Miami, FL April 02, 2025 –(PR.com)– Qryptonic LLC today announced the availability of Q-Strike™ 5.1, its latest quantum-enabled penetration testing platform designed to uncover real-world cryptographic weaknesses in under 72 hours. The new release introduces expanded reporting capabilities, verified threat simulation metrics, and a limited-time complimentary Quantum Readiness Snapshot for qualified enterprises.

According to internal Qryptonic data, over 300 vulnerabilities were discovered during Q-Strike trials in the financial, healthcare, technology, and legal sectors, underscoring the urgency of shoring up defenses as quantum computing advances. Preliminary industry comparisons suggest that standard penetration tests identify half as many vulnerabilities in a similar timeframe, highlighting

Q-Strike’s deeper visibility into encryption flaws. Q-Strike™ 5.1 addresses these risks by proactively simulating potential attacks that could compromise traditional RSA, ECC, and hybrid encryption methods.

“Q-Strike 5.1 demonstrates our commitment to providing immediate and verifiable quantum security insights,” said Jason Nathaniel Ader, Co-Founder and Chief Innovation Officer at Qryptonic. “With this platform, organizations can see exactly where they’re vulnerable, prioritize fixes, and take meaningful steps toward post-quantum readiness.”

Industry analysts affirm the demand for practical quantum security testing over purely theoretical assessments.

“We strongly encourage organizations to begin planning for the transition to post-quantum cryptography as soon as possible,” said Dustin Moody, a mathematician at NIST leading the agency’s PQC standardization efforts. “A proactive approach now will help ensure that sensitive data remains protected when large-scale quantum computing becomes a reality.”

Q-Strike™ 5.1 also carries a $1 Million Guarantee*, reflecting Qryptonic’s confidence in identifying at least one critical vulnerability or exploitable weakness during each engagement. The platform includes:

72-hour white-box cryptographic testing that integrates seamlessly with existing infrastructures
Detailed remediation roadmaps aligned with NIST and GDPR guidelines
Multi-layered cryptographic analysis covering RSA, ECC, and emerging PQC algorithms
Executive dashboards summarizing key findings and potential business impacts

For a limited time, qualified organizations can request a no-cost Quantum Readiness Snapshot to gauge their risk exposure. Details are available at www.qryptonic.com/contact.

In addition, a press kit featuring high-resolution images, executive headshots, and short demo clips of Q-Strike™ in action can be requested from the media contact below.

About Qryptonic
Qryptonic LLC is a specialized cybersecurity firm focused on permanent post-quantum readiness. Founded by experts in cryptography and emerging threat intelligence, the company provides actionable solutions that help enterprises adapt to—and thrive in—the impending quantum era. Qryptonic’s offerings are used worldwide in finance, legal, and critical infrastructure, ensuring consistent protection against evolving adversaries.

Terms and conditions apply. Visit www.qryptonic.com for guarantee details. Forward-looking statements in this release are based on current assumptions and are subject to risks and uncertainties. Qryptonic and Q-Strike are trademarks of Qryptonic LLC. All other trademarks are the property of their respective owners.

Contact Information:
Qryptonic Inc.
Jessica Gold
954-694-2300
Contact via Email
www.qryptonic.com

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Mount Laurel, NJ April 01, 2025 –(PR.com)– NetQuest Corporation, the market leading global provider of ultra-scale flow-based metadata generation and network intelligence solutions for cybersecurity visibility today announced support for JA4+ fingerprinting in its Streaming Network Sensor (SNS) product line. This upgrade reflects NetQuest’s commitment to advancing network visibility at scale for detecting escalating threats within encrypted network environments. With the addition of JA4+ fingerprinting, NetQuest’s sensors are poised to further empower government defense and telco security teams with critical insights into encrypted traffic and facilitate robust cyber threat hunting capabilities.

“By integrating JA4+ fingerprinting into NetQuest’s sensors, we are helping data scientists and network security teams by providing real-time contextual insights into encrypted network traffic sessions,” said Jesse Price, NetQuest CEO. “Threat hunting at nation-state scale requires deeper levels of network visibility including unsampled traffic accounting and access to enriched network telemetry. FoxIO’s development of the JA4+ fingerprint suite is accelerating the capabilities of the global threat hunting community and NetQuest is excited to offer this to teams responsible for defending mission-critical networks.”

Understanding JA4+ Fingerprinting: A Vital Tool for Cyber Threat Hunting

JA4+ fingerprinting, developed by cyber threat hunting leaders at FoxIO, is a specialized technique used in cybersecurity to identify unique characteristics within encrypted network traffic. Building on the JA3 methodology, a JA4 TLS client fingerprint contains a 36-character long fingerprint of the TLS Client Hello which is used to initiate a secure connection from clients. With the ability to detect and monitor encrypted traffic flows more effectively, JA4+ is especially valuable for identifying traffic originating from malware, command-and-control servers, or other unauthorized sources. The JA4+ fingerprint suite also includes fingerprinting of HTTP requests and the TCP 3-way handshake.

NetQuest SNS Product Line: Delivering Superior Network Visibility with JA4+ Fingerprinting

The NetQuest Streaming Network Sensor product line is designed to provide continuous, real-time streaming intelligence extracted from high-capacity network environments. These sensors enable visibility across east-west traffic in data centers and tier 1 telco environments, ensuring that potential cyber threats can be identified and addressed before they lead to significant harm.

By leveraging JA4+ fingerprinting, NetQuest’s sensors extend cyber threat hunting capabilities, offering several key benefits:

Enhanced Detection of Malicious Encrypted Traffic

JA4+ fingerprinting enables the SNS network sensors to more precisely identify encrypted traffic patterns indicative of potential malware, botnet attacks, phishing attempts, and command-and-control communications. This capability is crucial as many cyber attackers utilize encrypted channels to evade traditional network defenses. With JA4+, cybersecurity analysts can swiftly detect and address these hidden threats.

Preserving Data Privacy Via Encrypted Traffic Analysis
One of the challenges of analyzing encrypted traffic is the potential compromise of sensitive data through decryption processes. JA4+ fingerprinting bypasses this challenge by enabling behavior-based detection without decryption, ensuring that data privacy remains intact.

Increased Accuracy in Identifying Known Threats
By matching JA4+ fingerprints with established threat databases, NetQuest’s sensors enable threat hunting teams to quickly detect known malicious fingerprints, enabling faster responses to potential threats. JA4+ fingerprinting does not just provide value identifying threatening activity but can also be used to confirm traffic as benign. This increased accuracy helps security teams reduce the time spent on false positives and focus their efforts on true security concerns.

Scalability and Integration with Existing Security Infrastructure

The ability to generate JA4+ fingerprints in real-time and at terabit scale allows government defense and telco security teams to leverage the growing JA4+ user community without having to dedicate post-processing resource in the data lake. JA4+ fingerprinting support enables seamless integration with other cybersecurity tools and platforms that have incorporated JA4+ into their threat hunting playbook.

“JA4+ provides a suite of modular network fingerprints to facilitate scanning for threat actors, botnets detection, location tracking, reverse shell detection and more,” said John Althouse, Founder and CTO at FoxIO. “NetQuest’s support for JA4+ fingerprints in their sensor’s flow-based metadata immediately expands threat hunting capabilities for government defense agencies and telco security teams tasked with protecting large-scale networks.”

Scalable Network Visibility using JA4+ Fingerprints with NetQuest’s Streaming Network Sensors

The addition of JA4+ fingerprinting underscores NetQuest’s focus on providing clients with cutting-edge tools to detect, analyze, and respond to cyber threats across complex, encrypted environments. The Streaming Network Sensor product line includes the SNS752, SNS754 and SNS1000 appliances supporting a range of 200G to 800G for network traffic metadata generation and intelligent packet filtering.

About NetQuest Corporation
NetQuest Corporation is a leading provider of high-performance network visibility and cybersecurity solutions. With a focus on enabling robust, real-time monitoring of high-speed networks, NetQuest empowers organizations to detect and respond to emerging threats across high-capacity networks. The company’s advanced technologies enable comprehensive visibility across distributed environments, helping government agencies and service providers secure their most valuable data and infrastructure.

For more information on NetQuest Corporation and the Streaming Network Sensor product line, please visit www.netquestcorp.com.

Contact Information:
NetQuest Corporation
Zachary Ziobro
856-866-0860
Contact via Email
https://netquestcorp.com

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