諾基亞以突破性專利進軍加密貨幣安全領域

諾基亞正以一項旨在增強數位資產加密的突破性專利進入加密貨幣安全領域。

Nokia is making a move into the world of cryptocurrency security with a new patent designed to enhance encryption for digital assets. The filing hints at the company’s increasing focus on blockchain and cryptocurrency technologies.

諾基亞正在透過一項旨在增強數位資產加密的新專利進軍加密貨幣安全領域。該文件暗示該公司越來越關注區塊鏈和加密貨幣技術。

Nokia Technologies Co., Ltd. filed a patent application on December 23, 2024, titled “Device method and computer program.” The application, initially filed in June 2024, received the publication number CN 119155674 A by the National Intellectual Property Administration.

諾基亞技術有限公司於2024年12月23日提交了一項專利申請，名稱為「設備方法和電腦程式」。該申請最初於2024年6月提交，並由國家智慧財產局取得公佈號CN 119155674 A。

The patented system essentially features a “first key” that is used to securely encrypt digital assets, either using symmetric or asymmetric encryption. While symmetric encryption uses a single key for both encryption and decryption, asymmetric encryption utilizes a public and private key pair to limit access to authorized parties.

該專利系統本質上具有一個“第一密鑰”，用於使用對稱或非對稱加密來安全地加密數位資產。對稱加密使用單一金鑰進行加密和解密，而非對稱加密則利用公鑰和私鑰對來限制對授權方的存取。

Encryption is key in safeguarding digital currencies such as Bitcoin, ensuring that only individuals with the private key can access and handle the coins present in a wallet. Without strong encryption mechanisms, digital assets are susceptible to theft and hacking incidents.

加密是保護比特幣等數位貨幣的關鍵，確保只有擁有私鑰的個人才能存取和處理錢包中的貨幣。如果沒有強大的加密機制，數位資產很容易遭受盜竊和駭客事件。

In the patented system, after the initial encryption of the assets, a “first network function” receives both the encrypted assets and an index tracking the encryption process. This function is then able to further handle the assets, which could include processing or verification. The system also includes a mechanism to identify the encrypted digital assets, allowing for secure and traceable handling across networks.

在該專利系統中，在對資產進行初始加密後，「第一網路功能」接收加密資產和追蹤加密過程的索引。然後，該功能能夠進一步處理資產，其中可能包括處理或驗證。該系統還包括一種識別加密數位資產的機制，允許跨網路進行安全且可追蹤的處理。

Once identified, the encrypted assets are sent to a designated entity for validation or authorization. In this context, the “first network function” acts as a trusted node or service, ensuring additional verification and secure processing. This dual-layer security approach ensures that digital assets remain traceable and are validated by authorized parties before any transaction or transfer.

一旦識別，加密資產將被發送到指定實體進行驗證或授權。在這種情況下，「第一網路功能」可作為可信任節點或服務，確保額外的驗證和安全處理。這種雙層安全方法可確保數位資產保持可追溯性，並在任何交易或轉移之前由授權方進行驗證。

Nokia has been extensively involved in networking, telecommunications, and technology innovation over the years, amassing a vast portfolio of patents. The company’s presence spans 5G networks, mobile communications, the Internet of Things (IoT), and now, digital asset encryption patents. Such patents play a crucial role in advancing secure management of digital assets.

多年來，諾基亞廣泛涉足網路、電信和技術創新領域，並累積了大量專利。該公司的業務涵蓋 5G 網路、行動通訊、物聯網 (IoT)，以及現在的數位資產加密專利。此類專利在推動數位資產的安全管理方面發揮著至關重要的作用。

The company’s venture into this critical domain aligns with the increasing demand for robust security within the blockchain and cryptocurrency industries.

該公司進軍這一關鍵領域的舉措符合區塊鏈和加密貨幣行業對強大安全性日益增長的需求。