While Australian companies invest heavily in AI-driven productivity, quantum computing is emerging as a transformative technology that could reshape industries with its unprecedented processing power, security enhancements, and sensing capabilities.
- Quantum computing can solve complex problems far beyond classical machines.
- Applications include drug development, secure communications, and advanced sensing.
- The global quantum economy could reach US$97 billion by 2035.
What happened
Australian businesses have significantly increased their research and development spending on AI, reaching $24.4 billion in 2023-24, as many prioritize AI to enhance productivity and streamline workflows. However, quantum technology is quietly advancing in the background, with promising applications emerging in quantum computing, sensing, and communication.
Despite quantum computing not yet being commercially scalable, its potential to process information using qubits concurrently could unlock solutions to problems classical computers cannot efficiently address. Near-term quantum applications, such as quantum sensing for improved accuracy and quantum communication for enhanced security, are already gaining traction.
Why it matters
Quantum computing promises to radically transform organizational operations by enabling advanced optimization and decision-making capabilities. This quantum leap could accelerate breakthroughs in fields like drug discovery, new material development, and logistics optimization, offering enterprises significant competitive advantages.
Furthermore, quantum communication offers enhanced cybersecurity through unhackable quantum keys, heralding a new era in secure data transmission. However, this also introduces risks by potentially rendering current encryption methods obsolete, making it critical for organizations to adopt post-quantum cryptography and prepare for related cybersecurity challenges.
What to watch next
Businesses should start embedding quantum strategies within their operations by developing hybrid classical-quantum computing frameworks that integrate traditional systems with emerging quantum algorithms. This approach can enhance scenario testing, data structuring, and bottleneck identification by combining AI and quantum capabilities.
In addition, organizations need to build governance, risk management, and quantum readiness frameworks to identify where quantum technologies can add the most value and mitigate associated security risks. The growth of the quantum economy, projected to reach $97 billion globally by 2035, underscores the urgency for Australian startups and enterprises to engage early and strategically in this evolving technology landscape.