Author name: Skills Gap Trainer

Tech Design

Forging an Unstoppable Alliance: Supergirl and SGT on the Path to 100% Alignment

Discover how Supergirl (Kara Danvers) measures up as the superhero equivalent of SGT in this in-depth analysis. Breaking down her performance across 30 alignment factors — from abilities and mission to leadership, societal impact, technological usage, and ethics — this post explains her 26/30 score and explores opportunities to achieve complete synergy with SGT’s core values.

Military Tech

The Return of the Arrow: Canada’s Next Generation Hybrid Ground-Effect Missile for the 21st Century

Amid rapidly shifting global power dynamics, this report introduces the next-generation Hybrid Ground-Effect Missile (HGEM) system — a revolutionary weapon designed to counter modern maritime threats. By seamlessly integrating advanced propulsion, stealth, and MIRV capabilities, the HGEM transforms multi-domain operations with its four-phase design: from stealthy underwater transit and precise water-to-air transitions to supersonic ground-effect flight and hypersonic terminal deployment. This innovative system not only neutralizes high-value naval targets but also secures critical trade routes, reinforcing NATO alliances and offering a strategic response to emerging geopolitical challenges.

Comms Tech

Tutorial 9: LilyGO T-Deck and T-Beam Integration for IoT Applications

Discover how to harness the power of IoT with the LilyGO T-Deck and T-Beam devices. This comprehensive guide covers everything from setting up sensors to integrating with cloud platforms like AWS and Google Cloud, enabling you to build robust IoT applications for data acquisition, transmission, and visualization.

Comms Tech

Tutorial 8: Advanced Mesh Networking Techniques with LilyGO T-Deck and T-Beam Devices

Welcome to our third tutorial on mastering LoRa technology with LilyGO devices. In this guide, we explore advanced mesh networking techniques using the T-Deck ESP32-S3 Keyboard and the T-Beam Supreme ESP32-S3. Learn to set up a secure mesh network, implement multi-hop routing, and integrate custom encryption methods. By the end, you’ll be ready to deploy practical mesh networks for applications such as disaster recovery, emergency communication, and secure IoT systems

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