AI Intelligence Layer:

Introducing AI-Secured Risk Intelligence

Our newest capability layer applies machine learning to your historical assessment data, global standards knowledge, and real incident databases to make your safety program smarter over time.

Explore AI Features →
AI Intelligence, robotic arm, neural network and security shield
🔮

Predictive Hazard Identification

AI pre-populates likely hazards based on task type, robot model, and industry, cutting assessment setup time by up to 50%.

📚

Standards-Aware Recommendations

Contextual safeguard suggestions cross-referenced with applicable clauses from application specific current standards.

🧠

Natural Language Risk Assistant

Ask questions like "What safeguards are needed for a cobot assembly station?" and get expert-calibrated guidance instantly.

📈

Risk Trend Analytics

Aggregate intelligence across your facilities to identify patterns, benchmark safety maturity, and prioritize remediation efforts.

Key Statistics

Key Statistics includes:

  • ✓Fortune 100 Proven Culture Transformation
  • ✓A3 Robotics Endorsed
  • ✓Post-Quantum Data Encryption
  • ✓Completely Secure AI Assistance
  • ✓Integrated Report Generation
  • ✓10+ Years in the Market
  • ✓Fortune 500 Adopted
  • ✓Global Standards Supported
  • ✓TUV Certified Safety Support
  • ✓Unlimited Assessments
  • ✓Safety Function Calculation Verification
  • ✓Validation List Builder
  • ✓Highly Effective Training Tool
  • ✓Risk Management Tool
  • ✓DOD Level Software Security
  • ✓Audit Trail Traceability
Standards-Based Platform:

Everything your safety team needs, in one place

From hazard identification and performance level determination to Functional Safety Calculations and validation, the complete risk assessment lifecycle.

Explore more ↓
Robot Safety Risk Assessment in use, dashboard and industrial environment
📋

Task-Based Risk Assessment

Identify every task performed around your robot or machine, associate hazards, assign severity and exposure, and select appropriate safeguards, all in a guided workflow aligned, compliant with ISO 12100, ANSI B11.0 and A3 Robotics TR R15.306.

🧮

Functional Safety Calculations

In-depth functional safety calculations with AI-assisted PL and Category determination. Build a custom component library from your specific safety devices and manufacturers.

✅

Real-Time Validation

Built-in validation checklist confirms your safeguards meet required performance levels. Track verification progress across every task with live status indicators.

📊

Reporting & Audit Trail

Generate professional risk assessment reports for OEMs, integrators, or compliance reviews. Full history trail tracks every change, ensuring accountability and audit-readiness.

🤝

Real-Time Collaboration

Share assessments with integrators, consultants, and team members across facilities. Control access with granular share/unshare permissions, keeping proprietary data protected.

🏭

Multi-Plant Management

Deploy a standardized risk assessment process across every facility in your enterprise. Templates, preloaded task and hazard libraries, and consistent methodology at every location.

Now with AI-Powered Risk Intelligence

Standards-Based
Risk Assessment
Software

The definitive platform for robot, machine, and automated system safety. Reduce risk to acceptable levels through structured, standards-compliant task-based assessments, now supercharged with AI.

30-day money-back guarantee. See How RSC Works →
10+ Years in Production
Fortune
500 Adopted Methodology
8 Standards Supported
∞ Unlimited Assessments
Risk Assessment, Cell 7 Robot
⚙️
Task: Teaching / Programming
Hazard: Unexpected Movement → PLd
HIGH
🔧
Task: Maintenance – Lubrication
Hazard: Pinch / Crush → PLc
MED
📦
Task: Load / Unload Parts
Hazard: Reach-over → PLb
LOW
🤝
Collaborative Mode – Human-Robot Collaboration Zone
Hazard: Contact Force → ISO/TS 15066
MED
✨ AI Suggestion: Safety-Rated Monitored Stop recommended for Task 1. View similar assessments.
Compliant with:
For RSC Platform - ISO 12100, ANSI B11.0, A3/RIA TR R15 306
How RSC Works:

A clear path from
hazard to safe

Five structured steps based on ISO 12100 iterative risk reduction methodology.

Structured safety methodology, workflow, risk matrix, and team collaboration
1

Add Line, Area, Zone.

Based on your entire plant layout, start adding lines, areas, or zones to structure your system risk assessment plan.

2

Add New System.

What puts them at risk, start adding tasks involved with the risk assessment.

3

Risk Evaluation.

First evaluate risks, it is worthwhile ranking them once identified.

4

Verification.

Evaluation or physical testing of components to confirm they meet the requirements of the safety functions.

5

Validation.

Validate built machine to confirm that safety functions perform as designed to meet the requirements of the risk assessment.

Who Uses RSC

Built for every role, every industry,
every system

From automotive OEMs to pharma cleanrooms, RSC adapts to your specific safety program, application type, and team structure.

🦾

Industrial Robots

Full lifecycle risk assessments for 6-axis robots, from installation through decommissioning. Compliant with ISO 10218 and ANSI/A3 R15.06.

🤝

Collaborative Robots

ISO/TS 15066 compliant assessments for all four human-robot collaboration modes: speed and separation monitoring, safety-rated monitored stop, power and force limiting, and hand-guiding, with force limit evaluation.

🚗

AMR & AGV Systems

Mobile robot risk assessments aligned with RIA TR R15.306. Covers travel paths, loading stations, fleet interactions, and shared zones.

🏭

Automotive Manufacturing

Standardized multi-plant assessments for high-volume robot cells, audit-ready for OSHA, ISO, and IATF 16949 compliance reviews.

🔧

Systems Integrators

Manage risk assessments across multiple client projects. Share with end-users, reuse templates, and deliver professional compliance documentation.

👷

EHS Managers

Standardize the risk assessment process across every facility. Track completion, generate audit reports instantly, and prove compliance to leadership.

Explore All Use Cases →
Get Started

Ready to modernize your safety program?

View Pricing & Plans Talk to an Expert Questions FAQ's
Modern industrial facility, robot safety and automation
What Our Clients Say:

Trusted by safety professionals

Hear from the engineers, integrators, and EHS managers using RSC every day.

Safety professionals and team collaboration in industrial environment
★★★★★

"Before RSC, our risk assessments were scattered across spreadsheets and binders. Now every plant runs the same process. Audit preparation that used to take days takes hours."

MK
Michael K.
EHS Manager, Automotive Tier 1
★★★★★

"The Functional Safety integration alone is worth it. We can verify PL requirements and generate documentation-ready reports without ever leaving the platform."

SR
Sarah R.
Safety Engineer, Systems Integrator
★★★★★

"The collaboration features are a game-changer for integrator projects. We share assessments with our clients in real-time and everyone stays aligned on requirements."

TJ
Tom J.
Lead Robotics Engineer, OEM
Our Story

Built by Safety Experts,
for Safety Experts

Safety Center was founded with one mission: make structured, standards-compliant risk assessment as easy and accessible as possible for every safety team, at every facility.

Our Story – expertise and standards at the heart of safety, workflow and ISO
Our Foundation:

Why We Built This

Robot Safety Center was founded by Sarang Panse, an industrial automation and robot safety expert who witnessed firsthand how safety professionals struggled with inconsistent spreadsheets, disconnected processes, and the overwhelming complexity of standards compliance. He set out to solve it, permanently.

The result is a cloud-native, subscription-based platform that structures the entire ANSI/A3 task-based risk assessment process into a consistent, repeatable workflow. After 10+ years and continuous improvement guided by ANSI/A3 committee members and client feedback.

Dan Junker, the Co-Founder of RSC, is a member of the following committees: A3 Robotics Standards Committees, including R15.06, R15.08, and occasional sub-committees. UL Robotics Technical Panels, including 1740, 3300, 3100, and 4600. R15 SAC and/or U.S. Technical Advisory Group (TAG) to ISO TC 299, and A3 International Government Advocacy Committee. With client feedback, RSC has become a cornerstone tool for Fortune 500 manufacturers, integrators, and OEMs worldwide.

We remain entirely focused on making risk assessment efficient, and with our new AI capabilities, we're entering a new era of intelligent, proactive safety management.

Evolution of safety: from manual chaos to digital workflow to AI-powered proactive safety
Founder
Sarang Panse
Sarang Panse
Founder & CEO, Robot Safety Center
Founder of Robot Safety Center and the architect of its standards-based risk assessment platform. With deep expertise in industrial automation, robot safety, and functional safety systems, Sarang built RSC to eliminate fragmented, inconsistent safety processes, delivering a cloud-based platform fully aligned with ANSI/A3, ISO, and ANSI B11.0 standards, now trusted by Fortune 500 manufacturers, integrators, and OEMs across North America.
Co-Founder
Dan Junker
Dan Junker
Safety Training Lead
Co-Founder, Robot Safety Center. Automation Safety Design Advisor for Fortune 500 manufacturers, integrators, and users. TÜV NORD CMSE®, Certified Machine Safety Expert. TÜV NORD CECE, Certified Expert in CE Marking. A3 Robotics Standards Committees, including R15.06, R15.08, and occasional sub-committees. UL Robotics Technical Panels, including 1740, 3300, 3100, and 4600, R15 SAC, and/or U.S. Technical Advisory Group (TAG) to ISO TC 299. A3 International Government Advocacy Committee. OSHA Trainer for Risk Assessment. Delivers application-specific risk assessment training to teams globally.
🛡️
Safety Engineering Team
Certified Machinery Safety Experts (CMSE)
Our core development and consulting team brings decades of hands-on experience across machinery and robot integration, PLC safety systems, AMR/AGV deployment, and collaborative robot applications.
💻
UI/UX Engineering
World-Class Software Development Group
Developed by one of the world's most experienced safety UI software teams, for example: P&G Projects, 828 Projects, Givaudan, RSC safety function section, etc. Continuous improvement is driven by OSHA / ISO / ANSI / A3 committee members and direct client feedback from the field. Our Elite TUV Certified Team: Lee Burk, Mark Miller, Brian Rowell, Rahul Yadav.
What We Stand For:

Our Core Commitments

🎯

Standards First

Every feature, every workflow, every output is grounded in ISO, ANSI/A3, and IEC standards. We don't take shortcuts, compliance is the foundation, not an afterthought.

🤝

Inclusion & Ownership

Anyone who can use a browser can use RSC. We designed the platform for participation, from front-line operators to corporate EHS leads, building shared ownership of safety.

🔄

Continuous Improvement

Safety standards evolve. So do we. Lessons learned from ANSI/A3 committee participation and real-world client deployments continuously improve every aspect of the platform.

📡

Always Connected

Cloud-native architecture means your safety data is always available, on your laptop, tablet, or phone, at the office or on the floor. No installs, no version conflicts.

🌐

Global Network

Connected with around a hundred plus safety consultants worldwide. When you need specialized expertise, we can match you with the right professional for your industry and application.

📈

Measurable ROI

We deliver measurable results, reduced assessment cycle time, improved compliance rates, lower incident risk. Clients report around 40% faster audit preparation. Safety investment that can be monitored and proven to leadership.

Want to learn more?

Speak directly with our safety experts and see the platform in action.

Contact Our Team Explore the Software
See the Robot Safety Risk Assessment platform in action with our team
The Platform

A Risk Assessment and Risk Reduction Operating System

From initial task documentation to final validation sign-off, every step of the ANSI/A3 risk assessment lifecycle lives in one structured, cloud-based platform.

Robot Safety Risk Assessment Dashboard, The Platform
Task-Based Assessment:

Every Task. Every Hazard. Every Safeguard.

RSC structures the ISO, ANSI, A3 task-based methodology into a guided workflow. Document every task (I.E. assembly, programming, setup, normal operation, maintenance, teaching, troubleshooting) and associate them with specific hazard types from our preloaded libraries primarily referencing standards and prior work.

  • Preloaded tasks, hazards, and safeguard libraries, customizable to your facility
  • Standards-based risk matrix with Severity (S), Frequency (F) / Probability of Occurrence, and Avoidance (P/A, possibility of avoiding) per ISO 13849-1 and A3/RIA
  • Select Performance Level targets (PLa-PLe) per the risk graph
  • Link Complementary Protective Measures to each task
  • Attach photos, drawings, videos, and manuals directly to tasks
Tasks Hazards Safeguards
TaskHazardSeverityPL Req.Status
TeachingUnexpected mvmtS2PLdDone
Load/UnloadReach-over crushS1PLcIn Progress
MaintenanceUnexpected energizationS2PLdOpen
Fault RecoveryPanel accessS2PLdOpen
CleaningPneumatic gripper pinchS1PLbDone
Functional Safety:

Functional Safety Calculations, Built In

In-depth functional safety calculation support directly within the platform. Determine Performance Levels and Category classifications for your safety functions without switching tools.

  • Automatic PL and Category determination per ISO 13849-1
  • Build custom component libraries from actual manufacturer safety device data
  • PFH calculations aligned with IEC 62061 for safety-related control systems
  • MTTFd, DCavg, and CCF scoring for each safety function
  • Export verification documentation for design validation packages
Risk Matrix, ISO 13849-1
Required PL Output
PLe S2 · F2 · P2
PLd S2 · F2 · P1
PLc S2 · F1 · P2
PLb S1 · F2 · P2
PLa S1 · F1 · P1
Current Function: Safety Stop
Achieved PL
PLd
Cat.3 · MTTFd: High · DC: Medium
PL Output Panel, ISO 13849-1 risk matrix and Performance Level determination
System Types:

Designed for every automated system

RSC handles the full spectrum of modern industrial automation, including but not limited to: machines, robots, collaborative applications, autonomous platforms and robots, material handling, and many processes.

System types, industrial robots, cobots, AMR, CNC
🦾

Industrial Robots

Click to see more
🦾

Industrial Robots

Full compliance with ISO 10218-1/2 and ANSI/A3 R15.06. Covers all tasks from installation through decommissioning for 6-axis and SCARA systems.

Click to flip back
🤝

Collaborative Applications

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🤝

Collaborative Applications

As robots and humans increasingly share the same workspace, the approach to safety assessment is evolving. Collaborative applications cover any scenario where a person and an automated system operate in close proximity — whether the robot stops, slows, or continues moving based on human presence.

The level of protection required depends on the specific interaction — the forces involved, how close the operator gets, how often, and whether contact is possible. RSC guides you through evaluating each of these factors systematically, selecting appropriate safeguards, and documenting your assessment in line with current standards.

This area of safety is developing rapidly. RSC is designed to adapt as guidance and best practices continue to evolve.

Click to flip back
🚗

AMR / AGV Systems

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🚗

AMR / AGV Systems

RIA TR R15.306 compliant. Evaluate mobile robot travel paths, interaction zones, loading stations, and fleet management safety architectures.

Click to flip back
⚙️

Machines & Equipment

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⚙️

Machines & Equipment

Full ANSI B11.0-2020 and ISO 12100 support for presses, CNC equipment, conveyors, palletizers, and any automated machine or processing equipment.

Click to flip back
🏭

Integrated Systems

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🏭

Integrated Systems

Assess complete production lines, cells, and systems where robots, machines, and material handling interact, with system-level safeguard planning.

Click to flip back
🧠

AI-Enabled Systems

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🧠

AI-Enabled Systems

Emerging framework for AI-integrated robots and autonomous systems. Assess additional hazards from perception failures, edge-case behaviors, and adaptive control.

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View All Use Cases →

See it in action with your own equipment

Our team will walk you through a live demo using your actual robot or machine type.

Schedule a Demo
See it in action, live demo with your equipment
✨ New Capability

AI Power
Risk
Intelligence

We're bringing artificial intelligence directly into the risk assessment workflow, making every step faster, smarter, and more consistent across your entire safety program.

AI Power, Risk, and Intelligence, secure automation
Why AI + Safety:

The case for intelligent safety software

Risk assessment quality depends heavily on the experience of the person performing it. AI closes the knowledge gap, ensuring every assessment benefits from the collective expertise of thousands of assessments, real-world incidents, and global standards knowledge.

Why AI + Safety, from manual burden to intelligent clarity
60%
Reduction in initial assessment setup time with AI pre-population
3×
More consistent hazard identification across different team members
Zero
Additional tools needed, AI is embedded in your existing workflow
Feature Deep Dive:

The AI capabilities, explained

🔮

Predictive Hazard Identification

When you create a new task, our AI analyzes the task description, robot type, work zone configuration, and industry context to pre-populate a ranked list of probable hazards, drawn from our global database of completed assessments and incident records.

  • Pre-populates hazard list with confidence scores
  • Highlights hazards commonly missed for that task type
  • Learns from your team's past assessment patterns
✨ AI HAZARD SUGGESTIONS, Task: Robot Teaching
Unexpected robot movement98% match
Teach pendant cable hazard87% match
Inadequate work space74% match
Ejected workpiece61% match
Ergonomic posture hazard48% match
🧠 RISK ASSISTANT
You: What safeguards are required for a cobot station where an operator inserts parts within the robot workspace?
AI Assistant: For this human-robot collaboration scenario, ISO/TS 15066 applies. The preferred modes are power and force limiting or speed and separation monitoring. For power and force limiting, verify contact forces against Table A.2 biomechanical limits. A risk assessment per ISO 10218-2 cl.5.4 is required. I recommend adding this as a collaborative task type, want me to pre-populate the hazards?
🧠

Natural Language Risk Assistant

Ask questions in plain English and receive expert-calibrated, standards-referenced answers. The assistant understands your facility's specific context, robot model, application type, installed safeguards, to give you directly applicable guidance.

  • Contextual answers that reference your specific assessment data
  • Standards citations from ISO, ANSI, and IEC libraries
  • One-click action to implement recommendations
📈

Risk Trend Analytics & Benchmarking

Aggregate AI intelligence across your entire safety program, across plants, departments, and time. Identify recurring hazard patterns, benchmark safety maturity against industry peers, and prioritize where to focus remediation effort.

  • Cross-facility risk pattern identification
  • Safety maturity scoring and trend tracking over time
  • Proactive alerts when similar hazard events occur in industry databases
  • Executive dashboard for EHS leadership reporting
RISK TREND DASHBOARD, Q1 2025
Open High-Risk Items12 / 47
Safeguards Verified78%
Assessment Completion Rate91%
✨ AI INSIGHT
Maintenance task hazards account for 67% of open high-risk items across your portfolio. Recommend prioritizing LOTO procedure review at Plant 3.
Emerging Framework:

Assessing AI-Enabled Robots & Systems

As AI is integrated into robots and automated systems themselves, new categories of hazards emerge. RSC is building the framework to assess them.

👁️

Perception System Failures

Assess risk from computer vision errors, LiDAR blind spots, and sensor degradation in AI-driven navigation and manipulation systems.

🔄

Adaptive Behavior Hazards

Document and evaluate risks from self-learning robot behaviors that may deviate from originally validated operating parameters.

⚡

Edge-Case & OOD Scenarios

Structure assessments for out-of-distribution scenarios where AI models may make unexpected decisions, and define safe failure modes.

🔒

Cybersecurity & Integrity

Assess risks from adversarial inputs, model poisoning, and unauthorized modification of AI safety functions in connected robot systems.

📋

AI Lifecycle Management

Track model versions, retrain events, and deployment changes as life-cycle phases requiring risk re-evaluation, aligned with ISO 10218 principles.

🌐

Emerging Standards Readiness

Stay ahead of evolving AI safety regulations, ISO/IEC TR 5469, EU AI Act implications for industrial systems, and NIST AI RMF alignment.

Be first to access AI Risk Intelligence

Join our beta program and help shape the future of AI-assisted safety assessment.

Request Beta Access
Be first to access AI Risk Intelligence
What We Offer

Services & Consulting

Beyond the software, RSC provides expert training, onsite consulting, and a global network of certified safety professionals to support every stage of your safety program.

Certified safety professional monitoring robot in industrial facility
Software Service

Task-Based Risk Assessment Software

Cloud-based, subscription platform for structured risk assessments aligned with ANSI/A3 and ISO standards. Includes preloaded task, hazard, and safeguard libraries; Functional Safety Calculations; real-time validation; and audit reporting. Deployable across all your facilities with a consistent methodology.

  • Unlimited risk assessments and validations
  • Functional Safety calculations
  • Multi-plant template management
  • Share/unshare collaboration controls
Training

Risk Assessment Training

Online or onsite training delivered by certified safety experts (TÜV Nord CMSE). Learn the full task-based risk assessment methodology, from hazard identification through Functional Safety verification. Training is available for up to 10 users per session and can be application-specific to your industry and equipment type.

  • Standards-based risk matrix interpretation
  • Risk reduction measure selection
  • Functional Safety library building and PL verification
  • Lockout/Tagout integration procedures
  • Life cycle risk assessment planning
Consulting

Onsite Risk Assessment Consulting

Don't have the internal bandwidth? Our certified safety professionals will perform your robot or machine risk assessment for you, on-site, following the same rigorous methodology enforced in our software. Deliverables include a complete assessment report and recommendations package.

  • TÜV Nord CMSE certified consultants
  • Compliant with ISO, RIA, and CE standards
  • System and machine-type specialists available
  • Linked to a global consultant network of 100+
Implementation

Enterprise Safety Program Setup

Rolling out a consistent risk assessment process across a multi-plant operation requires more than software, it requires change management, process design, and training coordination. We deliver structured implementation programs that get every facility aligned and equipped to execute.

  • Customized assessment templates per facility type
  • Plant-by-plant rollout planning
  • Safety team training and certification support
  • Bi-weekly check-in calls during rollout period
Collaboration Tools

Integrator & OEM Collaboration

Safety assessments don't happen in isolation. RSC enables machine builders, system integrators, and end-user facilities to collaborate in real-time on shared assessments, with access controls that protect proprietary information while enabling efficient joint review.

  • Share assessments with external collaborators
  • Granular permission controls
  • Comments, markups, and version history
  • Structured hand-off workflows for project completion
Software Consulting

Platform Customization

Every organization has unique equipment types, terminology, and workflow requirements. Our software consulting team helps you customize RSC to match your specific needs, preloading your equipment, configuring your terminology, and building out templates that reflect your actual safety program structure.

  • Custom task and hazard library configuration
  • Safety device data preloaded from your vendors
  • Branded report templates
  • API integration support for EHS management systems
Standards Expertise:

The standards we work with, every day

ISO 10218-1 / ISO 10218-2
ANSI/A3 R15.06-2012
RIA TR R15.306-2016
ANSI B11.0-2020
ANSI/ISO 12100:2010
ISO/TS 15066
ISO 13849-1 / IEC 62061
Z434-14
IEC 60204-1
OSHA 1910.212

Not sure which service fits your needs?

Talk to our team and we'll recommend the right starting point for your safety program.

Get in Touch
Talk to our team, we'll recommend the right starting point
Simple, Transparent Pricing

Choose your plan

Need custom enterprise solution?
Basic Plan
(2 Users/Client)
$1,828/year
Get Started
  • Up to 5 Risk Assessments
  • Add additional users for $499.99/year per user
  • AI Assistant - ChatBot (Add-On)
  • AI-Powered Task Identification
  • AI-Powered Hazard Identification
  • AI-Powered Safeguards and Administrative Controls and PPE
  • AI-Powered Functional Safety Calculations
  • AI-Powered Validation Checks
  • AI-Powered Questions & Answers for Safety Standards
  • Customizable Risk Assessment Parameters
  • Audit Reports & Complete Assessment History Trail
  • Standards Excerpts & Self-Help Video Library
  • "How RSC Works" Video Walkthrough
  • 30-Day Money-Back Guarantee
Unlimited Plan
(4 Users/Plant)
$4,828/year
Get Started
  • Unlimited Risk Assessments
  • Unlimited Users Included
  • AI Assistant - ChatBot
  • Bi-Weekly Expert Safety Consulting Sessions
  • Priority Customer Support
  • Early Access to New AI-Powered Safety Features
  • Advanced Reporting & Safety Analytics
  • Organization-Wide Collaboration & Knowledge Sharing
  • AI-Powered Task Identification
  • AI-Powered Hazard Identification
  • AI-Powered Safeguards and Administrative Controls and PPE
  • AI-Powered Functional Safety Calculations
  • AI-Powered Validation Checks
  • AI-Powered Questions & Answers for Safety Standards
  • Customizable Risk Assessment Parameters
  • Audit Reports & Complete Assessment History Trail
  • Standards Excerpts & Self-Help Video Library
  • "How RSC Works" Video Walkthrough
  • 30-Day Money-Back Guarantee
Fractional Consulting
 
Ask for pricing
Contact Us
  • Reduce Safety Assessment Costs
  • Accelerate Robot & Automation Deployments
  • Eliminate Consultant Dependency
  • Empower your internal safety team
  • Standardize and streamline risk assessments
  • Strengthen Compliance & Audit Readiness
  • Retain critical safety knowledge in-house
  • Reduce operational and workplace risk
  • Scale Safety Programs Across Multiple Facilities
  • Increase productivity with AI-assisted workflows
  • Leverage expert Fractional Safety Consulting when needed
  • Support advanced automation with a modern, secure safety platform
  • Improve consistency across all safety assessments
  • Achieve faster, more reliable safety outcomes
Safety Training Class
 
Ask for pricing
Contact Us
  • Expert-Led Safety Training
  • Task and hazard identification best practices
  • Standards-Based Risk Assessment (ISO 13849 / ANSI B11.0)
  • Risk evaluation and risk reduction strategies
  • Safeguard selection and implementation guidance
  • Comprehensive Verification & Validation
  • Advanced Lockout/Tagout (LOTO) integration
  • Functional Safety Calculations
  • Real-World Application Workshops
  • Robot Safety Center software training for all registered users
  • Customer setup, configuration, and onboarding support
  • Lifecycle risk assessment planning and management
  • Build Internal Safety Expertise

onetime setup, unlimited assessments, and bi-weekly expert support calls included. All plans come with a 30-day money-back guarantee.

Common Questions:

Pricing FAQs

What does "one plant" mean?

A plant refers to a single physical facility or manufacturing location. Multi-plant enterprise pricing is available for organizations managing safety programs across multiple sites.

What's included in "setup & training"?

onetime onboarding includes account configuration, library customization, and a software training session for your team to get you running confidently from day one.

Can I add more users later?

Yes. Additional users can be added at any time for $599.99/year (Unlimited plan) or $499.99/year (Basic plan) per user.

Is the 30-day guarantee a full refund?

Yes. If you're not satisfied within 30 days of subscribing, contact us for a full refund, no questions asked.

Use Cases

RSC for Every Industry,
Role & System

See how safety teams across manufacturing, logistics, pharmaceuticals, and automotive rely on Robot Safety Center to protect workers and maintain compliance, whatever their application.

Browse by Category

Find your use case

All Systems By Robot Type By Industry By Role AI Use Cases
Robot & System Types

By Robot Type

ISO 10218 · ANSI/A3 R15.06

Industrial Robot Risk Assessment

High-speed, high-force 6-axis robots require comprehensive task-based assessments covering every life-cycle phase, installation, programming, maintenance, fault recovery, and decommissioning. RSC provides preloaded task libraries, Performance Level determination, and Functional Safety calculations built in.

  • Full lifecycle phase coverage
  • Preloaded industrial robot task library
  • Functional Safety calculations
  • ISO 10218 compliant documentation
ISO 10218-1/2 ANSI/A3 R15.06 ISO 13849-1
See How RSC Works →
ISO/TS 15066 · ISO 10218-2

Collaborative Applications

Collaborative applications involve people and automated systems working in close proximity, often sharing the same workspace. RSC guides you through assessing these scenarios in line with current standards, with clear documentation of hazards, safeguards, and verification steps.

  • All 4 human-robot collaboration modes
  • Force & pressure limit evaluation
  • Human-robot collaboration zone task mapping
  • ISO/TS 15066 compliant workflow
ISO/TS 15066 ISO 10218-2 ANSI/A3 R15.06
See How RSC Works →
RIA TR R15.306-2016

AMR / AGV Mobile Robot Risk Assessment

Mobile robots navigate shared human spaces, requiring assessment of travel paths, loading and unloading stations, intersection zones, and fleet-wide interaction scenarios. RSC provides RIA TR R15.306 aligned templates for complete mobile system documentation.

  • Zone-based task mapping
  • Fleet interaction scenario documentation
  • Loading station hazard assessment
  • Mobile robot safeguard library
RIA TR R15.306 ISO 3691-4 ISO 13849-1
See How RSC Works →
ANSI B11.0 · ISO 12100

Machine & Equipment Risk Assessment

From CNC machining centers and presses to conveyors and palletizers, RSC handles full machine risk assessments under ANSI B11.0 and ISO 12100, with safeguard selection, Functional Safety calculations, and complete validation documentation.

  • ANSI B11.0 and ISO 12100 workflows
  • Machine-specific hazard libraries
  • Safeguard and Complementary Protective Measures selection
  • Validation checklist and sign-off
ANSI B11.0 ISO 12100 IEC 62061
See How RSC Works →
Industries

By Industry

🚗

Automotive Manufacturing

Multi-plant standardized assessments for high-volume robot cells, audit-ready for OSHA inspections, ISO certification, and IATF 16949 compliance. Covers welding robots, press automation, assembly cobots, and paint shop systems.

🏭

Food & Beverage Processing

Robotic palletizers, case packers, and filling lines in wet, wash-down environments. RSC covers cleaning and changeover tasks, hygienic guarding options, and high-frequency operator access scenarios.

🔬

Pharmaceutical & Medical Device

FDA validation-ready documentation, ISO 14971 risk management alignment, and cleanroom robot assessments structured for quality system integration and regulatory review.

📦

Warehousing & Logistics

Mixed fleets of AMRs, robotic picking arms, conveyor networks, and AS/RS systems operating alongside large workforces. RSC provides multi-system assessment capability and zone-based interaction mapping.

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Aerospace & Defense

Complex, low-volume high-mix aerospace manufacturing with large robot systems and rigorous AS9100 documentation requirements. RSC supports drilling, fastening, and MRO inspection robot assessments.

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General Manufacturing

Whether you run a single automated cell or a fully integrated production line, RSC scales to your operation, with preloaded libraries, templates, and standards support for any manufacturing application.

User Roles

By Role

Enterprise Safety

EHS Managers & Safety Directors

Standardize the risk assessment process across every plant. Track assessment completion status in real time, generate audit-ready reports instantly, and give leadership clear visibility into your safety program maturity.

  • Cross-plant standardization
  • Real-time completion tracking
  • Instant audit-ready reports
  • Executive safety dashboards
Project-Based

Systems Integrators

Manage risk assessments across multiple simultaneous client projects. Share assessments with end-user clients for review, reuse templates across similar system types, and deliver professional compliance documentation at project handoff.

  • Multi-project organization
  • Client share and collaboration
  • Reusable assessment templates
  • Professional client-facing reports
OEM Compliance

Machine Builders & OEMs

Deliver CE-marked or OSHA-compliant machinery with complete, standards-aligned risk assessment documentation. Build reusable hazard and safeguard libraries per machine type to accelerate every new project.

  • CE marking documentation support
  • Machine-type template libraries
  • Functional Safety for control design
  • Reusable hazard libraries
Consulting

Safety Consultants & CMSEs

Conduct and deliver professional risk assessments for multiple clients using one organized platform. Collaborate with client teams during the assessment, deliver branded professional reports, and access our global consultant network.

  • Multi-client account management
  • Client team collaboration
  • Professional branded reports
  • Global consultant network access
AI-Powered

AI Use Cases

Our AI Risk Intelligence layer opens up entirely new capabilities, making your safety program smarter, faster, and more consistent over time.

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AI-Secured Hazard Identification

AI pre-populates probable hazards based on task type, robot model, and industry, with confidence scores. Cuts assessment setup time by up to 50% and dramatically reduces missed hazards for junior safety engineers.

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Risk Trend Analytics

Aggregate intelligence across all your facilities identifies recurring hazard patterns, benchmarks safety maturity, and surfaces proactive remediation priorities for EHS leadership across your entire portfolio.

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Assessing AI-Enabled Robot Systems

New framework for assessing AI-specific hazards, perception system failures, adaptive behavior risks, edge-case scenarios, and AI lifecycle change management. Stay ahead of emerging standards including ISO/IEC TR 5469 and EU AI Act requirements.

Don't see your industry or application?

Talk to our team, we've helped assess everything from surgical robots to automated storage systems. We'll find the right starting point for your specific safety program.

Contact Our Team Request a Demo
Our Information:

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📍
Address
2478 Mount Vernon Dr.
Fairfield, OH 45014, United States
📞
Phone
(513) 342-1262
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