Cloud media services CIDR IP address range
- December 7, 2024 - Additional CIDR block (Commercial regions): 136.245.64.0/18
- December 7, 2024 - RTP UDP port expansion (Commercial) 16384–32768 to 16384–65535
- December 7, 2024 - Force TURN IP migration (All regions) from static list to the Genesys Cloud CIDR range
Genesys Cloud’s cloud media services CIDR block provides you with a small range of IP addresses for outbound connections to and from telephony endpoints. Having a smaller range of Genesys-owned IP addresses for all the Genesys Cloud media services means a reduced number of allowed connection targets on your organization’s firewall and, because all the IP addresses are owned by Genesys, ultimately improves security.
The Genesys Cloud CIDR is applicable to the following Genesys Cloud services:
- WebRTC stations
- Polycom stations with Genesys Cloud Voice or BYOC Cloud
- BYOC Cloud
- ACD screen recording
- Video chat
- BYOC Premises Edge Appliances (using WebRTC and Hybrid Media)
Genesys is also moving all Force TURN services from its current static IP address to Genesys owned CIDR addresses. For more information, see Use the TURN Behavior feature.
The implementation of Genesys Cloud CIDR differs between the commercial regions and the FedRAMP region.
IP address information for commercial regions
Core and Satellite commercial regions use the following CIDR address ranges:
- 52.129.96.0/20
- 169.150.104.0/21
- 167.234.48.0/20
- 136.245.64.0/18 Coming soon
You must add the full set of CIDR block IP addresses to your existing firewall allowlist in order for Genesys Cloud to function properly.
- It is important to understand that Genesys is asking you to add the CIDR block of IP addresses to your existing firewall allowlist. You do not need to remove access to current addresses.
| Americas | EMEA | Asia Pacific |
|---|---|---|
|
US-West (Oregon) US-East (N.Virginia) Canada (Central) South America (Sao Paulo) |
Europe (Frankfurt) Europe (Dublin) Europe (London) Europe (Zurich) Europe (Paris) Middle East (UAE) Africa (Cape Town) |
Asia Pacific (Sydney) Asia Pacific (Tokyo) Asia Pacific (Seoul) Asia Pacific (Mumbai) Asia Pacific (Osaka) Asia Pacific (Hong Kong) Asia Pacific (Singapore) Asia Pacific (Jakarta) |
Full support of Genesys Cloud's cloud media services CIDR block in this region.
CIDR block coming soon to this region.
Satellite region
Readiness tests for commercial regions
The following sections contains tests that allow you to confirm your organization's readiness for the new CIDR IP address range and the RTP port expansion. Genesys recommends that you run the tests for each Genesys Cloud feature that your organization uses.
If you use WebRTC phones in your organization, the tests in this section allow you to confirm WebRTC client readiness for the CIDR IP address range and RTP port expansion. You need to run these tests on the same networks in which your Agent WebRTC clients operate.
The WebRTC Diagnostics App – Network Test is a very basic test that verifies DNS resolution and general connectivity to STUN/TURN services.
- You must log in to Genesys Cloud to run the WebRTC Diagnostics app.
- When testing CIDR, you only need to run the Network Test.
- If you have recently used your phone, you'll need to disconnect the persistent connection before you run the diagnostic. For more information, see Terminate a persistent connection on a Genesys Cloud WebRTC phone.
- Access the Genesys Cloud WebRTC Diagnostics app for your region:
- Select Network Test.
Network Test
The Network Test verifies that your network can access the Genesys media servers. More specifically, these tests confirm that DNS resolution is working and that you are able to connect to the public AWS pool and to the new Genesys Cloud cloud media services CIDR IP range.
If you encounter errors when running the test, check your firewall settings against the recommended settings found in the About ports and services for your firewall article. If you still have problems, contact Customer Care.
The advanced command line tests are designed for network professionals. These tests verify DNS resolution, STUN/TURN, and RTP port range. (The tcp/3478, udp/3478, and udp/16384-65535 destination transport protocols/ports.)
To ensure that the entirety of the address range is covered, you must run these tests against each one of the following destination FQDNs shown in this table - regardless of your home region.
| Americas | EMEA | Asia Pacific |
|---|---|---|
|
|
|
The folowing tables provide you with a set of cloud platform network connectivity diagnostic endpoints that you can use to test against. To perform the manual tests, you can use commonly available network connectivity tools, such as netcat and nmap.
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| tcp/3478 |
|
No specific response is displayed, but a successful connection handshake is indicated. | The connection times out. |
| udp/3478 | nmap -sU -p 3478 --script stun-info netdiag.use1.pure.cloud(You must be using nmap version 7.9 or later to run this command.) |
The response includes a stun-info section listing an external IP address. This response will include the following: nmap done: 1 IP address (1 host up) scanned in #.## seconds |
You receive a "host is down" response. |
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| udp/16384-65535 |
Repeat this command, replacing 16384 with a variety of ports from the bottom to the top of the new range. Examples:
|
The response includes: GoodbyeGoodbyeGoodbyeGoodbyeGoodbye (This command sends five packets, which result in five "Goodbye" responses; one for each packet.) |
You do not receive a "Goodbye" response. |
Use the following table as a reference for the Genesys CIDR traffic profile for WebRTC clients.
|
Services |
Source |
Destination address |
Destination transport protocol/port |
Description |
|---|---|---|---|---|
| STUN | WebRTC Client |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
tcp/3478 udp/3478 |
Identifies the public IP address of the WebRTC Client. |
| Media | WebRTC Client |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
udp/16384-65535 | Media sent to Genesys Cloud TURN or media services. |
If you use hardware phones in your organization, these tests allow you to confirm hardware phone readiness for the CIDR IP address range and RTP port expansion. You need to run these tests on the same networks in which the hardware phones operate.
The advanced command line tests are designed for network professionals. These tests verify DNS resolution, signaling, and RTP port range. (The tcp/8061, tcp/5061, and udp/16384-65535 destination transport protocols/ports.)
To ensure that the entirety of the address range is covered, you must run these tests against each one of the following destination FQDNs shown in this table - regardless of your home region.
| Americas | EMEA | Asia Pacific |
|---|---|---|
|
|
|
The following tables provide you with a set of cloud platform network connectivity diagnostic endpoints that you can use to test against. To perform the manual tests, you can use commonly available network connectivity tools, such as netcat and nmap.
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
|
tcp/8061
|
|
The response includes: Goodbye |
You do not receive a "Goodbye" response. |
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
|
tcp/5061 |
|
The response includes: Goodbye |
You do not receive a "Goodbye" response. |
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| udp/16384-65535 |
Repeat this command, replacing 16384 with a variety of ports from the bottom to the top of the new range. Examples:
|
The response includes: GoodbyeGoodbyeGoodbyeGoodbyeGoodbye (This command sends five packets, which result in five "Goodbye" responses; one for each packet.) |
You do not receive a "Goodbye" response. |
Use the following table as a reference for the Genesys CIDR traffic profile for hardware phones.
|
Services |
Source |
Destination address |
Destination transport protocol/port |
Description |
|---|---|---|---|---|
| Signaling | Hardware Phone |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
tcp/8061 tcp/5061 |
SIP signaling between the hardware phone and cloud platform SIP services. |
| Media | Hardware Phone |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
udp/16384-65535 | Media sent to Genesys Cloud media services. |
If you use BYOC Cloud for your telephony connection, these tests allow you to confirm BYOC Cloud's readiness for the CIDR IP address range and RTP port expansion. You need to run these tests on the same networks where the remote end of the BYOC Cloud trunk is terminated. (For example, SBC's or PBX’s network.)
The advanced command line tests are designed for network professionals. These tests verify RTP port range. (The udp/16384-65535 destination transport protocols/ports.) SIP is not included in this set of tests as the BYOC Cloud SIP Proxies do not run on the Genesys CIDR address range.
To ensure that the entirety of the address range is covered, you must run these tests against each one of the following destination FQDNs shown in this table - regardless of your home region.
| Americas | EMEA | Asia Pacific |
|---|---|---|
|
|
|
The following table provides you with a set of cloud platform network connectivity diagnostic endpoints that you can use to test against. To perform the manual tests, you can use commonly available network connectivity tools, such as netcat and nmap.
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| udp/16384-65535 |
Repeat this command, replacing 16384 with a variety of ports from the bottom to the top of the new range. Examples:
|
The response includes: GoodbyeGoodbyeGoodbyeGoodbyeGoodbye (This command sends five packets, which result in five "Goodbye" responses; one for each packet.) |
You do not receive a "Goodbye" response. |
Use the following table as a reference for the Genesys CIDR traffic profile for BYOC Cloud.
|
Services |
Source |
Destination address |
Destination transport protocol/port |
Description |
|---|---|---|---|---|
| Media | Customer’s Carrier or PBX Device |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
udp/16384-65535 | Media sent to Genesys Cloud media services. |
If you use ACD Screen Recording and Video Chat in your organization, these tests allow you to confirm these feature's readiness for the CIDR IP address range and RTP port expansion. You need to run these tests on the same networks on which ACD Screen Recording and Video Chat clients are being used.
The WebRTC Diagnostics App – Network Test is a very basic test that verifies DNS resolution and general connectivity to STUN/TURN services.
The Genesys Cloud WebRTC Diagnostics app provides you with a set of diagnostics that verifies your WebRTC configuration is properly configured and identifies potential problems.
- You must log in to Genesys Cloud to run the WebRTC Diagnostics app.
- When testing CIDR, you only need to run the Network Test.
- If you have recently used your phone, you'll need to disconnect the persistent connection before you run the diagnostic. For more information, see Terminate a persistent connection on a Genesys Cloud WebRTC phone.
- Access the Genesys Cloud WebRTC Diagnostics app for your region:
- Select Network Test.
Network Test
The Network Test verifies that your network can access the Genesys media servers. More specifically, these tests confirm that DNS resolution is working and that you are able to connect to the public AWS pool and to the new Genesys Cloud cloud media services CIDR IP range.
If you encounter errors when running the test, check your firewall settings against the recommended settings found in the About ports and services for your firewall article. If you still have problems, contact Customer Care.
The advanced command line tests are designed for network professionals. These tests verify DNS resolution, STUN/TURN, and RTP port range. (The tcp/3478, udp/3478, and udp/16384-65535 destination transport protocols/ports.)
To ensure that the entirety of the address range is covered, you must run these tests against each one of the following destination FQDNs shown in this table - regardless of your home region.
| Americas | EMEA | Asia Pacific |
|---|---|---|
|
|
|
The following tables provide you with a set of cloud platform network connectivity diagnostic endpoints that you can use to test against. To perform the manual tests, you can use commonly available network connectivity tools, such as netcat and nmap.
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| tcp/3478 |
|
No specific response is displayed, but a successful connection handshake is indicated. | The connection times out. |
| udp/3478 | nmap -sU -p 3478 --script stun-info netdiag.use1.pure.cloud(You must be using nmap version 7.9 or later to run this command.) |
The response includes a stun-info section listing an external IP address. This response will include the following: nmap done: 1 IP address (1 host up) scanned in #.## seconds |
You receive a "host is down" response. |
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| udp/16384-65535 |
Repeat this command, replacing 16384 with a variety of ports from the bottom to the top of the new range. Examples:
|
The response includes: GoodbyeGoodbyeGoodbyeGoodbyeGoodbye (This command sends five packets, which result in five "Goodbye" responses; one for each packet.) |
You do not receive a "Goodbye" response. |
Use the following table as a reference for the Genesys CIDR traffic profile for ACD Screen Recording and Video Chat.
|
Services |
Source |
Destination address |
Destination transport protocol/port |
Description |
|---|---|---|---|---|
| STUN | Genesys Cloud Client |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
tcp/3478 udp/3478 |
Identifies the public IP address of the Screen Recording and Video Chat Client. |
| Media | Genesys Cloud Client |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
udp/16384-65535 | Media sent to Genesys Cloud TURN or media services. |
If you use BYOC Premises for your telephony connection, these tests allow you to confirm the BYOC Premises Edge appliance's readiness for the CIDR IP address range and RTP port expansion. You need to run these tests on the same networks on which the Edge appliances are connected.
The advanced command line tests are designed for network professionals. These tests verify WebRTC and hybrid media site link capability for BYOC Premises Edge. (The tcp/5061, tcp/3478, udp/3478, and udp/16384-65535 destination transport protocols/ports.)
To ensure that the entirety of the address range is covered, you must run these tests against each one of the following destination FQDNs shown in this table - regardless of your home region.
| Americas | EMEA | Asia Pacific |
|---|---|---|
|
|
|
The following tables provide you with a set of cloud platform network connectivity diagnostic endpoints that you can use to test against. To perform the manual tests, you can use commonly available network connectivity tools, such as netcat and nmap.
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
|
tcp/5061 |
|
The response includes: Goodbye |
You do not receive a "Goodbye" response. |
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| tcp/3478 |
|
No specific response is displayed, but a successful connection handshake is indicated. | The connection times out. |
| udp/3478 | nmap -sU -p 3478 --script stun-info netdiag.use1.pure.cloud(You must be using nmap version 7.9 or later to run this command.) |
The response includes a stun-info section listing an external IP address. This response will include the following: nmap done: 1 IP address (1 host up) scanned in #.## seconds |
You receive a "host is down" response. |
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| udp/16384-65535 |
Repeat this command, replacing 16384 with a variety of ports from the bottom to the top of the new range. Examples:
|
The response includes: GoodbyeGoodbyeGoodbyeGoodbyeGoodbye (This command sends five packets, which result in five "Goodbye" responses; one for each packet.) |
You do not receive a "Goodbye" response. |
Use the following table as a reference for the Genesys CIDR traffic profile for BYOC Premises Edge appliances.
|
Services |
Source |
Destination address |
Destination transport protocol/port |
Description |
|---|---|---|---|---|
| WebRTC Signaling | BYOC Premises Edge Appliance |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
tcp/5061 | Control plane signaling between the Edge device and cloud XMPP Gateway. |
| WebRTC TURN | BYOC Premises Edge Appliance |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
udp/16384-65535 | Media sent to Genesys Cloud TURN services. |
| WebRTC STUN | BYOC Premises Edge Appliance |
52.129.96.0/20 169.150.104.0/21 167.234.48.0/20 136.245.64.0/18 |
tcp/3478 udp/3478 |
Used to identify a public IP address of the Edge device. |
General AWS Direct Connect information
AWS advertises the Genesys CIDR block both publicly and within Direct Connect.
- Direct Connect customers who are not performing route filtering have no additional changes to make. However, Genesys recommends doing a lookup on the route table to ensure you are seeing the Genesys CIDR blocks. For example, if a Genesys CIDR block has a /20 mask, AWS may segment the block into /21’s, /22’s, /23’s, /24’s, and so on.
- Direct Connect customers who are performing route filtering must permit the Genesys CIDR blocks. For example, if a Genesys CIDR block has a /20 mask, AWS may segment the block into /21’s, /22’s, /23’s, /24’s, and so on.
- Direct Connect customers who need to filter region specific Genesys Cloud CIDRs should use prefix-lists and community tags. The prefix-list for the /20 mask should allow /20 and any prefix less than /32, and the prefix-list for the /21 mask should allow /21 and anything less than /32. The community tag set by AWS for region specific prefixes is 7224:8100. To verify the correct community tag, see the AWS Routing policies and BGP communities section of the AWS Direct Connect user guide. By using both of these filtering techniques, customers can automatically accept regional Genesys Cloud CIDRs.
For more information on AWS Direct Connect routing and filtering, see AWS Routing policies and BGP communities.
Direct Connect example
For this example, suppose that the Direct Connect circuit terminates into us-east-1 and AWS is advertising a Genesys prefix of 169.150.106.0/24 out of the us-east-1 region and 169.150.107.0/24 out of the us-west-2 region. The Direct Connect customer receives both advertisements on their us-east-1 circuit.
To filter these networks and prefer, or accept, the 169.150.106.0/24 prefix, the customer uses a prefix-list and community tag. The prefix-list should allow 169.150.104.0/21 and include any prefix less than /32. The community tag match would be for 7224:8100.
In this case, the community tag is a unique identifier for a region's route advertisements from AWS. The community tag set by AWS allows a customer to differentiate routes from region, continent, or global. Therefore, the applied filters would cause the us-east-1 prefix, 169.150.106.0/24, to be matched on the Direct Connect circuit in us-east-1. The us-west-2 prefix, 169.150.107.0/24, would not be matched and could be dropped or set as a least preferred path.
IP address information for the FedRAMP region
The FedRAMP Core region (US-East 2 (Ohio)) uses the following CIDR address range:
- 164.152.64.0/22
Readiness checks for the FedRAMP region
To help FedRAMP customers prepare to use the CIDR block of IP addresses, Genesys provides two ways to confirm whether you are ready to use the CIDR block of IP addresses or need to make further adjustments to your firewall settings.
- You can access the Genesys Cloud WebRTC Diagnostics app and run the automated tests found on the Network Test tab. For more information, see Troubleshooting in the About WebRTC article.
- You can run the set of manual tests described below.
Genesys provides you with a set of cloud platform network connectivity diagnostic endpoints that you can use to test against. To perform the manual tests, you can use commonly available network connectivity tools, such as netcat and nmap.
You will run the tests against the FedRAMP destination FQDN:
- netdiag.use2.us-gov-pure.cloud
These tests are for guidance purposes only and are intended for network and firewall experts.
| Destination protocol / port | Sample test command | Successful response | Failed response |
|---|---|---|---|
| tcp/3478 |
(Run this command from the same network as Genesys Cloud client application) |
No specific response is displayed, but a successful connection handshake is indicated. | The connection times out. |
| udp/3478 | nmap -sU -p 3478 --script stun-info netdiag.use2.us-gov-pure.cloud(You must be using nmap version 7.9 or later to run this command.) |
The response includes a stun-info section listing an external IP address. This response will include the following: nmap done: 1 IP address (1 host up) scanned in #.## seconds |
You receive a "host is down" response. |
| udp/16384-65535 |
(Run this command from the same network as Genesys Cloud client application.) |
The response includes: GoodbyeGoodbyeGoodbyeGoodbyeGoodbye (This command sends five packets, which result in five "Goodbye" responses; one for each packet.) |
You do not receive a "Goodbye" response. |
|
tcp/8061 (Run this test if you are using hardware phones with cloud media.) |
(Run this command from the same network on which the hardware phones are connected.) |
The response includes: Goodbye |
You do not receive a "Goodbye" response. |
Genesys Cloud services for the FedRAMP region
Use the information in this table to gain a detailed understanding of the Genesys Cloud services that will be affected by the addition of the CIDR IP address block. This information helps you to identify the Source, Destination address, and the Destination transport protocol/port associated with each of the affected services.
|
Services
|
Source
|
Destination address
|
Destination transport protocol/port |
Description
|
|---|---|---|---|---|
| STUN | WebRTC Client |
164.152.64.0/22 |
tcp/3478 udp/3478 |
Identifies the public IP address of the WebRTC Client. |
| Media | WebRTC Client |
164.152.64.0/22 |
udp/16384-65535 | Media sent to Genesys Cloud TURN or media services. |
|
Services
|
Source
|
Destination address
|
Destination transport protocol/port |
Description
|
|---|---|---|---|---|
| Signaling | Hardware Phone |
164.152.64.0/22 |
tcp/8061 | SIP signaling between the hardware phone and cloud platform SIP services. |
| Media | Hardware Phone |
164.152.64.0/22 |
udp/16384-65535 | Media sent to Genesys Cloud media services. |
|
Services
|
Source
|
Destination address
|
Destination transport protocol/port |
Description
|
|---|---|---|---|---|
| Media | Customer’s Carrier or PBX Device |
164.152.64.0/22 |
udp/16384-65535 | Media sent to Genesys Cloud media services. |
|
Services
|
Source
|
Destination address
|
Destination transport protocol/port |
Description
|
|---|---|---|---|---|
| STUN | Genesys Cloud Client |
164.152.64.0/22 |
tcp/3478 udp/3478 |
Identifies the public IP address of the Screen Recording and Video Chat Client. |
| Media | Genesys Cloud Client |
164.152.64.0/22 |
udp/16384-65535 | Media sent to Genesys Cloud TURN or media services. |
|
Services
|
Source
|
Destination address
|
Destination transport protocol/port |
Description
|
|---|---|---|---|---|
| REST APIs | Consumers of the Genesys Cloud public REST and notification APIs |
164.152.64.0/224 |
tcp/443 | REST API calls sent to Genesys Cloud. |
General AWS Direct Connect information
AWS advertises the Genesys CIDR block both publicly and within Direct Connect.
- Direct Connect customers who are not performing route filtering have no additional changes to make. However, Genesys recommends doing a lookup on the route table to ensure you are seeing the Genesys CIDR blocks. For example, if a Genesys CIDR block has a /20 mask, AWS may segment the block into /21’s, /22’s, /23’s, /24’s, and so on.
- Direct Connect customers who are performing route filtering must permit the Genesys CIDR blocks. For example, if a Genesys CIDR block has a /20 mask, AWS may segment the block into /21’s, /22’s, /23’s, /24’s, and so on.
- Direct Connect customers who need to filter region specific Genesys Cloud CIDRs should use prefix-lists and community tags. The prefix-list for the /20 mask should allow /20 and any prefix less than /32, and the prefix-list for the /21 mask should allow /21 and anything less than /32. The community tag set by AWS for region specific prefixes is 7224:8100. To verify the correct community tag, see the AWS Routing policies and BGP communities section of the AWS Direct Connect user guide. By using both of these filtering techniques, customers can automatically accept regional Genesys Cloud CIDRs.
For more information on AWS Direct Connect routing and filtering, see AWS Routing policies and BGP communities.
Direct Connect example
For this example, suppose that the Direct Connect circuit terminates into us-east-1 and AWS is advertising a Genesys prefix of 169.150.106.0/24 out of the us-east-1 region and 169.150.107.0/24 out of the us-west-2 region. The Direct Connect customer receives both advertisements on their us-east-1 circuit.
To filter these networks and prefer, or accept, the 169.150.106.0/24 prefix, the customer uses a prefix-list and community tag. The prefix-list should allow 169.150.104.0/21 and include any prefix less than /32. The community tag match would be for 7224:8100.
In this case, the community tag is a unique identifier for a region's route advertisements from AWS. The community tag set by AWS allows a customer to differentiate routes from region, continent, or global. Therefore, the applied filters would cause the us-east-1 prefix, 169.150.106.0/24, to be matched on the Direct Connect circuit in us-east-1. The us-west-2 prefix, 169.150.107.0/24, would not be matched and could be dropped or set as a least preferred path.
| Modified date (YYYY-MM-DD) |
Revision |
|---|---|
| 2024-08-26 | CIDR for FedRAMP released. Removed Coming soon flags. |
| 2024-05-27 | Changed the layout of the article to separate Commercial and FedRAMP CIDR information. Added the following Coming soon announcements:
For more information, see |
| 2024-02-14 | Updated the content in the AWS Direct Connect and routing specific information section. |
| 2023-12-06 | Added new Regions: Asia Pacific (Osaka), EU (Zurich), Middle East (UAE), and Asia Pacific (Singapore) |
| 2023-11-01 | Removed Coming Soon flag for 167.234.48.0/20 CIDR block. |
| 2023-09-20 | Added the new 167.234.48.0/20 CIDR block to the list with a Coming Soon flag. |
| 2023-02-15 |
|
| 2022-12-14 | Added the Direct Connect example to the AWS Direct Connect and routing specific information section. |
| 2022-12-07 |
|
| 2022-10-19 | Added details, where appropriate, to the entire article about the CIDR IP address expansion. This expansion includes additional CIDR IP address ranges for generally available Core and Satellite regions and the FedRAMP region (US-East 2 (Ohio)). |
| 2022-07-27 | South America (Sao Paulo) promoted to a core region. |
| 2022-03-23 | Added US East 2 (Ohio) region |
| 2021-09-01 | Added legend to AWS regions table Added Africa (Cape Town) / af-south-1 satellite region |
| 2021-03-31 | Asia Pacific South (Mumbai) / ap-south-1 promoted to a core region. |
| 2021-03-10 | Added a table to define which AWS regions support the new CIDR block. |
| 2021-02-24 |
|
| 2021-01-27 |
|
| 2020-11-25 | Modified the article to add more detail about the affected Genesys Cloud services. |
| 2020-11-04 | Added article to the Resource Center. |
