Tech & Service

THOTH Tech

  • Design
    • Multi-functional gripper design technology
    • Process automation product design technology
    • Automation auxiliary equipment design technology
  • Robotics & Control
    • Robot position, velocity, and acceleration control technology
    • Robot force and torque control technology
    • Control technology for multi-product collaborative robots and industrial robots
    • Real-time robot tracking technology
  • Others
    • Physical simulation technology
    • Deep learning and human recognition technology
    • 3D object position and pose estimation
    • 3D modeling

Limitations of
conventional
automation

Automation without operational decision-making inevitably requires human intervention,
which can lead to safety risks and significant real-world operational hazards.

THOTH is not a company

that builds robots.
We are a company that

'designs operations'
.

THOTH's Automation

At THOTH, we do not simply build automation systems; we create structures where automation becomes smarter as more problems accumulate.

랩스

RAAPS

RAAPS (Robot AI-based Autonomous Programming Solution) is a 4th-generation process automation technology that
overcomes uncertainty and improves flexibility through learning-based intelligence

Operational Decision-Making Software

Differences from Conventional Automation

RAAPS' Reusability

RAAPS Implementation Method

RAAPS Implementation Method

Thoth’s products consist of software, robots, and automation components,
all designed to be integrated with RAAPS and connected as a unified system

RAAPS Operational Intelligence

RAAPS SLA
Subscription

The RAAPS subscription model responds to various exception scenarios occurring during processes and provides continuous support even in cases of operational interruptions or line changes

SLA coverage

01
System availability
  • RAAPS server/cloud uptime of 99% or higher
02
Remote support standard
  • Initial analysis within 4 hours of issue reporting
  • Action plan delivered within 24 hours
03
Regular updates
  • Basic package: 2 times per year
  • Premium: 4 times per year
04
Update scope
  • Improvement of operational decision-making models
  • Parameter adjustments
  • Feature enhancements
  • Exception handling
  • Includes 3 regular on-site visits per year
  • Additional visits charged per case
05
Definition of exceptions
  • Addition of new SKUs
  • Modification of abnormal condition response logic
  • Response to changes in operating conditions
  • Support for line changes
  • Includes once per year
  • Additional changes require a separate contract
  • Large-scale process redesign is handled as a separate project

SLA exclusions

  • Robot hardware failures
  • Replacement of consumables
  • Customer operator errors
  • Raw material issues
  • Overall plant uptime
  • No guarantee on production yield itself

Purpose of SLA structure

  • Clarifying the scope of recurring operational support
  • Enabling internal resource predictability
  • Protecting CapEx margins
  • Designing a recurring revenue model
  • Accelerating accumulation of operational decision data
AI-based robot automation program generation

Deep Learning Based Technology

  • Operator task demonstration

  • Physical simulation-based learning

  • Automatic robot programming