Littlepay has helped bring contactless, tap-and-go payments to regional public transport across New South Wales, marking a key step in modernising how passengers access everyday travel. The completed rollout extends beyond major cities, enabling commuters across dozens of regional bus networks to pay using bank cards, mobile wallets or wearable devices—removing the need for cash or pre-purchased tickets. More broadly, the project highlights a shift in public transport systems

Diraq is pushing quantum computing beyond the lab by focusing on how it can be built and scaled in the real world. Rather than relying on specialised, experimental setups, its approach uses silicon-based qubits that can be manufactured using the same processes as conventional computer chips. This shift is important because it tackles one of the biggest challenges in quantum computing: moving from small, fragile systems to large, reliable machines. By using established semicon

ICM HPQC Fund's Q-CTRL and Equal1 are targeting a critical bottleneck in quantum computing adoption: the operational complexity of deploying and maintaining quantum systems at scale. Their collaboration integrates autonomous calibration and performance management directly into silicon-based quantum hardware, enabling systems to function with minimal human intervention. Rather than advancing qubit performance alone, the partnership focuses on system-level automation - embeddin

What happens when a civilisation becomes dependent on a single, irreplaceable input? In 1177 BC: The Year Civilization Collapsed , Eric H. Cline describes how the disruption of tin supply chains contributed to the collapse of Bronze Age economies. Tin was scarce, difficult to transport, and essential. When supply faltered, entire systems built upon it began to unravel. Today, the global technology ecosystem faces a very different — yet curiously familiar — constraint. Artific