01
Inconsistent Processes
Operators rely on memory, tribal knowledge, or outdated documents.
Connected Worker Platform
A Fully Connected Workforce
The Connected Worker Platform leverages interactive digital instructions and IIoT to provide shop floors with standardized execution, real-time data capture, and built-in defect prevention.
See VKS in Action
Eliminate Tribal
Knowledge
Replace paper and memory with dynamic digital guidance.
Standardize
Operations
Ensure consistency across every shift.
Capture Live Data
Automate data collection to enhance and simplify shop floor metrics.
Prevent Errors
In-Line
Lock out defects at the source so errors never travel downstream.
Move Beyond a
Disconnected
Workforce
Why paper and isolated basic systems fail to support the modern factory.
02
Disconnected Systems
People, machines, and production systems operate in silos.
03
Invisible Shop-Floor Data
Critical production data arrives late or is never captured.
04
Errors Discovered Too Late
Problems move downstream before corrective action happens.
What is a Connected Worker Platform?
VKS takes work instructions further by enhancing the operator with IIoT connected devices/sensors, auto-data collection, and seamless communication with other enterprise software, providing you with the frontline interface operations need.
Enterprise LayerERP · MES · BI
Execution LayerVKSGuide · Collect · Connect · Improve
Production LayerPeople · Tools · Machines
Disconnected vs. Connected Execution
Traditional Workflow
- Paper & Static PDFs
- Manual Quality Checks
- Data Entered After Production
- Tribal Knowledge
- Manual Tools & Devices
Connected Workflows Enhanced by AI
Traditional Workflow
Paper & Static PDFsConnected Workflows Enhanced by AI
Dynamic Visual Instructions
Dynamic and visual workflows guide workers and adapt in real time to worker inputs, machine signals, and step conditions.
Traditional Workflow
Manual Quality ChecksConnected Workflows Enhanced by AI
In-Process Quality Gates
Automated quality checks lock out defects in real time before the next step occurs by syncing directly to live machine cycles.
Traditional Workflow
Data Entered After ProductionConnected Workflows Enhanced by AI
Live Production Data
Automated sensor-driven data capture eliminates manual entry while providing real-time, floor-wide visibility into cell health.
Traditional Workflow
Tribal KnowledgeConnected Workflows Enhanced by AI
Standardized Knowledge
Interactive visual guides standardize procedures to eliminate dense text binders and ensure consistent execution across teams.
Traditional Workflow
Manual Tools & DevicesConnected Workflows Enhanced by AI
Integrated Tools & Devices
Connected equipment and IoT sensors stream real-time data to automate step navigation and error-proof worker activities.
The Connected Worker in Action
Access Control
Ensure workers find the right process every time
In Action: The worker scans a barcode at their workstation to automatically open the correct work instructions.
Built For Complex Manufacturing
See how a connected worker platform adapts to strict regulatory
standards and complex assembly demands.
Aerospace & Defense
Guarantee total traceability with zero-defect tool integration and automated AS9100 step validation.
Explore AerospaceIndustrial Machinery & Equipment
Eliminate downtime with sensor-driven error-proofing (Poka-Yoke) built into every workflow.
Explore Industrial MachineryAutomotive & Transportation
Enforce strict takt times, sequential build precision, and instant operator alerts.
Explore TransportationMedical Devices
Automatically create, sign, and validate Electronic Device History Records (eDHRs) as work happens.
Explore Medical DevicesReady to Explore What’s Possible?
Whether you are looking to deep-dive into our product capabilities or want a tailored
walkthrough of the platform, we have a path for you.
Why do traditional work instructions fail to prevent assembly errors on the shop floor?
Traditional paper or static digital instructions rely entirely on the operator to read, recall, and manually confirm every step. Because disconnected systems cannot monitor the physical workspace or communicate with tools, they cannot stop human error in real time—leading to missed steps, costly rework, and scrap.
What is the difference between a traditional setup and a connected worker platform?
Traditional setups keep operators isolated, requiring constant screen interactions and manual data logging. A connected worker platform links operators directly to smart tools, sensors, PLCs, and enterprise software. It automatically advances instructions based on physical movement, captures operational metrics effortlessly, and locks out defects before they can occur.
Can we implement a connected worker platform without overhauling our current hardware layout?
Yes. Connected worker platforms are built to sit directly on top of your existing physical infrastructure. By adding lightweight sensors, pick-to-light modules, or smart tool integrations to your current stations, you can transition to a fully connected environment without re-architecting your assembly lines.
How does a connected worker platform automate quality control and process locks?
The platform synchronizes digital guidance with physical equipment and machine cycles. For instance, it can trigger mandatory inspection prompts after a set number of units, or prevent an operator from progressing until a connected torque tool confirms a fastener was tightened to exact specs. This makes execution and quality verification happen simultaneously.