Artificial intelligence has been installed in the daily lives of managers, consultants and professionals who handle sensitive information: financial reports, contracts, emails with clients or strategic presentations constantly go through AI tools to be summarized, translated or analyzed. However, this same convenience has opened a new avenue of exposure for organizations. Every document or conversation that is entered into a cloud-connected AI assistant can leave the company’s control perimeter, and that is precisely the point that cybercriminals are learning to exploit.
Managers are one of the main targets of these attacks: they manage privileged information, authorize financial decisions and often work outside the office, connected to public or unsecure Wi-Fi networks. In this context, having a powerful device is no longer just a question of performance, but a security decision. The new era of AI requires laptops capable of executing complex tasks without depending on external servers, thus preventing critical company information from traveling over the Internet and being out of your control.
AI in the cloud vs. AI on premises: the difference is where the data lives
When using a cloud AI assistant, every document, file, or conversation that the user shares is sent to external servers for processing. It is a convenient and powerful model, but it means giving up control over that information: it is exposed to leaks, misuse to train models, attacks that take advantage of connections between AI and other corporate applications, and even legal problems arising from international data transfers that may conflict with the GDPR.
Local AI works in a radically different way. Instead of sending the information to the cloud, the laptop itself (through its NPU, a processor specialized in artificial intelligence tasks) analyzes, summarizes or translates the documents without them leaving the device at any time. There is no data transit through external networks or dependence on the internet connection, which drastically reduces threats.
For managers and consultants, who constantly work with confidential client information, economic figures or corporate strategies, this difference is decisive. A report prepared from financial data, a translation of a contract or the summary of a meeting with a client are tasks that, if processed in the cloud, involve sharing that information with third parties. If processed locally, the data never leaves the equipment, something especially relevant in sectors such as consulting, where confidentiality is not an option, but a contractual obligation with the client.
ASUS ExpertBook Ultra: local AI power at the service of security
Aware of this paradigm shift, ASUS has designed the ExpertBook Ultra so that AI processing power stays where it belongs: within the computer itself. Its Intel® AI Boost NPU offers up to 50 TOPS of dedicated performance, a capacity that is expanded to 180 TOPS by combining NPU, CPU and GPU through the ASUS MyExpert assistant, well above the 40 TOPS that Microsoft requires to certify a computer as a Copilot+ PC.
In practice, these TOPS translate into very specific tasks for the daily work of a consultant or manager, executed entirely on the device: transcribing and summarizing meetings, identifying each interlocutor; generate subtitles and translations in real time during video calls with international clients; Instantly locate a file or presentation among hundreds of documents; or cross data from multiple spreadsheets to create a report in seconds. All without sending a single file to external servers or relying on a stable connection, which is especially valuable for those working on airplanes, hotels, or client facilities with unreliable Wi-Fi networks.
The new era of AI requires laptops capable of executing complex tasks without depending on external servers
This local AI capability is also supported by hardware designed for demanding mobility: Intel® Core™ Ultra Series 3 processors with up to 16 cores, up to 64 GB of LPDDR5X memory and Intel® Arc graphics, all in a magnesium and aluminum chassis with a nanoceramic finish that weighs less than a kilogram and has MIL-STD-810H military-grade resistance certification.
ExpertGuardian: enterprise-grade security that completes the team
Adding to the protection provided by local AI processing is ASUS ExpertGuardian, the ExpertBook Ultra’s security ecosystem, which meets strict NIST SP 800-193 guidelines to protect firmware from unauthorized manipulation. The device incorporates a TPM 2.0 chip for secure credential storage, biometric login, compatibility with Windows Secured-core PC and the Microsoft Pluton coprocessor, integrated into the CPU itself to shield the most sensitive data and credentials.
Added to this are an SSD with Opal encryption, dual BIOS ROM for recovery from firmware attacks and preparation for post-quantum cryptography, backed by a five-year commitment to security updates.
The combination of AI that never leaves the device and hardware certified under the most demanding standards makes the ASUS ExpertBook Ultra a tool designed to respond to new digital threats without giving up the productivity that artificial intelligence offers to managers, consultants and professionals who cannot allow their information to leave their control.
