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Quantum

In alliance with our Strategic Partner,  QDEx labs, the SeQure Railway™, proprietarily powered by FIPS 140-3 conformance tested and award winning MTE® technology, enables you to deploy next-gen communication & asset protection for data-in-motion, or data-at-rest with low latency and added layer of security.

Security

Deep integration of quantum secure protocols across the full tech stack enables a single view of all applications and simplified reporting

Speed

Ultra fast performance with quantum speed and low latency, propelling organisations into a new era of operational efficiency and responsiveness

Simplicity

Integrated with a vendor agnostic approach, users benefit from having threat intel, vulnerability, device & incident response management capabilities from one interface, reducing complexity

Sustainability

The BlockAPT Platform with its Quantum technology will decrease energy consumption and maintain a sustainable strengthened cybersecurity posture

Quantum Secure

VPN access, file transfer and data privacy

Benefits

Our Quantum solution is designed to improve the latency, bandwidth, throughput, and energy consumption without compromising the speed or security your network and applications, providing a future-proof defence for your organisation.

Uncompromising Security

A secure and reliable channel for data to travel between applications and networked devices, whether it’s being shared between devices on the same network or across different networks, while maintaining the performance and efficiency of systems.

Regulatory Compliance

Critical infrastructure industries can meet industry-specific regulations, such as GDPR, PCI-DSS, NIS, ensuring compliance and safeguarding of critical systems.

Scalable Performance

BlockAPT’s Quantum Secure VPN (QSVPN) has been designed to handle high volumes of traffic, ensuring high performance connectivity and real-time data exchange without compromising security or speed.

Resilience and Continuity

Organisations can maintain uninterrupted operations, even in the face of evolving quantum threats, ensuring business resilience and continuity.

Rapid Deployment

With no change to the user experience, the Quantum solution is lightweight with instant deployment causing no disruption to services and providing transfer of critical data with minimum lag or latency on network system resources.

Future-Proof Infrastructure

BlockAPT’s Quantum solution provides a future-proof security framework, protecting critical systems against emerging quantum computing threats, thereby ensuring long-term security and sustainability.

Next-gen quantum security for data-in-motion & data-at-rest

Features

With BlockAPT’s Quantum solution, valuable data is secured throughout its entire lifecycle. From data at rest to data in transit, our solution establishes a resilient defence against quantum adversaries, ensuring confidentiality, integrity, and availability of critical information assets.

Quantum Resistant Security

BlockAPT’s Quantum solution capability utilises MTE® FIPS 140-3 which is conformance tested technology that is resistant to quantum attacks. (Currently awaiting FIPS 140-3 validation certification by NIST, the highest government cybersecurity standard).

Scalable Performance

The Quantum solution is designed to handle high volumes of traffic, ensuring seamless connectivity, robust scalability and real-time data exchange while maintaining optimal security levels.

Robust Compliance

It conforms with industry-specific regulations, such as GDPR, PCI-DSS, NIS, etc ensuring adherence to security standards and protecting critical system s from potential vulnerabilities.

Resilience and Continuity

Data is secured inside the platform with a layered defence-in-depth & zero trust network access approach, maintaining uninterrupted operations, even in the face of evolving quantum threats for data in transit or data at rest.

Wide Applications

With a real-time command and control panel, the Quantum solution can protect data and communications across wide number of applications including endpoints, transactions, website, IoT, messaging, mobile, VPNs, etc.

Use Cases

Critical Infrastructure

Traditional VPN solutions are susceptible to cryptographic attacks from quantum computers, exposing vulnerabilities in today’s encryption standards and putting the confidentiality and integrity of sensitive data at risk.

Medical Data & Healthcare

The healthcare industry receives 2 to 3 times more cyber-attacks than the financial services sector where there is malicious use and demand for high value, sensitive patient data. The complexity of a dispersed geographic ecosystem of users and systems (including IoT and SCADA) further exasperates the problem.

Mergers & Acquisitions

Post-Merger Integration (PMI) causes significant challenges from a technology perspective not to mention impact on legal, HR, operations, etc. Efficient consolidation of digital assets, cost control, simplified operational and IT management and stretched resources can be challenging from a time and cost perspective.

What makes the BlockAPT Platform different?

Our Quantum solution (in alliance with QDex labs) utilises award winning, quantum-resistant, encryption free, cryptography protocol MicroToken Exchange (MTE®) technology, which has been FIPS 140-3 conformance tested, to safeguard against quantum-enabled attacks and mitigate the risks posed by quantum computing threats.

Yes – BlockAPT’s quantum solution offers seamless integration capabilities, allowing for easy integration with existing IT infrastructure and systems without significant business disruptions or modifications using Application Programming Interfaces (APIs).

Data privacy is a top priority for BlockAPT, so we utilise advanced encryption methods such as TLS & AES on our BlockAPT Platform, combined with stringent protocols and processes in place to protect against unauthorised access. Our underlying Quantum security protocol is based on an alternative form of cryptography that secures at the data packet-level; we do not use encryption.

The deployment of BlockAPT’s Quantum-enabled or Quantum-secure solution takes less than an hour to complete and can be plugged into existing enterprise ecosystems. Using Application Programming Interfaces (APIs) embedded into the platform, the BlockAPT Quantum solution can be deployed without disrupting existing network and security ecosystems.

No – our Quantum solution is optimised to minimise any impact on latency or speed. It is designed to improve the latency, bandwidth, throughput, and energy consumption without compromising the speed or security of your network and applications.

The BlockAPT Platform is usually deployed beyond an internal firewall and uses a hardened Linux operating system to protect against cyber-attacks. High availability during an active-standby setup can be configured to ensure that in case of failure the platform remains operational.

Our Quantum secure solution is designed with user-friendliness in mind, requiring minimal specialised expertise to implement and manage effectively. It comes with a user-friendly interface, training and supporting documentation for ease of use.

The BlockAPT Quantum security solution is software-based (or agent-based) that requires no specialised hardware.

Through our central management and orchestration platform, the BlockAPT Quantum security solution is a software based solution that can be integrated into almost any network and endpoints in an extremely fast fashion. The BlockAPT platform was designed with deep integration in mind from the start, providing simple, intuitive, and accelerated integration to existing network and security ecosystems.

No – our underlying security protocol is based on an alternative form of cryptography that secures at the data packet-level; symmetric encryption is not used to secure data-at-rest or data-in-motion. Instead, in alliance with QDex labs, MicroToken Exchange (MTE), a patented technology that uses Eclypses Cryptographic Library (ECL) which is FIPS 140-3 conformance tested and currently awaiting certification, is used to randomise and replace data with random streams of values.