illustrated accomplishments 1999 - present 080515

ILLUSTRATED ACCOMPLISHMENTS 1999 – PRESENT

My name is Tim Loftus.I am an expert IT Architect & IT Infrastructure Manager with years of hands-on, in-the-

trenches experience.

The following slides illustrate where I have been, what I have been doing for the past few years and demonstrate

how I can apply my skills and expertise to your advantage.

I would be happy to speak with you, so please don’t hesitate to contact me.

email: [email protected] phone: (001)732-740-8329

mailto:[email protected]

Organization ChartLiz Claiborne Inc.

Technical Services, Networks (1999)

John SullivanCIO

John GoodhartDirector of IT

Timothy R. LoftusManager of Technical Services

AdministrativeAssistant

Steve VicensData Network Supervisor

Steven FoundakosLAN Administration Supervisor

InternetworkEngineer

LAN AdministratorTelecommunications

Senior Analyst

Tim McManusMacintosh Support

TelecommunicationsSenior Analyst

TelecommunicationsJunior Analyst

TelecommunicationsBilling Analyst

TelecommunicationsProgrammer

TelecommunicationsWiring Technician

TelecommunicationsWiring Technician

LAN Administrator

LAN Administrator

LAN Administrator

LAN Administrator

LAN Administrator

LAN Administrator

LAN Administrator








TelecommunicationsJunior Analyst

Global Network 1999

Network Design IllustrationsThe following 19 slides were created while performing as an IT Architect

with IBM Global Services between 2000 and 2007.

This is an abbreviated compilation of presentation slides from actual reports that were presented to IBM client executives between 2001 and 2007. Company names and addresses have been removed or masked.

Timothy R. LoftusIT Manager, IBM IT Infrastructure Architect, Avaya IP Telephony SpecialisteMail; [email protected]; 732-740-8329Profile; http://www.linkedin.com/in/timloftusTwitter@Tim_Loftus

Network Architecture and Design Methodology

The network architecture development is driven by business requirements (support

business expansion while providing full services to new and existing customers) and

existing constraints (installed terminals, telephone systems, desk top PCs, etc.).

During the assessment, each of the eleven locations visited and surveyed, provided key

information for the development of the new Architecture and Design.

IT Infrastructure Architecture

Developement

IT Infrastructure

Specified

Design

IT Infrastructure

Detailed

Component Design

Guiding Principles

Business Drivers

Current Environment Constraints

IT CapabilitiesIn fr a s t r u ct u r e

Re q u ir e m e n t s t

Category ‘A’ Locations in the Network Design

Category ‘A’ locations are unique in that they support full redundancy and fault tolerance to

the frame relay network and to a high speed Internet Service Provider (ISP). Two

locations are planned for Category ‘A’ locations; the Corporate Data Center and in

Glendale, NY. The Data Center was selected for its role as the data processing hub for all

of the company. Glendale was selected for several reasons including the number of PCs

on the LAN and the access to service providers in the New York City area.

Category ‘A’ locations support Internet access, VPN, MS domain controller and DHCP

(Dynamic Host Configuration Protocol) server. Category ‘A’ locations will provide DNS

(Domain Name Server), DHCP and Microsoft domain controllers. Data Center link, router

and switch load balancing is accomplished with the use of the Cisco 11154 Load Balancer

systems in the design. This will allow LAN equipment and ERP system interfaces can be

balanced. Layer 2, load balancing and switching provides a high-speed facility that can

quickly re-converge around device or link failures. Most device failures will be transparent

to users.

Frame Relay Network

SDSERIESCataly st 350 0 XL

PWR

SDSERIESCataly st 350 0 XL

PWR

DSU/CSU

NETGEAR

AT&T

POP

DSU/CSU

T1

T1

V.35

V.35

Cisco 3524XL10/100 Switches

Currently installed Netgear 10/100 Switches & Hubs

Digital

PW R

11154 Load Balancer

PW R

11154 Load Balancer

Cisco 11154Load Balancers

Layer 3 routing

IP/OSPF

Layer 2 switching

ethernet/spanning tree

MestaMed Host

Terminal Mux

192.0.0.1

to Internet

to Internet

File & Print Server

Call Manager Server

SD

CISC O YST EMSS

Cisco 2650SERIE S

SD

CISC O YST EMSS

Cisco 2650SERIE S

IP Router

Cisco 2651

Category ‘B’

Category ‘B’ locations are mid-size offices of 30 or more employees usually hosting at least

one Microsoft file and print server.

Frame Relay Network

SDSERIESCatalyst 3500 XL

PWR

DSU/CSU

V.35

IP Router

Cisco 1751

Cisco 3550

10/100 Switch

Layer 3 routing

IP/OSPF

Layer 2 switching


IP enabled Terminal Mux

File & Print Server

AT&T

POPT1 PVC to Easton

SDCISCO Y ST EMSS Cisco 1700

PWR

OK

WIC0ACT/CH0

ACT/CH1

WIC0ACT/CH0

ACT/CH1

ETHACT

COL

SE RIES

ROUTER

SDSERIESCa talyst 3500 XL

PWR

Cisco 3550

10/100 Switches

Category ‘C’

Category ‘C’ locations are small offices with 6 to 29 employees that do not utilize a central

file and print server

DSU/CSU

T1V.35

Layer 3 routing

IP/OSPF

Layer 2 switching


IP enabled Terminal Mux

PVC to Easton

Frame Relay Network

AT&T

POP

IP Router

Cisco 1751

SDCISCO YS TEM SS Cisco 1700

PWR

OK

WIC0ACT/CH0

ACT/CH1

WIC0ACT/ CH0

ACT/CH1

ETHACT

COL

SERIESROUTER

SDS ERIESCatalyst 3500 XL

PWR

Cisco 3550

10/100 Switches

Category ‘D’

Category ‘D’ locations are small offices with less than 5 employees. This category utilizes

the less reliable, but less costly Internet VPN method. Added attention is given to security;

Ds o

1 0

0

1 L

I S

NETGEAR

Digital

MestaMed Host

DSU/CSU

10/100 Switch

ISP Router

Firewall

Proxy / NATSDSERIESCatalyst3500 XL

PWR

Data CenterDMZ

SDPOWERACTIVITYCis co 2600

CISCOYSTEMSS

SERIES

NETGEAR

DSU/CSU

ISP Router

Firewall

Proxy / NATSDSERIESCatalyst3500 XL

PWRGlendale, NY

DMZ

SDPOWERACTIVITYCis co 2600

CISCOYSTEMSS

SERIES

Enterprise Frame Relay

Network

DSU/CSU AT&T

POP

DSU/CSU

T1

T1

V.35

V.35

Layer 3 routing

IP/OSPF

DSU/CSU AT&T

POP

DSU/CSU

T1

T1

V.35

V.35

Layer 3 routing

IP/OSPF

Internet

SDSERIESCatalyst3500 XL

PWR


PWR


PWR


PWR PWR

11154 Load Balancer

PWR

11154 Load Balancer

Cisco 3550

10/100 Switches

Cisco 3550

10/100 Switches

Cisco 11154Load Balancers

ISP #1

ISP #2

SDCISCO YSTEMSS

Cisco 2650

SERIESSD

CISCO YSTEMSS

Cisco 2650

SERIESIP Router

Cisco 2651

SDCISCO YSTEMSS

C isco 2650

SERIESSD

CISCO YSTEMSS

C isco 2650

SERIESIP Router

Cisco 2651

10/100 Switch

back up path

FW & VPN Gateway

Cisco PIX

SDCISCOYSTEMSS PIX F irewal l

SERIES

SDCISCOYSTEMSS PIX F irewal l

SERIES

FW & VPN Gateway

Cisco PIX

back up path

VPN

Internet

Build and implement Internet connectivity at the Data Center with a back up connection in

Glendale. The Glendale link can be configured to handle some services (i.e. remote access

VPN or B2B VPN or Web Server Hosting) to distribute traffic volume.

Work with the ISPs to provide inbound fail-over through BGP4 rerouting.

S Y ES

T

T

Minimal Protection

(ISP router)

external facing

services

internal services

external security boundry

internal security boundry

LAN connected

PCs

external domain public

Internet

Enterprise Network

Maximum Protection

Corporate Data

firewallfirewall

Reduced Protection / Increased

Vulnerability

secure VPN

Conceptual Security Boundaries Illustration;

State Government Disaster Recovery Plan Conceptual Illustration;

Data Center

State-wide Multi-Protocol Network

~700 Agency offices with Application users

multi-protocol frame relay (EIGRP routing)

Public InternetIP /BGP

Qwest

UUNetFiber Optic Metropolitan Area Network

Trumble St CO

Option Three;

External Recovery

I-2

OC-3

OC-3

Public Internet

I-2

multi-protocol point-to-point

East Data Center

& Network Hub

AT&T

ATM Network

IBM BCRS Data Center

Alternate Data Center

SBC ATM Network

SBC Frame Relay Network

Nokia Firewall

Alternate MAN Site (TBD)

Nokia Firewall

Copper UTP 1000bt ethernet

MM Fiber Gigabit ethernet

SM Fiber MAN (n x 1 Gigabit ethernet)

Copper UTP 10/100 ethernet

External Recovery Center LAN (Option 3)

(224 10/100 ports)

------- Data Center

Public Internet

Server VLAN

Server VLAN

Cisco CSS Switch

Cisco CSS Switch

Cisco Distribution Switch

Cisco Distribution Switch

Cisco

10/100 Server Access Switch

Server VLAN

Server VLAN

Server VLAN

Server VLAN

Cisco

10/100 Server Access Switch

Total 10/100 Server Ports Required= (77x2) 154

Server VLAN

Server VLAN

Server VLAN

Server VLAN

Cisco 10/100 Server Access Switch


(96 10/100 ports) (96 10/100 ports)


(48 10/100 ports)(48 10/100 ports)

B1 A1

B2

AB

1. DRS (2)2. DSS (30)3. DMR (18)4. DCF (4)5. DPW (1)

6. DHMAS (6)7. DMV (4)8. SOTS (6)9. DCP (4)10. DPH (1)11. DOT (1)

FW

OC-3 ATM

MCI Network

SBC Network

RTCisco Router

Cisco Router

DS-3

DS-3

IBM BCRS



(224 10/100 ports)


101 East Drive

CS

State Government Network for Disaster Recovery Plan

Product Description QTY Ext QTY Discount Price Ext Price Lead Time

WS-C6509-2GE Change in Orderability 03/25/05 (See PB #2595)6509,SUP1A-2GE 1 2 0 $15,990.00 $31,980.00 15

SC6K-SCVK8-7.1.2 Cat6K Supervisor 1 Flash Image w/CiscoView, Release 7.1.2 1 2 0 $0.00 $0.00

WS-X6K-SUP1A-2GE EOS: 03/25/05 (See PB #2595) 6500 SUP1A Eng,2GE,Enhanced QoS 1 2 0 $5,995.00 $11,990.00 29

WS-X6516-GBIC Catalyst 6500 16-port GigE Mod: Fabric-Enabled (Req. GBICs) 1 2 0 $19,995.00 $39,990.00 22

WS-X6148-RJ45V Catalyst 6500 48-port 10/100 Inline Power, RJ-45 1 1 0 $7,495.00 $7,495.00

WS-CAC-2500W Catalyst 6000 2500W AC Power Supply 2 4 0 $6,000.00 $24,000.00

CAB-AC-C6K-TWLK Power Cord, 250Vac 16A, twist lock NEMA L6-20 plug, US 2 4 0 $0.00 $0.00

WS-C6K-9SLOT-FAN Catalyst 6000 Fan Tray for 9-Slot Systems 1 2 0 $0.00 $0.00

WS-X6K-SUP1A-2GE EOS: 03/25/05 (See PB #2595) 6500 SUP1A Eng,2GE,Enhanced QoS 1 2 0 $0.00 $0.00 29

CON-OSP-WS-C92GE 24x7x4 Onsite Svc, Cat6509 chassis w/ Sup1A-2GE 1 2 0 $6,340.00 $12,680.00

$61,815.00 $128,135.00

SD

S D

SC ISC O YSTEMS

RVI SO R L INK

PORT 2

CONS OL E

SW I TCHLO AD1-

20%

CONS OL EPO

RT

1 %

E JE CTP CM C IA

PO RT 1

6K- S UP1- 2G E

WS- X67 24 -SF P

24 PO RT G IG ABIT ET HER NET SF P

ST A TU S

1 2 3 4 21 22 23 241 7 1 8 1 9 2 01 3 14 1 5 1 69 10 1 1 1 25 6 7 8

Cisco Catalyst 6509

Core switch

STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000

B A S E - TSW ITCH ING MOD U LE

STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000

B A S E - TSW ITCH ING MOD U LESTATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000

B A S E - TSW ITCH ING MOD U LE SD

S D

SC ISC O YSTEMS

RVI SO R L INK

PORT 2

CONS OL E

SW I TCHLO AD1-

20%

CONS OL EPO

RT

1 %

E JE CTP CM C IA

PO RT 1

6K- S UP1- 2G E

WS- X67 24 -SF P

24 PO RT G IG ABIT ET HER NET SF P

ST A TU S

1 2 3 4 21 22 23 241 7 1 8 1 9 2 01 3 14 1 5 1 69 10 1 1 1 25 6 7 8

Cisco Catalyst 6509

Core switch

STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


STATU S PHONE

WS- X614 8-G E- TX47

48

37

38

35

36

25

26

23

24

13

14

11

12

1

2

4 8 P O R T

12119 107 85 63 41 2 242321 2219 2017 1815 1613 14 363533 3431 3229 3027 2825 26 484745 4643 4441 4239 4037 38

10/100/1000


Cisco Catalyst 6509 Sample of Specified Configuration and Illustration

CISCO CSS

11500SERIES

CONTENT SERVICES SWITCH

CISCO CSS

11500SERIES

CONTENT SERVICES SWITCH

Load balancing is round robin across servers

CORE Web Servers

Network

Cisco CSS11500 Cisco CSS11500

Firewall Firewall

Cisco CSS Content Load Balancer Topology

OSPF Design Summary

Create three areas globally in addition to Area 0

Area 0 is contained in the Corporate Data Center

No WAN links in Area 0. Area 0 must be the most stable portion of the network

Routers in the Corporate Data Center are the Area Border Routers (ABR)

OSPF areas centered around three global hubs

Data Center

Area 0

North America

Area 1Europe, Middle

East, Asia

Area 2

Asia-Pacific

Area 3

Retail Store Networks

For in-store work zones, a Virtual LAN conceptual design was created that utilizes

four separate virtual LANs, each with different functions and security policies

•Security Functions include;

•Authentication

•Encryption

•Isolation

•Registration

•Description;

•4 separate virtual LANs

•Separation via IP addressing and router access lists

•Full network equipment redundancy without compromising security integrity

•Scalability

•Selected equipment supports up to 32 virtual networks

•Vulnerability / Risk

•Manual configurations can be modified by authorized personnel

1. POS Virtual Network2. Store Operations Virtual Network3. Inventory Virtual Network4. Guest Virtual Network

To secure internal data, the Extranet network segment must be separated from

home network segments. Communications with customer/partner networks

must be carefully managed.

• Utilize the Extranet server operating system security to protect data access

• Implement a firewall between the Extranet and the enterprise network to

restrict access

• Apply filters on routers to prevent one partner from accessing another partner

through the Corporate network.

• Isolate un-trusted access from the enterprise network

• Contain majority of external access to dedicated servers in Extranet domain

• Control and validate access to enterprise assets through the firewall

Extranet Frame Relay

Network

FTP servers

Firewall

Business

Partner

Data Center

Enterprise Network

BusinessPartner

BusinessPartner

BusinessPartner

Trading Firm Local Network Component Architecture & Documentation

Traders Access Layer Servers User (IDF) Access Layer

Distribution Layer

Distribution Layer

Core Layer Core Layer

WAN Layer WAN LayerCat 6509

CC560M-004CRP-W01

Cat 6509

sf560ds-sv1

Cat 6509

sf560ds-sv2

Cat 6509

sf560ds-tr1

Cat 6509

sf560ds-tr2

Cat 6509

sf560ds-id1

Cat 6509

sf560ds-id2

Cat 3524

sf560ac-tr3

Cat 3524

sf560ac-tr4

Cat 3524

sf560ac-tr1

Cat 3524

sf560ac-tr2

Cat 3524

sf560ac-sv3

Cat 3524

sf560ac-sv4

Cat 3524

sf560ac-sv1

Cat 3524

sf560ac-sv2

Cat 3524

sf560ac3-2

Cat 3524

sf560ac4-1

Cat 3524

sf560ac2-2

Cat 3524

sf560ac3-1

VLAN90 VLAN92 VLAN94 VLAN96

VLAN300 VLAN301

VLAN16 VLAN18 VLAN20 VLAN22

IP:10.96.1.0 IP:10.96.2.0

10.96.0.1 10.96.0.2

10.96.0.11 10.96.0.12

10.96.0.4 10.96.0.510.96.0.7 10.96.0.8

10.96.17.0/23 10.96.19.0/23 10.96.21.0/23

Cat 3524

sf560ac4-2

VLAN2410.96.23.0/23 10.96.25.0/23

10.96.103.010.96.101.0

10.96.91.0 10.96.93.0 10.96.95.0 10.96.97.0

Cat 6509

CC560M-004CRP-W02

Cat 6509

CS560M-004CRP-B01

Cat 6509

CS560M-004CRP-B02

University Campus Conceptual Design

Using virtual LANs, student network traffic is kept separate from academic and

administrative traffic to maintain security and streamline throughput.

VLANs are structured in such a way that user groups can be kept separate. This can allow for a more secure network computing environment.

All shared computing resources such as file servers and printers should reside on the same VLAN as the resource's users to maintain optimal levels of performance.

Resource virtual cohabitation is especially important when campus routing is centralized.

Servers are secured through standard operating system security.

Route between VLANs utilizing manually coded, static routes. Configure to filter and block unwanted traffic from crossing into neighboring VLANs.

Centralized layer 3 switching (routing) provides for a simple, easily managed static architecture.

Routing/ Blocking Method

Office of

Computer Services

VLAN

Academic Computing

VLAN #1

Academic Computing

VLAN #2

Academic Computing

VLAN #3

Administration

VLAN #1

Student Networking VLAN #1



University Campus Conceptual Design

Logical VLAN assignments and physical IDF map overlay. Actual IDF to MDF to MDF

connectivity shown as well as the VLANs present in each IDF switch.

• IDF switch VLAN assignments color coded.• MDFs function as cabling concentration points for IDFs.

OCS

ACAD1

ACAD2

ACAD3

ADMIN

RESNET1

RESNET2

RESNET3

VLAN

legend

West College

Reamer Campus Center

Arts

Yulman Theater

Old Chapel

Nott Memorial

27 Terrace Lane

Richmond

South S&E (CS Lab)

Steinmetz, Butterfield

Fieldhouse

Olin North

Olin South

North S&E (ME)

Bailey Hall

Pasta Lab

North S&E (Physics)

Social Sciences

South S&E (Bio, Chem,

Dean)

OCS Machine Room

Alumni Gym (N & S)

Chi Psi HumanitiesLamont

Shaffer Library

2nd floor

Shaffer Library

Basement

Smith

Sillman

Whitaker

36 Union Avenue

17 South Lane

Feigenbaum Hall

Grant Admissions

Psi Upsilon

Dudley

69 Union Ave.

Edwards

Lenox 1294

Potter

Raymond

Davidson North

Davidson South

Fox NorthChester Arthur

Fox SouthWebster

North Colonnade

Sillman Hall

MDF 3

Hickok

MDF 2Arts

MDF 5

Peschel

MDF 1

Library

MDF 4

North College Bronner

Becker Wells

Facilities & Achilles

Rink

McKean

reference spreadsheets on previous pages for port/station details

University Campus IP Address Design

The proposed 6 bit mask provides 62 subnets and 1022 host addresses per subnet

allowing for campus growth. 1022 available station addresses per subnet allow for

growth in stations per VLAN and ample cushion for address reservation.

Available IP addresses for a 6 bit, fixed length subnet mask (255.255.252.0)

Recommendation;Group subnet addresses together to allow for the implementation of different masks at some latter time.

Do not use subnets 0 and 63.

No. Subnet Address Hosts From Hosts To Broadcast Address

0 149.106.0.0 149.106.0.1 149.106.3.254 149.106.3.255

1 149.106.4.0 149.106.4.1 149.106.7.254 149.106.7.255

2 149.106.8.0 149.106.8.1 149.106.11.254 149.106.11.255

3 149.106.12.0 149.106.12.1 149.106.15.254 149.106.15.255

4 149.106.16.0 149.106.16.1 149.106.19.254 149.106.19.255

5 149.106.20.0 149.106.20.1 149.106.23.254 149.106.23.255

6 149.106.24.0 149.106.24.1 149.106.27.254 149.106.27.255

7 149.106.28.0 149.106.28.1 149.106.31.254 149.106.31.255

8 149.106.32.0 149.106.32.1 149.106.35.254 149.106.35.255

9 149.106.36.0 149.106.36.1 149.106.39.254 149.106.39.255

10 149.106.40.0 149.106.40.1 149.106.43.254 149.106.43.255

11 149.106.44.0 149.106.44.1 149.106.47.254 149.106.47.255

12 149.106.48.0 149.106.48.1 149.106.51.254 149.106.51.255

13 149.106.52.0 149.106.52.1 149.106.55.254 149.106.55.255

14 149.106.56.0 149.106.56.1 149.106.59.254 149.106.59.255

15 149.106.60.0 149.106.60.1 149.106.63.254 149.106.63.255

16 149.106.64.0 149.106.64.1 149.106.67.254 149.106.67.255

17 149.106.68.0 149.106.68.1 149.106.71.254 149.106.71.255

18 149.106.72.0 149.106.72.1 149.106.75.254 149.106.75.255

19 149.106.76.0 149.106.76.1 149.106.79.254 149.106.79.255

20 149.106.80.0 149.106.80.1 149.106.83.254 149.106.83.255

21 149.106.84.0 149.106.84.1 149.106.87.254 149.106.87.255

22 149.106.88.0 149.106.88.1 149.106.91.254 149.106.91.255

23 149.106.92.0 149.106.92.1 149.106.95.254 149.106.95.255

24 149.106.96.0 149.106.96.1 149.106.99.254 149.106.99.255

25 149.106.100.0 149.106.100.1 149.106.103.254 149.106.103.255

26 149.106.104.0 149.106.104.1 149.106.107.254 149.106.107.255

27 149.106.108.0 149.106.108.1 149.106.111.254 149.106.111.255

28 149.106.112.0 149.106.112.1 149.106.115.254 149.106.115.255

29 149.106.116.0 149.106.116.1 149.106.119.254 149.106.119.255

30 149.106.120.0 149.106.120.1 149.106.123.254 149.106.123.255

31 149.106.124.0 149.106.124.1 149.106.127.254 149.106.127.255

32 149.106.128.0 149.106.128.1 149.106.131.254 149.106.131.255

33 149.106.132.0 149.106.132.1 149.106.135.254 149.106.135.255

No. Subnet Address Hosts From Hosts To Broadcast Address

34 149.106.136.0 149.106.136.1 149.106.139.254 149.106.139.255

35 149.106.140.0 149.106.140.1 149.106.143.254 149.106.143.255

36 149.106.144.0 149.106.144.1 149.106.147.254 149.106.147.255

37 149.106.148.0 149.106.148.1 149.106.151.254 149.106.151.255

38 149.106.152.0 149.106.152.1 149.106.155.254 149.106.155.255

39 149.106.156.0 149.106.156.1 149.106.159.254 149.106.159.255

40 149.106.160.0 149.106.160.1 149.106.163.254 149.106.163.255

41 149.106.164.0 149.106.164.1 149.106.167.254 149.106.167.255

42 149.106.168.0 149.106.168.1 149.106.171.254 149.106.171.255

43 149.106.172.0 149.106.172.1 149.106.175.254 149.106.175.255

44 149.106.176.0 149.106.176.1 149.106.179.254 149.106.179.255

45 149.106.180.0 149.106.180.1 149.106.183.254 149.106.183.255

46 149.106.184.0 149.106.184.1 149.106.187.254 149.106.187.255

47 149.106.188.0 149.106.188.1 149.106.191.254 149.106.191.255

48 149.106.192.0 149.106.192.1 149.106.195.254 149.106.195.255

49 149.106.196.0 149.106.196.1 149.106.199.254 149.106.199.255

50 149.106.200.0 149.106.200.1 149.106.203.254 149.106.203.255

51 149.106.204.0 149.106.204.1 149.106.207.254 149.106.207.255

52 149.106.208.0 149.106.208.1 149.106.211.254 149.106.211.255

53 149.106.212.0 149.106.212.1 149.106.215.254 149.106.215.255

54 149.106.216.0 149.106.216.1 149.106.219.254 149.106.219.255

55 149.106.220.0 149.106.220.1 149.106.223.254 149.106.223.255

56 149.106.224.0 149.106.224.1 149.106.227.254 149.106.227.255

57 149.106.228.0 149.106.228.1 149.106.231.254 149.106.231.255

58 149.106.232.0 149.106.232.1 149.106.235.254 149.106.235.255

59 149.106.236.0 149.106.236.1 149.106.239.254 149.106.239.255

60 149.106.240.0 149.106.240.1 149.106.243.254 149.106.243.255

61 149.106.244.0 149.106.244.1 149.106.247.254 149.106.247.255

62 149.106.248.0 149.106.248.1 149.106.251.254 149.106.251.255

63 149.106.252.0 149.106.252.1 149.106.255.254 149.106.255.255

Hub to Branch Cisco VoIP Deployment

Replace PBX Telephone Systems with Cisco AVVID Technology

Cisco IP Telephony Design with Centralized Call Processing conceptual diagram;

Small University Campus Avaya VoIP Design

Control LAN ethernet switch

S8720 Media Servers

G650 Media Gateway

SD

Sma rt -UPS 400

AM

ERI

CAN POW

ER

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Cat al ys t 2950S E R I E S1 2

3

4

5

6

7

8

9

1 0

1 1

1 2

1

2

1 5

1 6

1 7

1 8

1 9

2 0

2 1

2 2

2 3

2 4

1 3

1 4

UPS with

Battery Pack

G650 Media Gateway

Control LAN ethernet switch

Control LAN ethernet switchS8500 LSP

G650 Media Gateway

UPS with Battery PackS

D

Sma rt -UP S 40 0

AM

ERICAN

POW

ER CO

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M O D E

Cat al ys t 2950S E R I E S1 2

3

4

5

6

7

8

9

1 0

1 1

1 2

1

2

1 5

1 6

1 7

1 8

1 9

2 0

2 1

2 2

2 3

2 4

1 3

1 4

S D

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M O D E

Cat al yst 2950S ER I E S

1 2

3

4

5

6

7

8

9

1 0

1 1

1 2

1

2

1 5

1 6

1 7

1 8

1 9

2 0

2 1

2 2

2 3

2 4

1 3

1 4

S Y S T R P S


M O D E

Cat al yst 2950S ER I E S

1 2

3

4

5

6

7

8

9

1 0

1 1

1 2

1

2

1 5

1 6

1 7

1 8

1 9

2 0

2 1

2 2

2 3

2 4

1 3

1 4

PSTN

Regional Retailer Data Center Design; Cisco, Extreme IP Network and Avaya IPT

Alternate IP WAN Link

PSTN

CAS T1 access

Primary IP WAN Link

Avaya G650

Media Gateway

Existing IBM

Application Server

Net PC

IP Handsets

Cisco

3845

Router

VRRP Slave

< Virtual IP Address

VRRP Master

Existing Domino e-mailServer

Cisco

3660

Router

Avaya G650

Media Gateway

eCAS Server

IPSI

IPSI

MedPro/CLAN

MedPro/CLAN

USB Diagnostic Modem

Avaya S8720 Media Server

CROSS-OVER Cable Used for SW Duplication

Services Port (eth 1)Services Port (eth 1)

iLO NIC

(not used)

USB Diagnostic Modem

iLO NIC

(not used)

Avaya S8720 Media Server

Extreme Summit 200-24

TDM Channels

Telephony System Control LAN

TFTP Server

Existing DHCP Server

Extreme Summit 200-24

LA

NLA

N

HOLDSpeaker

1 2 3

4 5 6

7 8 9

0

ABC DEF

GHI JLK M NO

PQRS TUV WXYZ

CONFERENCE

#*

ISDN

3xT1

Private IP Network

High Availability EnterpriseCall Processing Center

Avaya MAS

Avaya MSS

Dial Plan I created to Flatten & Consolidate a Regional Telephone Network

(migration from multi-switch TDM to single VoIP system)

Location (City)

QTY

extensions

active NPA NXX EXT

from

extension

to

extension

from

extension

to

extension New DNIS

PH1 Bethpage 71 516-579-2000 516 579 2000 100 241 2000 2999 2000

Wantagh 18 516-785-6000 516 785 6000 10 29 7600 7699 7600

Hicksville 29 516-931-6144 516 931 6144 15 44 7500 7599 7500

PH2 Riverhead 18 631-727-4800 631 727 4800 10 25 7800 7899 7800

Lynbrook 22 516-593-3100 516 593 3100 10 37 7300 7399 7300

Queens Village 14 718-479-5533 718 479 5533 10 27 7200 7299 7200

Flushing 21 718-939-7200 718 939 7200 10 33 7100 7199 7100

PH3 Southhampton 28 631-283-1500 631 283 1500 1210 1299 1200 1299 1200

Huntington 45 631-271-0500 631 271 0500 10 56 1000 1099 7000

Sound Avenue 16 631-727-0312 631 727 0312 10 22 8800 8899 8800

Medford 38 631-475-3170 631 475 3170 10 49 7700 7799 7700

PH4 Mineola 22 516-742-1011 516 742 7928 1110 1161 1100 1199 1100

Manhattan 18 212-337-1000 212 337 1000 3102 3116 3100 3199 3100

Bohemia 24 631-567-1551 631 567 1551 10 30 5000 5099 5000

PCR Rocky Point 18 631-744-1955 632 744 1955 none none 5500 5599 1950

4, 6

65##

new 4-digit extensioncurrent extensionsMain List Number

IP TERMINAL 4621D01A GRY

SPKRPH 4690IP WITH MICS

Dialing within the Corporate network (15 locations) is a 4-digit extension

To dial out requires a 9 prefix

Unused Prefixes;

Unused sets of 100 extensions;

IP TERMINAL 4602SW GRY

IP TERMINAL 4610SW GRY

Avaya Engineering PackagesThe following 7 slides were created while performing as a Systems Engineer with

Avaya between 2007 and 2009.

These presentation slides were provided to Avaya clients with Bill of

Material spreadsheets between 2007 and 2009. Company names

and addresses have been removed or masked.

Timothy R. LoftusIT Manager, IBM IT Infrastructure Architect, Avaya IP Telephony SpecialisteMail; [email protected]; 732-740-8329Profile; http://www.linkedin.com/in/timloftusTwitter@Tim_Loftus

McGraw Hill Company, 2 Penn Plaza, 22nd Floor, New York City

The design being implemented is an upgrade from older to current technology. The MGH office at 2 Penn Plaza will migrate from MCC, fiber connect and CM3.1

to G650s, IP Connect and CM5. McGraw Hill is not anticipating new features or functionality with this upgrade.

All 19” cabinets are being provided by McGraw Hill. There is a slight space issue so the customer wants to move cabinets around after implementation. The

intent is to utilize the space being vacated by the MCC cabinets. No exact determination has been made regarding how this will be accomplished. The wall field

is adjacent to the cabinets. See diagram below. The arrangement of cabinets should be discussed with Jim Duffy at McGraw Hill. No ESS or LSPs are

supported by the 2 Penn Plaza system. Media server is S8720. Media servers will receive DAL2.

Juan Alvarez, ATAC System Designer, made the following notes;

* All CM licenses count upgraded to CM5 EE from CM3 EE.

* IP softphone and IP agent licenses were NOT upgraded here.

* Call Center software was NOT upgraded at this point either. Note: 2 Penn Plaza has 5200 CC licenses. It is very unlikely that MGH is using all of them and in

case the want to upgrade CC software, they probably don't want to upgrade the whole count.

* All MCC cabinets replaced with G650

* Systems migrated to IP connect. Single IPSI and single Media Resource per PN. [Later changed to Duplicated for High Reliability]

Project SummaryOverview

Avaya Account Team

Tony DiCaro, Global Account Manager

Karen Larson, Client Executive

Tim Loftus, System Engineer

Jim Hughes, Applications Sales Specialist

Juan Alvarez, ATAC System Designer

Client Location Manager

Jim Duffy, 212-904-3287, [email protected]

Existing S87XX Cabinet

Existing MCC Cabinet



New Cabinet

New Cabinet

New Cabinet

Station Wallfield

19"

Cabinet

(S8720)MCC MCC

Empty

19"

Cabinet

Empty

19"

Cabinet

Empty

19"

Cabinet

Wallfield

Cables are run under the raised floor

2 Penn Plaza, 22nd

Floor Raised Floor Computer Room

G650 Media

Gateway

Bay Face Layout, , 22nd

Floor

19" Cabinets provided by .

G650 Media

Gateway

G650 Media

Gateway

G650 Media

Gateway

G650 Media

GatewayG650 Media

Gateway

G650 Media

Gateway

G650 Media

Gateway

G650 Media

Gateway

G650 Media

Gateway

G650 Media

Gateway

G650 Media

Gateway

COM PACT

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G650 Media

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G650 Media

Gateway

Single PN Location: 1, :2 Penn Plaza ,PN 3, AC, Mu-

Law

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1 2 3 4 5 6 7 8 9 10 11 12 13 14PWR

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1 2 3 4 5 6 7 8 9 10 11 12 13 14PWR

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DG650 Media Gateway

1 2 3 4 5 6 7 8 9 10 11 12 13 14PWR

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CG650 Media Gateway

1 2 3 4 5 6 7 8 9 10 11 12 13 14PWR

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G650 Circuit Pack Layout

Technical Specifications

1) Floor Load cannot be calculated since the placement of these servers and gateways may not necessarily be distributed as drawn in the

diagram.

2) 1 foot of clearance is required in the rear and 18” in the front for system cooling.

3) Mounts in 19” EIA rack/cabinet (provided by McGraw Hill)

4) Recommended clearance for maintenance is 8 square feet

5) Convertible design.

6) The heat dissipation is dependent on the mode the UPS is operating in. Please see the reference chart at: http://avayaups.com/avaya/

Products/700_specs.asp for the specifics

Product Code Qty Description MPG Location

------------------ ------- ------------------------------------------------------------------------ ----- ------------

185446 AVAYA COMMUNICATIONS SOLUTION Z9

184716 1 CM S8700 MULTI CONNECT MODEL UPG IG 2 Penn Plaza

195250 4 IPSI2 CP TN2312BP RHS IG 2 Penn Plaza

203027 1 VAL CIRCUIT PACK TN2501AP A1 2 Penn Plaza

203071 6 IP 320 MEDIA RESOURCE TN2602AP A1 2 Penn Plaza

207944 1 CM5.0 S87XX UPG SFTW LIC DA 2 Penn Plaza

212337 1 INTGR MGMT R5.0 ASA VAM CLIENT CM LIC DB 2 Penn Plaza

212338 1 INTGR MGMT R5.0 NMC CM LIC DB 2 Penn Plaza

212339 1 INTGR MGMT R5.0 VMM CM LIC DB 2 Penn Plaza

214250 1 AAN CM5 CONVERGED NET ANALYZER ENTITLE DB 2 Penn Plaza

214251 1 AAN CM5 ADAPTIVE PATH ENTITLE DB 2 Penn Plaza

215536 3262 CMEE R5 1001+ MULTI UPG LIC SSU DA 2 Penn Plaza

405362641 15 PWR CORD USA A1 2 Penn Plaza

700178056 2 CABLE GREEN 25 METER A1 2 Penn Plaza

700178072 2 CABLE RED 25 METER A1 2 Penn Plaza

700394497 6 BUS TERMINATOR CP AHF110 RHS A1 2 Penn Plaza

700394950 15 G650 MEDIA GATEWAY RHS IG 2 Penn Plaza

700397284 12 G600/G650 TDM LAN CABLE KIT RHS A1 2 Penn Plaza

700406432 210 CABLE ASSY B25A 50FT RHS A1 2 Penn Plaza

700437189 2 CM5.0 LINUX UNITY SFTW CD UPG A1 2 Penn Plaza

700439672 1 ADMINISTRATION TOOLS R5.0 CD DB 2 Penn Plaza

700439680 1 NETWORK MANAGEMENT R5.0 CD DB 2 Penn Plaza

700439706 1 R5.0 ADMIN TOOLS INSTALL & UPG DOC DB 2 Penn Plaza

700439714 1 VOIP MONITORING MANAGER R5.0 CD DB 2 Penn Plaza

700439722 1 R5.0 VOIP MNTR MGMT INSTALL & UPG DB 2 Penn Plaza

700439730 1 R5.0 ENTPRS NTWK MGMT INSTALL & UPG DB 2 Penn Plaza

214370 1 CM5.0 US DOCUMENTATION A1 2 Penn Plaza

195476 1 SOFTWARE SUPPORT COMMUNICATION MGR MODEL Z9 2 Penn Plaza

204062 3262 SSU CMEE R5.X LIC 1001+ 3YAN DA 2 Penn Plaza

MS Word Document - Minimum V intage Report

Current PIPS Group or NEW Name or Description

Existing

IP Address

New

IP Address Mask IP Gateway LAN DESCR

IP Node Names procr

IP Node Names default 0.0.0.0

IP Node Names cmssec 152.159.5.21

CAT HOSTs Information services-ppp 10.1.78.50

CAT HOSTs Information localhost.localdomain localhost 127.0.0.1

IP Node Names cmspri 151.108.28.58

CAT HOSTs Information 2PennPlazaActive 151.108.58.20 No Change 2PP VOICE -- Routable

CAT HOSTs Information 2PennPlazaSvr1 151.108.58.21 No Change 2PP VOICE -- Routable

CAT HOSTs Information 2PennPlazaSvr2 151.108.58.22 No Change 2PP VOICE -- Routable

IP Interface Information C-LAN 02C11 TN799 D CLAN 1 151.108.58.23 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information C-LAN 02D20 TN799 D CLANCMS1 1 151.108.58.24 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information C-LAN 03D10 TN799 D CLANCMS2 1 151.108.58.25 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information C-LAN 01E18 TN799 D cmslink 1 151.108.58.26 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information C-LAN 01D16 TN799 D clan-1d16-audix 1 151.108.58.27 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information C-LAN 01A06 TN799 D clan-1a06-cdr 1 151.108.58.28 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information MEDPRO 02C12 TN2302 Medpro 1 151.108.58.31 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information VAL 01A19 TN2501 val-1a19 151.108.58.35 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Interface Information VAL 02D19 TN2501 val-2d19 151.108.58.36 No Change 255.255.255.192 151.108.58.1 2PP VOICE -- Routable

IP Node Names AUDIX1 151.108.58.37 No Change 2PP VOICE -- Routable

IP Node Names microcall 151.108.58.38 No Change 2PP VOICE -- Routable

IP Node Names pollcat 151.108.58.39 No Change 2PP VOICE -- Routable

NEW CIRCUIT PACK REQUIRES IP ADDR VAL CIRCUIT PACK TN2501AP pn1 151.108.58.## 2PP VOICE -- Routable

NEW CIRCUIT PACK REQUIRES IP ADDR IP 320 MEDIA RESOURCE TN2602 pn1 151.108.58.## 2PP VOICE -- Routable


VIRTUAL REQUIRES IP ADDR Media Resource PN1 Active 151.108.58.## 2PP VOICE -- Routable







Replace Cajun with MGH Cisco ipsi-A01a 168.152.254.1 New MGH Subnet "A" - Non routable now Secure Control LAN A

Replace Cajun with MGH Cisco S87xx 2PennPlazaActive-cna 168.152.254.200 New MGH Subnet "A" - Non routable now Secure Control LAN A

Replace Cajun with MGH Cisco S87xx 2PennPlazaSvr1-cna 168.152.254.201 New MGH Subnet "A" - Non routable now Secure Control LAN A

Replace Cajun with MGH Cisco S87xx 2PennPlazaSvr2-cna 168.152.254.202 New MGH Subnet "A" - Non routable now Secure Control LAN A

Replace Cajun with MGH Cisco ups-a 168.152.254.239 New MGH Subnet "A" - Non routable now Secure Control LAN A

Replace Cajun with MGH Cisco Cajun enet-switcha1 168.152.254.240 New MGH Subnet "A" - Non routable now Secure Control LAN A

NEW CIRCUIT PACK REQUIRES IP ADDR IPSI2 CP TN2312BP RHS pn2 control A New MGH Subnet "A" - Non routable now Secure Control LAN A

NEW CIRCUIT PACK REQUIRES IP ADDR IPSI2 CP TN2312BP RHS pn3 control A New MGH Subnet "A" - Non routable now Secure Control LAN A

Replace Cajun with MGH Cisco ipsi-A01b 168.152.255.1 New MGH Subnet "B" - Non routable now Secure Control LAN B

Replace Cajun with MGH Cisco S87xx 2PennPlazaActive-cnb 168.152.255.200 New MGH Subnet "B" - Non routable now Secure Control LAN B

Replace Cajun with MGH Cisco S87xx 2PennPlazaSvr1-cnb 168.152.255.201 New MGH Subnet "B" - Non routable now Secure Control LAN B

Replace Cajun with MGH Cisco S87xx 2PennPlazaSvr2-cnb 168.152.255.202 New MGH Subnet "B" - Non routable now Secure Control LAN B

Replace Cajun with MGH Cisco ups-b 168.152.255.239 New MGH Subnet "B" - Non routable now Secure Control LAN B

Replace Cajun with MGH Cisco Cajun enet-switchb1 168.152.255.240 Replace Cajun with MGH Cisco Secure Control LAN B

NEW CIRCUIT PACK REQUIRES IP ADDR IPSI2 CP TN2312BP RHS pn2 control B New MGH Subnet "B" - Non routable now Secure Control LAN B

NEW CIRCUIT PACK REQUIRES IP ADDR IPSI2 CP TN2312BP RHS pn3 control B New MGH Subnet "B" - Non routable now - maybe futureSecure Control LAN B

CAT HOSTs Information 2PennPlazaSvr1-dup 192.11.13.13 No Change Private Internal

CAT HOSTs Information 2PennPlazaSvr2-dup 192.11.13.14 No Change Private Internal

CAT HOSTs Information services-laptop 192.11.13.5 No Change Private Internal

CAT HOSTs Information services-if 192.11.13.6 No Change Private Internal

IP Addressing Requirements

QR Code for my web site where I provide my story as well as mytechnology management philosophies.

http://www.freeknowledgenetwork.com/about-the-owner.html

2009I established a Limited Liability Corporation in NJ to establish myself as a top IT resource.

The following 5 slides illustrate my most recent activity.

BUSINESS ARCHITECTURE = What is the mission of the business? Study the Mission Statement and conduct interviews ('What are we doing?")

How is the business executing the mission? ('How are we doing it?')

How is the business providing value to the customer? (perception of the business)

ANALYSISCan the IT Architecture be utilized to benefit, improve or even change the Business Architecture?

Can the IT Architecture be utilized to improve the business customer's experience?

Develop the end state the VISION

GAPS1. Can the vision be supported by current IT operations staff? Can the staff

be supplemented?

2. Can we get from where we are to the VISION and can the staff get us there?

3. What will the cost be?

4. What will the timeframe be?

5. What will be the success indictors that can be

measured and reported? When and how often?

6. What tools are needed?

Create a PLAN to address GAPSInclude;

1. Business processes

2. resource utilization (internal & external)

3. budgets

4. time lines

EXECUTE1. Acquire necessary tools

2. Create external requirements (talent and hardware)

3. Build measurements

4. Report measurements to the business

5. Establish documentation

6. Establish Operational procedures

7. Upon completion, set up a schedule with the business to re-take measures

Business Architecture Analysis1. Develop the VISION 2. Create a plan 3. Execute

A client was experiencing routing issues that prevented communications on the HQ LAN.Graphic for the client’s campus LAN recommendation supporting IP Traffic (IPT & Data Communications)

Edgewater

VOICEDATA

Carrier Links to Internet

Management SwitchVLANmgt / VLANdata2

server server

Suggested VLAN designin accordance with stated requirements

VLANiptVLANdata5VLANmgt




Timothy R. LoftusFree Knowledge NetworkFebruary 2, 2012

VLAN names changed so they do not have any relation to IP addresses

VLAN 101 – Network Management -Name changed to VLANmgt

VLAN 102 – Servers/Other network devices - Name changed to VLANdata2

VLAN 103 – Administrative/Health Center Name changed to VLANdata3

VLAN 104 – Residential Use - Name changed to VLANdata4

VLAN 105 – Guest Access - Name changed to VLANdata5

VLAN 106 – Security/Access Control - Not used in design (VLANmgt can be utilized)

VLAN 107 – VOIP - Name changed to VLANipt


VLANmgtVLANipt

VLANmgtVLANdata2VLANdata3VLANdata4VLANdata5

IPT PBX

VLANmgtVLANipt

Router

VLAN NAME

IP NETWORKS

BELONGING TO

VLAN

VLANiptall telephone IP

subnet addresses

VLANdata1

10.6.90.0

10.6.93.0

10.6.96.0

10.6.99.0

VLANdata3

10.6.91.0

10.6.94.0

10.6.97.0

10.6.100.0

VLANdata4

10.6.1.0

10.6.2.0

10.6.106.0

VLANdata5other addresses as

required

Cloud Sourcing (contract work)

Dissatisfied with the current hosted IPT service, my client requested a consultative analysis and recommendation. The following activities and output followed:

1. Troubleshoot the current service2. Produced a PowerPoint report of findings3. Recommended a course of action4. Telephony and data RFQs were completed and sent to six bidders5. Selected four cloud provider bidders to compete for the service6. Meetings and negotiations were conducted with each bidder at the client’s office7. After negotiations final responses were reviewed and a recommendation was

presented to the client8. With the client - a cloud service provider was selected for voice and data services9. implementation/cutover was completed within 8 weeks

Free Knowledge Network, LLC March – August, 2012

Client Service Investigative Report: Page 5 of 8 graphically illustrates current issues that must be addressed.

Telephony Network Topology Map (Summary)* Multiple Internet networks traversed (5) / BGP gateways traversed (4)* Routers traversed for a one-way trip is estimated at 26 – this high number will introduce jitter* There can be no guarantees for delay and jitter across multiple network gateways and routers *The exact location of the SIP gateway is undetermined

Verizon

Alter

Telia

DallasInternet Service

Provider

Level3Texas

173.192.18.132Chicago

213.248.72.174NYC

213.155.130.35NYC

152.63.3.6

152.63.20.97

Dallas,TX

66.228.118.65 66.228.118.13766.228.118.14166.228.118.137173.192.18.254173.192.18.212173.192.18.254

4.59.36.93

4.69.145.254

4.69.145.126

4.69.151.154

4.69.151.130

4.69.151.142

4.59.32.37

10.25.25.1173.70.25.1130.81.109.116130.81.29.8

PBX Windows Server

American Clean EnergyFree Knowledge NetworkTimothy R LoftusFilename: Amcleanenergy IPT1.pptMarch 30, 2012

152.63.19.177

157.130.255.206

Client

Published Author‘Success Strategies for Technology Management’ is available in paperback ($19.95) or Kindle ($9.99)

http://www.amazon.com/s/ref=nb_sb_noss?url=search-alias%3Dstripbooks&field-keywords=timothy%20r%20loftus

Published AuthorMy eBook ‘How to Figure It Out’ is available in Kindle format ($1.99)

http://www.amazon.com/How-Figure-Out-Strategies-ebook/dp/B00BGY1SRS/ref=sr_1_1?s=books&ie=UTF8&qid=1363112945&sr=1-1&keywords=How+to+Figure+It+Out%3A+IT+Network+Trouble%3F+%22Just+be+the+ball%22

Thank you for taking time to view my presentation.I enjoy meeting new people and reconnecting with old acquaintances

to just talk about things.Visit my web pages at freeknowledgenetwork.com

Contact me anytime at [email protected] mobile phone 732-740-8329

http://www.freeknowledgenetwork.com/


mailto:trloftus@


illustrated accomplishments 1999 - present 080515

Documents

network design category

technician telecommunications

network design illustrations

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tim loftus

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