Identity and cloud administrators
Practice validating fictional access and configuration requests through known ticket, approval, and change processes.
Privileged users manage identity, cloud, endpoints, networks, code, security tools, and business systems where one authorized action can have broad consequences.
Their simulations need a separately approved scope that practices identity, change, access, and escalation controls without requesting credentials or touching production environments.
Enterprise governance • Role-based scenarios • Controlled delivery • Contextual reporting
Start with the entities, roles, systems, decision rights, and support teams involved in the selected workflow. Enterprise scale makes ownership and local conditions as important as message content.
Practice validating fictional access and configuration requests through known ticket, approval, and change processes.
Use invented repositories, packages, incidents, secrets, and environments with no executable or production connection.
Preserve response capacity and avoid messages that resemble an active high-severity incident or require unsafe investigation.
Test identity, ticket, tenant, customer, and escalation checks without involving real users or remote-access tools.
Give every scenario one observable learning objective. Use fictional people, organizations, transactions, systems, and incidents, and keep the campaign outside production and privileged environments.
Ask administrators to validate an invented requester, ticket, system, scope, approval, duration, and escalation route.
Practice checking a fictional owner, project, permissions request, and destination without authenticating or executing content.
Use a low-impact fictional request to reinforce change authorization; do not imitate an active outage or incident.
Practice confirming the provider, contract, ticket, identity, and approved access path before any action.
| Consideration | Question to answer | Required preparation |
|---|---|---|
| Privilege scope | Which roles, accounts, systems, and duties are relevant to the learning objective? | Define the audience precisely and exclude accounts and people outside the authorized administrative scope. |
| Technical isolation | Could any message, link, file, or response reach production or execute code? | Use isolated training infrastructure with no credentials, agents, integrations, commands, downloads, or production destinations. |
| Operational capacity | Could the campaign consume incident response or overlap a change, outage, release, or security event? | Choose a supported window and give operations and security immediate stop authority. |
| Event interpretation | Could scanners, sandboxes, automated tools, or shared administrative workflows create campaign events? | Pilot controls and reconcile technical telemetry before attributing human activity. |
Define the behavior, authorized audience, exclusions, scenario, permitted data, delivery windows, owners, reporting route, stop conditions, and intended use of results.
Map central and local approvals, system and data owners, response teams, providers, and the real verification or escalation process employees should use.
Test entities, locations, roles, devices, languages, email controls, landing pages, event records, reports, and follow-up material included in scope.
Prepare security, privacy, legal, communications, HR, operations, local support, and relevant providers while preserving normal handling of real incidents.
Explain the expected action, provide relevant private learning, and record every process or control improvement with a responsible owner and review date.
Source: NIST SP 800-50 Rev. 1: Building a Cybersecurity and Privacy Learning Program
Record intended recipients, exclusions, successful deliveries, unique recipient events, verified reports, response handling, and completed follow-up. Reconcile automated inspection and repeated events before attributing activity to employees.
Review whether the intended ticket, identity, change, approval, and escalation controls were usable and followed. Document role, privilege, shift, system context, automation, delivery, reports, and response handling instead of relying on click rate.
Use findings to improve real verification, reporting, identity, access, email, provider, and support processes. One interaction is not an employee risk score, and an enterprise-wide percentage does not establish program effectiveness.
Common questions about Phishmake's features, onboarding, and support, answered to help you get started with confidence.
No. Use a fictional decision point and isolated destination. Never ask participants to run commands, install software, change settings, expose secrets, or approve real access.
Not when their privileges, tools, risks, and expected controls differ. Use a separately authorized role-based scope with stronger technical and operational safeguards.
Avoid high-severity or active-incident themes that consume response capacity or prompt unsafe action. Use a controlled, low-impact workflow with explicit stop conditions.
Emphasize use and usability of ticketing, identity, change, authorization, escalation, and reporting controls, along with technical automation and response-team findings.
Explore how Phishmake connects controlled employee simulations, relevant training, campaign activity, and follow-up reporting in one workflow.