Deploying LLMs on Embedded Devices: Reality or Hype? Large Language Models (LLMs) have quickly moved from cloud-based chatbots to software that is beginning to run directly on our phones, laptops, vehicles, robots, and industrial equipment. Every major technology company is investing in on-device AI, promising better privacy, faster responses, and intelligence that works even without […]

AI in Post-Silicon Validation: Teaching Chips to Explain Their Own Bugs For decades, semiconductor development has followed a familiar path. Engineers design the architecture, write RTL, verify it through simulation, prototype it on emulators or FPGAs, and finally manufacture silicon. Yet one of the most important phases begins only after the first chips return from […]

The Next Decade of Technology: Why AI Will Create Bigger Engineering Opportunities, Not Fewer AI Is Changing the Rules of Technology For nearly two decades, the global technology industry followed a familiar formula:build larger engineering teams, scale software delivery, expand outsourcing, and continuously hire more developers, testers, support engineers, and program managers. As digital transformation […]

Convergence of Ultra Ethernet, CXL, and PCIe Toward a Rack-Scale Computer Fabric Over the next several years, the boundaries between device interconnects and datacenter networks are likely to blur. Technologies such as PCI Express, Compute Express Link, and the emerging Ultra Ethernet architecture are evolving toward similar goals: moving large amounts of data between compute […]

What Happens on Silicon Before Software Ever Gets a Say From an IC design perspective, the system’s behavior is largely pre-decided at the moment the silicon is taped out. Firmware and boot flows are often framed as software problems, but in practice they are extensions of architectural intent already frozen into the SoC. Reset topology, […]

The SoC Inflection: How System-on-Chip Design Evolves After 2026 By 2026, system-on-chip design reaches a structural inflection point. The challenge is no longer how many functions can be pulled onto a single die, but how coherently complexity can be distributed without collapsing under verification cost, power density, and design latency. The classical SoC playbook—larger monoliths […]

When the Curve Flattens: Semiconductor Technologies Approaching Their 2026 Inflection By 2026, several semiconductor technologies will reach a point where incremental gains no longer justify exponential complexity. This is not a collapse, but a maturing of curves that have been aggressively bent over the last decade. What follows is a period of optimization, selective investment, […]

AI Is Not One Stack, But Two Interlocking Realities Artificial intelligence is often spoken about as a single technological wave, but in practice it unfolds across two very different layers of innovation. One is rooted in physics, manufacturing constraints, and capital intensity. The other lives in systems integration, organizational behavior, and operational discipline. Both are […]

WebAssembly for Embedded Systems (Part 3): Current Trends, Real-World Use Cases & the Future of Embedded Architectures In the first two parts, we covered the fundamentals and the technical machinery behind WebAssembly. In this final part, we explore the latest industry trends, emerging research, and where WebAssembly is headed in the embedded domain – from […]

WebAssembly for Embedded Systems (Part 2): A Deep Dive into Runtimes, Execution Models & Embedded Architecture In Part 1, we explored the fundamentals of WebAssembly (Wasm) and why it matters for embedded systems. Part 2 goes further into the technical details, focusing on what embedded engineers should understand before bringing Wasm into real products. This […]