Scheduled to run from January 11 to January 15, the intensive program will offer five hours of structured training each day, targeting professionals and specialists from computer science and related technical disciplines.

The initiative is organized by the Saudi Data and AI Authority in collaboration with King Fahd University of Petroleum and Minerals, reflecting a strategic partnership between government-led digital initiatives and academic excellence.

The boot camp aims to provide participants with a solid foundational understanding of quantum computing, an emerging field expected to redefine how complex problems are solved across industries.

Quantum computing represents a fundamental shift from classical computing, relying on the principles of quantum mechanics rather than traditional binary logic to process information in entirely new ways.

Although still in its early stages of global adoption, quantum technology is widely anticipated to play a major role in fields such as cybersecurity, advanced simulation, optimization, and data-intensive scientific research.

The program will introduce participants to the physical and mathematical principles that underpin quantum systems, including concepts such as qubits, superposition, and quantum entanglement.

By exploring how quantum architectures differ from conventional computing systems, the training will help learners understand where and how quantum approaches may offer unique advantages.

In addition to theoretical instruction, the boot camp places strong emphasis on practical application, ensuring that participants gain exposure to real-world quantum computing workflows.

Hands-on sessions will allow trainees to design and execute quantum algorithms using industry-recognized platforms such as Qiskit and CUDA-Q, tools currently used in global research and development environments.

Organizers say this applied focus is intended to bridge the gap between academic concepts and practical implementation, preparing participants to engage meaningfully with emerging quantum projects.

The program is structured to build early-stage technical readiness among Saudi professionals, as international interest and investment in quantum technologies continue to accelerate.

Collaboration with King Fahd University of Petroleum and Minerals underscores the importance of aligning national digital transformation efforts with academic research and technical talent development.

The university has long played a key role in producing expertise in engineering, computing, and applied sciences, all of which are closely linked to future quantum research initiatives.

The SDAIA has increasingly prioritized capability-building programs as part of Saudi Arabia’s broader data and artificial intelligence strategy.

Training initiatives in advanced computing, analytics, and emerging technologies are viewed as essential to reducing reliance on external expertise and strengthening domestic innovation ecosystems.

Officials emphasize that quantum computing skills, while still niche, are expected to become strategically important over the next decade as global technology competition intensifies.

The boot camp also supports the goals of Vision 2030, particularly those related to human capital development and the transition toward a knowledge-based economy.

By investing early in specialized technical education, Saudi Arabia aims to position itself as a competitive player in high-value technology sectors with long-term economic impact.

Registration for the quantum computing boot camp remains open until January 6, with interested applicants encouraged to apply through the SDAIA’s official training platform.

Among this new generation is 23-year-old Ahmed Al-Malki, founder of Minus Zero and lead researcher at NeuroVate Lab, whose work seeks to integrate artificial intelligence with psychology to support progress in education, talent development, and data-driven decision-making across the Kingdom.

Al-Malki created Minus Zero as a platform that analyzes language using AI to identify cognitive tendencies and emotional indicators. By bringing together psychology, linguistics, and data science, the system transforms written text into measurable insights that can reflect how individuals think, communicate, and process information.

He explains that the idea began with a simple goal — to create a tool capable of understanding human thought patterns in both Arabic and English, offering a bilingual model that reflects regional language and cultural nuance more accurately than imported systems traditionally used in assessments.

The platform originally started as a company research project but later grew into a broader initiative inspired by the BEGINING Scale, a psychological model developed by academic Dr. Ibrahim Al-Hussein. The aim was to translate conceptual traits such as creativity, balance, and decision-making into practical, data-driven measurements.

With a background in computer science, Al-Malki became interested in how linguistic choices reveal patterns of thought. Word selection, sentence structure, and written expression can provide subtle indicators of cognitive style, and this concept formed the foundation of the analytical approach used by Minus Zero.

Through the system, ordinary writing samples — such as student essays or professional reports — can be evaluated and presented in formats that may support education, recruitment, and performance development. Educators gain clearer insights into how students learn, while employers can identify strengths in communication, analysis, and problem-solving.

Al-Malki also noted a significant gap in the local market, as many widely used psychometric tools were developed abroad and rely heavily on English-language datasets that do not fully capture Arab cultural or linguistic contexts. Minus Zero attempts to address this shortage by offering an assessment model developed specifically to accommodate regional language patterns.

As artificial intelligence becomes increasingly integrated into national strategies under Vision 2030, privacy and fairness remain major considerations. To support these priorities, the platform uses federated learning — a decentralized method that trains algorithms on encrypted data without transferring personal information, ensuring that user privacy is maintained throughout the process.

Al-Malki emphasizes that transparency and ethical data use are central to the project, noting that balanced datasets were used to minimize bias and to create fair, reliable outcomes for users across diverse backgrounds. The intention, he says, is to build AI systems that empower individuals rather than exploit their data.

Behind the development of Minus Zero is NeuroVate Lab, a division Al-Malki established within the Saudi tech company GCAD to connect cognitive science research with applied artificial intelligence. The lab aims to convert academic theories into practical tools for sectors including education, HR, and behavioral analytics.

NeuroVate Lab is currently testing pilot programs in schools and companies to explore tools that measure creativity, stress management, focus, and decision-making. Educators use the insights to adapt teaching methods, while organizations apply them to strengthen leadership, teamwork, and workplace communication.

Al-Malki observes that participants often begin with limited expectations, but once their data is visualized, they recognize how closely the patterns reflect real aspects of their mindset, balance, and emotional state. This reaction reinforces the potential of AI-driven psychological insights to support self-awareness and personal development.

His long-term vision is to expand the use of cognitive AI tools across Saudi educational and employment systems, enabling individuals to maintain dynamic profiles that grow as their skills and behaviors evolve. According to Al-Malki, such tools could help identify creative thinkers, future leaders, and emerging talent from an early stage.

As Saudi Arabia continues to invest in innovation and future-ready skills, young researchers like Al-Malki illustrate the critical role local talent plays in shaping the Kingdom’s technological landscape. Through initiatives that blend AI with cultural and linguistic relevance, these efforts contribute not only to new digital tools but also to ideas that reflect the region’s identity and aspirations.

The memorandum of understanding aims to enhance productivity, boost creativity, and develop customized AI models tailored to gaming innovation and design.

Through this collaboration, Savvy Games Group will gain access to HUMAIN’s advanced AI systems, high-performance computing, and cloud infrastructure.

The agreement brings together two major Public Investment Fund (PIF) portfolio companies, marking a milestone in Saudi Arabia’s ambition to become a global gaming and technology powerhouse under Vision 2030.

Brian Ward, CEO of Savvy Games Group, expressed excitement about the partnership, noting that artificial intelligence will play a crucial role in enhancing player experience, automating workflows, and unlocking new creative opportunities.

The move reflects Savvy’s strategy to blend cutting-edge AI tools with game development to deliver smarter, more immersive, and dynamic gaming environments.

For HUMAIN, the collaboration follows the launch of its AI operating system, HUMAIN ONE, introduced at the Future Investment Initiative in Riyadh.

The system supports sector-specific AI applications, including gaming, where the potential to transform creative processes and optimize operations is immense.

Tareq Amin, CEO of HUMAIN, said that integrating AI into gaming will enable developers to push creative boundaries, improve productivity, and streamline development cycles.

He emphasized that AI’s power lies in enhancing human creativity rather than replacing it, fostering a new era of intelligent game design.

Savvy Games Group, backed by a $38 billion investment mandate from the PIF, continues to expand its global influence while contributing to Saudi Arabia’s vision of becoming a leading hub for gaming, esports, and technology innovation.

The partnership represents a strategic shift toward in-house AI capability building and sustainable technology adoption.

HUMAIN’s role in the collaboration extends beyond AI solutions to include expertise in data centers, model training, and Arabic-language AI models that align with the Kingdom’s localization and talent development goals.

By combining resources, both companies will drive innovation in digital infrastructure and emerging technologies.

The partnership also supports PIF’s broader goal of fostering synergy among portfolio companies to create interoperable, AI-driven ecosystems.

This approach will promote shared data, unified standards, and collaborative innovation across industries, advancing the Kingdom’s digital economy.

Both companies confirmed that research and development will play a major role in their collaboration. They plan to explore AI-driven tools for automated content creation, advanced analytics, and smart production systems.

If successful, this initiative could position Savvy as one of the first major gaming entities in the region to operationalize AI across all aspects of its business.

By uniting HUMAIN’s AI expertise with Savvy’s gaming leadership, this partnership strengthens Saudi Arabia’s growing reputation as a center for technological excellence and creative innovation.

It sets the foundation for a future where AI becomes an integral part of entertainment, fueling growth and global competitiveness.

The new platform offers near-real-time insights into environmental, infrastructure, and urban developments, empowering both government and private sectors with advanced data for decision-making.

NeoMaps represents a significant milestone in the Kingdom’s journey toward technological sovereignty. Unlike traditional mapping solutions that depend on foreign providers, NeoMaps is entirely developed, hosted, and operated within Saudi Arabia by a team of skilled Saudi professionals.

This achievement reflects the nation’s growing expertise in space and satellite technology and aligns closely with the goals of Vision 2030 to strengthen innovation, sustainability, and national capabilities.

NSG’s leadership emphasized that the company is focused on building sovereign geospatial and satellite capabilities that turn observations into actionable intelligence.

By combining global best practices with local expertise, the platform transforms complex satellite imagery into clear, decision-ready data.

It delivers smart reports within just four to six hours — a process that previously took several days using traditional methods.

This rapid data delivery enables fast, informed decisions across sectors such as environmental monitoring, infrastructure planning, and urban development.

The capabilities of NeoMaps extend beyond speed. The platform’s integrated system of maps, layered datasets, and advanced analytics provides unparalleled access to detailed, accurate, and timely information.

This empowers Saudi Arabia’s giga-projects and government entities to manage resources efficiently, plan sustainable cities, and protect natural ecosystems.

The initiative stands as a powerful example of how locally developed technology can serve both national and global environmental goals.

One of the most impressive applications of NeoMaps is its role in environmental protection. The platform is being used to monitor the Red Sea’s shorelines and mangrove forests, enabling authorities to detect erosion or environmental damage in real time.

With this capability, quick action can be taken to preserve delicate ecosystems and maintain the Kingdom’s biodiversity.

Similarly, NeoMaps supports the monitoring of vegetation health and water availability in arid regions, helping identify areas at risk of drought and supporting better irrigation management.

By processing satellite data securely within the Kingdom, NSG ensures that sensitive environmental and infrastructure information remains under national control.

This not only enhances data security but also promotes trust and reliability in geospatial intelligence. The company’s dedication to developing sovereign mapping technology underscores its commitment to long-term national resilience and environmental stewardship.

Beyond mapping, NSG is expanding its vision through a venture framework focused on sustainable space technologies.

The company is investing in low-debris satellite designs, energy-efficient propulsion systems, and climate analytics tools that contribute to global environmental protection.

This focus ensures that innovation in Saudi Arabia’s space sector aligns with sustainability objectives rather than purely exploration-driven missions.

NSG’s progress builds on the strong foundation established by Taqnia ETS and a growing network of local and international partners.

Through collaboration and knowledge exchange, the company is fostering a new generation of Saudi engineers and scientists trained in cutting-edge geospatial technologies.

This approach supports Vision 2030’s broader mission of localizing high-tech industries and positioning Saudi Arabia as a leader in space and satellite innovation.

NeoMaps is more than just a technological advancement; it symbolizes the Kingdom’s strategic ambition to lead the Middle East in digital transformation and environmental intelligence.

By merging innovation, sustainability, and national capability, NSG is setting new standards for how countries can harness satellite data to shape smarter, greener futures.

As the platform continues to evolve, NeoMaps will play a vital role in driving Saudi Arabia’s progress toward sustainable urban planning, climate resilience, and economic diversification.

Through homegrown talent and visionary leadership, NSG is transforming Saudi Arabia into a global hub for geospatial innovation, turning satellite observation into actionable insight — and ambition into achievement.