The SASE architecture has three core components: Each requires secure access to applications and must now be treated as a ‘branch of one’. IT needs to protect users and devices as if they were located at a corporate office or branch. The need for cloud-delivered security service expands daily as contractors, partners, IoT devices and more each require network access. It is now common practice to provide remote employees with direct access to cloud applications such as Office 365 and Salesforce with additional security. Today’s workforce expects seamless access to applications wherever they are, on any device. No smartphones or internet of things devices were used in the creation of this guide Laptops and desktop clients are the only sources of traffic.Cisco Secure Malware Analytics, the file sandboxing engine used by Cisco Secure Endpoint, is not in scope for this design guide.Creation of custom policies is out of scope for this guide Cisco Secure Endpoint has been included in its most basic form.Security has been assumed to exist in the Data Center, but the level of security, and the use of those tools have not been included in this design guide.Cisco Meraki Systems Manager for cloud-based mobile device management.Capabilities such as quality of service, TCP flow optimization or service chaining have not been evaluated in this design The Meraki scope has been limited to basic WAN connectivity and the creation of IPsec tunnels to Umbrella from a high availability pair.◦ VPNless access to private applications (Duo Network Gateway)Ĭisco SASE design guide with Meraki does not cover the following topics: Appendix C – Umbrella Web Selective Decryption ListĬisco SASE design guide with Meraki covers the following components:.Appendix B – Install the Cisco Umbrella Root Certificate.Remote Worker to Private Application (VPN).Remote Worker to Private Application (VPNless).Remote Worker to Public Application (SaaS).Cisco Duo Network Gateway (DNG) Application protection.Cisco Secure Firewall – Firepower Threat Defense (FTD) VPN.Seamless integration between Umbrella and Meraki.Cisco Secure Endpoint with Secure Malware Analytics.In the coming topics we will focus on few more interesting things about handling large data volumes, Big Objects and its limitations. Keeping all of the above best practises in mind and paying extra attention on performance when handling large volumes of data is a key to design successful sharing model. As a best practice, keep the ratio as close to that as possible. The ratio where we start seeing performance degradation is 1:10,000. This can really hurt you when a few accounts have many contacts, opportunities, or cases. Data skews are defined as a few parent records with many children records.Similar to role hierarchy as a best practice, keep the territory hierarchy to no more than 10 levels of branches in the hierarchy.Note the role hierarchy need not follow the organisation hierarchy. As a best practice, keep the role hierarchy to no more than 10 levels of branches in the hierarchy.However if the user must hold a role in role hierarchy we must ensure that the user is in the top of the role hierarchy. If a single user owns more than 10,000 records then the best practice is the user should not have any role in the role hierarchy. There are some important considerations when we are setting up sharing in salesforce few of them are as follows: So, sharing plays a major role in Salesforce platform to identify who sees what records. If the OWD setting for the Account object is Public Read/Write the AccountShare object is automatically deleted if exists by the system or doesn’t even create one if OWD setting was public read/write from the beginning as all the users have access to all the records for the Account Object in this scenario.īelow picture shows how to determine the OWD settings for you Org The system creates a Share Object for example for Account Object, AccountShare Object is automatically created when the access is other than Public Read/Write which has the entries for each account record, to whom it is shared and how is it shared. The salesforce platform performs this recalculation to ensure the new access is taken into consideration for all the records of the Object who’s access was changed and depending on the volume of data it can take longer times. OWD settings can be changed from one to another such as from public Read/Write to Private however the changes requires sharing recalculation. Sharing Settings which shows access level of the records within the organisation
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