Cyber Security for LTE Sample Clauses

Cyber Security for LTE. M & NB-IoT‌ The underlying cyber security principles for LTE-M and NB-IoT are very similar in 3GPP. We will thus use both interchangeably, understanding that they are two connectivity technologies with very different capabilities. Two standardised algorithms are being used to ensure confidentiality and data integrity protection through the air interface that included the EIA and the EPS encryption algorithm (EEA). Moreover, three sets of cryptographic algorithms, including EEA1/EIA1 (based on the SNOW 3G algorithm), EEA2/EIA2 (based on the AES algorithm) and EEA3/EIA3 (based on the Xx Xxxxxxxx (hereinafter ZUC) algorithm), are being used in LTE. The 128-EEA1 algorithm encrypts and decrypts a block of data the length of which ranges from 1 to 232 bits [129]. Additionally, the resistance to attackers in the LTE networks is dependent on the capability of the algorithm to resist an attack. Algorithms exhibit a range of time complexities for resisting attacks. AES is the best algorithm, whereas ZUC has less immunity to specific attacks [129]. Moreover, Jover et al. [32] stated that the 3GPP defined five levels of data security in the LTE security architecture following the use of symmetric cryptography. The first level involves the network access security used for providing UEs and electronic product codes (EPCs), which ensure secure access and protect against various radio access link attacks. It comprises security mechanisms such as ciphering and integrity protection. The second level involves the network domain security containing certain security features with respect to the user data, secure the signalling data exchange and act against wireline network attacks. The third level involves user domain security containing security features for mutual authentication between user equipment (UE) and SIM. The fourth level involves the application domain security that helps to securely exchange messages between the UE and the service provider domains. Finally, the non-3GPP domain security is used to securely connect the UEs to EPC through the 3GPP access networks [32]. However, despite the implementation of the LTE/LTE-A technology, there have been several reports of breaches in cellular networks owing to multiple vulnerabilities. The distributed DoS (hereinafter referred to as DDoS) attack on the LTE cellular network has significantly affected the global communication networks, resulting in the degradation of services across platforms [130]. Several users currently...
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Related to Cyber Security for LTE

  • Cyber Security Except as disclosed in the Registration Statement and the Prospectus, (x)(i) to the knowledge of the Company, there has been no security breach or other compromise of or relating to any information technology and computer systems, networks, hardware, software, data, or equipment owned by the Company or its subsidiaries or of any data of the Company’s, the Operating Partnership’s or the Subsidiaries’ respective customers, employees, suppliers, vendors that they maintain or that, to their knowledge, any third party maintains on their behalf (collectively, “IT Systems and Data”) that had, or would reasonably be expected to have had, individually or in the aggregate, a Material Adverse Effect, and (ii) the Company, the Operating Partnership and the Subsidiaries have not received any written notice of, and have no knowledge of any event or condition that would reasonably be expected to result in, any security breach or other compromise to their IT Systems and Data that had, or would reasonably be expected to have had, a Material Adverse Effect; (y) the Company, the Operating Partnership and the Subsidiaries are presently in compliance with all applicable laws or statutes and all applicable judgments, orders, rules and regulations of any court or arbitrator or governmental or regulatory authority, internal policies and contractual obligations relating to the protection of IT Systems and Data from a security breach or unauthorized use, access, misappropriation, modification or other compromise, except as would not, in the case of this clause (y), individually or in the aggregate, have a Material Adverse Effect; and (z) the Company, the Operating Partnership and the Subsidiaries have implemented commercially reasonable backup and disaster recovery technology.

  • User Security You agree to take every precaution to ensure the safety, security and integrity of your account and transactions when using Mobile Banking. You agree not to leave your Device unattended while logged into Mobile Banking and to log off immediately at the completion of each access by you. You agree not to provide your username, password or other access information to any unauthorized person. If you permit other persons to use your Device, login information, or other means to access Mobile Banking, you are responsible for any transactions they authorize and we will not be liable for any damages resulting to you. You agree not to use any personally identifiable information when creating shortcuts to your Account. We make no representation that any content or use of Mobile Banking is available for use in locations outside of the United States. Accessing Mobile Banking from locations outside of the United States is at your own risk.

  • Server Security Servers containing unencrypted PHI COUNTY discloses to 4 CONTRACTOR or CONTRACTOR creates, receives, maintains, or transmits on behalf of COUNTY 5 must have sufficient administrative, physical, and technical controls in place to protect that data, based 6 upon a risk assessment/system security review.

  • Liability for Failure to Stop Payment of Preauthorized Transfer If you order us to stop one of these payments 3 business days or more before the transfer is scheduled, and we do not do so, we will be liable for your losses or damages.

  • Other Security To the extent that the Obligations are now or hereafter secured by property other than the Collateral or by the guarantee, endorsement or property of any other person, firm, corporation or other entity, then the Secured Party shall have the right, in its sole discretion, to pursue, relinquish, subordinate, modify or take any other action with respect thereto, without in any way modifying or affecting any of the Secured Party’s rights and remedies hereunder.

  • Liability for Failure to Stop Payment of Preauthorized Transfers If you order us to stop payment of a preauthorized transfer three (3) business days or more before the transfer is scheduled and we do not do so, we will be liable for your losses or damages.

  • Tender Security 18.1 The Tenderer shall furnish as part of its Tender, either a Tender-Securing Declaration or a Tender Security, as specified in the TDS, in original form and, in the case of a Tender Security, in the amount and currency specified in the TDS.

  • COMPLIANCE WITH BREACH NOTIFICATION AND DATA SECURITY LAWS Contractor shall comply with the provisions of the New York State Information Security Breach and Notification Act (General Business Law § 899-aa and State Technology Law § 208) and commencing March 21, 2020 shall also comply with General Business Law § 899-bb.

  • Contractor Security Clearance Customers may designate certain duties and/or positions as positions of “special trust” because they involve special trust responsibilities, are located in sensitive locations, or have key capabilities with access to sensitive or confidential information. The designation of a special trust position or duties is at the sole discretion of the Customer. Contractor or Contractor’s employees and Staff who, in the performance of this Contract, will be assigned to work in positions determined by the Customer to be positions of special trust, may be required to submit to background screening and be approved by the Customer to work on this Contract.

  • Data Security Requirements A. Data Transport. When transporting Confidential Information electronically, including via email, the data will be protected by:

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