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Worldwide Technology Trends 2024
This study is designed to give business leaders insight into the adoption, investment, and customer experience for 15 technologies in each category. It provides a glimpse into how quickly an emerging technology is being adopted, how deeply more established technologies penetrate the market, and how positive the customer experience is with each of them. The study also delves into the specific types of solutions under consideration. By understanding the adoption trends, investment activity, and customer experience, decision-makers are in a better position to assess the potential risks and rewards of investing in each of these technologies. They also can gain insight into just how aggressively competitors and peers are investing in them.
May, 2024
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Quantum Resilience: Navigating Cybersecurity in a Quantum World
Recent advancements in quantum computing raise concerns about the future of cryptography, given the computational capabilities of quantum computers to perform complex calculations rapidly and break traditional encryption algorithms. Although cybersecurity systems can tackle quantum threats at present, the promising pace of development in quantum computing poses an inevitable, if not imminent, threat to organizations. Moreover, there is a risk that malicious intruders could steal information now and decrypt it in the future with mature quantum computers. This necessitates enterprises to use post-quantum cryptography to safeguard confidential data and stay ahead of quantum-powered adversaries.
July, 2024
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From Fugaku HPC to Quantum: Fujitsu’s Leap into Next-Gen Supercomputing
The quantum era is here, and it is compelling enterprises to act. Once seen as a distant tech milestone, quantum computing is now reshaping strategies, accelerated by generative AI’s rapid ascent in 2022. Companies realize the risk of unpreparedness as quantum promises to disrupt industries from logistics to cybersecurity. Fujitsu is demonstrating a rapid transition from research to real-world applications. At its recent Executive Analyst Day 2024 in Pune, India, Fujitsu showcased a groundbreaking 64-qubit superconducting quantum chip and an audacious road map to a 256-qubit system by 2025 and over 1,000 qubits by 2026. Its scalable hardware, HPC legacy, multi-architecture approach, and qubit efficiency solidify its edge in this race.
December, 2024
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Cybersecurity Services 2025 RadarView™
capability and experience analyses for service providers. It provides a 360-degree view of key cybersecurity services providers across practice maturity, partner ecosystem, and investments and innovation, thereby supporting enterprises in identifying the right cybersecurity services partner. The 74-page report highlights top supply-side trends in the cybersecurity space and Avasant’s viewpoint on them.
April, 2025
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Cybersecurity Services 2025 Market Insights™
The Cybersecurity Services 2025 Market Insights™ assists organizations in identifying important demand-side trends that are expected to have a long-term impact on any cybersecurity project. The report also highlights key enterprise priorities, investment patterns, and evolving buyer expectations that are reshaping how cybersecurity services are evaluated and consumed.
April, 2025
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Avasant Quantum Series: Decrypting the Quantum Threat – What Every CISO Must Know
While quantum computing could supercharge scientific discovery, materials design, and AI, it simultaneously threatens to break the foundation of today’s cybersecurity. Current encryption standards, such as RSA and ECC, which protect everything from online banking to classified government communications, rely on the near impossibility of solving certain mathematical problems with classical computers. But with quantum algorithms such as Shor’s algorithm, these problems can be solved exponentially faster, rendering today’s public-key encryption useless almost overnight. This looming threat has led to a new urgency in cybersecurity circles. Experts are calling it the Quantum Apocalypse—a scenario where powerful quantum computers could decrypt vast troves of previously secure data. Experts fear this scenario to be only decades away. The threat is not just in the future: data harvested today can be decrypted tomorrow once quantum machines are operational. The only way forward is to upgrade our cryptographic infrastructure before it is too late.
July, 2025
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Avasant Quantum Series: The Provider Imperative — Preparing Enterprises for the Quantum Era
While many Tier 1 and Tier 2 service providers have started laying the foundation for quantum computing and adjacent technologies, progress remains inconsistent, and most are still in the early stages of true readiness. At Avasant, we recognize that service providers often require strategic guidance in navigating this complex and rapidly evolving space, particularly in understanding enterprise expectations and aligning capabilities accordingly. Drawing on deep client interactions and insights into enterprise aspirations across AI and quantum, we have developed a comprehensive framework for service providers to assess and build quantum readiness. This framework spans four critical dimensions: practice capabilities, talent development, ecosystem partnerships, and investment priorities. It also incorporates key decision-making principles that enterprises are using to evaluate and select providers for their quantum journey.
June, 2025
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Avasant Quantum Series: From Hype to Strategy — A Quantum Readiness Guide for CIOs and CTOs
Quantum technology—rooted in the principles of quantum mechanics—is poised to tackle problems far beyond the capabilities of today’s most powerful classical computers. Its potential spans computing, cybersecurity, advanced sensing, and next-generation materials. Yet, many enterprises remain on the sidelines, assuming quantum computing is still years from real-world impact. Drawing on client interactions and insights into enterprise aspirations across AI and quantum, we have developed a comprehensive framework for service providers to assess and build quantum readiness, spanning technology readiness, talent and capability, ecosystem partnerships, and investments and innovation. It also incorporates key decision-making principles that enterprises can use to evaluate and select providers for their quantum journey.
June, 2025
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The Quantum Revolution in India: Betting Big on Quantum Supremacy
In the last decade, quantum technologies have transitioned from science fiction to real-world enterprise trials. Quantum computing has evolved, providing real-time analytics, faster decision-making, better forecasting, quicker prototyping, and new products creation. India aims to address issues concerning national priorities using quantum technologies. The government has planned an over USD 1B outlay to build a quantum-enabled infrastructure. The infrastructure will focus on converting theoretical aspects of quantum into commercial prospects.
February, 2022
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Quantum Computing Coming Sooner Than You Think
The slow pace of quantum development has inspired enterprises to take a “wait and watch” strategy for quantum applications. Increasing the number of qubits while reducing the noise or error correction is the most critical challenge in quantum computing. However, the next five years will be crucial in the development of quantum computers. So now is time to build partnerships and identify pilot programs for when quantum computing becomes affordable and accessible to your size and type of organization.
May, 2021
Quantum
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