Deepak Kumar Tripathi Email & Phone Number

Bengaluru, Ka, In

Bengaluru, Karnataka, India

Deep understanding of the following key concepts in the observability domain using AI/ML algorithms.- Logmining- Dynamic Thresholding. - GenAI• Wrote technical blogs and created short collaterals for field and sales enablement• Worked closely with the CTO and CEO and reported directly to the VP of Product management and marketing VP.• Collaborated closely with Sales, Engineering and Product teams and aligned our technological initiatives with strategic business goals.Blogs: https://www.selector.ai/blog/why-selectors-sres-chose-selector-for-kubernetes-and-multi-cloud-application-observability/

Bengaluru, Karnataka, India

 Read the Juniper Validated Design documents from here:https://www.juniper.net/documentation/us/en/software/jvd/jvd-ewan-evpn-gw-01-01.pdfhttps://www.juniper.net/documentation/us/en/software/jvd/jvd-ewan-core-edge-01.pdf Read my technical blogs videos @ Juniper Technical Community:Segment Routing:https://www.youtube.com/watch?v=fDuChK5oIig&t=455sLC9600 Architecture:https://www.youtube.com/watch?v=U8aAq8B1eCY&t=5shttps://community.juniper.net/blogs/deepaktr/2022/06/29/mx10000-lc9600-deepdiveLC480 Architecture:https://community.juniper.net/blogs/deepaktr/2022/08/02/mx10000-lc480-deepdiveMPC10E Architecture:https://community.juniper.net/blogs/deepaktr/2023/03/13/mpc10e-deepdive Enterprise WAN Architect and responsible for driving Juniper Validated Designs published under Juniper Design Center  Conducted successful PoCs on various technologies for many customers and created deep dive technical contents

Bengaluru, Karnataka, India

 Worked extensively on MX Product Line and Segment Routing Technologies Wrote technical whitepapers, FAQ documents, detailed TDM decks and Blogs Respoding to RFPs, Customer queries

Bengaluru, Karnataka, India

 Worked extensively on traffic and network visibility protocols such as Netflow/Jflow and Network Telemetry with end-to-end deployment model with traffic visibility. Hands on experience with virtualization technologies such as vRouters – vMX/VSR/csr1kv, Juniper Contrail, Openstack, Linux virtualization. Wrote whitepapers, FAQ documents, detailed analysis reports on EVPN-MPLS, VPLS, EVPN-VPWS, Telemetry, RIB/FIB lerning & installation, PCP, Inline Jflow and CGN.My technical expertise include:OPERATING SYSTEM - JUNOS, ARISTA EOS, CISCO-IOS/IOS-XR, NOKIA-SROS, LINUX, UNIXProgramming Language - PYTHON, PERL, TCL Scripting, Shell Scripting.Protocol knowledge - EVPN, VPLS, VPWS, VXLAN, NAT, NAT64, DS-lite, PCP, IP/IPv6 Multicast, RADIUS, PPP.Routing Protocols - BGP, OSPF, RIP (v1, v2), Static Routing,Switching Techniques - VLANS, STPCertifications - JNCIA, JNCIS, CCSP, CCNA.Tools - IxLoad, IxNetwork, Spirent, Wireshark, CVS.

Handled CGN projects which includes:#1 Port Control Protocol Implementation.The Port Control Protocol (PCP) provides a mechanism to control how incoming packets are forwarded by upstream devices such as NAT64, NAT44, and firewall devices, and a mechanism to reduce application keepalive traffic.#2 Port Block AllocationCarriers currently track their subscribers using IP address. If they use CGN, IP address will be shared by multiple subscribers. This will require them to track IP address and port which is part of NAT log. In the current implementation of NAT, ports gets used and reused at a very high rate and if we want to track users using log, there will be too many log messages to archive and correlate to identify a subscriber. One of the solutions to the problem is to allocate ports in blocks. This would considerably reduce the amount of logs. However, port usage could be less efficient (depends on traffic pattern).

Working on Layer 2 and Layer 3 Technologies. Have extensive hands on experience on following key areas:NAT64: Have worked extensively on this protocol conversion(v6<=>v4) technology.Have done solution/system level testing.NAT/PAT/Firewall: Have worked extensively on NAT/PAT and hands-on experience on IOS Firewall.GET VPN: A cisco proprietary solution for scaled VPN.Multicast : Have worked on IPv6 Multicast more specifically on PIM-SM and RP Election Mechanism Static and Dynamic(BSR).AAA: Known protocols RADIUS and TACACS.ALG: Application Level Gateway: Have worked on DNS and FTP ALGs.Other Protocol/Technologies known:OSPFRIPCertification:CCNACCSPCCIE Pursuing.