Prior Information Notice For Computer Equipment And Supplies - Communication Management System For Integrated Regional Control Centers In Saxony. An Essential Component Is The Delivery And Installation Of The Basic It Infrastructure, On Which All Irls Services And Applications Are To Be Operated. The Applies To Both The Services And Applications Advertised Here As Well As Existing Ones And Future Or New Applications. This Basic It Infrastructure Consists Of 2 Essential Parts: Part 1: High-Performance And Redundant Cluster Server Architecture, Which Is Based Entirely On Standard It Hardware And Is Fully Virtualized Must Become. Part 2: High-Performance And Redundant Ip Network Including It Security Components, To Which All Servers, Clients, Large Screens, Gateways, Etc. Are Connected And All Communication And Data Need To Be Transferred. On The Above-Mentioned Basic It Infrastructure In The First Step, All Central Network And Management Services (Directory, Dns, Dchp, Snmp, Smtp, Ticket System, Etc.) Can Be Installed. These Should Be From The Be Used Consistently In Subsequent Applications. In The Next Step You Should The New Communication Management System (Kms) On The Above-Mentioned Basic It Infrastructure And The New Documentation System (Dok) Will Be Installed. The Kms Is The Central One Switching System For All Electronic Means Of Communication In The Irls. It Serves The Dispatcher To Communicate With Other People In The Most Effective Way. Essentially, This Involves Receiving Emergency Calls And Missions And Communication With The Emergency Services. Due To The High Importance Of The Communication Management System For Civil Protection And Disaster Protection Must It Must Be Designed To Be Highly Available And Therefore Fail-Safe. It Must Be Designed In Such A Way That In The Event Of A Fault, An Interruption To The Communications Technology Is Almost Impossible Is. Emergency Calls Or Other Communication Connections That Are Being Processed Are Allowed In The Event Of A Failure Of Redundant System Components Of The Kms, The Service Is Never Interrupted Become. For This Reason, The System Must Have A Monitoring System That The Entire Functional Process Is Monitored, Documented And Errors And Malfunctions Are Reported Reports To A Service Desk. The Kms Essentially Consists Of The Central Switching Technology (Server), System Technology For Connecting To The Different Communication Channels (Gateways), Security Components (Sbcs) And The Technology At The Workplace For Operation The Communication Channels (Clients). All Voice And Data Communication Within Of The Fully Redundant Kms Is Based Entirely On Ip Technology. All Sbcs, As Well As The Gateways Are Fully Redundant Via The Redundant Ip Network To The Central Office Connect Server Technology And Equip Each With Redundant Power Supplies. In Order To Achieve The Highest Level Of Reliability, The Telecommunications Connections Are At Least To Distribute Two Independent Sbcs And Gateways. The Connection To Digital Radio As Well As The Fallback Life Via Radio Devices Are Also On At Least Two Digital Radio Gateways To Divide. Redundant Ones Should Be Used For Network Transitions To External Networks And To The Internet Headends Can Be Built. The Entire It System Must Be Built In Such A Way That An Availability Of At Least 99.99% Is Achieved. If Half Of The The Remaining Servers Must Take Over The Load Of The Applications Accordingly. The Failure Of A Central System Component Must Not Have Any Impact On Functionality Of The System. The Takeover Of Functions If A Central System Component Fails Due To Their Redundancy, This Must Take Place Automatically During Ongoing Operation. Any Disruption And Any Failure Of A System Component Must Immediately Be Automatically Reported To A Higher-Level System Fault Reporting System Is Reported And Processed There. After Detecting Disruptions Troubleshooting Measures Must Be Initiated Immediately And The Responsible Internal And External Parties Must Be Contacted Informing Departments Including The Automatic Activation Of Redundancies. Ideally Certain Fault Reports Are Sent Automatically Via Communication Systems To The Employees And Companies Responsible For Troubleshooting. Additionally Appropriately Classified Messages Must Be Sent Directly To The Elp Or Another Central Location And Clearly Visible Display. In The Event Of A Malfunction Or Even A Failure Of The Entire System, Fallback Levels Must Be Provided Ensure The Continuity Of Operations As Much As Possible. Required Components And Systems, Per Irls / Lfs Regardless Of The Manufacturer And Requirements: • Standard Server Systems For Virtualization Including Storage As Hyperconverged Infrastructure (Hci), At Least 6 Servers, Divided Into At Least 2 Technical Rooms (2X3 Servers) • Host Operating System As Basis For The Hypervisor (Typically Linux) • Hypervisor (Typically Vmware, Hyperv, Kvm, Nutanix, Proxmox) • Guest Operating Systems As The Basis For The Individual Server Applications (Typ. Linux Or Windows Server 20Xx) • Support Of Modern Software Architectures (Full Virtualization, Containerization, Microkernel Architecture, Etc.) • Sw Rollout Of All Applications Without Complex Maintenance Windows Or Operational Failures • Redundant Network Technology (Switches, Routers) For Networking All Servers, Gateways And Clients • Redundant It Security Technology (Firewalls, Algs, Etc.) To Secure The Irls • Redundant Connection To Digital Radio Gateway For Bos Digital Radio (Voice And Data Communication) • Uniform Standard Client Workstations For The Control Center Room, Training Room, Special Situation, Administration/Development And Emergency Call Research (At Least 40 Pieces) • Ip-Based Audio Connection System For Connecting Audio Accessories (Headset, Speakers, Handset, Talk Button, Second Headset, Led (Bohemian) Lamp For Status Display (Space Occupied, Free, Help, Etc.) Or Alternatively: Connecting The Audio Accessories Directly To The Standard Client Workstation
