Thursday, 21 December 2017

Juniper Brings AI Bots to Intent-Based Networks

Juniper Bots encourage mechanization by making it less demanding for individuals to associate with their system.

The idea of goal based systems has gotten a considerable measure of consideration from media and systems administration experts since Cisco propelled its "System Intuitive" not long ago.

Cisco has absolutely made the expression "goal based" a family unit term, yet that wasn't the first occasion when I had heard a merchant discuss this vision. A long time back, I was at an occasion held by Juniper Networks where its organizer and CTO at the time, Pradeep Sindhu, discussed the demise of Moore's Law and how that would drive us towards this thing called purpose based systems administration.

From that point forward, Juniper has been fairly calm with respect to its part in the development of the market, in spite of the fact that it has been very forceful in the territory of programming characterized organizing through the advancement of its Contrail stage. A week ago at its NXTWORK 2017 Customer occasion, Juniper tied its advancement with Contrail to the vision of a self-driving system with the arrival of Juniper Bots intended to make an interpretation of aim into robotized work processes.

Any reasonable person would agree that all the colossal progressions the business has seen in systems administration in the course of recent years — which incorporates the move to programming, expanded selection of white boxes, new working frameworks, and the move to programming models — have empowered us to do as such considerably more with our systems. In any case, they have additionally expanded the intricacy of running a system.

The move to the cloud has additionally raised the significance of the system, as we are presently actually interfacing everything to the system. Organizations have needed to procure more individuals with new ranges of abilities just to keep up the norm.

Mechanization is something that system experts appear to be more open to today than they did only a couple of years prior, however what to computerize and how remains to some degree a riddle. At the occasion, Juniper gave an information point from its examination that discovered 43 percent of respondents said an absence of interior instruction and aptitudes are keeping the utilization of system robotization.

Juniper Bots Help Robotize Organize Errands 

Juniper Bots were intended to address that absence of aptitudes. The arrangement comprises of Contrail Intent Bots and AppFormix Analytics Bots, which encourage mechanization by making it less demanding for individuals to collaborate with their system. Points of interest of the Juniper Bots are as per the following:


  • Contrail PeerBot robotizes the procedure of system peering. This makes it simpler to deal with numerous Border Gateway Protocol (BGP) areas, streamlines strategy requirement and empowers on-request scaling. 


  • Contrail TestBot empowers organize experts to move to a DevOps approach for constant reconciliation/consistent organization of system assets. The Bots can be utilized to mechanize examining and provisioning adjustments of the system. People essentially can't do these assignments sufficiently quick to apply DevOps principals to the system. 


  • AppFormix HealthBot resembles a Fitbit for the system. It utilizes machine figuring out how to track the wellness and strength of the system by utilizing AppFormix to gather continuous system information that can be utilized to find new bits of knowledge. The HealthBot makes an interpretation of the information into noteworthy data that can be utilized to investigate and keep up the system. 


Juniper Extension Toolkit refreshes 

Notwithstanding the Bots, Juniper additionally declared a few updates to its Juniper Extension Toolkit (JET). The upgrades expand the administration and control API structure to the information plane, enabling engineers to make applications that straightforwardly interface with the information plane on Juniper's vMX and MX Series 3D Universal Edge Routers.

Juniper's gets ready for AI and machine learning 

I had an opportunity to converse with Juniper's present CTO, Bikash Koley, who originated from Google and has been in the CTO part since July when Sindhu ventured down. I approached about Juniper's gets ready for counterfeit consciousness (AI) and machine learning. He said the greater part of AI that is being used today is what's known as wide AI, similar to Amazon's Alexa. This can tell individuals the climate, what time a gathering is and who is playing a specific melody. This requires a wide learning base however doesn't require much profundity.

Nonetheless, those kinds of apparatuses don't have the vital data or smarts to run a system. That requires limit AI where the information behind it is to a great degree profound yet the usefulness of the apparatus, similar to a Bot, is very much characterized and barely engaged. Koley said after some time we ought to anticipate that Juniper will take off more restricted AI Bots that take care of the huge issues tormenting system operations today. Long haul, Juniper may wander into being an expansive AI seller, yet the quick concentrate is on improving system operations.

Another great point Koley made was that making something straightforward really requires a colossal measure of designing and development. Juniper will apply its R&D endeavors into concealing the unpredictability of the system so its clients can accomplish all the more, speedier.

Satisfying on the vision of a self-driving system is still prone to be years away, and sellers should enable its clients to slither, walk and afterward raced to a completely robotized condition. The Juniper Bots are an extraordinary beginning stage, as they let engineers use AI without putting the business in danger.

Wednesday, 16 August 2017

Juniper JN0-660 Sample Questions

Question: 22

You are asked to design a Layer 2 VPN service for a service provider network that supports Ethernet and ATM transport. Which two Layer 2 VPN technologies will meet this requirement? (Choose two.)

A. LDP-signaled VPLS, using draft martini encapsulation
B. BGP-signaled VPLS, using the RFC 4448 Layer 2 frame format
C. LDP Layer 2 circuit, using the RFC 4448 Layer 2 frame format
D. BGP Layer 2 VPN, using draft-Martini encapsulation

Answer: C,D

Thursday, 20 July 2017

Juniper jn0-660 Sample Question

Question: 21

Which two statements are true about OSPFv3? (Choose two.)

A. OSPFv3 uses a 32-bit router ID to uniquely identify a node in the network.
B. OSPFv3 uses a 128-bit router ID to uniquely identify a node in the network.
C. OSPFv3 routes are always preferred over OSPFv2 routes for all traffic.
D. OSPFv3 and OSPFv2 can be configured at the same time.

Answer: A,D

Friday, 7 April 2017

JN0-660 Exam Sample Questions

Question: 20

Junos scripts can be written in which two languages? (Choose two.)

A. XLS
B. XML
C. XSLT
D. SLAX

Answer: C,D

Tuesday, 7 March 2017

JN0-660 Exam Sample Questions

Question: 19

What is the purpose of the no-cspf command?

A. to successfully signal the LSP across the network regardless of constraints
B. to delete the CSPF database
C. to ignore OSPF when calculating the ERO
D. to successfully signal the LSP only if the default IGP path (or named path) meets all constraints

Answer: A

Wednesday, 8 February 2017

JN0-660 Exam Sample Questions

Question: 18

Router R5 has the overload parameter configured. Which statement is true?

A. R5 will purge its LSAs from the network until the overload condition is cleared.
B. R5 will increase its link metrics to 65535 and will stop forwarding transit traffic to OSPF destinations.
C. R5 will increase its link metrics to 65535 and will continue to forward transit traffic to OSPF destinations.
D. R5 will send an overload LSA to its neighbors to indicate it is in the overload state.

Answer: C

Tuesday, 3 January 2017

JN0-660 Exam Sample Questions

Question: 17

Which two configuration parameters are required to configure an LDP-signaled VPLS service? (Choose two.)

A. vpls-id
B. site-identifier
C. route-distinguisher
D. instance-type vpls

Answer: A,D