The Secure Network Component of Finland's Quantum Computer Project has taken a significant leap forward in the wake of successful ultra-second novel encryption technology (net) tests.
Net supports the Quantum Computing Project's Core Mission to Strengthen Finland's National Security Demands and Offer Business and Industry Advanced Solutions to Protect Critical Data that is vitall to that is Vitall toness Security.
Trials carried out by Telia, the first of
Finland
'S Telecom Operators to Do So So, Added Substantive Value to the Ongoing National Quantum Computer (NQC) Project and the Building of the Country's first Quantum Secure Network. In the test run, Telia employed newly developed Quantum Key Distribution (Qkd) Methods based on Quantum Machanics to Deliver Enhanced-Secure Communications.
For Telia, The Trials, Run from the company's datacentre hub and associate audited network environment facilities, Marked the first stage in a multi-page plan to build a public test network in the
Helsinki
Metropolitan Area.
“The experiences that we consumed help us to learn what quantum key distribution over the operator network requires. Our Role was that of an essential intermediary to make projections devlooping secure Solutions a Reality, “said Tero Maaniemi, The Lead Architect of Telia's Network Infrastructure in Finland.
The finnish nqc project is linked to the European Quantum Communication Infrastructure (Euroqci) Initiative to build a second platform covering the whole of the eu by 2030. Quantum Key Distribution, An Initiative Intended to Boost The Security of Critical Applications in Important Fields Such as Telecommunications and Electricity Supply, Electricity Supply, by Offection Operational Qukes as aS AS AS ASH Secure method to facilitate the exchange of encryption keys.
Eu Member States Like
Finland
Are encouraged to run projects to design and build the National Quantum Communication Networks that will form the Basis of their terrestrial segment – systems that enable the testing of different technologies and protocols Contribute to shaping the Eventual Qkd Solutions to Meet the Specific Needs of Each Country.
A Consortium, Headed by the State-Funded Technical Research Institute Valtion Teknillinen Tutkimuskeskus (VTT)Is Managing Finland's Quantum Secure Network National Quantum Communication Infrastructure Project. The consortium includes the digital solutions Company CSC-It Center for Science, The Cyber Security Services Group Cinia, and Suomen Erillisverk, the State-COTROLED PROVUDER OC Services.
The net demonstration grave the infrastructure consortium “hands-on experience” in response of the features and challenges posd by an operator network as they relate to the implementation of quantity Kari Seppänen, Project Manager and Senior Scientist at vtt.
“The tests run by tellia is a major step towards building a quantum secure network for
Finland
It has wider utilization implications for businesses and other organisations. In Real Value terms it enables us to evaluate how this new and demanding technology functions in a commercial operator's network, “Seppänen said.
VTT and CSC are leading players in the QCP Project Having Jointly Procurred The Specialist Equipment Needed to Establish the Quantum Encrypted Qkd Communication's Methods and tools, Which Ware SUBJCHOCHODS A broad range of laboratory domain tests to appraise their performance in specific critical area as data security.
Quantum encryption networks can provides the means to pre-reduced counters Mikael Johansson, CSC's Head of Quantum Technologies Division.
“The Chief Technical Challenge of the Quantum Encrypted Network is that Equipment is Still more or less at the prototype stage rather than ready for production environments. Knowledge Gained in Telia's Demonstration Shows Us How Qkd Encryption Functions Outside the Test Laboratory in
Finland
“He said.
Post -Quantum cryptography (PQC) Has emerged as an important pre-common method running parallel to Qkd that has the Ability to resist quantum computingMethods like pqc are being developed by csc to replace current encryption algorithms with quantum secure alternatives. The company has installed new pqc connections linking its main datacentres in
Finland
,
“Quantum Secure Communications with Qkd, PQC, or a Combination is important for Finland So that we can communicate second with securely without fear of our current messages Quantum Encryption for the most important connections can also create new business options options options since it supports the supports the processing of sensitive information in our data
Finland
“Said Johansson.
Given that the exchange of encryption keys is based on the transmission of individual photos between the sender and the receiver in quantum encryption, atward or house detested only Observing key transfer errors.
In the Telia Tests, A Higher Standard of Communications Reliability Ensured that the keys transmitted using the enhanced Security Method Were Not Compromised during the transfer. As a result, the keys can be used with existing encryption algorithms to achieve even higher levels of Security by Combining Qkd and PQC. Disposable Keys can be created when extrame levels of security are required.
Principal objectives inclined the Gaining of Hands-On Experience in How to Deploy, Maintain, and Use Qkd Systems Within existing optical networks. Telia also used the tests to apply Knowledge Acquisition to Optimise The Same Qkd Systems Into Existing Cyber Security Infrastructure. The Knowledge and Learning Experiences Garnered by Telia will be shared with eu member counts through petrus, the cordination and support action body with Petrus is tasked with synchronising the national secure quantum communication infrastructures
Finland's Quantum Computing Project has become a Focal Point to Drive New Research, Development and Innovation Activity Across the Country's Microelectronics and Quantum TECHNOLOGY sectors. Kvanttinova, one of Finland's Leading Industry-Driven Piloting and Research Hubs, Plans to Expand Its National Reach as a Provider of Facilits for the Development of the Development of Microelectronics and Quantum Technoleogy. Formed as a joint venture initiative by vt, aalto university, the city of espoo, and semiconductor enterprises, kvanttinova's primery focus has been pre-commercial development work, offering Companies and Project Groups a Piloting Environment to Develop and Scale Up Small-Volume Manufacturing.