IBM launches the IBM z17, its first AI-focused mainframe.

IBM has taken a decisive step toward fully integrating artificial intelligence into its mainframe systems with the introduction of the IBM z17., the next generation of its renowned platform. This advancement represents a milestone for all types of sectors that depend on real-time data processing with a high level of security and reliability.

This new mainframe is designed from the ground up to enable seamless interoperability between hardware, software and AI-powered operationsThanks to this, companies will be able to incorporate automated processes and predictive analytics directly into the platform without having to move sensitive data to other environments, which reinforces security and operational efficiency. Furthermore, advances in computer technology are crucial to understanding their impact on artificial intelligence.

An architecture built entirely for AI

The IBM z17 comes equipped with the IBM Telum II processor, a significant evolution that incorporates AI accelerators directly integrated into the chip. This design enables more than 450.000 billion AI inference operations to be executed every day, with a latency of just one millisecond. This performance is estimated to represent a 50% improvement over its predecessor, the z16. This improvement is critical in the context of high-performance computing.

The idea of ​​bringing AI closer to data and not the other way around is one of the strategic keys behind the design of the z17This avoids the need to transfer sensitive data outside the system for analysis, which has positive implications for privacy, security, and regulatory compliance.

Developed over five years, this mainframe has been the result of a collaboration between more than a hundred clients and various IBM research and software teamsDuring that time, more than 300 patent applications related to its processing and AI capabilities have been filed, reflecting the volume of innovation behind it.

Another element that expands the capabilities of the z17 is the IBM Spyre Accelerator, an additional component in PCIe card format planned for the last quarter of 2025. Its objective is to offer support for multimodal AI models, including generative functions and operational assistants integrated directly into the platform.

The combination of Telum II and Spyre Accelerator will allow organizations to work with optimized environments that take advantage of the raw power of the hardware, while integrating AI software without compromising the security of your critical data. As computing evolves, the goal is to achieve greater levels of efficiency.

An operating environment focused on intelligent automation

The z17 not only stands out for its technical architecture, it also reinforces the user experience thanks to its capabilities for automating the IT environment.. Tools like IBM watsonx Code Assistant for Z and watsonx Assistant for Z allow development and operations teams to use powerful wizards that make it easier to programming, incident resolution and interaction through intelligent chats.

For the first time, These assistants will be integrated with IBM Z Operations Unite, a platform designed to gather operational data from multiple sources in OpenTelemetry format. This information collection allows for real-time detection of anomalies and automatic action, improving response times and reducing the effort required for system management.

Furthermore, z/OS 3.2 has been announced, the next version of the IBM Z operating system that will be released in the third quarter of 2025. This update expands support for modern tools, including databases NoSQL and hybrid data access models, further enhancing the platform's ability to connect to diverse environments.

This new operating system has been optimized to maximize the AI-based capabilities of the hardware., Offering richer operational insights and predictive capabilities to improve real-time decision-making. The integration of artificial intelligence into the OS It is a step forward in the evolution of computing.

With all these elements, IBM has sought to ensure that the z17 is not just a version upgrade., but rather a genuine transformation of the mainframe systems operating model that combines automation, artificial intelligence, and compatibility with current hybrid architectures.

Enhanced security and protection of sensitive data

One of the fundamental pillars on which the IBM z17 revolves is its focus on resilience and cybersecurity. The platform integrates new features aimed at data protection in complex environments, such as its alliance with HashiCorp to incorporate IBM Vault, a solution for secret management in hybrid clouds.

This functionality enables authentication and authorization of access to sensitive data, keys, tokens, and certificates from a single solution integrated directly into the infrastructure, facilitating standardized secrets management that protects critical workloads.

The identification of sensitive data is also one of the axes of the systemUsing natural language processing and intelligent algorithms, the z17 can discover, classify, and protect high-value business information without manual intervention, a key factor in the face of increasing threats and data breaches.

Along the same lines, the IBM Threat Detection for z/OS solution offers an advanced defense framework that detects anomalous behavior within the system, which is especially useful for Identify potential cyberattacks before they materialize.

All of these systems are designed to work together, allowing the z17 to act as a platform capable of anticipating risks and protecting business activity without disrupting operations.

Prepared for hybrid environments and future needs

The Z17 design has been conceived to integrate into hybrid infrastructures, recognizing that most companies today operate in environments where on-premises and cloud systems coexist. Therefore, IBM has opted to use open standards and compatible tools that facilitate seamless implementation across different technology architectures.

In addition to its central processor and accelerator card, the IBM z17 works in conjunction with the latest generation of the system storage DS8000, a solution specifically developed to complement mainframe performance and facilitate the management of large volumes of data.

This combination ensures consistent performance even in scenarios where workloads are particularly demanding, making it ideal for industries such as finance, healthcare, telecommunications or retail, where fast, secure and accurate data analysis is critical.

On the other hand, developers using the z17 environment will also benefit from AI-powered automation tools, which not only optimizes human resources but also accelerates the implementation of new functionalities in their business systems.

The new IBM z17 is scheduled for availability on June 18, 2025., and many companies have already begun planning its incorporation as part of their digital transformation strategies focused on artificial intelligence.

Thus, the IBM z17 is positioned as a comprehensive offering that combines processing power, intelligent automation, secure infrastructure, and adaptability to the new requirements of the AI-driven digital economy. An evolution of the classic mainframe that, far from becoming obsolete, is reinventing itself to take on a key role in the technological future of businesses.