Design and engineering
Practice collaboration and access decisions without reproducing schematics, source code, prototypes, customer requirements, or controlled technical information.
Electronics manufacturing depends on design collaboration, component sourcing, contract manufacturers, logistics partners, customer portals, and globally distributed teams.
A useful simulation practices verification across that ecosystem without exposing intellectual property, export-controlled information, customer data, or production environments.
Workflow-specific scenarios • OT safety boundaries • Reporting practice • Measured follow-up
Start with the people, systems, and verification routes involved in the selected workflow. The exercise should practice an action employees can take without affecting production or safety.
Practice collaboration and access decisions without reproducing schematics, source code, prototypes, customer requirements, or controlled technical information.
Reinforce verification for allocation, substitution, lead-time, banking, and supplier-portal requests using invented parts and suppliers.
Clarify which organization owns identity, reporting, support, training, and follow-up before including partner personnel.
Account for languages, time zones, regional support, mobile access, travel, and different collaboration platforms across facilities.
Give every scenario one learning objective and one explainable next step. Use fictional business details and avoid active production events, supplier disputes, recalls, or safety incidents.
Practice checking a fictional allocation or substitution request through the established sourcing and engineering process.
Ask employees to validate the sender, project context, destination, and access request without using real product information.
Reinforce independent access to the normal partner service when an unexpected sign-in or file notice arrives.
Practice a known callback and approval workflow before accepting updated remittance information.
| Consideration | Question to answer | Required preparation |
|---|---|---|
| Technical information | Could the message expose product, customer, supplier, export-controlled, or other restricted information? | Use invented technical and commercial details and obtain the appropriate data-owner review. |
| Partner scope | Are contract-manufacturer or supplier personnel included, and who is authorized to train them? | Document contractual authority, notice, support, data access, and follow-up ownership before launch. |
| Global delivery | Do language, time zone, local policy, or support differences change the participant experience? | Localize and pilot the campaign, choose staffed windows, and record conditions for each included region. |
| Factory separation | Can any message or landing-page action touch factory, engineering, or remote-support systems? | Use isolated training infrastructure and prohibit operational credentials, files, integrations, and destinations. |
State the request being tested, the expected verification or reporting action, the authorized audience, and how the result will be used.
Keep the exercise out of OT, production, safety, quality, and emergency systems. Record exclusions, owners, escalation contacts, and stop conditions.
Test representative accounts, shifts, devices, email controls, links, landing pages, event records, reporting routes, and follow-up material.
Prepare security, IT, plant support, communications, and relevant providers to recognize the authorized exercise while treating unrelated reports as real.
Explain the message cues and expected action, provide relevant learning, and assign each workflow or control improvement to an owner.
Source: CISA Cybersecurity Scenarios
Record intended recipients, exclusions, successful deliveries, unique recipient events, verified reports, response handling, and completed follow-up. Reconcile automated link inspection and repeated events before attributing an action to an employee.
Compare like audiences and scenarios, documenting region, language, time zone, device, role, partner relationship, delivery, and reporting access. Global percentages can conceal materially different campaign conditions.
Use the review to improve a real verification, reporting, identity, email, supplier, or support process. A simulation result does not measure the security of production systems and should not be treated as an individual employee risk score.
Common questions about Phishmake's features, onboarding, and support, answered to help you get started with confidence.
Use a fictional component, supplier, and business context. An active shortage or allocation issue may prompt real sourcing decisions and create avoidable operational confusion.
Only with explicit authority and coordination. Confirm the responsible employer, applicable policy, notice, support route, permitted data, result access, and follow-up before including partner personnel.
Validate each localized message and record differences in language, cultural context, delivery, role, time zone, and support. Do not assume translated scenarios have identical difficulty.
It may teach recognition of a fictional request, but it should not accept real credentials, reuse restricted content, connect to engineering systems, or be capable of changing product or factory data.
Explore how Phishmake connects authorized employee simulations, relevant training, campaign activity, and follow-up reporting in one workflow.