Transport control. Measures to ensure that the confidentiality and integrity of data is protected during transmission of personal data and transport of data carriers. Description of transport control: • Transmission of data via encrypted data networks or tunnel connections (VPN) • Encryption methods that detect data changes during transport • Use of dedicated links in communication between datacenters when they belong to the same vendor • Use of HTTPS (whenever possible) in communication between datacenters when they belong to different vendors • Use of VPN’s in office to datacentre communication • Special validation logic for data files coming from partners
Transport control. Substantially all information is read from or sent to the system by users using encrypted communication channels like TLS.
Transport control. Service Provider shall, and shall cause its authorized Third Party Vendor and Subcontractor to, use commercially reasonable efforts to implement commercially reasonable and industry acceptable measures to prevent the Alcatel-Lucent Personal Data from being read, copied, altered, or deleted by unauthorized parties during the transmission thereof or during the transport of the data media containing such Alcatel-Lucent Personal Data. In addition, Service Provider shall be obligated to enable the verification and tracing of the locations, individuals and/or destinations to which the Alcatel-Lucent Personal Data is scheduled to be and/or has been transmitted and/or transferred. To the extent applicable, Service Provider shall use, at a minimum, encryption for any sensitive Alcatel-Lucent Personal Data and password protection when transmitting any and all Alcatel-Lucent Personal Data in order to prevent provide such Alcatel-Lucent Personal Data from being accessed by individuals other than the individual to whom the Alcatel-Lucent Personal Data is intended to be transmitted and/or transferred or who is authorized to have access.
Transport control. The Transport Control t block contains network elements that perform policy control, resource reservation and admission control. The components within the Transport Control block are the,
Transport control. Session Policy Decision Server SPDS SPDF TISPAN 8.1 Policy and Charging Rules Server PCRS PCRF 3GPP 8.2 Transport Processing Data-Session Border Gateway – Network Edge / Core – Border Gateway D-SBG-NE / C-BGw 9.1 Data-Session Border Gateway – Network Core / Interconnect – Border Gateway D-SBG-NC / I- BGw 9.2 Multimedia Resource Function Processor MRFP MRFP 3GPP 9.3 Core Transport Network -- 9.4 Inter-Connect Trunking Gateway TGW 10.1 Signaling Gateway SGW 10.2 Signaling - Session Border Gateway – Network Core S-SBG-NC 10.3 Peering Network PSTN MSF Release 3 / 4 Domain IMS Domain ISUP Trusted SIP Domain Non-ISUP Trusted SIP Domain Management Configuration Management CM 11.1 Performance Management PM 11.2 Fault Management FM 11.3 13.2 Interfaces defined in the MSF Release 4 Architecture Table 13-2 -- Interfaces defined in the MSF architecture Designation Description Supporting components Applicable Implementation Agreements MSF ETSI /3GPP ref. Transport control interfaces TC-0 (IF-2) Gq' DIAMETER-based protocol to query QoS-controlled bandwidth availability. S-SBG-NE, P-CSC (MSF), CA, S-CSC (MSF), SB/SCIM, AS, ParGW as clients. MSF-IA-DIAMETER.004- FINAL BM as server. TC-1 (IF-3) Ia H.248-based protocol for NAT and gate control, QoS allocation. S-SBG-NE, P-CSC (MSF), and S-SBG-NC as MGC. D-SBG-NE, D-SBG-NC as MG. MSF-IA-MEGACO.016- FINAL TC-2 (IF-4) -- Protocol to collect bandwidth status. BM as monitor, Core Transport Network as monitored entity. Currently unspecified. TC-3 (IF-5) -- Between two Bandwidth Manager instances in the same administrative domain. BM to BM Currently unspecified. TC-4 Deleted. TC-5 3GPP Gx DIAMETER-based protocol for admission control, QoS allocation in 3GPP networks GGSN as client. PCRS (MSF) as server. MSF-IA-DIAMETER.009- FINAL . TC-6 Rx DIAMETER-based protocol for admission control, QoS allocation in 3GPP networks P-CSC (MSF) as client. PCRS (MSF) as server MSF-IA-DIAMETER.010- FINAL TC-7 Ty DIAMETER-based protocol for admission control, QoS allocation in 3GP2 networks PDSN as client. PCRS (MSF) as server MSF-IA-DIAMETER.014- FINAL TC-8 Tx DIAMETER-based protocol for admission control, QoS P-CSC (MSF) as client. MSF-IA-DIAMETER.013- allocation in 3GPP2 networks PCRS (MSF) as server FINAL TC-9 Rq Diameter based protocol for admission control, QoS allocation in TISPAN networks SPDS, A-RACS MSF-IA-DIAMETER.005- FINAL TC-10 Gx DIAMETER-based protocol for admission control, QoS allocation in WIMAX networks PCRS, ASN-GW MSF-IA-DIAMET...
Transport control. Subcontractor shall, and require the Subcontractor Personnel to, follow Alcatel-Lucent’s written instructions as such relates to the use of commercially acceptable measures designed to prevent the Alcatel-Lucent Data from being read, copied, altered or deleted by unauthorized parties during the transmission thereof or during the transport of the data media containing such Alcatel-Lucent Data.
Transport control. Guarantee that the confidentiality and integrity of the data is protected both in the transmission of personal data and also in the transport of data carriers. No data or data carriers are transported, since the infrastructure is operated entirely at the cloud services provider. Ingenious Technologies AG Französische Str. 48 10117 Berlin Germany Executive Board Xx. Xxxxxx Xxxxxxxx Xxxxxxxxx Xxxxxxxxxx Supervisory Board Xxxxx Xxxxxxxxx (Chairman) Malte von der Xxxx Amtsgericht Charlottenburg HRB 160612 B Tax No.30/067/82795 VAT ID: DE814087813 Banking details Commerzbank AG IBAN DE29 7008 0000 0409 8547 00 For the connection from the office to the computer centre, a VPN connection is used (encryption: AES 256). The transmission of personal data between the back end and the user UI is carried out using an SSL encryption (minimum encryption allowed: TLS 1.0). The storage of non-encrypted personal data in separate application modules takes place in one pseudonymized form, so that the assignment of data to persons can only be made over the Reference IDs. Description of the transport control system: ☒ Provision of dedicated circuits and VPN tunnels ☒ Forwarding of data in anonymised or pseudonymised form ☐ Email encryption ☐ Preparation of an overview of regular retrieval and transmission processes ☐ In the case of physical transport: careful selection of transport personnel and vehicles ☐ During the physical transport: secure transport containers / packaging
Transport control. Ensure that the confidentiality and integrity of personal data is protected during the transmission of personal data and during the transport of data media. Measures Description Suitability (taking into account the requirements of Article 32 of the GDPR) Signature of e-mails No shipping of data carriers The sending of signed e-mails is offered Measure is commensurate with the risk.
Transport control. Measures to ensure that the confidentiality and integrity of personal data are protected during transfers of personal data and during transport of data storage media: Description of transport control: lawpilots transmits data via encrypted connections.
Transport control. No unauthorized reading, copying, modification or removal during electronic transmission or transport: Date are transmitted/transferred exclusively encrypted and via German servers. A transmission/transfer to external data media is carried out exclusively via protected local connections. Each transmission of data is logged. A transmission/transfer is carried out only for the purpose of backup or for data processing in accordance with the order.
