Enabling Integrated Load-Bearing Positioning — Without External Stands or Accessories.
A STRUCTURAL TURNING POINT IN COMPUTING ARCHITECTURE
For decades, computing devices have relied on external objects to function properly:
- Stands
- Cases
- Kickstands
- Accessory Support
Processing power advanced, displays advanced, materials advanced;
But structurally, devices remained incomplete:
- They could compute
- They could display
- They could not support themselves.
...Until now.
COMPLETING THE ARCHITECTURE
Integrated Technologies has developed a patented load-bearing architecture that embeds structural support and suspension directly into the device chassis.
Support is no longer external — it is intrinsic.
Load paths, articulated members, and stabilization geometry are integrated into the structural framework of the device itself — enabling stable multi-angle positioning without accessory dependence.
This is not an added feature — it is a structural correction.
A NEW MECHANICAL BASELINE
Self-supporting capability enables:
• Stable angled interaction without cases
• Suspended drafting configurations
• Elevated workstation positioning
• Detachable yet independently supported displays
• Reduced wobble under precision input
Across: smartphones, tablets, laptops, all-in-one desktops
The computing core remains unchanged — the mechanical foundation evolves.
WHY THIS MATTERS
Every device today compensates for structural incompleteness through external solutions.
Accessory ecosystems exist because the chassis does not carry its own support logic.
Integrating load-bearing architecture directly into the device:
• Eliminates reliance on external support
• Expands ergonomic and interaction flexibility
• Enables new form factors
• Differentiates at the structural level
It transforms positioning from an afterthought into a core design principle.
THE NEXT LOGICAL STEP
Devices process information independently.
They connect independently.
They update independently.
They should support themselves independently.
Protected by U.S. Patents
Licensing Discussions Available
ARCHITECTURAL IMPLEMENTATIONS
Integrated load-bearing positioning scales across device categories.
The computing core remains unchanged.
The structural foundation evolves.
THE TABLET ACROBAT ™
Embedded Structural Support.
No External Accessories.
A load-bearing suspension system is integrated directly into the tablet chassis — redistributing weight, stabilizing posture, and eliminating the need for kickstands or cases.
Supports Independent Configurations:
- Elevated drafting position
- Upright presentation mode
- Suspended media viewing
- Stable workstation posture
- Vertical or horizontal orientation
No attachments.
No accessory reliance.
No structural compromise.
Result:
The tablet becomes a structurally independent computing platform — not just a handheld display.
THE SMARTPHONE ACROBAT ™
Structural Stability — Miniaturized.
Load-bearing geometry is integrated within the smartphone body, enabling autonomous positioning without cases or secondary supports.
Enables:
- Upright video communication
- Angled media capture
- Stable content viewing
- Hands-free interaction
- Extended conferencing or recording
Stability is engineered into the device body.
Result:
A smartphone that operates as a spatially independent communication instrument — without altering its electronic architecture.
THE DESKTOP ACROBAT ™
Mobility Embedded into Structure.
Suspension and load-bearing architecture are integrated into all-in-one desktop systems — internalizing stability without external mounting solutions.
Supports:
- Upright workstation configuration
- Adjustable tilt and elevation
- Compact transport positioning
- Load paths are redistributed through integrated structural members within the display chassis
- Rapid relocation between environments
Performance remains uncompromised.
Structure becomes adaptive.
Result:
Desktop systems gain structural mobility while preserving computational capacity.
CROSS-FORM FACTOR IMPACT
Across smartphones, tablets, laptops, and desktops:
- Structural support becomes intrinsic
- External accessories become optional
- Stability is engineered into the device framework
- Spatial independence becomes the baseline
This architecture does not change processors.
It does not change displays.
It does not change operating systems.
It completes the mechanical foundation of mobile computing.