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Bi-Folding

Bi folding Doors

Retractable Roofs

Retractable Roofs

Sliding stystem

Sliding stystem

Here’s a on creating a highly compressed Ubuntu system image — targeting a root filesystem as small as 10 MB (for embedded systems, containers, or extreme minimalism). Write-Up: Building a Highly Compressed Ubuntu (≈10 MB) 1. Objective Create a functional Ubuntu-based root filesystem that, after compression (e.g., SquashFS or XZ), fits in ~10 MB . This is not a full desktop/server — but a minimal, busybox-like environment with essential tools. ⚠️ A standard Ubuntu install is several GB. 10 MB is extreme — only possible by stripping everything non-essential. 2. Feasibility Check | Component | Size (approx) | |-----------|---------------| | Linux kernel (bzImage, stripped) | 3–4 MB | | Minimal /lib (glibc + few deps) | 2 MB | | BusyBox (multi-call binary) | 0.8 MB | | Init scripts, /dev , /proc , etc. | 0.2 MB | | Total uncompressed rootfs | ~6–7 MB | | Squashfs (default block size, compression) | ~3–4 MB compressed | | Bootloader + kernel outside Squashfs | ~4 MB | | Total compressed image (kernel + initrd-style root) | ~8–10 MB ✅ |

# Copy a stripped kernel (vmlinuz from Ubuntu's linux-image-generic after stripping modules) cp /boot/vmlinuz-$(uname -r)-tiny vmlinuz mkdir initramfs && cd initramfs cp ../rootfs.squashfs squashfs.img echo '#!/bin/sh mount -t squashfs -o loop /squashfs.img /root exec switch_root /root /sbin/init' > init chmod +x init find . | cpio -o -H newc | xz -9 > ../initramfs.xz

Our Vision

  • To be the globally recognized leader in intelligent Aluminum & Glass Solutions.
  • To set the benchmark for product innovation, installation excellence, and client partnership in the construction industry.
  • To define the future of architectural standards where all modern buildings benefit from our seamless Automatic doors, flexible Movable partitions, and high-performance Glass sliding doors, prioritizing light, security, and accessibility.

Our Mission

  • To be the trusted, indispensable partner for architects, builders, and developers.
  • To deliver custom-engineered Aluminum & Glass Solutions that prioritize excellence and project success
  • To fabricate and install a comprehensive range of cutting-edge products, including:

Our Values

  • Client-Centric Innovation — your ideas inspire our solutions.
  • Engineered Excellence — using only premium materials.
  • Transparency & Trust — clear communication, no surprises.
  • Craftsmanship & Customization — every project is unique.
  • After-Sales Support — reliable service & warranty commitment.

What We Offer

Smart Solutions for Modern Spaces

Explore our range of cutting-edge products engineered for elegance, durability, and thermal performance:

  • Frameless Sliding Systems – Maximize light and views
  • Thermal Bifold Doors – Minimal profile, superior insulation
  • Retractable Roofs – All-weather usability with European tech
  • Smoke & Natural Ventilation Systems – German precision for safety and comfort
  • Movable Walls – Flexible space separation with acoustic control
  • Office Glass Partitions – Sleek, quiet, and fully customizable
  • Automatic Doors & Staircase Glazing – Smart access with aesthetic appeal
  • Handrails & Shower Cubicles – Engineered to enhance modern living
Smart Solutions
Bi-Folding Doors
Smoke Ventilation
Bi-Folding Doors
Accoustic movie
Bi-Folding Doors
Smoke Ventilation
Bi-Folding Doors
Smoke extraction systems
Bi-Folding Doors
Smoke Ventilation Dubai Airport
Bi-Folding Doors
Rectractable roof

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Ubuntu Highly Compressed 10mb -

Here’s a on creating a highly compressed Ubuntu system image — targeting a root filesystem as small as 10 MB (for embedded systems, containers, or extreme minimalism). Write-Up: Building a Highly Compressed Ubuntu (≈10 MB) 1. Objective Create a functional Ubuntu-based root filesystem that, after compression (e.g., SquashFS or XZ), fits in ~10 MB . This is not a full desktop/server — but a minimal, busybox-like environment with essential tools. ⚠️ A standard Ubuntu install is several GB. 10 MB is extreme — only possible by stripping everything non-essential. 2. Feasibility Check | Component | Size (approx) | |-----------|---------------| | Linux kernel (bzImage, stripped) | 3–4 MB | | Minimal /lib (glibc + few deps) | 2 MB | | BusyBox (multi-call binary) | 0.8 MB | | Init scripts, /dev , /proc , etc. | 0.2 MB | | Total uncompressed rootfs | ~6–7 MB | | Squashfs (default block size, compression) | ~3–4 MB compressed | | Bootloader + kernel outside Squashfs | ~4 MB | | Total compressed image (kernel + initrd-style root) | ~8–10 MB ✅ |

# Copy a stripped kernel (vmlinuz from Ubuntu's linux-image-generic after stripping modules) cp /boot/vmlinuz-$(uname -r)-tiny vmlinuz mkdir initramfs && cd initramfs cp ../rootfs.squashfs squashfs.img echo '#!/bin/sh mount -t squashfs -o loop /squashfs.img /root exec switch_root /root /sbin/init' > init chmod +x init find . | cpio -o -H newc | xz -9 > ../initramfs.xz

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