Quiz
2707 questions of the kind that actually get asked — in interviews, in architecture review boards, and by the person who has to run the thing at 3 AM. Every answer states the trade-off rather than the slogan, and says when the obvious choice is the wrong one.
All areas2707
Architecture Fundamentals81
Distributed Systems101
Data Architecture90
Cloud Architecture87
Networking86
API & Integration Architecture78
Reliability & Resilience88
Observability81
Performance & Capacity Engineering90
Security Architecture95
Cost Architecture & FinOps92
Business Architecture93
Architecture Communication91
Enterprise Architecture91
Legacy Modernization92
AI-Era Architecture96
Software Architecture & Engineering84
Architecture Patterns84
Architecture Decision-Making91
The Architect's Meta-Skills92
Delivery & Release Engineering93
Platform Engineering & Developer Experience92
Testing & Quality Architecture90
Data Platform Architecture98
Streaming & Real-Time Data93
Data Governance & Semantics91
Frontend & Experience Architecture91
Edge, Mobile & IoT88
Regulatory & Data Protection Architecture90
Assurance, Audit & Model Risk98
5 questions in IoT Ingest Architecture.
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IoT Ingest Architecture advanced
A million devices report telemetry every ten seconds. How should ingest, buffering, backpressure and storage be designed, and where do naive designs fail?
3 min answer iotingestbackpressureprotocols -
IoT Ingest Architecture advanced
After a five-minute network outage at your ingest tier, 200,000 devices reconnect simultaneously and the authentication service collapses. How do you fix this?
2 min answer iotthundering-herdresiliencescale -
IoT Ingest Architecture advanced
Design ingestion for millions of devices sending telemetry continuously over unreliable networks.
1 min answer iotingestprotocolsbackpressure -
IoT Ingest Architecture advanced
Two million devices reconnect simultaneously after a network partition. What happens and what prevents it?
2 min answer reconnection-stormbackpressurejitteringest -
IoT Ingest Architecture advanced
WeChat's DAGOR overload control (SoCC 2018) sheds load using the time requests spend queued inside a service rather than response time, and drops by business and user priority. How would you apply that to a device-fleet ingest tier, and what must the device do for it to work?
3 min answer wechatdagoradmission-controlbackpressure