Quantum computing capabilities are poised to unlock significant economic value, estimated to exceed $50 billion globally. However, this technological leap also introduces substantial cybersecurity risks that businesses and governments must proactively address. A new report highlights the dual nature of this rapidly advancing field.
The analysis, released by Boston Consulting Group (BCG) in partnership with the Global Cybersecurity Forum (GCF), indicates that quantum technology is transitioning from theoretical research to practical applications. While this promises revolutionary advancements across various sectors, it simultaneously poses a threat to current data security protocols.
The Economic Potential and Emerging Threats of Quantum Computing
The energy sector is projected to be a primary beneficiary, with the oil and gas industry potentially realizing savings of between $6 billion and $30 billion. The transportation and logistics fields are also anticipated to see gains, ranging from $400 million to $1.2 billion. Reflecting this optimism, companies are already forecasting investments of nearly $13 billion in quantum technology by 2025.
Conversely, BCG’s report sounds a clear warning regarding the implications for current encryption standards. The very power that makes quantum computing so promising could render widely used encryption methods obsolete and vulnerable.
This presents a novel threat: sensitive data intercepted today could be decrypted in the future by sufficiently advanced quantum computers. To counter this, the report strongly advises organizations to begin implementing post-quantum encryption and explore quantum key distribution (QKD) to safeguard their digital assets.
Regional Preparedness and Strategic Implementation
Shoaib Yousuf, managing director and partner at BCG, emphasized the critical juncture for the Gulf region. He noted that governments are already leveraging early forms of quantum technology for operational enhancements in oil and gas and for developing more intelligent and secure urban environments. According to Yousuf, the GCC is strategically positioning itself to lead in both quantum technology adoption and robust cybersecurity measures.
The report outlines a phased approach for enterprises to navigate this complex landscape. It recommends an initial assessment of quantum technology’s potential risks and rewards.
This should be followed by the development of strategic priorities, pilot testing of relevant quantum applications, and investment in workforce development and research. David Panhans, another managing director at BCG, stated that organizations that successfully balance the adoption of quantum capabilities with stringent security practices will be best positioned for future success.
Industry Initiatives Addressing Quantum-Related Security
In a move to address these emerging threats, technology firm Gigamon has introduced GigaVUE 6.12, an update designed to bolster network defenses against quantum-era cyber risks. This solution offers enhanced visibility into the locations and types of encryption being used within a network, identifying outdated or vulnerable security practices.
The update is designed to integrate with existing security ecosystems, supporting platforms such as Splunk, QRadar, and Elastic. This integration aims to provide security teams with a comprehensive and unified view of their network’s security posture.
The Middle East is already experiencing a rise in cyber threats, with ransomware and extortion tactics forming the basis of over half of attacks in the first half of 2025. The UAE, in particular, has seen a significant number of these attacks, ranking ninth globally and second in the Middle East and Africa.
Experts caution that traditional encryption methods could become compromised as early as 2030. A recent survey indicated that 73% of IT decision-makers are actively planning to implement post-quantum encryption strategies.
Damian Wilk, general manager at Gigamon, stated that organizations must gain an understanding of their encryption usage and pinpoint potential weaknesses before they can be exploited by adversaries. Gigamon’s tools offer this critical visibility, enabling companies to transition to quantum-safe encryption without disrupting their ongoing operations.
Looking ahead, the adoption of quantum-safe cybersecurity measures remains a crucial challenge. The report’s key takeaway is the urgent need for organizations to prepare for the quantum future by both harnessing its potential and mitigating its inherent security risks. Further updates on the progress of post-quantum encryption standards and adoption rates will be closely watched.