Salesforce is a cloud-based customer relationship management platform widely used by organisations worldwide. It helps them to enhance customer interactions, optimise crucial business operations and more.
When it comes to Salesforce security, the platform offers a range of tools and best practices to protect data, manage user access, and ensure regulatory compliance.
This Salesforce security tutorial discusses, in more detail, how Salesforce prevents unauthorised access, ensures data integrity, and more.
Table of Contents
In Salesforce, every user has a profile, username, and password. Let’s discuss which actions a user can perform and which they cannot.
A Salesforce administrator plays a pivotal role in user management. They effectively manage user accounts within an organisation. They also create accounts, assign roles, grant permissions, and disable users as needed.
Furthermore, a Salesforce Administrator performs the following tasks:
In short, admins determine which data should be accessible to users and which privileges should be granted.
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The Salesforce security data model helps secure data at multiple levels. In general, Salesforce data is stored in three formats: fields, records and objects.
In the database, objects act as tables. Fields are identical to columns present in the table. Records represent the data present in the table.
Salesforce uses field-level, object-level, and record-level security to control access to fields, objects, and records.
When it comes to field-level security, even though a user can use objects, they still need access to their fields. In Salesforce, profiles will monitor access to fields. Admin will give read and write privileges for specific fields. Admin can also hide an individual field.
Before granting user access, Salesforce admins check whether the user has the necessary privileges to view objects of that type. Object-level access can be managed using two configurations: permission sets, passwords, and profiles.
Let’s discuss them one by one.
Profiles control access at the field and object levels, including tabs, applications, and more.
Every user must enter their username and password every time they log in. Salesforce administrators configure many settings to ensure your passwords are secure and robust.
We’ll look at more about password management in Salesforce.
If an admin performs CRUD operations on campaigns, everyone on a profile can access these campaigns. The admin will use the permission set to give a particular user access.
You can use permission sets to grant additional permissions to users listed in a profile. Sometimes, administrators must establish a permission set that grants access to the campaign's object and then allocate it to the user.
You can use permission sets when you want:
In summary, object-level security protects an object's records. Also, you can prevent users from viewing, deleting, or adding specific objects.
Record-level security in Salesforce enables users to access certain object records. Each user owns every record they create and has full access to it. They also have access to records that have been shared with them.
You must first set your OWD (Org Wide Default) sharing settings, define a hierarchy, and create sharing rules to define record-level security.
Sharing rules allow automatic exceptions to Org-wide sharing settings for a set of users. They provide access to records they do not own or view. Sharing rules allow users to access additional records.
A sharing rule is created based on the record owner or the criteria.
Example:
The record owner has an XYZ role that shares with the person who holds the ABC role. Alternatively, they can share the records with the desired person.
Record types let you offer different business processes, picklist values, and page layouts to different users. The record type defines an interface that aligns with the business process.
Record types are :
1. Page Layouts:
Page layouts control the layout and organisation of buttons, fields, s-controls, Visualforce, custom links, and related lists on object record pages. They also help determine which fields are visible, read-only, and required. Use page layouts to customise the content of record pages for your users. It determines the field types and their organisation for a specific user on a page.
2. Validation Rules in Salesforce
Validation rules help you to improve data quality by preventing users from entering incorrect data. We can write one or more validation rules, each consisting of an error and a corresponding error message.
Validation rules verify that the data a user enters into a record meets the standards you specify before the user can save it.
A validation rule can contain a formula or expression that evaluates the data in one or more fields and returns a value of “True” or “False”. Validation rules also include an error message to display to the user when the rule returns “True” because of an invalid value.
Protecting the data is a common requirement for Salesforce and its users. An audit trail helps Salesforce users trace modifications to their data. It logs all modifications to personalisation, sharing, security, and data management.
Let’s discover how the audit trail works in Salesforce.
Tracking Setup changes through the Salesforce audit trail:
In Salesforce, the setup audit trail tracks the modern setup modifications you create in your Salesforce portal.
Let’s explore tracking setup changes further.
In Salesforce, the audit trail helps users trace modifications in their organisation. It will report all the events related to users and their applications.
The Translation Workbench lets you specify languages you want to translate, assign translators to languages, create translations for customisations you’ve made to your Salesforce organisation, and override labels and translations from managed packages.
Everything, including custom picklist values for custom fields, can be translated so your global users can use Salesforce in their language.
Ans: Users can share records based on criteria using sharing rules. Since sharing rules may only expand access rather than restrict it, they are generated for objects whose organisation-wide defaults (OWD) are set to public read-only or private.
Ans: OWD imposes limitations, and other systems permit access. Salesforce offers a feature called Sharing Rules to grant this access. Records can be shared with users who don't have access to them using sharing rules. Users in open groups, roles, or territories are granted access based on sharing rules.
Ans: It's similar to expanding a profile to create a permission set. A permission set with create/read/write on an object will only allow the user to create and manage their own records, not records held by other users, if the organisation-wide sharing rules for that object are set to private.
Ans: If an object has criteria-based or guest user sharing rules available, you can define up to 50 of those for each object, for a total of 300 sharing rules. These forms of sharing regulations can be established. Other items in your org might be subject to sharing rules.
Ans: Using the Change Set or Metadata API, you can test a sharing rule in a sandbox or development environment before deploying it to your production environment in Salesforce. Verify that it has been appropriately deployed and is operating as expected in the production environment before concluding.
Ans: It is not possible to include sharing rules in a package or utilise them to support sharing logic for programmes downloaded through the Force.com AppExchange. Record ownership or other factors may be used to determine sharing restrictions. Creating criteria-based sharing rules is not possible in Apex. Apex cannot be used to evaluate criteria-based sharing.
Ans: You can establish sharing rules that allow guests who are not authenticated to view records based on the record owner or other criteria. For the User object, you can additionally establish sharing policies based on group membership.
Ans: Records can be shared with users who don't have access to them using sharing rules. Users in open groups, roles, or territories are granted access based on sharing rules. They give people who are now unable to view records due to OWD settings increased access. A record may be shared in several ways.
Ans: Profiles supersede the privileges offered by Sharing Rules at the user level. For instance, you cannot allow Write permission in Sharing Rules if Profiles do not grant Edit.
It’s a wrap! We hope that this Salesforce security tutorial helped you understand how Salesforce protects sensitive data. Also, you should have gained a thorough understanding of how Salesforce ensures data integrity and compliance, and delivers a delightful customer experience.
If you are interested in learning more about Salesforce security, you can take a course in MindMajix. By the end of the article, you will gain a comprehensive understanding of Salesforce’s robust security features and how it ensures data security on a large scale.

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