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Bernardo Quintero Uncovers Creator of Virus Málaga and Cybersecurity Legacy | Ukraine news
Tech Optimizer
December 25, 2025

Bernardo Quintero Uncovers Creator of Virus Málaga and Cybersecurity Legacy | Ukraine news

Bernardo Quintero sought to find the programmer behind the Virus Málaga, which had a significant impact on his life and career in cybersecurity. The virus, initially a piece of malware, sparked Quintero's interest in the field and led to the creation of VirusTotal, which was acquired by Google in 2012. This acquisition helped elevate Málaga as a tech hub in Europe. Quintero revisited the virus code and discovered a clue linking it to a programmer named Enrique, who was affectionately known as Kiki. He learned from Antonio Astorga, a source who passed away, that the virus contained a hidden message against the Basque terrorist group ETA. Astorga's legacy continues through his son, Serhiy, who has aspirations in cybersecurity and quantum computing.
Microsoft teases AI-powered Windows 2030 where keyboards and mice may feel obsolete
Winsage
August 7, 2025

Microsoft teases AI-powered Windows 2030 where keyboards and mice may feel obsolete

David Weston, Microsoft’s Corporate Vice President for Enterprise and OS Security, predicts that by the end of the decade, traditional input devices like keyboards and mice will coexist with more interactive technologies. He envisions AI agents taking over roles traditionally held by security analysts, allowing them to manage tasks such as reading and responding to emails. Microsoft is investing in AI technologies, including the development of Copilot, which aims to enhance productivity. Weston anticipates a shift toward voice and visual inputs for device interaction, moving away from typing and clicking. Microsoft has introduced features like the "Hey Copilot" wake word for voice commands. He also highlights the importance of quantum computing for future security, indicating that quantum-safe encryption is being integrated into Windows. While details about Windows 12 are limited, early indications suggest a deeper integration of Copilot and enhanced security features, potentially transforming Windows into a more intuitive collaborator.
Kiss goodbye to your keyboard and mouse, in Microsoft's vision for the Windows OS in 2030 they'll both 'feel as alien as it does for Gen Z to use DOS'
Winsage
August 6, 2025

Kiss goodbye to your keyboard and mouse, in Microsoft’s vision for the Windows OS in 2030 they’ll both ‘feel as alien as it does for Gen Z to use DOS’

David Weston, Corporate Vice President of Enterprise and OS Security at Microsoft, predicts a significant transformation in user interaction with devices by 2030, driven by advancements in artificial intelligence and quantum computing. He suggests that traditional input methods like the mouse and keyboard may become obsolete, although he does not provide a specific timeline for this change. Weston emphasizes that the core principles of security will remain unchanged, asserting that fundamental practices such as updating security patches and rotating passwords still prevent 98% of cyberattacks. Despite the potential for new technologies like voice interaction and brain-computer interfaces, traditional input devices still dominate the current landscape, and practical concerns about new methods persist.
Security leadership in the age of constant disruption
Winsage
August 6, 2025

Security leadership in the age of constant disruption

The business landscape is evolving rapidly due to technologies like artificial intelligence (AI), quantum computing, and intelligent agents, which are reshaping operations and increasing security risks. Security is now a strategic imperative, requiring executives to anticipate and mitigate risks through investment in evolving technologies and best practices. Key trends defining the next decade include: 1. AI agents will enhance productivity but also introduce new security risks, necessitating parallel security structures. 2. Cyber-physical agents will expand security perimeters, requiring integration of physical and cybersecurity strategies. 3. Quantum computing poses retroactive threats to current cryptographic standards, prompting the need for quantum-safe encryption. 4. AI-enabled workforces will reshape talent dynamics and risk profiles, requiring collaboration between HR and IT for security programs. 5. Hardware-level security models will enhance protection and necessitate system upgrades. Organizations should adopt strategies such as securing supply chains, prioritizing attack prevention, leveraging AI for threat countermeasures, ensuring source integrity, maintaining security hygiene, and moving towards resilience with proven frameworks. Microsoft is enhancing security through initiatives like the Secure Future Initiative, Windows Resiliency Initiative, Microsoft Virus Initiative, and Zero Trust strategy.
Microsoft CVP thinks we'll be ditching mice and keyboards in a future version of Windows in favor of AI chats — "The world of mousing around and typing will feel as alien as it does to Gen-Z to use MS-DOS."
Winsage
August 5, 2025

Microsoft CVP thinks we’ll be ditching mice and keyboards in a future version of Windows in favor of AI chats — “The world of mousing around and typing will feel as alien as it does to Gen-Z to use MS-DOS.”

David Weston, Microsoft’s Corporate Vice President for Enterprise and OS Security, discussed the future of Windows and the impact of artificial intelligence (AI) on the enterprise and security landscape as we approach 2030. He highlighted that AI technologies like Microsoft Copilot and ChatGPT are transforming work by reducing monotonous tasks, allowing employees to focus on creative responsibilities. Weston predicted that in five years, AI agents could perform roles traditionally held by security experts, participating in meetings and managing tasks similarly to humans. He referred to these AI agents as “net amplifiers” that enhance human capabilities. Weston speculated that future versions of Windows will change how we interact with technology, moving away from traditional input methods to more conversational interfaces. He noted that current voice command systems, such as Microsoft Copilot, have limitations that need to be addressed with increased cloud computing power, which he believes will be facilitated by quantum computing. He mentioned that quantum computing will dramatically change the security landscape, prompting the introduction of post-quantum encryption. While details about Windows 12 are limited, AI integration is expected to be a significant feature, potentially making voice a key input method for multitasking.
Microsoft Brings Post-Quantum Security To Windows 11 And Linux
Winsage
May 30, 2025

Microsoft Brings Post-Quantum Security To Windows 11 And Linux

Microsoft is incorporating post-quantum cryptography (PQC) into Windows 11 and Linux platforms to enhance its security framework against potential threats from quantum computing. PQC functionalities are now available to Windows Insiders via the Canary Channel Build 27852 and on Linux through SymCrypt-OpenSSL version 1.9.0, allowing customers to test quantum-resistant encryption. Microsoft is enhancing its core cryptographic library, SymCrypt, with new PQC algorithms designed to withstand future quantum decryption capabilities. The company emphasizes the importance of "crypto agility," enabling systems to adapt to new algorithms as they develop. This initiative is part of Microsoft's ongoing commitment to global quantum-safe initiatives and aims to foster innovation and preparedness within the cybersecurity community.
Windows 11 is getting top-level protection against the next generation of quantum cyberattacks
Winsage
May 27, 2025

Windows 11 is getting top-level protection against the next generation of quantum cyberattacks

Microsoft has announced new protective measures against potential quantum-powered cyber threats by rolling out post-quantum cryptography (PQC) capabilities for Windows Insiders using Canary Channel Build 27852 and higher, and for Linux users through SymCrypt-OpenSSL version 1.9.0. The newly introduced PQC algorithms, standardized by NIST, will evolve in response to emerging threats, emphasizing the need for "Crypto Agility." The updates enhance OpenSSL’s API surface for Linux developers, allowing experimentation with TLS hybrid key exchange. Experts warn that quantum computing could breach even the most robust encryption systems, highlighting the urgency for software companies to adapt their security measures.
Windows 11 gets quantum-hardened cryptography technology
Winsage
May 26, 2025

Windows 11 gets quantum-hardened cryptography technology

Microsoft has integrated post-quantum cryptography (PQC) into Windows 11, starting with the Canary build 27852, to protect against quantum computer threats. The upgrade to SymCrypt, Microsoft's cryptographic library, now supports two PQC algorithms: ML-KEM and ML-DSA. This enhancement aims to improve security, performance, and compatibility across platforms. PQC is also being adopted in industry standards such as TLS, SSH, and IPSec. SymCrypt underpins various Microsoft services and operating systems, including Microsoft 365, Azure, and Windows 11. Microsoft is preparing its ecosystem for future quantum attacks, with PQC currently trialed in Windows 11 and expected to reach Linux soon. There are no specific timelines for updates to BitLocker. Recent research demonstrated a D-Wave quantum computer's ability to crack military-grade encryption, highlighting the increasing threat of quantum computing to classical cryptography.
'We coded day and night for the two months to create the software we had said already existed': The history of Microsoft reminds me how far we've come in just 50 years
Winsage
April 3, 2025

‘We coded day and night for the two months to create the software we had said already existed’: The history of Microsoft reminds me how far we’ve come in just 50 years

Tomorrow, April 4, 2025, Microsoft celebrates its 50th anniversary. Bill Gates has released a downloadable PDF of the original source code that started the company, which was initially named 'Micro-Soft'. The original code was created for the Altair 8800 using a teleprinter. Gates and Paul Allen developed the Altair BASIC interpreter, their first product, which aimed to democratize computing. They worked for two months to create the software after promising MITS a product that did not yet exist. Their collaborative effort laid the foundation for significant technological advancements over the past five decades.
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