As computing power surges, so do cybersecurity risks, particularly from advancements in AI and quantum computing. Scope Technologies Corp alongside other industry players, is addressing these threats with innovative, quantum-resilient solutions. The company’s Quantum Security Entropy (QSE) platform is gaining attention for its ability to protect data against current and future cyber threats, positioning it as a key player in the rapidly growing post-quantum cryptography market.
Scope Technologies develops quantum-resilient cybersecurity with QSE platform.
QSE uses quantum entropy and zero-trust to counter "harvest now, decrypt later" attacks.
Post-quantum cryptography market projected to grow 41.47% annually to $17.7B by 2030.
Scope appoints Microsoft veteran Andrew Knight as VP of Product to accelerate QSE roadmap.
Strategic partnerships expand QSE access to over 40,000 institutional users globally.
Scope to present quantum malware risks at DEF CON 33’s Quantum Village in August.
The rapid advancement of AI and quantum computing poses significant risks to global cybersecurity. Posts on X highlight that quantum computers could potentially break current encryption standards using algorithms like Shor’s, threatening passwords, crypto-wallets, and secure communications. The 2025 Data Threat Report notes that 74% of surveyed German companies view AI advances as the top security risk, while Singapore’s recent Cybersecurity Summit underscored the urgency of addressing quantum-driven threats. Scope Technologies’ QSE platform counters these risks with quantum-resilient encryption, leveraging randomness from quantum processes and a zero-trust framework to secure data against both current hackers and future quantum-based attacks.
Scope’s QSE platform is designed to protect sensitive data in industries like healthcare, legal, and finance. “I’m incredibly excited to join Scope Technologies at such a transformative time,” said Andrew Knight, Scope’s new Vice-President of Product. “The rise of quantum threats demands proactive solutions, and QSE is uniquely positioned to deliver. I look forward to helping shape its next evolution—bringing together my experience in scalable production pipelines, external ecosystems, and secure product innovation.” Knight’s appointment, alongside CEO Ted Carefoot’s focus on go-to-market execution, strengthens Scope’s ability to scale QSE’s quantum-resilient encryption and secure messaging capabilities, including a forthcoming mobile app for iOS and Android.
Scope’s recent leadership changes signal a shift toward commercialization. “As Scope Technologies scales its business, having the right leadership at the intersection of technology, operations, and strategic partnerships is key,” said Carefoot. “Andrew brings a rare combination of deep technical execution and commercial strategy honed across several sectors such as digital interactive media, procurement, and partner relationships. His leadership will be central as we evolve QSE’s architecture and expand its adoption across enterprise security environments.” Partnerships with World Cyber Health, COGITO, and Coegi Cloud AB extend QSE’s reach to over 40,000 institutional users, while a $2.8 million raise supports client onboarding and infrastructure scaling.
The post-quantum cryptography market is projected to grow at 41.47% annually, reaching $17.7 billion by 2030, driven by the need for future-proof cybersecurity. Scope’s upcoming presentation at DEF CON 33’s Quantum Village, titled “Quantum Malware: The Emerging Threat Landscape of Post-Quantum Cryptographic Exploits,” will highlight how quantum algorithms could enable new malware threats, reinforcing the urgency of quantum-ready defenses. Meanwhile, companies like Allot Ltd., with its multi-year EMEA telecom deal, and AMD, partnering with HCLTech for AI and cloud solutions, are also addressing cybersecurity demands, underscoring the industry’s shift toward resilient, scalable technologies.
Scope Technologies and its peers are paving the way for a secure digital future, addressing the escalating risks of quantum and AI-driven cyber threats. With QSE’s innovative approach and strategic growth, Scope is well-positioned to lead the charge in post-quantum cybersecurity.
Datadog has rolled out new AI-first security tools that watch every layer of the tech stack—from source code and data to live applications. The release bundles Code Security, LLM Observability, and an AI agent in Cloud SIEM that spots and fixes risks in real time.
"AI has exponentially increased the ever-expanding backlog of security risks and vulnerabilities organizations deal with," said Prashant Prahlad, VP of Products, Security at Datadog. "This is because AI-native apps are not deterministic; they're more of a black box and have an increased surface area that leaves them open to vulnerabilities like prompt or code injection. The latest additions to Datadog's Security Platform provide preventative and responsive measures-powered by continuous runtime visibility-to strengthen the security posture of AI workloads, from development to production."
These additions let customers secure fast-moving AI workloads before attackers can exploit fresh gaps.
STM has unveiled a human-presence-detection solution for laptops and PCs that pairs its FlightSense Time-of-Flight sensors with AI algorithms to cut power use by more than 20 percent per day while boosting privacy and security.
"Building on the integration of ST FlightSense technology in more than 260 laptops and PC models launched in recent years, we are looking forward to see our new HPD solution contributing to make devices more energy-efficient, secure, and user-friendly," said Alexandre Balmefrezol, Executive Vice President and General Manager of the Imaging Sub-Group at STMicroelectronics. "As AI and sensor technology continue to advance, with greater integration of both hardware and software, we can expect to see even more sophisticated and intuitive ways of interacting with our devices, and ST is best positioned to continue to lead this market trend."
The system enables hands-free Windows Hello log-ins, walk-away locking, and alerts if someone peers over the user's shoulder. By embedding these safeguards at the hardware level, ST is helping device makers future-proof user data against emerging threats.