IFB Invitation for Bids



Similar documents
NATO UNCLASSIFIED.

Tactical Service Bus: The flexibility of service oriented architectures in constrained theater environments

NEXIUM SAT. Satcom systems solutions

ICTTEN5168A Design and implement an enterprise voice over internet protocol and a unified communications network

Unified Capabilities (UC)

MultiCom Encryption The only encryption platform that can defend your sovereignty in all networks! Radio security solutions

FT networks, services and IS evolution perspectives towards convergence Patrice COLLET France Télécom Network, Carrier and IT Division

Advanced Higher Computing. Computer Networks. Homework Sheets

Eni PUTS ITALTEL VOIP IN ITS COMPANY ENGINE

SBC VoIP. Patrick Hurley Systems Engineer SBC DataComm. January 26th, 2005

Secure information exchange

The key to C4ISR Interoperability. Partnering with Nations to achieve Connected Forces and NATO 2020 goals more efficiently

7 Homeland. ty Grant Program HOMELAND SECURITY GRANT PROGRAM. Fiscal Year 2008

Personal Security Practices of the CAO

Citrus College. Technology Master Plan Adopted 2011

Communication and Information Systems (CIS) Interoperability: Examples and Lessons Learned from Multi-National Projects and NATO Experience

SGTech Europe 2015 September 22 th Amsterdam. Pedro Gama, Head of SCADA & Telecom Department at EDP Distribuição, SA

Cloud based Contact Center: Does it Make Sense for Your Business?

Efficient evolution to all-ip

Background for development of Global Text Telephone services

SkySweep Technologies

STATE SUPPORT FUNCTION ANNEX 2 COMMUNICATIONS

State of New Mexico Statewide Architectural Configuration Requirements. Title: Network Security Standard S-STD Effective Date: April 7, 2005

Convergence Technologies Professional (CTP) Course 1: Data Networking

Making the Case for Satellite: Ensuring Business Continuity and Beyond. July 2008

Implementing Conditional Conference Call Use Case over IMS and Non IMS Testbed an experimental results through comparison approach

Application Note. Pre-Deployment and Network Readiness Assessment Is Essential. Types of VoIP Performance Problems. Contents

MS Series: VolP Deployment Guide

R&S Postman III Radiocommunications system for stateof-the-art. data transmission. Product Brochure Secure Communications

Traffic Visibility Networking (TVN) can Simplify and Scale IT Operations in a Networked World

Evolution & Revolution. Avaya s Reference Architecture For Unified Communications. Gianluca Attura Amministratore Delegato Avaya Italia S.p.A.

Voice Over Internet Protocol (VoIP) Issues and Challenges William McCrum

Consolidated Afloat Networks and Enterprise Services (CANES)

How To Improve The Defense Communications System

Unified Communications. Increased productivity through communications convergence

Application Notes. Introduction. Contents. Managing IP Centrex & Hosted PBX Services. Series. VoIP Performance Management. Overview.

Network and Services (NETW-903)

Voice over Internet Protocol (VoIP) in the Hospitality and Gaming Sectors

Empowering the Enterprise Through Unified Communications & Managed Services Solutions

Communications Transformations 2: Steps to Integrate SIP Trunk into the Enterprise

Information Technology Cluster

Standard Information Communications Technology. Videoconferencing. January2013 Version 1.4. Department of Corporate and Information Services

Olav Mo, Cyber Security Manager Oil, Gas & Chemicals, CASE: Implementation of Cyber Security for Yara Glomfjord

This document is uncontrolled when printed. Before use, check the Master List to verify that this is the current version. Compliance is mandatory.

of the existing VoLTE roaming and interconnection architecture. This article compares existing circuit-switched models with the earlier

WHITEPAPER MPLS: Key Factors to Consider When Selecting Your MPLS Provider

Technology Lifecycle Management. A Model for Enabling Systematic Budgeting and Administration of Government Technology Programs

MPLS: Key Factors to Consider When Selecting Your MPLS Provider Whitepaper

ETM System SIP Trunk Support Technical Discussion

Mobile Wireless Internet Forum (MWIF) Architectural Principles

Integrated Command and Control Center Solutions for Public Safety

Huawei Agile Network FAQ What is an agile network? What is the relationship between an agile network and SDN?... 2

IP Communication enhancing Service Innovation & Multichannel Business: Poste Italiane Case

Emerging Wireless Technologies

Design and Implementation Guide. Apple iphone Compatibility

UC FOR THE CLOUD ERA HOSTED, VIRTUAL & MANAGED

Summit Delhi Sep Copyright Telefon AB LM Ericsson All rights reserved

Transformational Managed Network Services

Recommended IP Telephony Architecture

Vocia MS-1 Network Considerations for VoIP. Vocia MS-1 and Network Port Configuration. VoIP Network Switch. Control Network Switch

VoIP Provisioning Test Solutions

Ultimate Wireless Broadband End-to-end Solution for LTE Public Safety

Supporting Municipal Business Models with Cisco Outdoor Wireless Solutions

Patent Public Advisory Committee Meeting. OCIO Update

CCIE Exam Certification CCIE Routing and Switching Exam Certification Guide dec-2009

ESF 02 - Communications Annex, 2015

Securing The Connected Enterprise

Unified Capabilities (UC)

E1/T1 over BreezeNET B

MULTI - PHASED, STRATEGIC APPROACH ENHANCES COMMUNICATIONS

ICTNPL5071A Develop planning strategies for core network design

RAS Associates, Inc. Systems Development Proposal. Scott Klarman. March 15, 2009

www. thalesgroup. com Network Management Systems

Performance measurements of STANAG 5066 and Applications Running over STANAG 5066

LTE, WLAN, BLUETOOTHB

Voice over IP Technologies

IMS INTEGRATED MANAGED SERVICES MONITORING, MAINTENANCE, MANAGEMENT. Epoch Universal

Level: 3 Credit value: 9 GLH: 80. QCF unit reference R/507/8351. This unit has 6 learning outcomes.

AT&T activearc unified IP data solution


NOS for Network Support (903)

A Systems of Systems. The Internet of Things. perspective on. Johan Lukkien. Eindhoven University

Transcription:

DIRECTORATE INFRASTRUCTURE SERVICES 2015-2017 Core Enterprise Services 93.9M Network Infrastructure Services 2117.3M Cyber Security Services 68.7M IT Modernization 178M Total 2457.9M Core Enterprise Services IFB Timeline Estimated Value Information Exchange Services 4Q 2015 8M Information Administration Services 1Q 2016 13.4M Provide NATO Messaging Service 4Q 2015 18.7M Upgrade Information Portal Services 4Q 2016 9.8M Unified Communication & Collaboration Services Software Oriented Architecture (SOA) and Identity Management (IdM) Platform 2Q 2016 2Q2016 9M 35M Total 93.9M Network Infrastructure Services IFB Timeline Estimated Value Secure Voice Services 2Q 2015 1.3M NATO Forces Integration Unit (NFIU) 2Q 2015 6M NATO Communications Infrastructure (NCI) 3Q2015 64M NATO Response Force (DCIS) 1Q 2016 44M Deployable CIS Mitigation (Legacy Extension) 1Q 2016 8M HF Beyond Line of Sight Access Points 4Q 2016-2017 140M SATCOM Transmission Services (CP130) 2Q 2016 + 1.5B Deployable CIS Shortfall Improvements 2Q 2017 354M Total 2117.3M Cyber Security IFB Timeline Estimated Value NATO Public Key Infrastructure 3Q 2015 8.7M IFB Invitation for Bids NATO Cybersecurity Incident Response Centre Final Operational Capability 2Q 2017 60M Total 68.7M

Network Services and IT Infrastructure Tom Plachecki, Chief NSII

Networks and Infrastructure NCI Project Evolution of NATO General Communications Service (NGCS) into a fully converged IP Infrastructure Protected Core subsystem, Unclass/Restricted IP subsystem; Classified IP subsystem and Unclass VoIP IFB August 2015 SVoS NATO Wide NS Secure Voice Services Basic Ordering Agreement (BOA) May 2015 NFIU (multiple nations/locations) Establishment of NATO Force Integration Units CIS in multiple nations/locations Communications, Networking, Voice, Video, Workstations and local Servers IFBs 2015

Deployable Networks and Infrastructure NATO Response Force (NRF) Deployable CIS IFB2 Provision of small HQ s for NRF IFB Q4 2015 Limited Interim NATO Response Force CIS Extension (LINC-E) Address obsolescence within the LINC-E system to allow life extension until 2019 IFB Q3 2015

CP 9A0149 Rev 1 Deployable CIS CP 9A0149 Rev 1 will address current DCIS capability shortfalls in order to meet the NATO Level of Ambition (LOA) The CP will deliver enhanced DCIS capability in 2 increments. Increment 1 = requirements of Capability Levels 1 and 2 of the DCIS Concept of Operations (CONOPS) Increment 2 = requirements of Capability Levels 3 and 4 DCIS CONOPS CP 9A0149 Rev 1 is expected to be approved mid-2016. Earliest IFB mid-2017

Wireless and Maritime CP9A0101 Additional or updated High Frequency (HF), Beyond Line Of Sight (BLOS) and Ship-Shore-Ship Buffer (SSSB) capabilities along with supporting projects. Expected CP approval August 2015 Total CP Scope approximately 140M SSSB Updates 9 National Projects IFBs year 2015/2016 HF and BLOS Access Points 21 National Projects IFBs year 2016+ Supporting Projects of interest to Industry IFBs year 2016+

Wireless and Maritime BRASS Enhanced IP Software for BLOS Access Points and Remote Monitoring, Diagnostic and Training capability (Host Nation NCI Agency) Common Software suite for BLOS Access Points, to include IP-over HF and Edge proxies for multimedia traffic, per BREITA (TN-1325) and STANAG 5066E3 Annex F and Annex L IFB Dec 2015 Provide Beyond Line-of-Sight Access Points (Host Nation - various) 21 national implementations of IP-capable BLOS network access points ashore IFBs 2016 Reorganization of SSSB Capability (Host Nation various) 9 national implementations of updated Ship-Shore-Ship Buffer (SSSB) capability Includes Link 22 support IFBs 2016 Wireless Centralized Management Interface (Host Nation NCI Agency) IFB Mar 2016 BREITA = BRASS Enhancements Increment 1 Target Architecture NC3A TN-1325

SATCOM CP 9A0130 CP 9A0130 (Provide SATCOM Transmission Services) Fund planning vehicle for providing the space, ground and control resources to support NATO operations for the period from 2020 to 2034 Some projects initiated in 2016 CP approval for approximately 1.5B is expected summer 2015 Majority (approximately 1.1B ) will be procured from national MODs Commercial procurements will include: Commercial Space resources (Ku and personal com services) Static Ground Segment (mid-life refurbishment and extension) Transportable Terminals (mid-life refurbishment and extension) Monitoring and Control (mid-life refurbishment and extension) Link protections systems EPM modems UHF and man-portable radios

SATCOM UHF and man-portable radios (approximately 55M ) Replacement of approximately 300 UHF radios IFB 2Q 2016, CA 4Q 2016

Network Services and IT Infrastructure Tom Plachecki, Chief NSII