DEVICEKIT PROTOTYPING IN MOTION📟 The prototype is running on Raspberry Pi 5 (8GB), undergoing multi-platform trials to validate stability, speed, and real-world integration. Early results: ➝ Multi-camera processing in sync ➝ Real-time AI inference at the edge ➝ On-chain

ROBCO MARKET OPPORTUNITY – KEY STATISTICS 🤖 Robotics Market • $73.6B (2025) → $185.4B (2030) • CAGR: 20.28% • Collaborative robots: 35% CAGR (fastest-growing segment) • Industrial robotics: $34B → $60.6B by 2030 🖨️ 3D Printing Market • $20.4B (2023) → $88.2B (2030) •

#RobCo is transforming robotics into Real World Assets ⚙️ Breakthroughs like NVIDIA’s Jetson AGX Thor with 2070 TFLOPS AI compute, 128GB memory and high speed sensor I/O bring our DeviceKits closer to real time vision and smarter autonomy at the edge.

Meet the #RobCo Team 👥 RobCo is built by a team with deep expertise in manufacturing, automation, and blockchain, combining real-world knowledge with technical precision to deliver decentralized robotics at scale. ⚙️ Mr. Robert – Founder 15+ years in CNC manufacturing and

Step Into the #RobCo Network RobCo is transforming robotics into the next generation of Real World Assets. An ecosystem where machines are no longer idle tools but income producing assets on chain. ⚡ DeviceKit hardware brings any 3D printer or robot on chain as a yield

#RobCo Network TGE 📍 The launch is locked in. Today, Wednesday 17th September at 6PM UTC the RobCo TGE goes live connecting real hardware with AI verified production and output from physical machines. Machines connected to chain. Tasks verified by AI. Real value from real

$RobCo Network is Finally Open 🤖 The foundation of decentralized robotics begins here. $ROBCO token is now live, powering the vision of connecting 3D printers, CNC machines and robots as on-chain Real World Assets. CA: 0x64AB897b7Ad47dcb0d231Fa9055B92b83eF75Fe8 Chart:

Introducing Our Core Development Platform🤖 The beginning of #RobCo. Shown here is the Raspberry Pi 5 with a camera module, the unit behind our earliest print node prototypes. Running our proprietary software suite, it’s where the RobCo Network has been built, tested, and

Meet Zane 👤 | #RobCo Network RobCo Network is built by a core team committed to driving decentralized robotics forward. One of those members is Zane, our Operations & Administration Lead, ensuring the platform runs smoothly as we expand into a global ecosystem of Real World

Early Testing Model of the RobCo Camera Stand 🤖 Shown here is the initial testing model for the RobCo camera stand, designed for DeviceKit v1. This prototype helps us refine vision stability and hardware integration as we work toward reliable quality verification on chain. →

$ROBCO is listed on @CoinGecko🦎 This marks a major step forward as we build the first decentralized robotics ecosystem, turning machines into Real World Assets (RWA) on chain. Our category will be updated under Robotics as well, reflecting the direction we’re heading. You can

Early RobCo OS Configuration ⚙️ We’ve begun initial testing of the RobCo operating system for PrintNodes. This phase is running in mock mode, with video feedback providing a development layer for validation and refinement. → Foundation for PrintNode operations → Visual

RobCo DeviceKit OS Update ⚙️ In this video we showcase the addition of a basic GUI to the RobCo DeviceKit OS. The configuration displayed is running in testing mode for PrintNode v1, providing an early look at how operators will interact with the system. → Simple interface for

RobCo DeviceKit v1 Update ⚙️ Touchscreens have arrived and are now being integrated into the RobCo DeviceKit prototypes. The next stage is an OS install and testing phase, giving us the first look at how the interface will function for operators. → Prototype testing underway

RobCo Network Update ⚙️ The Robotics category on @CoinGecko has now been updated, with RobCo officially listed among the projects shaping this sector. → Recognition of robotics as a growing narrative in Web3 → RobCo positioned at the forefront with Real World Asset

From Digital Model to Physical Print Shown here is the 3D CAD design of our RobCo camera stand prototype for DeviceKit v1, placed alongside its first functional print. This process reflects the RobCo workflow: → CAD to 3D print validation for mechanical stability → Hardware

#RobCo 4-Week Outlook ⚙️ The next four weeks will focus on demonstrating DeviceKit v1, deploying the operator portal to mainnet, launching our beta earn program, and validating the PrintNode network with live performance metrics. Step by step, RobCo is advancing toward a

Advancing the DeviceKit Design ⚙️ This model showcases our v2 all-in-one enclosure built to house the 7-inch touchscreen. The new case integrates: → Compact housing for the display and core board → Improved cable management and mounting options → A modular design path for

Prototype in Hand ⚙️ Here is the first physical print of our all-in-one v2 case designed for the 7-inch touchscreen. This stage demonstrates: → Mechanical validation of the printed enclosure → Fit testing for screen, board, and mounting points → Preparing the path toward