Canadian technology news with the context to understand what matters and why.
Go deeper on the themes shaping Canadian technology.
En tant que journaliste tech canadien, je vois souvent la *hype* autour des technologies de rupture comme le quantum. Mais au lieu de me concentrer sur le battage médiatique, il faut décortiquer l'ingénierie f...
The quantum computing sector is experiencing a period of intense, almost hyper-competitive growth, marked by massive capital raises and volatile valuations. At the centre of this storm stands D-Wave Quantum—a...
As generative AI deepfakes become indistinguishable from reality, platforms like YouTube are facing acute liability challenges regarding user-generated content (UGC). The rollout of a dedicated likeness detect...
The recent sell-off and widespread anxiety surrounding the engineering sector's valuation—particularly concerning giants like WSP Global and Stantec—is less a reflection of technological capability and more an...
The core tension defining D-Wave Quantum is the gap between its impressive order book and its immediate revenue performance. This dynamic presents a classic, high-stakes challenge in early-stage deep technolog...
When we discuss quantum computing, the conversation often gets bogged down in teraflops, qubits, and exponential growth curves. But what truly matters to industry stakeholders—especially here in Canada—is the...
The focus on Shopify has shifted from merely being a powerful e-commerce backend to positioning itself as the central nervous system for modern retail, particularly through its aggressive integration of social...
As the quantum sector continues its high-stakes race toward commercial viability, recent financials from Toronto's Xanadu Quantum Technologies Ltd. offer a crucial insight: the cost of foundational R&D is imme...
In deep tech, a successful listing is often just the first step; true validation comes from scalable manufacturing pathways. That is exactly where **Xanadu Quantum Technologies** is making its move. By complet...
The central thesis emerging from the high-performance computing sector is clear: AI workloads are hitting the physical limits of traditional silicon substrates, making data transfer capacity—not raw compute—th...