Manufacturing · Smart Factory
Smart FactoryDeterministic Status Tagging Device
Microsecond errors decide yield and safety. Ultra-precision sensor-data tagging on an O(1) architecture delivers complete in-line process monitoring.
Hardware Solution
Problem
The Limits of Conventional Smart Factory Preprocessing Architectures
General-purpose OS scheduling variance drives yield loss
A safe and precise industrial control system requires collecting sensor data on a constant cycle and running feedback loops accordingly. Scheduling and interrupts in conventional general-purpose OS environments inevitably introduce non-deterministic latency. Those microsecond timing errors accumulate into missed threshold violations — which translate directly into process instability and rising defect rates in the final product.Sensor Data Integrity Loss
Without real-time precision tagging, there is no way to separate network delay from the moment of data generation — making raw-data integrity hard to verify.
Non-Deterministic Control Loop
Software-scheduled conventional methods give inconsistent collection cycles, raising the risk of missing momentary anomalies.
Accident Risk from Accumulated Delay
Tiny bottlenecks at the preprocessing stage propagate through the entire feedback loop, costing the golden time needed to protect equipment.
Solution
Hardware-Accelerated Deterministic State Tagging
Precise timing. Precise state tracking.
Akritai's status tagging device is designed to install inline between existing PLC/DCS systems and the sensor network. The in-house engine tags state and isolates anomalies instantly, regardless of sensor data volume.Deterministic State Tagging
Regardless of the scale of incoming sensor traffic, classifies and tags data within deterministic constant time, securing immediate visibility.
Sensor Data Integrity
Combines an ultra-precise timestamp at the moment of generation with the state value — delivering fully trustworthy raw data to backend analytics.
Boot-Time State Validation
Boot-verification logic that guarantees initialization completeness, securing safety integrity from system startup.
Features
Key Technical Strengths
Deterministic Process Tracking
Tracks equipment state at 100% deterministic level through jitter-free, consistent monitoring cycles.
Real-Time Anomaly Parameter Isolation
Monitors core parameters — temperature, pressure, flow, vibration — at nanosecond (ns) precision and identifies threshold deviations instantly.
IEC Safety-Standard Oriented Design
Designed from the earliest architecture to meet functional safety (IEC 61508) and industrial security (IEC 62443) standards.
Drop-in Installation
Adds the status tagging device into existing PLC/DCS environments without modification.
Benchmarks
Target Design Metrics
Use Cases
Industry-Specific Use Cases
CNC & Ultra-Precision Machining
Deterministic tagging of servo motor micro-vibration and position-sensor data defends machining precision at the micrometer scale.
Industrial Robot Joint Control
Real-time tagging of joint sensor state enables deterministic control for industrial robots.
Continuous Process & Power Plant
Monitors tens of thousands of pressure and temperature sensors in continuous processes — nuclear, chemical — with no data drops.
Eliminate uncertainty on the production line
Explore how the Akritai status tagging device applies to your facility.
A deterministic state-tracking solution proposed for your manufacturing and industrial environment.