtain running times.

You can connect to data viewers such as: Tableau, PowerBi, Kibana or Qlik.

All records and transactions are saved to create analytical improvements for the business and make timely decisions.

In Rocketbot we have cognitive capacity modules from the most important vendors such as:

  • IBM Cloud
  • Google Tesseract
  • Google Vision
  • AWS Rekognition
  • AWS Textract
  • Azure
  • Abbyy
  • OCR Space

Modules can be downloaded from our Marketplace.

We connect to the best OCR engines on the market. Apply OCR to your document without writing any code.

Rocketbot has the ability to connect to terminal systems from any type of operating system.

  • Launch D.O.S. applications
  • Interact with SH terminals
  • Module connection to SSH terminals.
  • Connection to AS400 / Mainframe terminals by customers as Putty.
  • Connection via sFTP and FTP systems by terminal or GUI.
Minimum requirements
  • Memory: 4GB RAM
  • Storage: 10GB
  • Processor: Intel Core i3-4340 or AMD FX-6300
Recommended specifications
  • Memory: 4GB RAM
  • Storage: 10GB
  • Processor: Intel Core i5

Start your RPA Journey

If you have questions, require personalized advice or want to see a demonstration of our products, talk to an expert and find out how you can get started in digital transformation