01PIXELD OS
Secure desktop and edge operating system.
For interactive work, applications, graphics, AI, data-rich environments and managed edge systems.
VDIKioskOfficeCAD / 3DGPU WorkloadsEdge AISimulationGame Centres
AIOTOR KERNEL · PIXELD OS · PIXELD RTOS
Indigenous computing, from screen to machine.
Two AIOTOR-developed operating systems. One product family. PixelD OS powers human-facing compute, rich applications and edge environments. PixelD RTOS powers time-sensitive physical control for machines, robots and autonomous systems.
Built by AIOTORAIOTOR Kernel poweredDesktop + Edge + Physical Control
POWERED BYAIOTORKERNELONE PLATFORM CORE
HUMAN + COMPUTEPixelD OSDesktop · Edge · AI · GPU · Kiosk · Simulation
PHYSICAL + TIMEPixelD RTOSRobotics · Drone · Motors · Sensors · Industrial Control
WORKSTATION
EDGE
ROBOT
DRONE
TWO SYSTEMS · CLEAR RESPONSIBILITIES
One for digital work. One for physical reality.
PixelD OS and PixelD RTOS are designed as complementary members of the same AIOTOR platform. Use the rich operating system where people, applications, graphics, data and AI come together. Use the real-time operating system where sensors, motion, timing and safety-critical physical actions must remain controlled.
02PIXELD RTOS
Real-time operating system for physical control.
For bounded control of sensors, motors, motion, machines and autonomous systems where timing and safe-state behavior matter.
RoboticsDronesMotorsSensorsIndustrial ControlField SystemsTelecomMotion Platforms
THE TWO EXPERIENCES
One family language. Different operational priorities.
PixelD OS is designed as a calm human workspace. PixelD RTOS is designed as a focused operational surface where state, timing, sensors and machine control are immediately visible.
AIOTORPixelD OS
SECURESESSION 01Ready
WWriterDocuments
SSheetsData
3DVisualEngineering
ACTIVE WORKSPACE
PixelD Secure Compute
Desktop · Edge · AI · GPU · Kiosk · Simulation
Apps readyData governedSession protected
⌂WS3D⌘
AIOTORPixelD RTOS
SAFEMOTION LAB
Control system
CONTROL LOOP1000 Hz
MOTOR 10%SAFE
MOTOR 20%SAFE
MOTOR 30%SAFE
MOTOR 40%SAFE
SYSTEM
SchedulerActive
Deadline monitorReady
WatchdogActive
SENSORS
IMUReady
EncoderReady
Field busReady
Illustrative product interface direction. Production layouts vary by device profile and deployment.
PIXELD OS
From enterprise desktops to intelligent edge systems.
PixelD OS is the human-facing member of the family—where users, applications, visuals, data and accelerated workloads come together.
Enterprise desktops + VDI
Managed desktops and application environments for business, branch, regulated and technical users.
Kiosks + dedicated terminals
Purpose-built service, citizen, banking, retail and industrial terminals with centrally governed application access.
Engineering + visualization
CAD, 3D, simulation and specialist visual workflows on workstation-class compute.
AI + computer vision
Managed environments for vision, research, analytics and intelligent edge applications.
Simulation + game centres
Controlled high-performance sessions for interactive simulation, real-time 3D and gaming environments.
Edge + telecom systems
Managed compute for distributed sites, field deployments and communications infrastructure.
PIXELD RTOS
When software must control movement, timing and the physical world.
PixelD RTOS is the physical-control member of the family—focused on bounded, predictable control of devices and machines.
Drones + autonomous systems
Sensor acquisition, motion and flight-control functions, safety supervision and bounded command execution.
Robotics
Motor, servo, encoder, motion and safety control for mobile robots, manipulators and robotic platforms.
Industrial machines
Deterministic machine coordination, motion systems, equipment control and production automation.
Motors + motion control
Velocity, position and torque-oriented control paths for actuators and electromechanical systems.
Sensor + field systems
Time-aware acquisition and control around sensors, controllers and field-connected equipment.
Telecom + edge control
Real-time control profiles for communications and distributed infrastructure where bounded timing is required.
BETTER TOGETHER
The screen can be intelligent without owning the safety loop.
Complex products can combine both operating systems: PixelD OS handles rich user interaction, AI, vision, mission planning and data; PixelD RTOS keeps physical control and safe-state behavior local to the machine.
Mission intelligence above. Flight control below.
PixelD OS can run mission planning, vision, mapping and operator interfaces while PixelD RTOS handles sensors, control loops, motors and local safety behavior.
AI perception + deterministic motion.
Use PixelD OS for perception, planning and operator experience; PixelD RTOS for motor, encoder, actuator and safety control.
Rich HMI + machine control.
Pair data-rich operator interfaces, analytics and AI with predictable local machine and motion control.
Immersive software + physical rigs.
PixelD OS can run the simulation and visual experience while PixelD RTOS controls motion platforms and physical feedback systems.
WHY AIOTOR OS
Own more of the computing foundation.
For organizations that need stronger control over where computing runs and how systems evolve, PixelD OS and PixelD RTOS create a unified AIOTOR platform from user workspace to machine control.
Indigenous platform ownership
An AIOTOR-developed operating-system family and kernel direction designed around AIOTOR products and Indian deployment requirements.
Purpose-built profiles
Desktop, edge, kiosk, robotics, drone, industrial and simulation profiles without forcing every environment into one operating model.
One product family
Common product identity across human compute and physical control, simplifying how AIOTOR solutions are positioned and operated.
Controlled application environments
Deploy approved applications and operational experiences around centrally managed policy rather than unmanaged endpoint sprawl.
From edge AI to motion
Keep rich AI and data workloads where they belong while preserving a separate control path for time-sensitive physical operations.
Designed for specialized deployments
Shape the platform for enterprise, government, industrial, research, mobility and autonomous-system use cases.
DEPLOYMENT DISCIPLINE
Ambitious platform. Qualified use.
Production deployment profiles are qualified against their target hardware, workload, timing, security and safety requirements. Real-time and autonomous-system use cases move through controlled validation before operational deployment.
AIOTOR KERNEL · PIXELD FAMILY
Build the next system on an AIOTOR operating foundation.
Start with the workload: desktop, kiosk, edge AI, robotics, drone, industrial control, telecom or simulation.