La quantum computing is making giant strides in various sectors, generating both great expectations and enormous challenges. In recent months, strategic alliances and innovation projects have consolidated their presence in fields such as energy, cybersecurity, and finance. While this technology is still in its initial phase, its applications are beginning to outline a new horizon for businesses, governments, and users, with a special focus on data management and protection against emerging threats.
Public-private collaboration It is becoming increasingly important to create a solid ecosystem and prepare the ground for the profound changes that quantum computing will bring. The agreement between institutions such as the Basque Government and Iberdrola reflects this shared interest in anticipating upcoming technological and social challenges.
Quantum momentum in the energy sector: the Basque case
El Basque government y Iberdrola have signed an agreement that strengthens their commitment to quantum computing applied to energy. This agreement will allow Iberdrola to access the capabilities of the IBM-Euskadi Quantum Computing Center and the IBM Quantum System Two systemIn addition to fostering the development of new technological solutions, the collaboration will serve to develop specialized talent and facilitate knowledge transfer within the BasQ initiative.
El target It's not just about providing companies with more powerful tools to solve complex problems, but also about integrating startups, research groups, and international networks. To achieve this, we seek Strengthen the position of the Basque Country in the global race for quantum technology, aligning efforts under strategies such as the IKUR 2030 plan.
Entities such as Global Data Media Tech and its spin-off Global Data Quantum They work in collaboration with the IBM Quantum Network and local booster programs to develop Hybrid algorithms that can generate impact in sectors such as transportation, waste management, medicine or financial investment.
Quantum computing and cybersecurity: an urgent challenge
Development quantum computing represents an unprecedented challenge for cybersecurityAccording to the latest Capgemini report, approximately 65% of companies consider this to be the biggest threat to encryption systems in the coming years. The arrival of the so-called "Q-Day"—the moment when quantum computers can break current algorithms— could happen sooner than expected, according to estimates from pioneering firms in the field.
One of the main threats is the strategy of "Collect now, decipher later", where attackers store encrypted data with the intention of decrypting it when quantum technology becomes more advanced. Sectors such as defense and banking are already beginning to adopt post-quantum cryptography (PQC) solutions, considered the best short and medium term protection.
On the other hand, there is a marked difference between industries: while critical sectors are advancing rapidly, others such as consumer goods and retail are showing a degree of indifference despite the increased risk. Regulatory demands and competitive pressure will determine whether more organizations prioritize adaptation to this new scenario.
The influence of quantum computing on cryptocurrencies
The cryptocurrencies like Bitcoin They also face threats due to quantum progress. A recent plan proposed by Jameson Lopp and other experts highlights the need for migrate funds to quantum-resistant addresses. Otherwise, approximately one 25%. of Bitcoin in circulation could be vulnerable, according to various studies.
Among the proposed measures is a gradual ban on transactions to addresses considered unsafe, which would force the community to adapt to avoid serious security risks. Banks and regulatory agencies also foresee a scenario of "massive liquidation" if measures are not taken to protect assets before cyberattacks become more frequent.
Financial sector experts emphasize the importance of reaching a global consensus and acting quickly to prevent quantum computing from compromising current systems. The need to modernize both technology and regulation in the crypto world is becoming increasingly urgent.
Preparation and prospects for the coming years
La adoption of quantum computing It advances at different rates depending on the sector and region, although it has already the transition has begunCompanies, public institutions, and regulated sectors are investing in training, research, and development of algorithms that will allow them to adapt to this new reality. However, many companies have not yet begun this process, which can pose a risk of exposure to attacks and loss of competitiveness.
Quantum technology is no longer a distant promise but a driver of transformation. From energy and finance to cybersecurity and cryptocurrencies, current developments mark the beginning of a period where collaboration and foresight will be key. Decisions made regarding protection, investment, and research today will determine how the opportunities are seized and the dangers of a revolution already underway are addressed.
