This discovery framework is designed to help facilitate a collaborative conversation regarding Salesforce Shield. By exploring these operational scenarios, family offices can accurately assess internal workflows and identify how specific Salesforce Shield capabilities can support their unique privacy and compliance needs, starting with areas of highest impact to asset protection and client confidentiality.
How does the executive leadership ensure that highly sensitive investment strategies and net worth figures remain completely invisible to unauthorized internal staff?
Scenario A: Pervasive Data Exposure
"Our general CRM roles are too broad. A junior administrative assistant could potentially run a report and view the exact allocation of the family's offshore trust, which is a massive breach of confidentiality."
Scenario B: Overly Restrictive Silos
"We lock down the system so tightly that legitimate analysts cannot access the historical deal flow data they need to forecast next quarter's liquidity events. It protects the family but stalls operations."
In the event of a regulatory audit or a suspected internal leak, how quickly can the executive team identify exactly who viewed or exported a specific portfolio document?
Scenario A: Blind Internal Threats
"If details of a private equity buyout leak to the press, we have no mechanism to trace which internal employee exported the deal memo from our system. We are completely blind to insider threats."
Scenario B: Reactive Manual Audits
"We occasionally request that IT pull server logs to check who has been accessing the principal's primary account record. It takes days to parse the data, and we only do it if we are already suspicious."
How does the compliance team prove to external auditors that the encryption keys protecting the family's financial data are not accessible to the cloud vendor?
Scenario A: Failed Security Audits
"Our external auditors recently flagged our cloud infrastructure because we cannot independently verify that our CRM provider is unable to decrypt our offshore account structures. This puts our regulatory standing at severe risk."
Scenario B: Complex Third-Party Wrappers
"To satisfy auditors, we route all CRM data through a third-party encryption gateway before it hits the cloud. It meets the compliance requirement, but it constantly breaks our API integrations and slows system performance."
What automated mechanisms block internal staff from exporting large volumes of proprietary deal flow data to unsecured external devices?
Scenario A: Unrestricted Data Exfiltration
"If an analyst resigns to join a competing firm, they could easily run a report on our entire real estate pipeline, export it to a CSV, and walk out the door. We have no automated way to stop it."
Scenario B: Broad Export Restrictions
"We simply disable the 'Export' permission for everyone except the IT department. Now, when the investment team needs a spreadsheet for modeling, they have to file an IT ticket and wait."
How does the organization maintain an immutable history of who specifically authorized changes to the family's core investment mandates?
Scenario A: Untraceable Record Alterations
"Our standard CRM history tracking only goes back a limited time. When a dispute arises regarding why a risk tolerance profile was altered two years ago, the history is gone and we cannot prove who made the change."
Scenario B: Manual Shadow Ledgers
"To maintain a long-term audit trail, our operations team manually takes screenshots of the principal's profile every time a change is requested and saves them to a secure server. It is incredibly tedious."
What processes are triggered if a staff member attempts to log into the CRM from an unrecognized device or an unexpected international location?
Scenario A: Silent Account Compromise
"We rely entirely on standard passwords and multi-factor authentication. If an associate's device is compromised while traveling, bad actors can log in and view the family's liquid assets without triggering any internal alarms."
Scenario B: Post-Incident Log Analysis
"We ingest login logs into a separate SIEM tool. It generates an alert if someone logs in from a high-risk country, but it usually takes hours for the IT team to review the alert and manually disable the user."
How does the engineering team ensure that sandbox environments used for developing new platform features do not inadvertently expose real family financial data?
Scenario A: Production Data Leakage
"When we refresh our full developer sandboxes, actual family net worth data and private equity structures are copied over. Our external development contractors can see everything."
Scenario B: Tedious Manual Scrubbing
"Every time we spin up a new testing environment, the database administrator spends three days running SQL scripts to manually overwrite the real client names and account balances with dummy data."
What controls govern the visibility of highly confidential legal entities and Special Purpose Vehicles (SPVs) created for specific, unannounced acquisitions?
Scenario A: Premature Strategy Exposure
"If we create an SPV for a stealth property acquisition, the record is visible via global search. Junior staff can piece together our acquisition strategy simply by searching for new entity names in the CRM."
Scenario B: Fragmented Offline Tracking
"To keep stealth deals secret, we refuse to put them in the CRM at all. The deal team tracks the acquisition in offline spreadsheets until the deal closes, which causes massive pipeline blind spots for management."
How is the organization auditing API activity to guarantee that external integrations are not quietly siphoning off the family's contact lists?
Scenario A: Unmonitored API Consumption
"We have several connected apps for reporting and marketing. If one of those third-party APIs was compromised and began downloading our entire principal contact list, we would have absolutely no visibility into the data loss."
Scenario B: Periodic Integration Audits
"Our security team conducts a quarterly review of our connected apps to ensure they are functioning properly. It provides a baseline of security, but leaves a wide three-month window where API abuse could go unnoticed."
When a regulatory body mandates the permanent deletion of specific communications, how does the team systematically verify that the data is scrubbed from the history logs?
Scenario A: Lingering Shadow Data
"If we are ordered to expunge a sensitive communication record, we delete the primary file. However, we cannot guarantee that remnants of that data do not still exist in cached history tables, exposing us to contempt charges."
Scenario B: Heavy IT Reliance
"To truly expunge a record from the history tables, we have to submit a formal request to Salesforce support or have our database admin execute hard deletion scripts, which delays compliance."
