As 2025 fast approaches, the technological world is preparing for major transformations that will redefine the way we live and work. Companies, seeking innovation and competitiveness, must be ready to adopt these new trends to stay ahead. This article explores five major technology trends that promise to shape 2025: agentic artificial intelligence, AI governance platforms, combating disinformation, post-quantum cryptography, and spatial computing.
Each of these advancements offers significant opportunities, but also poses challenges that businesses will need to overcome to take full advantage of them. Find out how these emerging technologies could transform the economic landscape and how organizations can prepare now.
Trend #1: Agentic AI
Agentic AI is poised to transform the business landscape by 2025. This technology promises to significantly improve automation and productivity by introducing intelligent agents capable of working autonomously. These software entities can plan and execute tasks without explicit instructions, allowing businesses to free up employee time and focus on more strategic tasks. The advantages are numerous: better management of complex projects, faster decision-making thanks to real-time data analysis, and an increase in the number of automatable tasks.
However, the adoption of agentic AI is not without challenges. Companies must ensure that agents’ actions are aligned with their objectives, which requires robust safeguards in place. Risks include unreliable decision-making, reliance on poor data, and employee resistance to this new technology. Additionally, potential cyberattacks, such as “smart malware,” pose a serious threat.
To take advantage of agentic AI, businesses must integrate this technology into their existing infrastructure. This involves the use of APIs and events to enable agents to interact effectively with various tools and environments. It is crucial to select use cases based on efficiency and desired business outcomes. Companies also need to train their technical teams to navigate this ever-changing environment.
Agentic AI offers significant opportunities to improve business efficiency and productivity. However, prudent risk management is essential to ensure its success. Companies must prepare now for this transformation by adapting their technological architecture and training their teams to maximize the benefits of this technological advancement.
Trend #2: AI governance platforms
Artificial intelligence (AI) governance platforms are poised to become an essential tool for businesses by 2025. These technology solutions enable organizations to manage the legal, ethical, and operational performance of their AI systems.
Among the notable advantages, these platforms offer the possibility of creating, managing and enforcing policies guaranteeing the responsible use of AI. They also help explain how AI systems work, manage the lifecycle of models, and provide increased transparency. This transparency is crucial to building trust and accountability, essential elements in business adoption of AI.
However, here too, the implementation of these platforms poses certain challenges. AI guidelines vary widely across regions and industries, making it difficult to establish consistent practices. Companies must navigate a fragmented regulatory landscape, which can lead to difficulties in harmonizing their AI governance policies globally. Additionally, the rapid evolution of AI technologies requires constant adaptation of policies and practices, which can place an additional burden on organizations.
Despite these challenges, AI governance platforms represent a significant step forward in ensuring ethical and responsible use of AI, while building stakeholder trust.
Trend #3: The fight against disinformation
Disinformation campaigns, often fueled by artificial intelligence and viral media such as social media, represent a growing global threat. They can lead to direct losses for businesses through fraud, boycotts and reputational damage.
Companies must constantly update their systems and adopt a collaborative approach involving various departments such as security, public relations, marketing and human resources. There is no silver bullet to completely secure a system against misinformation. Organizations should assess their existing systems to identify vulnerabilities and integrate relevant mitigation features. Disinformation security techniques include protecting collaboration tools from synthetic media, assessing the authenticity of content from third-party platforms, and identity verification to counter synthetic media attacks.
Additionally, monitoring social and mass media is essential to detect influence operations aimed at manipulating public opinion. Businesses should also prepare for generative artificial intelligence (GenAI)-based attacks, which can bypass existing authentication controls. This involves continually assessing the threat landscape and differentiating between vendors based on their capabilities to counter attacks. deepfake.
Security against disinformation is a growing area that requires special attention from businesses. By adopting the right technologies and strategies, they can not only protect their assets, but also build trust with their customers and partners.
Trend #4: Post-quantum cryptography
Post-quantum cryptography (PQC) represents a crucial advance in protecting data from the threats posed by quantum computing. By 2029, advances in quantum computing will make traditional asymmetric cryptography methods obsolete, exposing data to decryption risks. Companies must therefore anticipate this transition to PQC to secure their sensitive information.
The benefits of post-quantum cryptography are obvious: it provides enhanced protection against potential attacks from quantum computers, ensuring long-term data confidentiality. However, this transition is not without challenges. PQC algorithms cannot simply replace existing asymmetric algorithms. Current applications could experience performance issues, requiring extensive testing and sometimes a complete rewrite.
To successfully make this transition, businesses must start planning and implementing post-quantum crypto strategies now. This involves developing clear policies on algorithm substitution, data retention, and modification of existing cryptographic practices. Creating an inventory of cryptographic algorithms in use is essential to assess the impact of new methods and reduce existing security debt. Another major challenge is the lack of preparedness of suppliers.
The transition to post-quantum cryptography is a priority for companies wanting to secure their data in the era of quantum computing. Although complex, this transition is essential to protect sensitive information from future threats. Businesses must act now to ensure they are prepared to face these technological challenges.
Trend #5: spatial computing
The spatial computing trend, which incorporates technologies such as augmented reality (AR) and virtual reality (VR), promises to transform the physical world by adding an immersive digital dimension. Meta Platforms (with EssilorLuxottica) and Apple are already well present in these key areas since the release of their respective helmets/goggles.
This technology offers significant benefits in meeting growing consumer demand for interactive experiences in industries such as gaming, education and e-commerce. It also helps improve visualization for decision-making and efficiency in areas like healthcare, retail, and manufacturing.
Apple Vision Pro headset (source: Apple.com)
Headset devices, essential for these experiments, are expensive and inconvenient, requiring frequent charging and isolating users, which can increase the risk of accidents. Complex user interfaces and major data privacy and security concerns also pose significant obstacles.
The potential of spatial computing is vast. It enables businesses to improve remote collaboration and decision-making through real-time, interactive experiences. For example, it can facilitate hands-on training in the medical field or the creation of digital twins for construction projects, enabling better problem solving.
For consumers, spatial computing offers immersive entertainment experiences, such as attending a virtual concert or participating in interactive performances. It can also transform browsing and retail experiences, allowing users to interact with products in innovative ways. To overcome adoption barriers, companies must focus on use cases that expand the use and reach of their products and services in the near term. They must also take proactive steps to protect customer and employee privacy and data, by implementing robust data governance and digital ethics policies.
Although spatial computing presents challenges, its potential to transform interactions between the physical and digital world makes it a compelling trend for 2025. Companies that navigate these challenges will be able to deliver enriching and innovative experiences to their customers and employees.
