Operational efficiency. Unlocked by AI. Proven at scale.
AI that drives real-time performance
Results powered by industrial AI
200%
Decrease in training time
4%
Increase in product throughput
50%
Reduction in downtime
5%
Increase in energy efficiency
SymphonyAI powers every decision—from the plant floor to the control room—turning data silos into connected insights.
Your data isn’t the problem. Your silos are.
AI stumbles when data is trapped—scattered across systems, delayed at the edge, or stuck in yesterday’s architecture.
SymphonyAI is built for real operations. Our platform connects IT, OT, and edge data into one real-time system of truth—so your teams can stop chasing reports and start improving uptime, yield, and efficiency.
From predictive maintenance to plant-wide optimization, this is industrial AI that acts—where the work gets done.
Manufacturers are moving beyond dashboards and pilots.
SymphonyAI is already delivering what matters: faster deployment, smarter workflows, and measurable impact across the line, the site, and the enterprise.
This is the next frontier: agentic AI at the edge.
Embedded in machines. Integrated into processes. In the hands of your frontline teams.
It doesn’t just analyze the factory. It runs it.
AI that works for you
Accelerate time-to-value, scale success across sites, and unlock new efficiency across your operations.
Ingest, transform, and operationalize every data stream—from PLCs to ERPs
Transform raw industrial data into trusted, contextual insight
Tailored to diverse roles, enhancing efficiency and productivity
Capabilities
- Flexible Deployment: Flexible edge, hybrid, or cloud deployments unify IT/OT data and adapt to any plant architecture.
- Built-in domain intelligence: Templates, physics engines, and FMEAs transform raw industrial data into trusted, contextual insight.
- Pre-trained AI, fast ROI: Ready-to-run AI models accelerate value with low-code tools and rapid deployment—no data science lag.
- Modular apps for real operations: Composable use cases drive ROI across assets, teams, and workflows—tailored to each facility’s needs.
Outcomes
- Faster insights, faster action across plants, assets, and teams
- Higher ROI from AI initiatives, with ready-to-run models and low-code configuration
- Lower cost and complexity of integrating OT/IT and scaling AI across facilities
- Future-proof architecture aligned with strategic digital transformation goals
Power faster, smarter operations at scale
Unleash efficiency and innovation
Make every plant engineer your best engineer
Capabilities
- Natural language copilots: Interact with your industrial data using plain language to surface insights, ask questions, and trigger actions—no coding required.
- Context-aware recommendations: AI copilots trained on plant systems and domain data deliver relevant, real-time guidance to operators and engineers.
- Secure, governed generative AI: Enterprise-grade guardrails ensure every generative response is traceable, explainable, and compliant with your standards.
- Built for OT and frontline use: Designed for industrial workflows—not chatbots—copilots are embedded in systems, tools, and teams where work happens.
Outcomes
- Faster decision-making at every level—from control room to C-suite
- Greater productivity from expert knowledge shared across teams
- Lower training burden and faster ramp-up for new employees
- Reduced risk from AI with built-in traceability and governance
Deliver AI-powered workflows and instant insights directly to connected teams
Unifying information, empowering every connected worker
Enabling frontline workers with AI-driven insights
Capabilities
- Digital task execution with real-time guidance: Replace paper procedures and tribal knowledge with dynamic, step-by-step digital workflows.
- AI-driven best practice capture: Automatically surface high-performing workflows from frontline execution data.
- Smart alerts and safety triggers: Deliver in-the-moment notifications to prevent errors, hazards, and deviations from SOPs.
- Workforce performance insightss: Analyze task completion, adherence, and training needs to improve workforce effectiveness.
- Seamless integration with plant systems: Sync procedures, asset data, and maintenance schedules with existing EAM, MES, and ERP systems.
Outcomes
- Fewer task errors and safety incidents on the front line
- Standardized execution across shifts, sites, and teams
- Faster onboarding and upskilling of new workers
- Higher productivity and procedural compliance at scale
Ingest, transform, and operationalize every data stream—from PLCs to ERPs
Transform raw industrial data into trusted, contextual insight
Tailored to diverse roles, enhancing efficiency and productivity
Capabilities
- Flexible Deployment: Flexible edge, hybrid, or cloud deployments unify IT/OT data and adapt to any plant architecture.
- Built-in domain intelligence: Templates, physics engines, and FMEAs transform raw industrial data into trusted, contextual insight.
- Pre-trained AI, fast ROI: Ready-to-run AI models accelerate value with low-code tools and rapid deployment—no data science lag.
- Modular apps for real operations: Composable use cases drive ROI across assets, teams, and workflows—tailored to each facility’s needs.
Outcomes
- Faster insights, faster action across plants, assets, and teams
- Higher ROI from AI initiatives, with ready-to-run models and low-code configuration
- Lower cost and complexity of integrating OT/IT and scaling AI across facilities
- Future-proof architecture aligned with strategic digital transformation goals
Power faster, smarter operations at scale
Unleash efficiency and innovation
Make every plant engineer your best engineer
Capabilities
- Natural language copilots: Interact with your industrial data using plain language to surface insights, ask questions, and trigger actions—no coding required.
- Context-aware recommendations: AI copilots trained on plant systems and domain data deliver relevant, real-time guidance to operators and engineers.
- Secure, governed generative AI: Enterprise-grade guardrails ensure every generative response is traceable, explainable, and compliant with your standards.
- Built for OT and frontline use: Designed for industrial workflows—not chatbots—copilots are embedded in systems, tools, and teams where work happens.
Outcomes
- Faster decision-making at every level—from control room to C-suite
- Greater productivity from expert knowledge shared across teams
- Lower training burden and faster ramp-up for new employees
- Reduced risk from AI with built-in traceability and governance
Deliver AI-powered workflows and instant insights directly to connected teams
Unifying information, empowering every connected worker
Enabling frontline workers with AI-driven insights
Capabilities
- Digital task execution with real-time guidance: Replace paper procedures and tribal knowledge with dynamic, step-by-step digital workflows.
- AI-driven best practice capture: Automatically surface high-performing workflows from frontline execution data.
- Smart alerts and safety triggers: Deliver in-the-moment notifications to prevent errors, hazards, and deviations from SOPs.
- Workforce performance insightss: Analyze task completion, adherence, and training needs to improve workforce effectiveness.
- Seamless integration with plant systems: Sync procedures, asset data, and maintenance schedules with existing EAM, MES, and ERP systems.
Outcomes
- Fewer task errors and safety incidents on the front line
- Standardized execution across shifts, sites, and teams
- Faster onboarding and upskilling of new workers
- Higher productivity and procedural compliance at scale
From automation to autonomy — AI for Industrial
Get started fast with pre-built agents—from simple task helpers to advanced workflow engines that analyze data and recommend actions.
Our agents know industrial
Predictive Maintenance Analyst
Ingests sensor and PLC data to forecast failures early and trigger just-in-time fixes that reduce downtime
Throughput Optimizer
Analyzes OEE in real time and adjusts buffers and staffing to optimize throughput across lines and shifts
Energy Efficiency Tracker
Monitors energy usage and auto-executes load-shedding or idling to reduce costs without cutting output
Autonomous Scheduling Master
Uses unified data to auto-generate production schedules, balancing takt time, changeovers, and labor
Digital-Twin Simulator
Runs digital twins what-if scenarios to simulate disruptions and recommend actions—before you roll the first pallet
Regulatory & Audit Companion
Auto-builds compliance dossiers by tracing events, actions, and logs—delivering audit trails in seconds