DMIEXPO - Ajay Goyal - Maximum ROI in Bulk Emailing by IPv6 – Optimum delivery and in-boxing with spam protection cracking

•

0 likes•59 views

Following are the main points: 1. What is the meaning, purpose and importance of IPs? 2. What is the meaning of IPv4 and IPv6? 3. What is the role of IPs in Bulk Emailing? 4. Why IPv4 is an obsolete version in Bulk Emailing? 5. How to get maximum in-boxing by sending email through IPv6? 6. How to get maximum deliverability by sending email through IPv6? 7. How to avoid spamming protection even though using 3rd party or purchased list? 8. How to ensure delivery to TLDs, even after their protection? 9. How can cost be reduced by using IPv6? 10. How to get faster deliverability (fastest) through IPv6? 11. How to get page one ranking at google SERP (Search Engine Ranking Page) while using IPv6? 12. Why IPv6 is faster than IPv4 and how does it create effect on the performance in Bulk Emailing?

Business

Maximum ROI in Bulk
Emailing through IPv6 -
Optimum delivery and
in-boxing with spam
protection cracking

Hello friends,
Namaste. I am Ajay Goyal from Alpha InfoLab, USA and
India.
Today I am going to speak on the subject - Maximum ROI in
Bulk Emailing through IPv6 - Optimum delivery and in-
boxing with spam protection cracking.
In-boxing is a most sought-after requirement of email doing
community. It is one of the most interesting and desired
topics to understand. To begin with let’s understand the
technicalities of IPs, in brief.

What is TCP/IP?
TCP is Transmission Control Protocol and IP is Internet Protocol. These are the
protocols used by computer to send and receive the emails.
What does IPv4 mean?
Internet Protocol Version 4 is the fourth revision of the Internet Protocol and a widely
used protocol in data communication over different kinds of networks.
What does IPv6 mean?
On the other hand, IPv6 is the enhanced version of IPv4 and can support very large
numbers of nodes as compared to IPv4. IPv6 is also known as Internet Protocol Next
Generation.
It is so large that we can say that IPv6 once and forever solves the problem of Internet
addresses exhausting. In other words, the IPv6 address space is theoretically as big
that it is able to meet the needs of IP addresses for the whole Universe.

Now we are going to consider that in bulk emailing why IPv6
should be given importance comparing with IPv4. Let’s take it
one by one:
➢ IPv4 has been exhausted – Example of all RIRs and LIRs
➢ Large number of IPv6 is available – almost unlimited.
➢ IPv4 is costing almost 15 to 20 USD while IPv6 is available at
much reduced cost and direct.
➢ Fast connection in IPv6 comparing with IPv4 – Less traffic
and advancement of technology.
➢ Maximum deliverability due to less traffic in IPv6 emailing.
➢ Except Spamhaus no other repository supports IPv6 system
hence no listing of domain and IP.

➢ Maximum in-boxing due to initial stage of emailing through
IPv6.
➢ Even TLD like Gmail can be delivered in good number by
setting slow rate of sending and using good number of IPs.
➢ No queuing as slow sending rate – bounce email again goes to
que till hard bounce. If connection is fast, it will not go into
Que. Soft and hard bounce will be detected immediately. After
deletion of hard bounce IDs, we can resend to the soft bounce
email IDs.
➢ Use of IPv6 results into fast deliverability and fast analysis of
results.
➢ Almost all private domains are IPv6 compatible hence fast,
easy and sure delivery to them.

Yahoo.com, Hotmail.com, Live.com, GMX.de, web.de, AOL.com
these TLDs have not upgraded to IPv6.
IPv6 servers are more secured comparing with IPv4. IPv4 compatible
server can not open IPv6 server. IPv6 user can open IPv6 compatible
server but with less chances of hacking because of over security
features. There is an in-built protocol to use in IPv6 which is IP Sec. It
is automatic while in IPv4 it is set manually. There are a lot of security
features in IPv6.
If suggested more points can be added, but it will make the speech
lengthy.
1. How to get page one ranking at google SERP (Search Engine
Ranking Page) while using IPv6 host server?
2. Hacking proof if it is IPv6.

I hope you must have enjoyed my speech and have got some information on the topic. Let me
conclude it by reciting
जय श्री राम

Using FME we build an API to collect and clean the US federal Security & Exchange Commission quarterly filings from the Electronic Data Gathering, Analysis, and Retrieval (EDGAR) website. Using FME to quickly pool the filing data we perform sentiment analysis on the cleaned unstructured Management Discussion & Analysis (MD&A) data. We implement word to vector strategies to tokenize the fairly boilerplate text and assign the companies into groupings of changer and non-changer companies. This is done mainly graphing deltas in cosine similarity in the tokenized word vectors and also using word count vector strategies to flag language unattractive to investment. The end goal for this analysis is to forecast abnormal returns and find diversification opportunities which align with our existing clients.

Iot platform supporting million requests per second

Abinasha Karana

This document discusses architectural patterns for IoT systems. It compares different communication protocols for sensors and edge servers, as well as different databases and monitoring solutions. The key points are: 1. It evaluates protocols like CoAP, AMQP, HTTP, and MQTT for sensor to edge communication based on factors like number of sensors supported, throughput, bandwidth usage, and support for battery-powered devices. 2. It analyzes different database options for edge servers based on requirements like time-to-live, read/write patterns, SQL support, and number of writers. Solutions discussed include RocksDB, Cassandra, VoltDB, and OrientDB. 3. Finally, it discusses centralized monitoring architectures using

What is IPv6?

E-Lins Technology Co. Ltd.

A plan for email over IPv6

Terry Zink

Modern networking for php developers (PHP Dorset)

SynchroM

Ipv6 tutorial

Edress Oryakhail

This document provides an overview of IPv6, the latest revision of the Internet Protocol. IPv6 was developed by IETF to address the problem of IPv4 address exhaustion, as IPv4 addresses were being depleted. IPv6 features a much larger 128-bit address space compared to 32-bits in IPv4, providing vastly more unique IP addresses. It also includes improvements in routing, network autoconfiguration, security, quality of service, and mobility support. The document discusses the history and development of IPv6, its addressing modes and types, headers, communication methods, transitioning from IPv4, routing, and the future of IPv6.

This document provides an overview of IPv6, the latest revision of the Internet Protocol. IPv6 was developed by IETF to address the problem of IPv4 address exhaustion, as IPv4 addresses were being depleted. IPv6 features a much larger 128-bit address space compared to 32-bits in IPv4, providing vastly more unique IP addresses. It also includes improvements in routing, network autoconfiguration, security, quality of service, and mobility support. The document discusses the history and development of IPv6, as well as its addressing modes, address types, headers, communication methods, and transition technologies from IPv4 to IPv6 networks.

Modern networking for php developers - Dutch PHP conference 2015

SynchroM

Many developers are stuck in the world of old-school IPv4 - it's an easy and comfortable place to be! But beneath the cosy world of PHP, your network layer has been undergoing major changes that might be outside your comfort zone. IPv6, SPDY (aka HTTP/2.0) and SSL are all important technologies that you need to get to grips with, both inside and outside PHP. This talk covers the key features of these technologies and how you can use them to improve your app's availability, performance and security. This talk was presented at the Dutch PHP conference 2015

IPv6

David Santos

The global growth of internet-connected devices will exceed the available IPv4 addresses by 2011, necessitating a transition to IPv6. IPv6 provides a vastly larger address space to accommodate future growth. Enterprises must prepare for this transition by evaluating their infrastructure for IPv6 compatibility, establishing a governance team, researching transition technologies, testing solutions, and communicating with partners. AT&T has invested heavily to make its network, products, and services IPv6-ready and provides consulting services to help enterprises with their transition plans.

3hows

Haris Padinharethil

The document outlines an agenda for a 3HOWs event discussing IPv6 and MPLS technology. The morning sessions will cover how to deal with IPv6, including why it is important now due to limited IPv4 addresses, IPv6 addressing details, and how to connect to IPv6. The afternoon will discuss how to connect with MPLS technology, the benefits it provides for interconnecting offices, and actual customer case studies. Questions from attendees will conclude the event.

ION Malta - Seeweb Thoughts on IPv6 Transition

Deploy360 Programme (Internet Society)

The document discusses Marco d'Itri's thoughts on the transition to IPv6. It describes the transition as ongoing, with no flag days, as IPv6 adoption grows. It notes that while IPv4 NAT is easy for access networks, it is difficult for servers. Many large content providers already use IPv6. The transition involves steps before IPv4 addresses ran out, the current transition period, and after the transition when IPv4 will be optional. IPv6 adoption is growing in several countries like Belgium and the US. Eventually IPv4-only islands will need to make themselves accessible over IPv6. The document provides advice on starting an IPv6 transition and offers a simple IPv6 addressing plan.

I pv6

Udi Ghosh

This document provides a 3-paragraph summary of a 10-page project report on IPv6. The report was submitted by Udipto Ghosh to MIT Pune in partial fulfillment of a post-graduate diploma in management. The summary discusses that IPv6 is an evolutionary upgrade to IPv4 designed to allow continued growth of the internet. It also describes some key features of IPv6 like larger address space and auto-configuration. The transition from IPv4 to IPv6 is expected to occur gradually as IPv6 is deployed incrementally for early benefits while coexisting with IPv4 for a long time.

Research the IPv4 ns the IPv6 protocols, then prepare a report that .pdf

arcotstarsports

Research the IPv4 ns the IPv6 protocols, then prepare a report that explains the likes and differences of the two protocols and include how and why the transition from IPv4 to IPv6 is to occur. Project report body must have 5 pages or more, with Times New Roman12 pt. print double spaced. Also include a Cover sheet and a Reference page. Solution Introductory lines: The internet protocol or IP specifies and describes the technical details and formats of fragments of data (Also known as packets.) along with addressing schemes (numerical; actually in binary but can be interpreted as decimals or hexadecimals assigned to each of the devices connected through the network) in order to uniquely identify them and create a platform for secure and reliable communication. Ipv4 over the years was proved and deployed for communications over the internet. However in the current days it becomes obsolete and deficient in order to serve the huge and increasing number of users or network devices. To make this possible, the IPv6 comes into existence. The IPv6 provides many extra features and claims to support and serve this increasing number of devices for upcoming coming centuries. Let’s discuss about the similar and distinct features of both IPv4 and IPv6. IPv4 in terms of IP addresses, Address allocation, masks and types: IPv6 in terms of IP addresses, Address allocation, masks and types: IPv4 in terms of IP header: Headers in IPv4 are of variable length that varies from 20 to 60 bytes. IPv4 does not identify packet flow for QOS handling. It adds checksum filed for identification of transmission errors in the data. IPv6 in terms of IP header: Uses fixed length of 40 bytes of headers and there is no concept of option filed in header. It supports packet flow for QOS by flow level filed. IPv6 does not implements checksum for error handling. IPv4 in terms of IP packets ports and security: IPv4 supports the packet size of 576 bytes. They also support packet filtering mechanisms through firewalls. IPv4 supports for port spaces of the range 1 to 65535 IPsec in IPv4 is optional. IPv6 in terms of IP packets ports and security: IPv6 supports the packet size of 1280 bytes. They does not supports packet filtering mechanisms. The way the portts work both in IPv4 and IPv6 are the same. IPv6 has inbuilt IPsec support. IPv4 was successful;;y deployed in 1981 over internet whereas IPv6 was planned to be deployed from 1999 but could partially deployed till the date. Why transition from IPv4 to IPv6 must occur ? The deficiency of IP address of IPv4 type is one of the most eye catching reasons for transition towards IPv6. Each and every day the Internet is experiencing phenomenal increase of devices which are being connected and using the internet. In order to provide services to all the address space of IPv4 seems to be fewer. Hence a transition from IPv4 to IPv6 is must needed to satisfy such demand of larger address space. Except this, the other technical features like improve.

Ipv4 & ipv6

alibefkani

IPv4 and IPv6 are internet protocols that assign unique numerical addresses to devices to enable communication over the internet. IPv4 is the current standard but is running out of available addresses, while IPv6 utilizes a 128-bit addressing system providing over 340 undecillion available addresses to solve this problem long-term. A transition to IPv6 is underway but will take time and changes to software and infrastructure to fully implement the new standard.

Ipv6 tutorial

HarikaReddy115

IPv4 to Ipv6

Amit kumar

The document summarizes the migration from IPv4 to IPv6. It discusses that IPv4 addresses are running out due to the increasing number of internet users and devices. IPv6 was created to support more addresses using a 128-bit system that supports up to 3.4*10^38 addresses. The key migration strategies discussed are dual stack, which supports both IPv4 and IPv6, and tunneling, which allows IPv6 packets to be sent over IPv4 networks. The advantages of IPv6 include a much larger address space, eliminating NAT, built-in IPSec support, and other security and networking improvements.

Suggestion for an IPv6 Roll Out

Olivier MJ Crépin-Leblond

Ipv6 ppt

yadavnirmala2

IPv6 or Internet Protocol Version 6 is the next generation internet protocol that will replace the current IPv4 protocol. It features a 128-bit address space compared to IPv4's 32-bit addresses, which allows for vastly more IP addresses needed to meet the increased demands of internet-connected devices. IPv6 also provides improved routing of internet traffic and better built-in security. The presentation discusses key aspects of IPv6 including why the new protocol is needed, its features, address types, addressing structure, advantages over IPv4, and challenges in transitioning to IPv6.

Ipv6

khaled0872

IPv6 at LinkedIn

APNIC

The document discusses LinkedIn's adoption and deployment of IPv6 across its network and data centers. It provides the following key points: 1) LinkedIn enabled IPv6 for internal data flows in 2014 and public websites in 2017-2018, with continued growth in IPv6 traffic. 2) LinkedIn will run out of internal IPv4 addresses within 4-5 years, driving the need for IPv6 deployment across its network and data centers. 3) LinkedIn established an IPv6 working group in 2015 and has been retrofitting production environments to be dual-stacked, with goals of deploying IPv6-only in new data centers.

Getting The World IPv6 Enabled

IPv6 Forum Singapore

The document discusses the World IPv6 Launch event scheduled for June 6, 2012. It notes that IPv4 addresses are exhausted, IPv6 is the replacement standard that has been available for over 15 years, and the 2012 event aims to fully transition the internet to IPv6 without the ability to rollback to prevent future growth issues due to IPv4 exhaustion. Major internet organizations are participating to ensure all content and services are fully accessible over IPv6.

IPv6 The Big Move Transition And Coexistent

frenildand

The document discusses the transition from IPv4 to IPv6. It notes that IPv4 addresses are running out due to the rapid growth of the internet. IPv6 was developed as a replacement, using a 128-bit address space to provide vastly more addresses. The document outlines some key advantages of IPv6, such as larger addresses, simpler headers, better security and quality of service support. It also examines how IPv6 and IPv4 will coexist during a long transition period, using various transition technologies.

Hypes? Fanfares? Fads? Wading through the muddy IPv6 puddle

APNIC

Ipv6 Advantages And Disadvantages

Jacqueline Thomas

The document discusses the network layer of the OSI model and the Internet Protocol (IP). It focuses on IP version 4 (IPv4), including the IPv4 packet structure, addressing modes of IPv4, and address resolution protocols. The network layer is responsible for identification of hosts based on logical addresses and routing data between hosts over underlying networks. IPv4 currently dominates but is being replaced by IPv6 due to address exhaustion issues in IPv4.

Fb i pv6-sparchimanv1.0

Fred Bovy

This document provides an overview and agenda for a course on Introduction to IPv6 for Service Providers. The course covers IPv6 essentials such as addressing, operations, applications/services, routing protocols, and transition strategies. It discusses the rationale for adopting IPv6 including the depletion of IPv4 addresses and the need to support the growing number of internet-connected devices. The document outlines some of the key limitations of IPv4 like fragmentation and the issues with long-term reliance on Network Address Translation (NAT) to overcome the address space depletion.

TCP/IP Geeks Stockholm :: Introduction to IPv6

Olle E Johansson

DMIEXPO - Dennic Yu - Facebook Advertising – Cracking the Code

DMIEXPO - Ajay Goyal - Maximum ROI in Bulk Emailing by IPv6 – Optimum delivery and in-boxing with spam protection cracking

Recommended

Recommended

More Related Content

Similar to DMIEXPO - Ajay Goyal - Maximum ROI in Bulk Emailing by IPv6 – Optimum delivery and in-boxing with spam protection cracking

Similar to DMIEXPO - Ajay Goyal - Maximum ROI in Bulk Emailing by IPv6 – Optimum delivery and in-boxing with spam protection cracking (20)

More from Morning Dough

More from Morning Dough (20)

Recently uploaded

Recently uploaded (20)

DMIEXPO - Ajay Goyal - Maximum ROI in Bulk Emailing by IPv6 – Optimum delivery and in-boxing with spam protection cracking