Flexxbotics Software makes your
factory automation solutions work
PLCs
Struggling to reduce integration
complexity and work arounds?
Machines
Trying to detect machine issues and
increase tool life or automate offsets?
Robots
Looking to install robots, manage
multiple cells, and optimize uptime?
MES / QMS
Stuck trying to connect machines to
MES & QMS or roll out cell integration?
SCADA
Working to capture more data from
machines or extend data monitoring?
What is Flexxbotics?
What you can do
- Build Your Automation Recipes
- Configure Software HMI Screens
- Set-up Status Monitoring & Capture Multi-Source Data
- Define Read+Write Operations for Variables / Macros
- Program Machine-to-Automation Connector Drivers
You Can Connect
- Automation & Robotics
- All Types of Machines
- Inspection & Test Equipment
- PLCs and other Controllers
- Other types of Factory Assets
It’s lowcode for most things…
although you’ll need to know 
What is Flexxbotics & How does it work?
What do you get?
- Platform Runtime Environment
- Production-Ready Applications
- Low-Code HMI
- Developers Studio + Full API
It’s fully customizable & extensible while still leveraging platform services, frameworks, and data
Just make sure you have Docker installed
Why is Flexxbotics right for you?
22X FASTER
Connector
Creation
HIGH
PERFORMANCE
Bi-Directional READ/WRITE
HIGHLY
Secure +
Reliable
Who might want Flexxbotics?
If you’re
- Responsible for automation enabling factory equipment
- Looking for a more modern and reliable way to run automation
- Wanting a better way to access data on your machines & equipment
- Tired of automation software restrictions and limitations
- Seeking granular multi-source production data streams for Physical AI and Industrial AI training data sets
- Trying to implement automation with data contextualization for compliance to ISO-13485, CGMP, AS9100, or others
Other Stuff to Know?
- Modern containerized full stack
- Light-weight so runs just about anywhere
- Highly reliable, scalable, and extensible
Transformers
Connector Drivers
What are Transformers?
Flexxbotics Transformers are powerful translation connector drivers which include secure, high performance data pipelines, protocols, class structures, method sets, and data models to enable bi-directional read/write between virtually any type of factory equipment for many-to-many interoperable compatibility.
These are freely available and you can create your own using Python
OPC UA
MQTT
MTConnect
TCP/IP
Modbus-TCP
Siemens S7comm
Allen Bradley EIP-Logix
Beckhoff ADS TwinCAT
Serial
Universal Robots
Haas Next Gen (NGC)
Haas Serial
FOCAS2
Heidenhain TNC
Yaskawa
Okuma
Hexagon
Keyence Profiler
Keyence Telecentric
TRUMPF Laser Marker
FOBA
SICK
WAGO
Sturtevant Richmont
Check out our GitHub project for these existing open-source connector drivers
What can you develop?
You can develop connector drivers – what we call Transformers – with interoperable compatibility for a wide range of industrial protocols that enable data exchange via open standards and proprietary interfaces including:
- Open: OPC UA, MTConnect, SECS/GEM, TCP/IP, Modbus TCP, DeviceNet, and others
- Proprietary: PROFINET/PROFIBUS, EtherNet/IP, MELSEC, FOCAS2/FOCAS3, and more
IOW, every time you create and add a new Transformer, it’s compatible with all others loaded
You can use the Flexxbotics Studio to create new connector drivers or use your Python IDE of choice
Check out our GitHub project for existing open-source connector drivers
Functionality Summary
Cell Automation
- Loading and Unloading Parts / Units
- Configurable Rules and Conditionals
- Operational Automation Sequencing
Machine-to-Automation Interfacing
- Start/End Cycle, Digital I/O, and Safety
- Multi-Machine Controller Protocol Interoperability
- Variable/Register/Macro Updates and Parameter Writing
Automation & Equipment Program Control
- Program Selection & Transfer to Robots, Machines, and Equipment
- Network Drive, Cloud Drive, or DNC Configurations
- Program Version Control & Backup
Automation Production Data
- Part Count, Cycle Times, Defects, Status Changes, Work Stops, and other configurable attributes
- Multi-source Data Streams for Physical AI & Industrial AI Training Data Sets
- Contextualized History of Time Series Event Data and Values
Autonomous Process Control
- Closed-loop Feedback Drives Production Processing Corrections
- Real-time Sensor Readings Direct Parameter/Offset Adjustments
- Configurable Algorithms, Targets & Control Limits, and Actions
Real-Time Robot Awareness
- Robots Know Operational State of Machines & Equipment Connected
- Production Progress, Pass/Fails, Downtime, and other events
- Comprehensive Automation Event Logging
Alarms & Escalations
- Stack Light Signals and Operator HMI Alarms
- Event Data Context proceeding Failure, Stop Work, or Downtime
- Ability to Program Text/Email Alerts & Escalations
Automated Changeover
- Run Multiple Parts / Units with Auto-changeover
- Full Traceability, Control, and Segregation
- Automatic Program Loading & Parameter Setting
HMI Screens & Workflows
- Powerful Engineering Automation
- Flexible Part Set-up Interface for Adding Parts & Part Families
- Configurable Single Button Operator Screens and Step-by-Step Workflows
Reports, Dashboards, and Analytics
- Throughput, Utilization, Yield, Unattended Time, and others
- Dashboards, Pareto Analysis, Trend Analytics, and Scheduled Reports
- Access for 3rd Party BI Tools, Data Lakes, and AI/ML Models
Safety
- Safety Event Alarms and Diagnostics
- Machine/robot status checks verify safe, valid states before and during operation
- Compatible with Safety PLC’s, Emergency Stops, Laser Scanners, Light Curtains, and more
Compliance & Traceability
- Supports ISO-13485, CGMP, AS9100, and other Regulatory Compliance Standards
- Part-by-Part Production Data Capture for Digital Thread Traceability
- Change Control Revision History and Audit Trail Compliance
Infrastructure & Security
- Offline and Online Operation
- Parallelized Data Pipelines and High Performance Persistent Storage
- Encrypted Data in Transit and at Rest
Business System Connectivity
- API and batch for connecting Automation to existing Factory IT Systems
- Open connectivity for either On-Premise or Cloud applications
- ERP, MES, QMS, LIMS, SCADA, IIoT, and others
Administration & Low-code Configuration
- Unlimited User Defined Properties / Data Element Definition and Extensibility
- UX Screen Layout, Button Configuration, and other functions
- Business Rules, Triggers, and Conditional Logic Modeling
Developer Capabilities
- Develop and Upload Connector Drivers for Controller Interoperability
- Python scripting for Automation Sequencing, Workflows, and Data Manipulation
- Swagger API for Test and Debug
- Bring-Your-Own-Model (BYOM) LLM AI Development
Flexxbotics
GitHub Repository
Open-source Transformers compatible with
FlexxCore, the runtime engine at the center of
the Flexxbotics software-defined automation platform
Flexxbotics
GitHub Repository
Open-source Transformers compatible with
FlexxCore, the runtime engine at the center of
the Flexxbotics software-defined automation platform


