AVIDA DYNAMICS

// TECHNOLOGY

THE INTELLIGENCE BEHIND AVIDA

Products are what our customers use. Technology is what makes them possible. The Avida technology stack combines simulation, artificial intelligence and physical interaction.

TECHNOLOGY 01

AI Fault & Challenge Engine™

MAKE EVERY TRAINING SESSION DIFFERENT.

Instead of depending entirely on predefined fault sequences, Avida introduces controlled variations in operating conditions and system abnormalities.

The AI engine evaluates

  • Fault recognition
  • Diagnostic approach
  • Response time
  • Corrective action
  • Recovery performance
  • Repeated mistakes
  • Competency development

TRAIN FOR THE UNEXPECTED.

SYS.01 — OPERATIONAL FLOW

NORMAL SYSTEM
AI INTRODUCES CHALLENGE
SYSTEM BEHAVIOUR CHANGES
USER INVESTIGATES
USER TAKES ACTION
SIMULATION RESPONDS
AI ANALYSES PERFORMANCE

TECHNOLOGY 02

Hardware-in-the-Loop — HIL

TOUCH THE HARDWARE. CONTROL THE VIRTUAL WORLD.

Avida HIL connects physical training hardware directly to simulated systems. The student experiences the relationship between a physical action and system behaviour without requiring a complete physical plant.

Physical interfaces

  • Valves
  • Joysticks
  • Switches
  • Push Buttons
  • Sensors
  • Controllers
  • Motors
  • Process Instruments
  • Medical Training Instruments

SYS.02 — OPERATIONAL FLOW

PHYSICAL DEVICE
HIL INTERFACE
AVIDA SIMULATION
VIRTUAL EQUIPMENT
SYSTEM RESPONSE

TECHNOLOGY 03

Dynamic Simulation Engine

ENGINEERING BEHAVIOUR IN REAL TIME.

Mathematical and engineering models reproduce how systems respond dynamically to changing conditions.

Application domains

  • Fluid Power
  • Process Engineering
  • Petroleum Operations
  • Machines
  • Energy Systems
  • Medical Training Models
  • Custom Engineering Applications

ENGINEERING BEHAVIOUR IN REAL TIME.

TECHNOLOGY 04

Interactive 2D + 3D Environments

DON'T WATCH THE MODEL. INTERACT WITH IT.

Avida environments allow users to work with systems visually — not just observe them.

Users can

  • Select
  • Build
  • Connect
  • Operate
  • Navigate
  • Inspect
  • Troubleshoot

DON'T WATCH THE MODEL. INTERACT WITH IT.

TECHNOLOGY 05

Digital Twin Framework

PHYSICAL + DIGITAL + INTELLIGENCE

Avida Digital Twin technology provides a configurable bridge between physical equipment, operational data and simulation models. It can be applied to virtually any customer-specific model where suitable physical data and engineering models are available.

SYS.05 — OPERATIONAL FLOW

REAL MACHINE
↕
SENSORS
↕
DIGITAL MODEL
↕
AI ANALYTICS
↕
ENGINEERING DECISION

TECHNOLOGY 06

Cyber-Physical Simulation

SAFE CONTROL-SYSTEM TRAINING.

Integrate process behaviour with industrial control and communication layers to create safe cybersecurity and control-system training environments.

Integration layers

  • PLC
  • DCS
  • SCADA
  • Industrial Networks
  • Controllers
  • Instrumentation

SAFE CONTROL-SYSTEM TRAINING.

TECHNOLOGY 07

Robotics & Autonomous System Integration

ROBOTS IN A VIRTUAL WORLD.

Connect robotic and drone control with simulated industrial environments.

Applications

  • Inspection
  • Navigation
  • Fault Detection
  • Mission Planning
  • Autonomous Research
  • Remote Operations

ROBOTS IN A VIRTUAL WORLD.

TECHNOLOGY 08

AI Performance & Competency Analytics

TURN EVERY ACTION INTO LEARNING DATA.

Every learner interaction becomes measurable data — from observation to decision to recovery.

Avida analyses

  • What the learner observed
  • What decision was taken
  • When action was taken
  • How the system responded
  • Whether recovery was successful
  • How performance compares across sessions

FROM TRAINING COMPLETION TO MEASURABLE COMPETENCY.

SYS.08 — OPERATIONAL FLOW

OBSERVE
DECIDE
ACT
SYSTEM RESPONSE
RECOVERY
COMPETENCY

// APPLY THE STACK

EVERY TECHNOLOGY. ONE PLATFORM.

Avida technologies are combined and configured per product — and per custom application.

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