FLEXITY Solutions Inc.Today announced that it has successfully obtained certification service provider Cisco Master the cloud and managed services. This certification recognizes FLEXITY as having the ability to sell and deliver cloud services and managed to help customers accelerate time to market and time to revenue service.
We are accountable to the highest standards in the delivery of communications solutions and Unified Collaboration for our enterprise customers,we were told,CEO and President of FLEXITY.Recognition of Cisco who are able to deliver the Cisco Hosted Collaboration Solution Powered (HCS) under strict and demanding criteria of Cisco gratifying and speaks to our continued investment in people,facilities,methods and innovation we develop across Canada.
The Service Provider Cisco certification Master is part of the Cisco Cloud range and program management services to help partners like FLEXITY to imagine,build,market and sell cloud and managed tools and services to acceleration of business training services to Cisco sales and cloud market to meet the diverse needs of its customers.As the leading provider of Cisco Certified Partner, FLEXITY sell and deliver at least two Cisco engine services (managed and/or cloud services with Cisco Powered designations services) built on the infrastructure library (ITIL) framework,and provide management practices and improved management for their clients.
We have a longstanding relationship with FLEXITY,vice president of channels and solutions for Cisco Canada.Their commitment to provide innovative business solutions in the Cisco platform has led to important victories in the past year and has fueled tremendous growth for your organization. HCS designation is highly coveted and very difficult to achieve.In addition,Cisco has successfully developed FLEXITY coveted designations in services (Cloud Services): Cisco Hosted Collaboration Solution Powered (HCS) and Cisco Powered Managed Communications Services,Cisco Powered Managed Internet Protocol trunking services.
Cisco Powered services enable clients to connect with the confidence of a larger value quickly,minimizing the complexity of the life cycle of technology to reduce costs and risks.Customers also experiencing performance provided by a quality service,security and 24/7 support of its certified partners FLEXITY while enjoying continuous innovation based on open standards and significant investment from Cisco.
Monday, 28 April 2014
Friday, 28 March 2014
Implementing Cisco IP Routing (ROUTE) Training
This course for Cisco IP Routing (ROUTE) v 1.0 is led by an instructor for enterprise network engineers with a year or more of experience in the practice who are willing to improve their skills and work independently on complex network solutions. This route is part of the CCNP program is designed to help students prepare for Cisco CCNP certification.
In this course you will learn to plan, configure and verify the implementation of Secure Enterprise LAN and WAN routing solutions using a range of routing protocols,in addition to the configuration of solutions to support branch offices and mobile workers.
Configuring Cisco IP Routing work is one of the three courses that Cisco recommends for those who aspire to obtain the CCNP certification.The other two courses are Cisco IP Switched Networks (switch) and troubleshooting and maintaining Cisco IP Networks (TSHOOT).
Our training standards are simply the best of the breed,have raised the benchmark for training levels in the vertical authorized training for over 20 years.Training equipment are recognized as pioneers in the field of training.This means that you will get world class training the best team training budgets Cisco certified training be purchased.
In this course you will learn to plan, configure and verify the implementation of Secure Enterprise LAN and WAN routing solutions using a range of routing protocols,in addition to the configuration of solutions to support branch offices and mobile workers.
Configuring Cisco IP Routing work is one of the three courses that Cisco recommends for those who aspire to obtain the CCNP certification.The other two courses are Cisco IP Switched Networks (switch) and troubleshooting and maintaining Cisco IP Networks (TSHOOT).
Our training standards are simply the best of the breed,have raised the benchmark for training levels in the vertical authorized training for over 20 years.Training equipment are recognized as pioneers in the field of training.This means that you will get world class training the best team training budgets Cisco certified training be purchased.
Wednesday, 26 March 2014
642-902 Sample Question
Question
No:1
What technique should be used on BGP
edge routers to prevent a multi-homed autonomous system from becoming a transit
system?
A. Advertise with a high
MED value all networks that are discovered via external BGP.
B. Set the no-export
community attribute on all networks that are advertised externally.
C. Remove the AS-Path
information on all routes in the BGP table prior to advertising externally.
D. Set the origin code
to incomplete for all networks that are discovered via external BGP.
E. Only advertise
networks externally if they have been discovered via internal BGP.
F. Use an outgoing
distribution list to filter all networks not originating from inside the
autonomous system.
Answer: F
Explanation:
The minimum configuration that
guarantees you won't become a transit AS is shown in the following example:router
bgp 65000neighbor 10.1.1.1 filter-list 1 out!ip as-path access-list 1 permit ^$
In this example, the outgoing filter list says that all traffic not sourced
from the local AS,should not be advertised.This will prevent the announcement
of routes that originated from other Autonomous Systems,and prevent traffic
destined for networks in another AS from going through your AS.This is useful
real-world information to know and if you configure your network with BGP in a
multi-homed environmet,odds are good that you will want to implement this kind
of filter.
Question
No:2
Which two methods use IPsec to provide
secure connectivity from the branch office to the headquarters office? (Choose two.)
A. DMVPN
B. MPLS VPN
C. Virtual Tunnel
Interface (VTI)
D. SSL VPN
E. PPPoE
Answer: A,C
Saturday, 22 February 2014
642-902 Notes
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Thursday, 23 January 2014
Cisco Networking Academy Graduate Secures Lucrative Position with Midstream Energy Company
The forty-something-year-old Spring resident recently gained a fulfilling position as a cyber security network engineer with Enterprise Products,a leading U.S. provider of midstream energy services and is being compensated handsomely for his skills and expertise.However,it was an arduous journey before the Lone Star College-Tomball Cisco Networking Academy graduate finally found the job of his dreams.
The Cisco Academy Learning Management System is a program that is focused on providing education,training and guidance to anyone interested in building an IT career through Cisco product and service certification.That certification validates the ability to install,configure,operate and troubleshoot medium-size route and switched computer networks as well as wireless networks,security appliances and Voice over IP equipment,including implementation and verification of connections to remote sites in a wide area network.
In 1992,Austin State University with a Bachelor of Science degree in chemistry.After four years as a laboratory technician in the petroleum industry,he got a job with Lone Star College-Kingwood as a laboratory coordinator,and that’s when things started to change. I’ve always been interested in science and technology. While employed at Lone Star College,I took some IT-related courses at night.Our division was the recipient of a National Science Foundation grant for the construction of an interdisciplinary computer lab, and I was tasked with its design,procurement and implementation.
The experience left Horn with a dilemma continue working in the lab or take a chance and follow his passion.
I’d always been good with computers.I saw the need for small office/home office IT technical support in the community and decided to try my luck at becoming a small-business owner. The business was fairly successful for a number of years until the 2008-2009 economic crash,at which point I lost a significant portion of my business.That was when Horn decided that it was time to return to school.I enrolled in the Cisco Networking Academy at Lone Star College starting with the Cisco Certified Network Associate (CCNA) program. I continued through the Cisco Certified Network Professional (CCNP) program and CCNA Security program, and began looking for work as a network engineer.
Today is supporting cyber security by using applications and hardware equipment at plants and facilities throughout Texas,Louisiana,Oklahoma and New Mexico a perfect fit.The position is very hands-on and requires traveling to the remote plant sites to resolve issues.I enjoy getting out of the office and into the field where I can get my hands dirty.
Horn is quick to add that his success was in no small part due to his Cisco Networking Academy education and in particular, the efforts of his professor,I have more than 200 hours of college and worked at LSC-Kingwood;from the student side and the coworker side,I know a good instructor when I see one. Willie would always go out of his way to help share his 40 years of industry knowledge,make sure you understood some very complicated material,even send e-mails about job openings.He was very interactive;he made you feel like part of the teamIf he could only share one thing about his experience,it would be that you are never too old learn that you should never be intimidated when faced with something new.You can do it.

In 1992,Austin State University with a Bachelor of Science degree in chemistry.After four years as a laboratory technician in the petroleum industry,he got a job with Lone Star College-Kingwood as a laboratory coordinator,and that’s when things started to change. I’ve always been interested in science and technology. While employed at Lone Star College,I took some IT-related courses at night.Our division was the recipient of a National Science Foundation grant for the construction of an interdisciplinary computer lab, and I was tasked with its design,procurement and implementation.
The experience left Horn with a dilemma continue working in the lab or take a chance and follow his passion.
I’d always been good with computers.I saw the need for small office/home office IT technical support in the community and decided to try my luck at becoming a small-business owner. The business was fairly successful for a number of years until the 2008-2009 economic crash,at which point I lost a significant portion of my business.That was when Horn decided that it was time to return to school.I enrolled in the Cisco Networking Academy at Lone Star College starting with the Cisco Certified Network Associate (CCNA) program. I continued through the Cisco Certified Network Professional (CCNP) program and CCNA Security program, and began looking for work as a network engineer.

Horn is quick to add that his success was in no small part due to his Cisco Networking Academy education and in particular, the efforts of his professor,I have more than 200 hours of college and worked at LSC-Kingwood;from the student side and the coworker side,I know a good instructor when I see one. Willie would always go out of his way to help share his 40 years of industry knowledge,make sure you understood some very complicated material,even send e-mails about job openings.He was very interactive;he made you feel like part of the teamIf he could only share one thing about his experience,it would be that you are never too old learn that you should never be intimidated when faced with something new.You can do it.
Wednesday, 15 January 2014
Cisco locked out of AT&T SDN data center?
It could be a very unhappy new year for Cisco.AT & T has issued a request for information to around the holidays that could have long-term global market for network infrastructure and Cisco -specific negative implications,the ratio of an investment analyst.
The FRY AT & T aims to gather suppliers of information providers in their plans to embrace software-defined networking and network virtualization capabilities in its products and product architectures to align with the virtualization strategy AT & T 2.0 domain . Domain 2.0 is a virtualization project that seems to embrace network hardware and driver of the white box,SDN goods according to the report of MKM Partners.
The deadline was 31 December 2013 and AT & T will review the plans until the first half of 2014 , according to MKM.After that,it is expected that requests carrier to issue more specific proposals .
MKM domain believed to 2.0 implementations are likely to occur in the first place in the data center industry AT & T,perhaps in 2015.After that a WAN SDN controller is deployed in 2016,and then AT & T IP routing would converge and deep optical transmission network,the investment firm provides .
AT & T provides the virtualization of the data center network can not jibe with Cisco's strategy, and vice versa,according to MKM.AT & T is already using NSX virtualization platform VMware vSphere network and the cloud computing system.
But even then the line switching based Cisco Networking - With the Nexus 9000 fabric Centric Application Infrastructure may be " too complex and property compared to white box oriented architectures AT & T seeks , the company claims.
AT & T seems to be particularly worried about competing with cloud services offered by the likes of Google and Amazon and is likely to continue some of the concepts of virtual networks established white box implementations of these companies early SDN.
As a result, the long-term plan from AT & T 2.0 Domain are negative Cisco more positive for Ciena,Finisar,F5 Networks and VMware.MKM notes that both Cisco and Juniper do little or nothing enterprise datacenter AT & T and,with the exception of a few sales of network security appliances.
The WAN is a different story Cisco and Juniper routers will continue to sell both proprietary and cutting edge for AT & T in the coming years,provides for the MKM.But this does not necessarily give them the benefit of the SDN controller WAN project of the company in 2016 - MKM notes that,as AT & T converge its routing and optical levels,the monitoring infrastructure SDN,which could come down to a supplier and optical media Ciena,Infinera .
What can induce acquire Ciena Cisco or Juniper or Infinera,MKM postulates .
So it seems that,on the supplier side,however,the status quo to the domain of AT & T 2.0 even if the project is anything but.
The FRY AT & T aims to gather suppliers of information providers in their plans to embrace software-defined networking and network virtualization capabilities in its products and product architectures to align with the virtualization strategy AT & T 2.0 domain . Domain 2.0 is a virtualization project that seems to embrace network hardware and driver of the white box,SDN goods according to the report of MKM Partners.
The deadline was 31 December 2013 and AT & T will review the plans until the first half of 2014 , according to MKM.After that,it is expected that requests carrier to issue more specific proposals .
MKM domain believed to 2.0 implementations are likely to occur in the first place in the data center industry AT & T,perhaps in 2015.After that a WAN SDN controller is deployed in 2016,and then AT & T IP routing would converge and deep optical transmission network,the investment firm provides .
AT & T provides the virtualization of the data center network can not jibe with Cisco's strategy, and vice versa,according to MKM.AT & T is already using NSX virtualization platform VMware vSphere network and the cloud computing system.
But even then the line switching based Cisco Networking - With the Nexus 9000 fabric Centric Application Infrastructure may be " too complex and property compared to white box oriented architectures AT & T seeks , the company claims.
AT & T seems to be particularly worried about competing with cloud services offered by the likes of Google and Amazon and is likely to continue some of the concepts of virtual networks established white box implementations of these companies early SDN.
As a result, the long-term plan from AT & T 2.0 Domain are negative Cisco more positive for Ciena,Finisar,F5 Networks and VMware.MKM notes that both Cisco and Juniper do little or nothing enterprise datacenter AT & T and,with the exception of a few sales of network security appliances.
The WAN is a different story Cisco and Juniper routers will continue to sell both proprietary and cutting edge for AT & T in the coming years,provides for the MKM.But this does not necessarily give them the benefit of the SDN controller WAN project of the company in 2016 - MKM notes that,as AT & T converge its routing and optical levels,the monitoring infrastructure SDN,which could come down to a supplier and optical media Ciena,Infinera .
What can induce acquire Ciena Cisco or Juniper or Infinera,MKM postulates .
So it seems that,on the supplier side,however,the status quo to the domain of AT & T 2.0 even if the project is anything but.
Wednesday, 28 August 2013
Implementing Cisco IP Routing
Exam Number 642-902 ROUTE
Associated CCDP CCNP
Certifications
Duration 120 minutes
Questions 45 - 55
Available Languages English and Japanese
Associated CCDP CCNP
Certifications
Duration 120 minutes
Questions 45 - 55
Available Languages English and Japanese
Practice Exam
https://learningnetwork.cisco.com/community/certifications/ccnp/route?tab=practiceExams Cost
https://learningnetwork.cisco.com/docs/DOC-12825Exam Topics
The following information provides general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes the guidelines below may change at any time without notice.Implement an EIGRP based solution, given a network design and a set of requirements
- Determine network resources needed for implementing EIGRP in a network
- Create an EIGRP implementation plan
- Create an EIGRP verification plan
- Configure EIGRP routing
- Verify an EIGRP solution was implemented properly using show and debug commands
- Document the verification results for an EIGRP implementation
Implement a multi-area OSPF Network, given a network design and a set of requirements
- Determine network resources needed for implementing OSPF on a network
- Create an OSPF implementation plan
- Create an OSPF verification plan
- Configure OSPF routing
- Verify OSPF solution was implemented properly using show and debug commands
- Document the verification results for an OSPF implementation plan
Implement an eBGP based solution, given a network design and a set of requirements
- Determine network resources needed for implementing eBGP on a network
- Create an eBGP implementation plan
- Create an eBGP verification plan
- Configure eBGP routing
- Verify eBGP solution was implemented properly using show and debug commands
- Document verification results for an eBGP implementation plan
Implement an IPv6 based solution, given a network design and a set of requirements
- Determine network resources needed for implementing IPv6 on a network
- Create an IPv6 implementation plan
- Create an IPv6 verification plan
- Configure IPv6 routing
- Configure IPv6 interoperation with IPv4
- Verify IPv6 solution was implemented properly using show and debug commands
- Document verification results for an IPv6 implementation plan
Implement an IPv4 or IPv6 based redistribution solution, given a network design and a set of requirements
- Create a redistribution implementation plan based upon the results from a redistribution analysis
- Create a redistribution verification plan
- Configure a redistribution solution
- Verify that a redistribution was implemented
- Document results of a redistribution implementation and verification plan
- Identify the differences between implementing an IPv4 and IPv6 redistribution solution
Implement Layer 3 Path Control Solution
- Create a Layer 3 path control implementation plan based upon the results of the redistribution analysis
- Create a Layer 3 path control verification plan
- Configure Layer 3 path control
- Verify that a Layer 3 path control was implemented
- Document results of a Layer 3 path control implementation and verification plan
- Implement basic teleworker and branch services
- Describe broadband technologies
- Configure basic broadband connections
- Describe basic VPN technologies
- Configure GRE
- Describe branch access technologies
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