Connect with us

Technology

Quantum Communication Fieldlab Rotterdam moves quantum-secure communication from pilot to operational use

Published

on

Founding partners INSPIR8ION, Eurofiber, Q*Bird, Cisco and CGI launch QCFR on 18 June at RDM Next, creating a practical environment to test, validate and operationalise quantum-secure communication for critical and public infrastructure.

ROTTERDAM, Netherlands, June 18, 2026 /PRNewswire/ — The Quantum Communication Fieldlab Rotterdam (QCFR) was launched today at RDM Next in Rotterdam. The Fieldlab marks a transition from earlier pilots to the next phase  of quantum-secure communication: testing, validation and operational application in real-world infrastructure settings. QCFR provides a collaborative environment where technologies, use cases and implementation models can be validated and prepared for adoption across critical and public infrastructure.

Quantum computers are expected, over time, to break parts of the encryption that currently protects digital communication. Quantum-secure communication is intended to help organisations prepare for that shift. That’s important not only for technology specialists, but for the everyday systems people rely on to live their lives including banking, medical data, government communication, as well as the digital infrastructure behind ports, energy grids and other public and vital services.

This includes addressing the so-called ‘harvest now, decrypt later’ risk, where sensitive data intercepted today may become vulnerable in the future. QCFR has been launched to help translate these challenges into practical action now: by testing technologies, assessing implementation conditions and building the operational understanding required for trusted deployment.

QCFR builds on a proven foundation in Rotterdam. In 2024, a consortium including the Port of Rotterdam Authority, Q*Bird, Cisco, Eurofiber, Portbase, Intermax and InnovationQuarter realised what was presented as the world’s first scalable quantum internet connection in the port of Rotterdam. That pilot proved that quantum-secure communication can work in a demanding, real-world port environment. QCFR is the logical next step towards broader testing, validation and operational readiness.

In 2025, Eurofiber and Q*Bird secured €1 million in support for the QUEST project, which enables Quantum Key Distribution (QKD) across two of Eurofiber’s main data centres in the Randstad and deploys operational quantum-secure infrastructure, including commercial QKD services that customers can purchase, lease or consume as a managed service. Together, the two initiatives accelerate the deployment and adoption of quantum-secure communications in the Netherlands.

The Fieldlab will focus on quantum-secure communication, including QKD-based environments and advanced QKD protocols. Built around real infrastructure and practical implementation challenges, QCFR will assess technical resilience, interoperability, operational feasibility and integration into existing infrastructure environments.

QCFR also supports capability development, knowledge transfer and practical learning to inform future certification and assurance approaches for trusted adoption at larger scale.

“With the QCFR fieldlab, our partners in Rotterdam and across Zuid-Holland are taking the next step in quantum-secure communication. Secure communication is a key issue not only for the vital operations in Europe’s busiest port, but also for critical infrastructure and government organisations in our greater region. By rolling up their sleeves in collaboration, the QCFR consortium captures a great economic opportunity and is set to make an important contribution to Europe’s security.”
– Meindert Stolk, Regional Minister for Economy & Innovation of the Province of Zuid-Holland

QCFR is founded by INSPIR8ION, Eurofiber, Q*Bird, Cisco and CGI. INSPIR8ION acts as QCFR Manager and coordinates the Fieldlab; Eurofiber provides the digital infrastructure and data centre environment; Q*Bird contributes its quantum-secure communication technology; Cisco brings networking technology for government and enterprise use; and CGI delivers system integration. They are supported by the Port of Rotterdam, the Municipality of Rotterdam, InnovationQuarter and the Province of Zuid-Holland, which provide the real-world infrastructure, public-sector engagement and regional development that anchor QCFR in the Rotterdam port and the wider Zuid-Holland ecosystem.

The launch event brings together representatives from government, industry, knowledge institutions and the broader innovation ecosystem. With QCFR, Rotterdam strengthens its position as a leading environment for the testing, validation and operational adoption of quantum-secure communications, supporting broader Dutch and European ambitions around digital resilience, trusted connectivity and strategic autonomy.

Website: www.qcfr.eu

Notes to editors

QCFR stands for Quantum Communication Fieldlab Rotterdam.QCFR focuses on the next phase of quantum-secure communication: moving from pilots and demonstrations towards validation, operationalisation and trusted implementation in real-world infrastructure settings.The Fieldlab builds on earlier Rotterdam quantum-secure communication developments, including the 2024 port pilot and related regional initiatives.The QUEST project, focused on enabling Quantum Key Distribution across two Eurofiber data centres in the Randstad, is supported through Kansen voor West III and co-financed by the European Regional Development Fund and the Province of Zuid-Holland. QCFR complements that line of development by providing a collaborative environment for broader validation, interoperability and operational learning.Founding partners: INSPIR8ION, Eurofiber, Q*Bird, Cisco and CGI.Strategic partners: Port of Rotterdam, Municipality of Rotterdam, InnovationQuarter and Province of Zuid-Holland.The advanced protocols studied at QCFR include Measurement-Device-Independent Quantum Key Distribution (MDI-QKD).Organisations can get involved by bringing forward relevant use cases, exploring technology validation opportunities and exchanging knowledge with QCFR partners on implementation challenges around quantum-secure communication. Further information about participation, intake and contact points will be made available through www.qcfr.eu.

View original content:https://www.prnewswire.co.uk/news-releases/quantum-communication-fieldlab-rotterdam-moves-quantum-secure-communication-from-pilot-to-operational-use-302803578.html

Continue Reading

Technology

Cyble Appoints Cybersecurity Veteran Steve Ingram as Executive Vice President, US to Lead Market Expansion

Published

on

By

Former EY and PwC cyber leader transitions from Cyble’s Advisory Board to an operating role, bringing decades of cybersecurity, risk, law enforcement and enterprise leadership experience.

CUPERTINO, Calif., Sept. 11, 2026 /PRNewswire/ — Cyble, an AI-native cybersecurity company, announced the appointment of Steve Ingram as Executive Vice President, US, as Cyble accelerates growth in the US market.

Ingram will lead Cyble’s US business, with responsibility for accelerating growth, deepening customer and partner relationships, and building Cyble’s position in one of the world’s largest cybersecurity markets. He brings decades of experience across cybersecurity, risk, financial services, law enforcement and executive leadership.

Most recently, Ingram was EY’s Financial Services Cyber Leader for the Americas, driving growth and transformation across the firm’s cybersecurity practice serving financial services clients. Before EY, he spent 15 years as a partner at PwC, including leading its Asia-Pacific Cyber practice and serving on the ASEANZ Markets Council. Earlier in his career, he served with the Australian Federal Police.

Ingram has served on Cyble’s Advisory Board for two years, advising Cyble as the company expanded its portfolio and global presence. His transition to an operating role reflects Cyble’s investment in the US and focus on growth.

“Steve has been a trusted advisor to Cyble for two years, and we are excited to welcome him as our EVP, US,” said Beenu Arora, Co-Founder and CEO of Cyble. “He brings a rare combination of cybersecurity expertise, enterprise leadership and experience working with some of the world’s largest organizations. He knows our technology, people and business, and will bring that experience into an operating role to accelerate our growth.”

“Having spent the past two years advising Cyble, I’ve seen the technology, people and market opportunity up close,” said Ingram. “The US represents a significant opportunity for Cyble. I’m excited to move into an operating role, work directly with the team, customers and partners, and help build the US business.”

The appointment comes as Cyble expands its AI-native cybersecurity portfolio across threat intelligence, digital risk protection, endpoint security and agentic AI.

About Cyble

Cyble is an AI-native cybersecurity company delivering risk intelligence and decision support to enterprises and government organizations worldwide. Its solutions combine threat intelligence, digital risk protection and security operations to provide visibility and actionable insights.

For more information, visit www.cyble.com.

Media Contact
enquiries@cyble.com
+1 678 379 3241

 

View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/cyble-appoints-cybersecurity-veteran-steve-ingram-as-executive-vice-president-us-to-lead-market-expansion-302876187.html

Continue Reading

Technology

Fringe events at Automechanika Jakarta empower, connect and immerse participants in Indonesia’s automotive industry

Published

on

By

JAKARTA, Indonesia, Sept. 11, 2026 /PRNewswire/ — Automechanika Jakarta is making its debut from 24 to 27 September 2026 at Nusantara International Convention Exhibition (NICE). Bringing together more than 300 exhibitors from 16 represented markets across 20,000 sqm, the fair will cover the entire value chain, including Parts & Components, Electrics & Electronics, Accessories & Customising, Diagnostics & Repair, Automotive Manufacturing & Automation, and more. The exhibition offers a gateway into Indonesia, opening opportunities for international trade and development to support the advancement of the regional automotive supply chain.

Highlighting the event’s reach, seven country and region pavilions will comprise brands from Mainland China, the EU, India, Malaysia, Singapore, Taiwan, and Thailand.

Overall, exhibitors include leading global and local names such as Aisin, Akebono, Andritz, Astra Otoparts, Asuki, Bosch Service, Brembo, Denso, Elmos, Dharma Group, Drivol, Filtration Solution, Hella, Himawan Putra, Indoprima Group, KYB, Launch, Mahle, Mansons, Meiji Sangyo, Mobiletron, NSK, Pako Group, Reach, Sakura, Scantruck Singapore, Schaeffler, Schmaco, Seiken, SKF, Snap-on, Startec, TecAlliance, Teikin, Timur Raya, Toyopower, TriAlliance, TUV Rheinland, and more.

Beyond the show floor, a lineup of forums, workshops, and panel discussions are what will transform industry trends into tangible insights.

Automotive Mobility Solutions Conference
The conference connects Indonesia’s automotive development with global trends, covering electrification, Industry 4.0, AI-enabled mobility, fleet management, parts traceability in aftersales, and circular, low-emission operations. Sessions will deep dive into how AI-driven smart factories can eliminate production bottlenecks, battery degradation testing for repurposing or recycling, and integrating second-life battery storage with solar and wind power to stabilise Indonesia’s remote island grids, replace diesel generators, and expand rural electrification.

Supply Chain Collaboration Forum
The forum will cover the government’s ambition of becoming a regional vehicle manufacturing hub beginning with supply chain opportunities addressing how incentives encourage investment. GAIKINDO representatives are also set to discuss initiatives empowering local SMEs.

Tech & Skills Workshop and Xperience Zone
Technicians will engage in practical and theoretical training to keep pace with the evolving automotive industry and transition to the EV market. Attendees can gain immediate, hands-on experience in an interactive area where they can step into the role of a mechanic. Highlights include dent repair, spot welding, car polishing, plasma cutting, and VR spray-painting, helping workshops make informed purchasing decisions, refine operational techniques, and evaluate new revenue streams.

Business Matching Programme
Supported by a dedicated team and an advanced matchmaking system, the programme connects buyers with specific sourcing needs directly to exhibitors, helping participants build meaningful business relationships during the show.

autoFEST@JKT
The event brings automotive culture to life through interactive features, classic car displays, and live vehicle services. Highlights include AMJKT Grand Prix Cup (motorsport simulator racing), an outdoor Car Slalom Test, Auto Service Day offering complimentary wheel alignments and nitrogen tyre fills, and the Auto Bazaar for sourcing hard-to-find components.

For more information about visitor pre-registration, please visit www.automechanika-jakarta.com.

Automechanika Jakarta is organised by Messe Frankfurt (HK) Ltd and the Indonesian Automotive Parts & Components Industries Association (GIAMM).

View original content:https://www.prnewswire.com/apac/news-releases/fringe-events-at-automechanika-jakarta-empower-connect-and-immerse-participants-in-indonesias-automotive-industry-302876190.html

SOURCE Messe Frankfurt (HK) Ltd

Continue Reading

Technology

Chandigarh University’s Computer Science Engineering Students Develop AI-Powered Platform to Detect Fraudulent Apps

Published

on

By

CSE students win ₹3 lakh at CyberShield Hackathon for this Generative AI innovation to combat fraudulent apps & banking malware services

CHANDIGARH, India, Sept. 11, 2026 /PRNewswire/ — Chandigarh University’s Computer Science Engineering (CSE) students have once again proven their brilliance on the national stage by securing second position in the national-level CyberShield Hackathon, organized by Bank of India in collaboration with IIT Hyderabad to solve AI, cybersecurity and banking-fraud challenges, winning a prize of Rs 3 lakh by providing innovative solution for harnessing Generative AI for automated reverse engineering, static and dynamic analysis and risk scoring of fraudulent mobile applications (APKs) and malware.

The Chandigarh University’s ‘Team Fi’, comprising of four third-year students of Bachelor of Engineering-CSE (IBM-Cyber Security) Danish Verma, Rahul Jaluthria, Varun Gupta and Avneet Kaur secured second position in the hackathon which attracted over 3000 team registrations from universities and higher educational institutions across India.

Among the 72 shortlisted teams, involving 232 participants, which presented their solutions and prototypes at CyberShield Hackathon in IIT Hyderabad, Team Fi of Chandigarh University – representing the Centre for Privacy and Security in Emerging Technologies (CPSET) at Chandigarh University’s Apex Institute of Technology-Computer Science Engineering (AIT-CSE) – was among the nine teams which advanced to the final round for first problem statement – harnessing Generative AI for automated reverse engineering, static and dynamic analysis, and risk scoring of fraudulent mobile applications (APKs) and malware.

Chandigarh University’s team secured the runner-up position in the CyberShield Hackathon with the prize money of Rs 3 lakh by building an AI-powered cybersecurity platform designed to assist in the analysis and investigation of suspicious Android applications.

 “Our approach was to build an agentic AI infrastructure around this problem, moving beyond a conventional automated analysis pipeline and exploring how autonomous AI agents could coordinate different stages of cybersecurity analysis. Without going too deep into the technical implementation, our goal was to rethink how AI could be applied to a traditionally complex and highly manual cybersecurity workflow. So, the AI-powered cybersecurity platform built by our team automates several aspects of application security assessment and uses intelligent analysis to identify potentially malicious or suspicious behaviour, evaluate associated risks and generate meaningful insights for cybersecurity professionals. By bringing different stages of Android security investigation into a unified workflow, this project aimed to reduce manual effort, improve the consistency of analysis and help security teams investigate potential threats more efficiently while maintaining an evidence-driven approach,” said Team Fi’s Danish Verma.

“The on-site evaluation of the solution given by the participating teams was done by an impressive panel of judges and experts from diverse backgrounds and organisations including EY, C-DAC, McKinsey, Bank of India, and IIT Hyderabad. After the final evaluation, Team Fi secured 2nd place nationally in problem statement 1 to win Rs 3 lakh prize. For our team, Rs 3 lakh prize was more than just a monetary award. It was a tangible recognition of the work, experimentation and persistence that went into building our solution and taking it through every stage of the competition. Starting from an idea and seeing it survive four rounds of online evaluation, a national-level shortlist, an on-site technical evaluation and finally the last round at IIT Hyderabad made the achievement especially meaningful. The problem statement gives our team an opportunity to look at cybersecurity through a different lens and explore what could happen when agentic AI is designed around real-world security problems. Presenting that vision to experts from EY, C-DAC, McKinsey, Bank of India and IIT Hyderabad, and ultimately being recognised among the top solutions, reinforced our belief that ambitious ideas are worth pursuing when you are willing to keep building, testing and improving them,” he added.

Congratulating CU students on their achievement, Deepinder Singh Sandhu, Senior Managing Director, Chandigarh University said, “We are very proud of these students for their dedication, expertise and collaborative spirit for pushing the boundaries of innovation and making meaningful contributions to the advancement of cybersecurity solutions in banking. Chandigarh University remains dedicated to offering top-tier educational experiences, supporting its mission to cultivate knowledgeable, skilled, and innovative engineers who will contribute significantly to their respective fields and society at large. The University’s state-of-the-art infrastructure and highly qualified teaching staff enrich the students with practical experiences and theoretical learning. Additionally, the university regularly organizes various competitions and programs to enable students to showcase their talents and continue their educational journey.”

Sandhu said the Chandigarh University has launched Centre for Privacy and Security in Emerging Technologies (CPSET) Lab at AIT-CSE for strengthening research, innovation, and hands-on learning in the areas of cybersecurity, privacy, and emerging technologies. “As per National Cyber Crime Reporting Portal Data, around 28 lakh cyber frauds were reported in the year 2025, amounting to 22,931 crore rupees. The launch of this Centre of Excellence reflects Chandigarh University’s commitment to learning, innovation and building a stronger cybersecurity community. At CPSET, we continue to create opportunities that encourage students to learn, explore, and grow in the ever-evolving field of cybersecurity. As cybersecurity is revolutionizing the world in almost every industry and domain and is advancing at an unprecedented pace, large number of skilled resources with an in-depth understanding of underlying technologies as well as the domain will be required to build the necessary foundations and innovate. And in fact, it is expected by 2026, this industry would be at $352.25 billion business value. In line with this pressing industry need, Chandigarh University AIT has collaborated with one of the best companies in field of cybersecurity, IBM to offer advanced industry-oriented program of Bachelor of Engineering in Internet of Things as a four-year undergraduate program that familiarizes students with the diverse aspects of the cybersecurity ecosystem in functional as well as operational domains. During the tenure of this program, students develop an understanding of the trending abstract models for cybersecurity and apply them to real world, industry-based applications,” he added.

About Chandigarh University

Chandigarh University is a NAAC A+ Grade University and QS World Ranked University. This autonomous educational institution is approved by UGC and is located near Chandigarh in the state of Punjab. It is the youngest university in India and the only private university in Punjab to be honoured with A+ Grade by NAAC (National Assessment and Accreditation Council). CU offers more than 109 UG and PG programs in the field of engineering, management, pharmacy, law, architecture, journalism, animation, hotel management, commerce, and others. It has been awarded as The University with Best Placements by WCRC.

Website address: https://www.cuchd.in/

 

View original content to download multimedia:https://www.prnewswire.com/in/news-releases/chandigarh-universitys-computer-science-engineering-students-develop-ai-powered-platform-to-detect-fraudulent-apps-302876195.html

Continue Reading

Trending