#quantumsafesecurity

QEM Corp. News

Quantum eMotion Corp., a premier quantum-based cybersecurity company, has agreed to purchase 100% of the issued and existing shares of California-based SKV Technology Inc. This strategic move gave QeM control of Jet Lab Technologies Inc.'s core technology assets, notably the secure SecureKey platform.

This acquisition advances QeM's full-stack, quantum-resilient security architecture ambition. The company wants to merge the recently acquired SecureKey technology with its Sentry-Q orchestration layer, powered by Quantum Random Number Generators, to protect the cloud, network, endpoints, and chips.

One Vision: Entropy to Enforcement

The transaction relies on two complimentary technologies' synergy. QeM's Sentry-Q platform manages safe P2P encrypted connections and creates quantum-grade entropy and master keys. It sets security standards like key rotation, authentication, and PQC cipher suites.

However, the acquired SecureKey platform enforces. SecureKey, a hardware-anchored software platform, implements Sentry-Q's secure channels on devices. Integrating hardware boundaries with strong software controls inhibits cryptographic key theft. A two-pronged approach ensures strict trust enforcement at the execution border and cloud layer.

Revolutionizing Breach Prevention with Zero-Exposure Keys The acquisition's most innovative feature is Zero-Exposure Keys, a patent-pending “memory-less” cryptographic architecture. This method addresses the main cause of modern cybersecurity breaches, memory-based key and credential theft.

Zero-Exposure Keys eliminate persistent key storage and enable government-level protection in pure software for cloud and edge environments without proprietary hardware modules. NIST-validated encryption standards make these elements FIPS-certified and widely used by the government.

Strategic growth and market implications

The cybersecurity industry is facing unprecedented demand, which prompted this purchase. The global cloud security and critical infrastructure market is valued over $150 billion, according to Gartner. Mandatory modernization plans, the rapid adoption of hybrid-cloud models, and a regulatory focus on quantum readiness in the face of sophisticated, persistent nation-state threats are driving this surge.

Quantum eMotion can capture a large share of this industry with revenue-ready cryptographic enforcement software. The company will target high-value sectors like:

Financial Services and Healthcare: Protecting patient and customer data.

AI Data Centers and Energy Systems: safeguarding modern industrial infrastructure.

Supplying secure communication stacks and “Krown Technologies” for defense and secret government systems.

Blockchain and IoT: Safe device keying for cars and gadgets.

Integration and Executive Leadership

In the acquisition, SecureKey's lead technologist and SKV and Jet Lab founder Jason Thomas will join Quantum eMotion as an executive developer. Thomas' understanding of secure networking stacks and applied cryptography is vast. New role: support SecureKey's commercialization and strategic product integration as part of QeM's technological roadmap.

This integration “dramatically reduces key exposure risks while accelerating post-quantum migration,” stated Quantum eMotion CEO Dr. Francis Bellido. Thomas concurred, saying the partnership creates a “uniquely powerful architecture” with execution-bound enforcement and quantum-grade entropy.

Financial and Regulatory Information

The QeM will buy all SKV stock. Milestone-based earn-out payments of up to C$7,000,000 may be made in cash, common stock, or both. The Sentry-Q and SecureKey architecture technical and integration objectives must be met for these payments.

QeM has also agreed to pay $15,000,000 in royalties over five years if SecureKey technology products sell well.

The deal is a “expedited acquisition” under TSXV rules. The closing date is tentatively March 2026, pending TSXV clearance and usual closing formalities. Canadian shares issued as part of the purchase will have a four-month statutory hold period.

Looking Ahead

Due to its deployable encryption library and VPN/firewall implementations, Quantum eMotion can scale its operations immediately. The unexpected nature of quantum mechanics and stringent software enforcement will help the company defend against quantum-era cryptography issues.

ISARA Quantum

ISARA Corporation and Carahsoft Technology Corp. established a strategic alliance to advance quantum preparedness across the US Public Sector, a significant national security initiative. As ISARA's Master Government Aggregator, Carahsoft provides quantum-safe security solutions to federal, state, and municipal institutions.

The U.S. government is prioritizing Zero Trust Architecture (ZTA) and cryptographic standards to prepare for the “Y2Q” crisis. This collaboration is vital. The two companies intend to give agencies the visibility and resources they need to achieve quantum-safe resiliency by combining Carahsoft's large-scale technological transformation experience with ISARA's cryptographic posture monitoring expertise.

Impending ‘Quantum Dawn’ and HNDL Threat

Even without large-scale quantum computers that can break RSA and ECC, national security is threatened. Opponents are launching “Harvest Now, Decrypt Later” (HNDL) attacks. These initiatives collect encrypted sensitive material to decipher when quantum computing becomes possible.

Government agencies responsible for long-term intelligence, secret data, and crucial infrastructure worry about retrospective decryption. This urgency is reflected in federal directives like NSM-10 and OMB Memorandum 23-02, which require agencies to catalog cryptographic assets and prepare for PQC implementations. The NSA and NIST PQC migration date is 2035, which experts say is closer than many organizations assume.

Cryptographic Visibility Bridges the ‘Discovery Gap’ Government agencies struggle with the "discovery gap"—a lack of awareness about cryptography's locations in complex, legacy-laden digital infrastructures. Quoted: “you cannot protect what you cannot see”.

To overcome this, the cooperation provides access to ISARA Advance, a flagship platform for agentless, autonomous cryptographic asset detection. This platform identifies quantum algorithms, protocols, certificates, and keys across servers, networks, and apps to create a complete “cryptographic bill of materials” (CBOM). Creating this inventory lets IT directors:

Find weak “classic” encryption methods.

Prioritize remediation by risk.

Follow evolving FIPS and NIST standards.

ISARA Chief Revenue Officer Jim Sortino stressed that this detailed inventory, in accordance with CNSS Policy 15, must be the first step in tackling migration as a national security concern.

Post-Quantum Resilience Toolkit

ISARA-Carahsoft provides agencies with the RadiateTM Quantum-Safe Toolkit, which goes beyond discovery. This suite offers production-ready NIST-standardized algorithms including ML-KEM and ML-DSA.

A highlight of this offering is its “Crypto-Agility” focus. The collaboration allows Hybrid Cryptography since “rip and replace” strategies are often impractical for high-stakes government systems. This allows enterprises to add quantum-safe security to classical encryption, ensuring system safety and compatibility across a ten-year transition.

Customized for mission-critical situations, the toolbox:

Defense Applications: High-performance mission-critical libraries are employed. EOT/IoT code optimized for smartcards, cars, and aeronautical control systems with limited resources.

Digital communication infrastructure protection.

Quantum-resilient zero trust architecture improves identification and access management.

Federal Agency Procurement Streamlining

The agreement streamlines government procurement by integrating ISARA's goods into the Carahsoft ecosystem. Among them:

NASA SEWP V offers enterprise-wide procurement.

Information Technology Enterprise Solutions—Software 2.

TIPS—Interlocal Purchasing System.

NASPO ValuePoint.

The Quilt, OMNIA Partners.

Brian O'Donnell, Vice President of Cybersecurity Solutions at Carahsoft, said this tiered technique allows agencies balance future security with cryptographic risk today. He said the agreement allows reseller partners to help agencies meet fiscal year architectural validation and cryptographic reporting needs immediately.

Cybersecurity Proactivity

Partnership marks a shift from reactive defense to proactive resilience. The U.S. government is preparing local energy networks and Department of War (DoW) components for future processing capacity as “Quantum Dawn” approaches.

Companies can manage cryptographic assets and risks using ISARA, a pioneer in Cryptographic Posture Management, to repair vulnerabilities before quantum attacks can. The cooperation and Carahsoft's status as "The Trusted Government IT Solutions Provider" ensure that the public sector has the knowledge needed for major technological change.

In conclusion,

Turkcell leads quantum-safe 5G network security as cyber threats rise.

Turkcell and ID Quantique build quantum-resistant security on Juniper mobile backhaul to defend next-gen telecom infrastructure.

Turkcell, Turkey's largest telecom and telecommunications company, has advanced its quantum computing network infrastructure. Turkcell and ID Quantique (IDQ) completed a groundbreaking quantum-safe mobile backhaul security proof-of-concept (PoC). This puts Turkcell at the forefront of next-generation telecom cybersecurity and addresses quantum computer concerns.

This unique project relies on Juniper's robust MACsec and IPsec frameworks and Quantum Key Distribution (QKD) technology. This technology protects 5G mobile backhaul components like encrypted data and Precision Timing Protocols (PTP) with quantum-resilient protection.

PTP precision timing protocols

5G mobile backhaul networks need Precision Timing Protocols (PTP). These protocols enable clock synchronisation, which is essential for mobile network efficiency.

PTP is thoroughly studied below:

Critical Mobile Network Role:

Turkcell's network gets better timing from PTP and SyncE.

Many 5G services and applications require precise time synchronisation.

Mobility operations like data transmission and call handovers require precise timing.

Quantum Threat Vulnerability:

PTP may be attacked by quantum computing.

Quantum computers endanger cryptographic systems, especially mobile backhaul network time synchronisation.

Effects of PTP manipulation/attacks:

Protecting PTP is crucial since manipulation or inaccuracies can have catastrophic consequences.

These include:

Users lost connections and had greater latency.

Mobile network-dependent enterprises lose money due to lower productivity.

Consumer mistrust in mobile services' reliability and security.

Misaligned networks cause dropped calls and failed data transfers.

Users' locations can be revealed via altering time signals.

Network instability can cause cascade failures that affect several users.

One threat is spoofing attacks, which broadcast fake timing signals to disrupt networks.

PTP Protection Strategy: Turkcell

With ID Quantique and Juniper Networks, Turkcell created a quantum-proof proof-of-concept (PoC) to protect PTP.

The trial used Juniper's MACsec and IPsec frameworks and Quantum Key Distribution encryption keys to protect PTP.

IEEE standard MACsec (802.1AE) encrypted all wired communication, including PTP, SyncE, and Data. MACsec uses AES256 encryption for quantum resistance without performance problems.

The strategy focused on safeguarding PTP without increasing latency that could compromise network performance. The PoC found that PTP could be secured without affecting time data precision.

Turkcell proved that field-deployed Juniper ACX7100s can safeguard data and synchronisation traffic from quantum computer threats in the first proof of concept. Even with quantum-safe MACsec and a virtual key management system, MACsec did not affect PTP quality.

In the second phase, ID Quantique's QKD solution replaced the virtual key management system by providing quantum-protected MACsec and IPsec keys while maintaining 5G timing precision and IP traffic integrity.

Synchronisation persisted when key management was unplugged, proving the network's robustness.

Finally, modern mobile networks, especially 5G, depend on PTP. Turkcell's groundbreaking quantum-safe security program protects PTP from advanced cyberthreats like quantum computers.

Juniper Mobile Backhaul

Juniper Networks is a leader in quantum-safe mobile backhaul network security, as shown by its agreements with Turkcell and ID Quantique.

Juniper's mobile backhaul role is outlined below:

Know Mobile Backhaul Networks

Mobile backhaul networks are necessary to transport all traffic between cell towers and mobile core networks.

They are prime candidates for cyberattacks due to their distant work and sensitive data.

These networks' exact temporal distribution is critical.

Juniper Secures Mobile Backhaul

Juniper Networks, a pioneer in secure, AI-native networks, completed a quantum-safe proof-of-concept (PoC) with Turkcell and ID Quantique to protect mobile backhaul networks from quantum attacks.

Quantum Key Distribution encryption keys and Juniper's powerful MACsec and IPsec frameworks worked well in the PoC. This integration provides quantum-resilient safety for mobile backhaul components like encrypted data and Precision Timing Protocols without sacrificing efficiency.

Key Juniper Mobile Backhaul Products and Technologies The PoC used Juniper hardware:

Juniper Networks ACX7100 cloud metro routers: In the first part of the Proof of Concept, field-deployed routers synchronised traffic and secured data using MACsec. Turkcell proved that these devices can protect traffic from quantum computer attacks by activating MACsec without affecting data traffic or synchronisation quality.

The second phase of the Proof of Concept used Juniper SRX Series Firewalls, particularly the SRX1500, to validate quantum-safe IPsec integration. The configuration confirmed that IDQ's QKD devices support the SRX1500 Firewalls' quantum-safe IPsec services.

MACsec and IPsec certification for Juniper MX Series routers was also noted.

Juniper's IPsec solution adds an RFC8784 secret key to IKE protocols using virtual and/or physical key management entities. This combines quantum-resistant and robust classical algorithms using interchangeable key-management methods.

Enhancing Mobile Backhaul Security and Performance The solution prioritised protecting Precision Timing Protocols (PTP), which are essential to 5G backhaul networks and may be vulnerable to quantum computing. Due to Juniper's frameworks, this was achieved without adding latency that would have hampered network performance. The proof of concept revealed that MACsec can quantum-safely protect data and the mission-critical synchronisation network without compromising time information.

The project showed that the quantum-safe system preserves 5G timing precision and IP traffic integrity with quantum-secure key exchange. This includes PTP/SyncE traffic protection.

Juniper's crypto-agility allows Turkcell to go from virtual QKD-emulation key management to genuine QKD without a software update, maintaining VPN service availability. Juniper's design adapts to new security threats and standards.