Axians

Fragmented monitoring leaves IT teams with an incomplete view of infrastructure performance. When information is spread across different systems and monitoring tools, identifying the source of a problem becomes more difficult, delaying action and affecting users.

As banks accelerate their digital transformation, they must deliver services that are secure, resilient, and always available. From hybrid cloud adoption to AI governance and business continuity, financial institutions need to modernize while maintaining customer trust.

In the banking sector, where performance, agility and compliance must go hand in hand, data has become a strategic asset.

Network planning has become a critical component of telecom infrastructure deployment as fiber rollout projects grow in scale and complexity. From coordinating construction across municipalities to integrating advanced planning systems, CSPs are under pressure to deliver networks that are efficient, scalable, and future-ready.

Carriers and service providers (CSPs) are accelerating network expansion and modernization to meet growing demand for connectivity, capacity, and reliability.

Digital technologies are a key driver of transformation in healthcare, enhancing patient care and optimizing operational processes. However, many healthcare organizations face challenges such as a shortage of IT specialists, outdated systems, and financial constraints, all of which can slow innovation and impact the quality of care. Additional barriers include cybersecurity risks, fragmented systems, and resistance to technological change among staff. To overcome these challenges, healthcare providers need a strategic approach that combines collaboration with trusted technology partners, process automation, and the development of digital skills across the organization.

The Axians & Cisco partnership reflects more than three decades of collaboration built on trust, strategic alignment, and shared innovation. With the launch of the Cisco 360 Partner Program and accelerating opportunities in AI, secure networking, and managed services, the alliance continues to evolve in response to a rapidly transforming market.

As organisations look for more control over their cloud environments without sacrificing flexibility, many are rethinking how their infrastructure is managed. Increasingly, businesses want cloud environments that are scalable and automated, but also transparent, compliant and built on long-term partnerships.

DERA, short for Document Extraction Retrieval Assistant, is an AI-powered solution that extracts structured data from documents such as invoices, contracts, or receipts. Its strength lies in its flexibility: it can identify document types and retrieve key information using simple natural-language instructions, without relying on rigid templates.

For more than a decade, the idea of the “smart city” has generated excitement. Cities have deployed sensors, connected traffic systems, and experimented with digital platforms designed to improve efficiency and sustainability. Yet many initiatives remain stuck at the pilot stage.

As Paderborn University expands its teaching and research facilities, students and staff need access to the digital services that support their work. Connecting new buildings to the campus network was therefore part of a broader task: extending access while replacing aging equipment to maintain a secure, efficient network.

At Technische Hochschule Georg Agricola (THGA) in Bochum, upgrading campus Wi-Fi came with a clear requirement: better connectivity had to mean less work for the people managing it. With a small IT team already supporting the university’s digital environment, ease of administration was central to the project.

The continued digitalization of metropolitan transport is increasing the need for reliable, secure connectivity across stations, operational environments, and other critical locations. As the number of connected endpoints, corporate services, and operational applications grows, networks must meet these demands while accommodating future systems without compromising availability, performance, or security.

As public sector organizations face growing application volumes, demanding deadlines, and increasing expectations for transparency, they must find new ways to improve efficiency without compromising the quality of decision-making.

To enhance disease prevention in the healthcare sector, Axians Portugal developed a telemedicine solution known as Intelligent Patient Personalized Care (IPPC), which has already been deployed in Portugal. This innovative system leverages smart devices to enable early detection of acute symptoms, ultimately improving patient outcomes and quality of care.

To enhance disease prevention in the healthcare sector, Axians Portugal developed a telemedicine solution known as Intelligent Patient Personalized Care (IPPC), which has already been deployed in Portugal. This innovative system leverages smart devices to enable early detection of acute symptoms, ultimately improving patient outcomes and quality of care.

As Swisslion Takovo, a Serbian food manufacturing company, expanded its operations across production and distribution, the limitations of its existing on-premise ERP system became increasingly apparent. The infrastructure constrained scalability, limited real-time data access, and required ongoing maintenance efforts that added complexity to IT operations.

Access to real industrial 5G environments is becoming a key differentiator in technical education. As use cases such as robotics, automation and real-time data processing become more widespread, the limitations of traditional wireless networks became increasingly apparent.

Rolling out a digital logistics solution across multiple industrial sites involves significant organizational and technical coordination. Axians Industrial Applications & Services and Heidelberg Materials France, a leading building materials producer, have completed such a rollout by implementing the VAS Yard Management solution across all Heidelberg Materials cement plants in France.

The city of Utrecht embarked on modernizing its IT infrastructure to keep pace with a growing range of digital services, from public security systems to smart city applications. Utrecht needed a network that was secure, scalable, and capable of supporting the city’s future needs.