Skip to main content

WhatsApp Pay Will Comply With Data Localization Laws in India by May: Report

WhatsApp has reportedly told the National Payments Corporation of India (NPCI) that its payments business will comply with all regulations in the country by May. According to sources quoted by ETWhatsApp Pay will finally get a license for the nationwide rollout of its UPI payments platform once the service ensures full compliance with all regulations. The proposed payments service has remained in limbo for more than two years due to concerns over its non-compliance with India’s data localization regulations and sharing of that data with its parent company, Facebook.

According to a government official said to be familiar with the developments, the NPCI originally wanted to give a partial go-ahead to WhatsApp Pay subject to certain conditions, but the agency eventually decided to “play it safe since a court case is still on and it wants to give the approval only after Whatsapp has met all the criteria and the Court’s permission”The RBI had earlier directed NPCI to not allow WhatsApp Pay to be rolled out in India as the company had not fully complied with laws regarding data storage in the country.

On its part, WhatsApp says it will comply with all relevant laws to roll out its payment service as soon as possible. In an official statement, the company said: “We are continuing to work with the government so that we can provide access to payments on WhatsApp to all of our users. Payments on WhatsApp will help accelerate digital payments and this is particularly important during Covid-19 as it is a safer way to transact for our 400 million users in India”.

Comments

Contact Form

Name

Email *

Message *

Popular posts from this blog

Microsoft SQL Server 2019 Serial Key For All Edition

  Microsoft SQL Server 2019 Enterprise Edition HMWJ3-KY3J2-NMVD7-KG4JR-X2G8G Microsoft SQL Server 2019 Enterprise Core Edition 2C9JR-K3RNG-QD4M4-JQ2HR-8468J Microsoft SQL Server 2019 Standard Edition PMBDC-FXVM3-T777P-N4FY8-PKFF4 SQL Server2019 key   SQL Server 2019 Enterprise:HMWJ3-KY3J2-NMVD7-KG4JR-X2G8G Strandard:PMBDC-FXVM3-T777P-N4FY8-PKFF4 SQL Server 2017 Enterprise:TDKQD-PKV44-PJT4N-TCJG2-3YJ6B Enterprise Core:6GPYM-VHN83-PHDM2-Q9T2R-KBV83 Strandard:PHDV4-3VJWD-N7JVP-FGPKY-XBV89 Web:WV79P-7K6YG-T7QFN-M3WHF-37BXC SQL Server 2016 Enterprise:MDCJV-3YX8N-WG89M-KV443-G8249 Enterprise Core:TBR8B-BXC4Y-298NV-PYTBY-G3BCP Standard:B9GQY-GBG4J-282NY-QRG4X-KQBCR Web:BXJTY-X3GNH-WHTHG-8V3XK-T8243 SQL Server 2014 Business Intelligence:GJPF4-7PTW4-BB9JH-BVP6M-WFTMJ Developer:82YJF-9RP6B-YQV9M-VXQFR-YJBGX Enterprise:27HMJ-GH7P9-X2TTB-WPHQC-RG79R Enterprise Core:TJYBJ-8YGH6-QK2JJ-M9DFB-D7M9D Strandard:P7FRV-Y6X6Y-Y8C6Q-TB4QR-DMTTK Web:J9MBB-R8PMP-R8WTW-8JJRD-C6GGW

VS CODE PRODUCT KEY

Visul Studio 2013 Ultimate Key BWG7X-J98B3-W34RT-33B3R-JVYW9 https://www.microsoft.com/en-us/download/details.aspx?id=55992 https://go.microsoft.com/fwlink/?linkid=841310 https://www.microsoft.com/en-us/download/details.aspx?id=35747 https://downloads.i-theses.com/?task=downloads&groupid=9&id=110 Product Year Version Product Keys Visual Studio 2022 2022 Enterprise: VHF9H-NXBBB-638P6-6JHCY-88JWH Professional: TD244-P4NB7-YQ6XK-Y8MMM-YWV2J Visual Studio 2020 2020 HG8FD-DR6F8-T7G9Y-H80UI-9NUB8 YV7T8-R6C8R-C6VT9-7GBHY-80NUJ T6RX5-EZXCR-6VT7B-Y80NU-HBGVF CDX5X-7E5CR-86VT7-9BY9V-7TC8R Visual Studio 2019 2019 16.x Professional: NYWVH-HT4XC-R2WYW-9Y3CM-X4V3Y Enterprise: BF8Y8-GN2QH-T84XB-QVY3B-RC4DF Visual Studio 2017 2017 15.x Test Professional: VG622-NKFP4-GTWPH-XB2JJ-JFHVF Professional: KBJFW-NXHK6-W4WJM-CRMQB-G3CDH 4F3PR-NFKDB-8HFP7-9WXGY-K77T7 Enterprise: NJVYC-BMHX2-G77MM-4XJMR-6Q8QF N2VYX-9VR2K-T733M-MWD9X-KQCDF Visual Studio 2015 2015 14.x Profession
   (MI) – PRACTICAL LIST 1 Write an 8085 assembly language program for exchanging two 8-bit numbers stored in memory locations 2050h and 2051h. 2 Write an 8085 assembly language program to add two 8-bit numbers stored in memory locations 2050h and 2051h. Store result in location 2052h 3 Write an 8085 assembly language program to subtract two 8-bit numbers stored in memory location 2050h from 2051h.Store result in location 2052h. 4 Write an 8085 assembly language program to add two 16-bit numbers stored in memory. 5 Write an 8085 assembly language program to add two decimal numbers using DAA instruction. 6 Write an 8085 assembly language program to find the minimum from two 8-bit numbers. 7 Write an 8085 assembly language program to get the minimum from block of N 8-bit numbers. 8 Write an 8085 assembly language program to add block of 8-bit numbers. 9 Write an 8085 assembly language program to copy block of five numbers starting from memory location 2001h to location starting from 3001