IAMPASS

The New Face of IAM Threats: Are We Ready? Identity and Access Management (IAM) has always been a key part of cybersecurity. But with hybrid work, cloud environments, and rapid tech changes, the game is changing—and so are the threats. Let’s talk about a few big ones: AI-driven Identity Spoofing Deepfakes and advanced AI are being used to trick biometric systems and impersonate trusted voices. Imagine an attacker faking someone’s voice to bypass security—this is no longer sci-fi! Privileged Access Gone Wild As businesses juggle multiple cloud platforms, keeping track of privileged access is getting harder. The result? Lateral movement attacks are easier for hackers to pull off. APIs Becoming a Goldmine for Credentials APIs connect everything nowadays, but they’re also becoming a weak spot. Attackers are targeting APIs to steal credentials and gain unauthorized access. Shadow Access is Everywhere With all the SaaS tools we use, it’s easy to lose track of who has access to what. That visibility gap? It’s a playground for insider threats. So, what can we do about it? Think Zero Trust: Never assume anyone or anything should have access without verification. - Use AI for smarter authentication: It can help spot and stop weird behavior. - Audit access regularly: You might be surprised by what you find. - Don’t forget about API security: Those connections need just as much protection. IAM isn’t just about keeping the bad guys out—it’s about ensuring your team can trust the tools they use every day. What’s your take? Are there IAM threats you’re watching closely in 2025? #AI #IAM #trust

IAMPASS Joins NVIDIA Inception IAMPASS has joined NVIDIA Inception, a program that nurtures startups revolutionizing industries with technological advancements. At IAMPASS, we are focused on context aware and intelligent authentication using AI.  Joining NVIDIA Inception will help us to prototype and launch features and products much faster by taking advantage of the NVIDIA Inception go-to-market support, training, and technology assistance. The program will also offer IAMPASS the opportunity to collaborate with industry-leading experts and other AI-driven organizations. #NVIDIAInception #cybersecurity #AI

We are a fast-growing startup at the forefront of cutting-edge AI cybersecurity solutions, focused on revolutionizing identity, authentication, threat intelligence, and cybersecurity. We thrive on innovation, agility, and the relentless pursuit of excellence. As a team, we are deeply committed to solving some of the most complex challenges in the AI and cybersecurity space, and we are always looking for a brilliant engineers, scientists, innovators, sales people to join us in this exciting journey.

We are a fast-growing startup at the forefront of cutting-edge AI cybersecurity solutions, focused on revolutionizing identity, authentication, threat intelligence, and cybersecurity. We thrive on innovation, agility, and the relentless pursuit of excellence. As a team, we are deeply committed to solving some of the most complex challenges in the AI and cybersecurity space, and we are always looking for a brilliant engineers, scientists, innovators, sales people to join us in this exciting journey.

We are a fast-growing startup at the forefront of cutting-edge AI cybersecurity solutions, focused on revolutionizing identity, authentication, threat intelligence, and cybersecurity. We thrive on innovation, agility, and the relentless pursuit of excellence. As a team, we are deeply committed to solving some of the most complex challenges in the AI and cybersecurity space, and we are always looking for a brilliant engineers, scientists, innovators, sales people to join us in this exciting journey.

NIST just released the new Quantum Proof Cryptography Standard, so How Does Quantum Cryptography Differ from Classical Cryptography Quantum Cryptography vs. Classical Cryptography: Key Differences. Security Foundation: Classical cryptography relies on mathematical complexity, often using prime factorization. Quantum cryptography, however, harnesses the fundamental laws of quantum physics, like the uncertainty principle and quantum entanglement. Key Distribution: Traditional methods risk key interception during distribution. Quantum Key Distribution (QKD) is a game-changer, allowing parties to detect any eavesdropping attempts instantly. Computational Resistance: While classical encryption might fall to future quantum computers, quantum cryptography stands resilient against both classical and quantum attacks. This "quantum-proof" nature is crucial for long-term data protection. True Randomness: Classical systems use pseudo-random number generators. Quantum cryptography leverages quantum mechanics to generate truly random numbers, enhancing unpredictability and security. Eavesdropper Detection: Unlike classical methods, quantum cryptography can inherently detect interception attempts, adding an extra layer of security. Key Length Efficiency: Classical encryption often requires longer keys for better security. Quantum methods can achieve high security with shorter keys, optimizing efficiency. Scalability Challenges: Classical encryption scales well over long distances. Quantum cryptography currently faces distance limitations due to signal degradation, an area ripe for research and development. Functional Flexibility: Classical cryptography offers a wide range of functions. Quantum cryptography primarily excels in secure key distribution, with potential for broader applications in the future. The shift towards quantum cryptography represents a leap in cybersecurity. As threats evolve, so must our defenses. Quantum cryptography offers a promising path forward, combining cutting-edge physics with information security. Join the discussion or comment to share your thoughts on this! #QuantumCryptography #CyberSecurity #FutureOfSecurity https://lnkd.in/etpN-6VH

At IAMPASS we have been working on AI solutions to eliminate passwords and all the problems that come with it. #passwords #cybersecurity #AI

We are thrilled to announce a key strategic partnership between IAMPASS and Cybecs. This collaboration marks a significant milestone as we combine IAMPASS's seamless, silent, and AI-driven passwordless authentication solutions with Cybex's advanced tools for system vulnerability detection and early threat detection. Together, IAMPASS, based in the United States, and Cybecs, headquartered in Israel, will leverage our combined expertise to provide unparalleled security solutions to our clients. This partnership will enhance the security infrastructure and protect sensitive data across various industries globally. Stay tuned for more updates as we embark on this exciting journey to make the digital world safer and more secure. #CyberSecurity #Partnership #Innovation #IAMPASS #Cybex #AI #PasswordlessAuthentication #ThreatDetection #TechAlliance #GlobalSecurity #DigitalSafety Alan W. Silberberg Liron Ben-Shoshan Asaf Levy

Authentication via passwords or static tokens has such a terrible UX, that its now impacting our beauty sleep!