Helios Solution Architect

This topic asks you to place every capability in the right Helios product, keep one authority for each kind of data, isolate tenants and environments, and record architectural decisions so that trade-offs stay visible. Expect scenario questions where a stakeholder proposes a shortcut and you must name the boundary it would break.

Practice questions

This topic covers how business entities are modelled, how systems exchange data safely, and how data is migrated, reconciled and retained. Expect questions about identifiers, idempotency, retry behaviour, pagination, review queues and where raw files may be stored.

Practice questions

This topic tests identity, authorization, data protection and threat thinking. You will be asked how Helios decides who can do what, how sign-in methods are constrained, how data and credentials are protected, and how systems should behave when a control is unavailable.

Practice questions

This topic tests how Helios is designed for large workforces and busy periods, how it behaves when parts of the system fail, and how performance and health are measured. Expect questions on bounded work, retry design, isolation of failures and evidence-based performance claims.

Practice questions

This topic covers how AI is governed in Helios: the control plane around AI Core, the way Sol is grounded and authorized, and how AI features are evaluated. Expect questions about conditions for writes, human approval, per-call authorization and honest measurement.

Practice questions

This topic ties the products together: end-to-end flows across engagement, delivery, finance and support, how changes are rolled out without breaking customers, and how architecture is governed. Expect scenarios about authorities between systems, safe rollout, and honest status reporting.

Practice questions