Signal Advance(R) (OTC:SIGL) Pioneers Quantum-Resistant Cybersecurity via Analog Guard(R) - Becomes First-Mover in Physics Over Math Encryption
Signal Advance (OTC:SIGL) announced Analog Guard, a physics‑based encryption platform positioned as quantum‑resistant and hardware‑native. The company reported AI‑resistance test results where convolutional neural networks (CNNs) performed no better than chance when analyzing Analog Guard‑encrypted files. Signal Advance says Analog Guard is designed from first principles using physics rather than mathematical algorithms and is compatible with current digital networks and future quantum‑safe systems.
Next steps include finalized quantum computing test protocols, circuit simulation Quantum‑Resilience Validation in Q1 2026, followed by hardware testing and potential collaborations across defense, finance, telecommunications, and industrial control sectors.
Signal Advance (OTC:SIGL) ha annunciato Analog Guard, una piattaforma di crittografia basata sulla fisica, posizionata come resistente ai quantum e nativa dall'hardware. L'azienda ha riportato risultati di test di resistenza all'IA in cui le reti neurali convoluzionali (CNN) non hanno ottenuto risultati migliori della casualità nell'analizzare file criptati con Analog Guard. Signal Advance afferma che Analog Guard è progettato secondo principi fisici piuttosto che algoritmi matematici ed è compatibile con le reti digitali attuali e con i futuri sistemi sicuri quantum.
I passi successivi includono protocolli di test per il computing quantistico finalizzati, Valutazione di Resilienza Quantistica tramite simulazione di circuiti nel Q1 2026, seguita da test hardware e potenziali collaborazioni nei settori difesa, finanza, telecomunicazioni e controllo industriale.
Signal Advance (OTC:SIGL) anunció Analog Guard, una plataforma de cifrado basada en la física, posicionado como resistente a la computación cuántica y nativa de hardware. La empresa reportó resultados de pruebas de resistencia de IA donde las redes neuronales convolucionales (CNN) no obtuvieron mejor que la casualidad al analizar archivos cifrados con Analog Guard. Signal Advance dice que Analog Guard está diseñado partiendo de principios físicos en lugar de algoritmos matemáticos y es compatible con redes digitales actuales y con futuros sistemas seguros cuánticos.
Los próximos pasos incluyen protocolos de prueba de computación cuántica finalizados, Validación de Resiliencia Cuántica por simulación de circuitos en Q1 2026, seguida de pruebas de hardware y posibles colaboraciones en defensa, finanzas, telecomunicaciones y control industrial.
Signal Advance (OTC:SIGL)은 물리학 기반의 암호화 플랫폼인 Analog Guard를 발표했습니다. 이는 양자 저항성과 하드웨어 네이티브로 포지셔닝됩니다. 회사는 인공지능 저항성 테스트 결과를 보고했으며, Analog Guard로 암호화된 파일을 분석할 때 합성곱 신경망(CNN)이 확률에 의한 것과 다르지 않게 성능을 보였다고 밝혔습니다. Signal Advance는 Analog Guard가 물리학 원리에서 출발해 설계되었으며 수학 알고리즘이 아니라 현재의 디지털 네트워크 및 미래의 양자 안전 시스템과 호환된다고 설명합니다.
다음 단계로는 최종 양자 컴퓨팅 테스트 프로토콜, 회로 시뮬레이션 양자 내구성 검증(Q1 2026)이 이어진 뒤 하드웨어 테스트 및 방위, 금융, 통신, 산업 제어 분야의 잠재적 협력이 계획되어 있습니다.
Signal Advance (OTC:SIGL) a annoncé Analog Guard, une plate-forme de cryptographie basée sur la physique, positionnée comme résistante à l’informatique quantique et native au matériel. L’entreprise a présenté des résultats de tests de résistance à l’IA où les réseaux de neurones convolutifs (CNN) n’ont pas mieux performé que le hasard lors de l’analyse des fichiers chiffrés Analog Guard. Signal Advance indique qu’Analog Guard est conçu à partir des principes de la physique plutôt que d’algorithmes mathématiques et qu’il est compatible avec les réseaux numériques actuels et les futurs systèmes sûrs quantiques.
Les prochaines étapes incluent des protocoles de test finalisés pour l’informatique quantique, Validation de résilience quantique par simulation de circuits au 1er trimestre 2026, suivies de tests matériels et de collaborations potentielles dans les secteurs de la défense, des finances, des télécommunications et du contrôle industriel.
Signal Advance (OTC:SIGL) kündigte Analog Guard an, eine auf Physik basierende Verschlüsselungsplattform, positioniert als quantenresistent und hardware-nativ. Das Unternehmen berichtete IA‑Resistenz-Tests, bei denen Convolutional Neural Networks (CNNs) keine bessere Leistung zeigten als der Zufall, wenn sie Analog Guard‑verschlüsselte Dateien analysierten. Signal Advance sagt, Analog Guard sei aus ersten Prinzipien unter Verwendung von Physik statt mathematischer Algorithmen entworfen und mit aktuellen digitalen Netzwerken sowie zukünftigen quantensicheren Systemen kompatibel.
Zu den nächsten Schritten gehören finalized Quantum-Computing-Testprotokolle, Schaltkreis-Simulation Quantum‑Resilience Validation im Q1 2026, gefolgt von Hardware-Tests und potenziellen Kooperationen in Verteidigung, Finanzen, Telekommunikation und industrieller Kontrolle.
Signal Advance (OTC:SIGL) أعلنت عن Analog Guard، منصة تشفير قائمة على الفيزياء ومتمركزة على أنها مقاومة للكم وتعمل native على الأجهزة. الشركة أبلغت عن نتائج اختبارات مقاومة الذكاء الاصطناعي حيث لم تؤد الشبكات العصبية التلافيفية (CNNs) أفضل من الحظ عند تحليل ملفات Analog Guard المشفرة. تقول Signal Advance أن Analog Guard تصميمه من مبادئ أولية باستخدام الفيزياء بدلاً من الخوارزميات الرياضية وهو متوافق مع الشبكات الرقمية الحالية وأنظمة آمنة للكم المستقبلية.
الخطوات التالية تشمل بروتوكولات اختبار الحوسبة الكمية النهائية، التحقق من مقاومة الدائرة باستخدام محاكاة الدوائر في الربع الأول من 2026، تليها اختبارات الأجهزة وتعاونات محتملة عبر قطاعات الدفاع والمالية والاتصالات والتحكم الصناعي.
- CNN AI‑resistance test: classifiers ≈50% accuracy
- Q1 2026 planned circuit simulation for quantum‑resilience
- Hardware‑native design compatible with existing networks
- No completed hardware validation yet; hardware testing pending
- Commercial deployment contingent on future collaborations and validation
ROSHARON, TX / ACCESS Newswire / November 17, 2025 / The world is bracing for the inevitable impact of quantum computing on cybersecurity and Signal Advance Inc. (OTC:SIGL) has taken a pivotal step forward with its Analog Guard® technology - a physics-based encryption platform developed to outpace quantum threats.
Traditional encryption relies on mathematical puzzles that today's supercomputers can't crack quickly - but quantum computers will, in seconds.
Analog Guard® was built beyond quantum's reach. Not retrofitted. Not patched. Designed from day one using physics, not math. No computational complexity to exploit; no algorithms for quantum to unravel. It strips attackers of their leverage - and sets the new gold standard in a world under an advanced persistent cybersecurity threat.
"Quantum computing will redefine the limits of computation but it can't rewrite the laws of physics," said Dr. Chris Hymel, Ph.D., President & CEO of Signal Advance. "Analog Guard® isn't just a game-changer - it's a seminal shift- moving encryption from increasing vulnerable math to robust physics. It's uniquely engineered for the quantum era."
Earlier this year, Signal Advance® announced AI-resistance test results indicating that even advanced neural networks called CNNs (Convolutional Neural Networks - the same tech behind ChatGPT and facial recognition) - performed no better than a coin flip when analyzing Analog Guard®-encrypted files. In other words, in an environment aptly named for "deep learning", AI could learn nothing - confirming Analog Guard's® strength lies in its pattern-less, physics-based design, making it inherently resistant to both AI-driven and quantum-driven cryptanalysis.
Global awareness of quantum risk is rising rapidly. Elon Musk is raising new questions about Bitcoin's long-term safety in the face of rapid advances in quantum computing. (August 3, 2025, Bitcoinist.com) a concern highlighting how quantum breakthroughs may soon undermine digital cryptography itself
This matters because global cybercrime costs are now projected to exceed US
Analog Guard® introduces a fresh, hardware-native alternative - one that's not bound by algorithms and is compatible with both existing digital networks and future quantum-safe systems. It isn't just quantum-ready - it's quantum safe by design, hardware-native, and scalable.
Next Steps
With quantum computing test protocols finalized, Signal Advance® will begin circuit simulation Quantum-Resilience Validation in Q1 2026; hardware testing will follow in a subsequent phase. The Company is also exploring collaborations to accelerate deployment across defense, finance, telecommunications, and industrial-control markets.
About Signal Advance, Inc.
Signal Advance® (OTC:SIGL) develops analog-domain signal-processing technologies that complement and harden digital cybersecurity systems. Its Analog Guard® platform provides hardware-level encryption built for resilience against AI and quantum threats.
Analog Guard® and Signal Advance® are registered trademarks of Signal Advance, Inc. All other trademarks are the property of their respective owners.
Media & Investor Contact
Signal Advance, Inc.
IR@signaladvance.com | (713) 510-7445
www.signaladvance.com | X (Formerly Twitter): @Signaladv
Forward-Looking Statements
This press release may contain forward-looking statements regarding intellectual property strategies, technology development, commercialization plans, and expected benefits. These statements are based on current assumptions and involve risks and uncertainties that could cause actual results to differ materially, including patent examination outcomes, technology evolution, and market conditions. Signal Advance® undertakes no obligation to update forward-looking statements except as required by law.
SOURCE: Signal Advance, Inc.
View the original press release on ACCESS Newswire
FAQ
What is Signal Advance's Analog Guard and how is it quantum‑resistant for SIGL?
When will Signal Advance (SIGL) begin quantum‑resilience hardware testing?
What did the AI‑resistance tests reported by Signal Advance (SIGL) show?
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Does Analog Guard require replacing existing networks for SIGL customers?
