After watching latest @openmind_agi demo, kinda impress how OM1 gonna be solution to help nursing home industry replacing human jobs in the future. todays’s reality, fewer people want to work in elder nursing homes, honestly, who’s going to take over this work long-term? Solution: Robots cuz rn Japan is testing AI humanoids like Airec, which can assist with diaper changes or bedsore prevention but safe eldercare needs more than strong arms → it needs perception, coordination, and privacy-first intelligence. this is where OpenMind connects the dots. OM1 acts as the robot’s brain → vision, mapping, fall detection, identity-aware responses. FABRIC becomes the nervous system → robots coordinating tasks, sharing context, and logging actions securely. short example: an elderly person falls in their room → OM1 detects the fall, IDs the profile, alerts family, FABRIC coordinates another robot to assist immediately, preventing secondary risks like bedsores. add machine-to-machine payments via x402 → robots can order meds, pay for charging, or request maintenance autonomously. robots won’t replace human care. they’ll replace the impossible workload. that’s how ageing societies survive.

So I’ve been reading a report on the Global Robot Operating System (ROS) market from Polaris Market Research 2025 Honestly surprised by the market growth especially knowing @openmind_agi is built on top of ROS2. ╰› ROS market outlook • $724.47M in 2025 • $2.14B by 2034 • 12.8% CAGR That’s nearly 3× growth in a decade. What’s driving it: ╰› manufacturing automation ╰› logistics (inventory + mapping) ╰› healthcare & personal assistance ╰› automotive, home automation, security ROS works because it enables: • real-time navigation • sensor fusion • collaborative multi-robot ops But here’s the asymmetric part. The $2B ROS market is the base layer. The real upside is the intelligence layer on top. That’s what OpenMind AGI is building with OM1. OM1 is built directly on ROS2: ╰› ROS2 handles motion, sensors, control ╰› OM1 adds reasoning, learning, coordination With LLM orchestration, modular agents, and decentralized swarm logic, OM1 turns scripted robots into adaptive agents. As robots commoditize, software becomes the bottleneck. The OS that wins won’t just move robots: it will think, learn, and coordinate at scale. With the robotics market expected to boom next year, OpenMind has potential to lead the intelligent OS era.

imo, self-custody wallets still being sloppy on security in 2025 is kinda unacceptable. In crypto, your wallet is your bank. If security fails, nothing else matters. I’ve tested a lot of wallets over the years. The one I’ve stuck with the longest is @TrustWallet close to 5 years now. From early BSC meme era, nonstop swaps, random chains, experimental dApps. So far, no drainers/silent approvals/surprise losses. TW has clearly treated security as a first-class feature since day one. Things like: • scanning transactions before you sign • warning about malicious addresses • flagging risky DApps or tokens • detecting address poisoning • letting you revoke approvals easily • protecting keys with secure hardware zones • adding biometrics without hurting UX These aren’t “advanced features”, but the survival tools. A lot of wallets only cover part of this. Some only react after damage is done. I’ve had TW flag risky transactions early more than once, enough to stop potential losses. On top of that, it’s still unique as the only self-custody wallet holding: • ISO 27001 (security management) • ISO 27701 (privacy management) Security + privacy, formally audited. Most damage in crypto doesn’t come from volatility. It comes from scams. Simple, consistent security is what protects you long term and that’s exactly what you want from a wallet.