ISO 10218: Software and Configuration Management for Robot Cells
- Date
- 2026-10-24
- Location
- Online
- Host
- ISO 10218 (Functional Safety)
About this event
If you work with industrial robots, software decisions are no longer a side topic; they are part of the safety conversation. ISO 10218: Software and Configuration Management for Robot Cells is a focused virtual event for people who need to understand how software changes, version control, deployment practices, and system configuration connect to robot cell safety, reliability, and compliance. About the Event This session is built around a practical question: how do you manage software and configuration in robot cells in a way that supports the intent of ISO 10218? As robot cells become more connected, more modular, and more software-driven, the old habit of treating controls code, PLC logic, robot programs, HMI settings, and device configurations as separate concerns becomes harder to defend. The event will look at software and configuration management not as abstract process overhead, but as a real engineering discipline that affects commissioning, troubleshooting, change control, traceability, and day-to-day operations. Whether you are building cells, integrating systems, supporting production, or reviewing safety-related workflows, this topic sits close to the work you already do. Because this is an online / virtual event, the format is designed to make a technical subject accessible and efficient. You can join from wherever you work, follow the discussion in real time, and come away with a clearer understanding of what good practice looks like when software is part of a robot cell's lifecycle. What to Expect Expect a structured discussion of the software and configuration issues that matter most in robotic systems. The event is centered on the intersection of robotics, controls, and disciplined engineering practice, with attention to how teams handle updates, maintain consistency across environments, and reduce risk when systems evolve. Topics are likely to include areas such as: What counts as configuration in a robot cell, from robot programs to controller settings, PLC logic, network parameters, safety settings, and HMI/application layers Why change management matters when even small edits can affect motion, sequencing, interlocks, or recovery behavior Versioning and traceability, including how teams keep track of what is running, what changed, who changed it, and why Deployment and validation practices that help reduce surprises during commissioning or after modifications Coordination across disciplines, especially where mechanical, electrical, controls, robotics, and safety responsibilities overlap Common failure points that appear when software assets are unmanaged, duplicated, undocumented, or manually patched over time You should also expect the conversation to stay grounded in robot cell realities rather than drifting into generic software theory. This is about systems that move, interact with equipment, and operate in production contexts where mistakes are expensive and sometimes hazardous. The pace should suit technical attendees who want substance without unnecessary ceremony. If you have ever asked questions like "Which version is actually on the cell?", "Was this change reviewed?", or "How do we know this backup matches production?", you will recognize the kinds of problems this event is meant to address. Why Attend This event matters because robot cells are increasingly software-defined, but many organizations still manage software changes with inconsistent habits, scattered files, and informal handoffs. That gap creates real operational risk. A better approach to configuration management can improve not only compliance posture, but also uptime, maintainability, and team coordination. By attending, you can sharpen your understanding of how software governance supports safer and more predictable robot cell behavior. You will be better equipped to think through issues like baseline control, rollback readiness, documentation discipline, and how to make configuration status visible to the people who need it. You may find value here if you are trying to: bring more discipline to robot and controls software workflows align engineering practice with safety expectations reduce confusion during commissioning, service, and troubleshooting improve handoff between integrators, internal teams, and operations create cleaner records of changes across the life of a cell Just as importantly, this event can help you frame better internal conversations. Many teams know they need stronger software and configuration practices, but struggle to connect that need to standards, process ownership, and daily engineering work. This session gives you language and structure for that discussion. Practical Details Location: Online / virtual event Date: Saturday, October 24 Time: 10:30 AM PDT Because the event is virtual, attendance is straightforward: log in from your desk, home office, lab, or shop support space and join the session remotely. There is no travel overhead, which makes it easier to participate even if you are balancing project work, maintenance responsibilities, or support coverage. This event is especially well suited to attendees who want a concentrated, technically relevant session on a subject that often gets overlooked until something goes wrong. If your work touches robot cells in any serious way, software and configuration management deserve attention before the next update, retrofit, or troubleshooting scramble forces the issue. Come prepared to think carefully about how your team manages change today, where the weak points are, and what more robust practices could look like in a robotics environment shaped by ISO 10218.
Who should attend
This is for people who work close to real robot cell design, deployment, support, or governance and want a more disciplined way to think about software and configuration. - You build or integrate **robot cells** and need clearer practices for managing robot programs, controller settings, PLC logic, and related system configurations. - You work in **controls, automation, or robotics engineering** and want to connect day-to-day software decisions with safety expectations and structured change control. - You support **commissioning, maintenance, or troubleshooting** and regularly deal with version confusion, undocumented edits, backups of uncertain quality, or inconsistent field changes. - You are responsible for **technical leadership, engineering management, or process improvement** and want a stronger framework for traceability, validation, and team accountability. - You work in or alongside **safety, compliance, or quality** and need a better understanding of how software/configuration management affects robot cell risk and operational reliability. - You are part of a **cross-functional team** where mechanical, electrical, controls, and operations groups all touch the same cell, and you want fewer handoff problems and fewer surprises after changes are made.