100+ Free Tencent Cloud Expert Solutions Architect Practice Questions

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2026 Statistics

Key Facts: Tencent Cloud Expert Solutions Architect Exam

Expert (highest)

Certification Tier

Tencent Cloud

3 Expert tracks

Expert Certifications

Tencent Cloud (Architect, Developer, Operations)

2 years

Credential Validity

Tencent Cloud standard

120-180 hrs

Recommended Study Time

Recommended for Expert tier

3+ years

Recommended Experience

Tencent Cloud guidance

Primarily Chinese

Exam Language

Tencent Cloud certification portal

The TCE Solutions Architect Expert is Tencent Cloud's highest-tier architecture credential. Detailed exam specifications (question count, time limit, passing score, and fee) are not publicly published by Tencent Cloud and should be confirmed on the official certification portal. The credential targets architects with 3+ years of Tencent Cloud enterprise experience. Preparation typically takes 3-6 months and 120-180 hours.

Sample Tencent Cloud Expert Solutions Architect Practice Questions

Try these sample questions to test your Tencent Cloud Expert Solutions Architect exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Your enterprise must provide consistent sub-10ms latency between workloads in three Tencent Cloud regions (Singapore, Tokyo, and Frankfurt). You need automatic failover if one region becomes unreachable. Which combination of services meets this requirement with the least operational overhead?

A.Three separate VPCs connected via VPC Peering with manually maintained BGP route tables

B.Cloud Connect Network (CCN) with intelligent route learning and bandwidth packages spanning all three regions

C.Three VPN Gateways meshed with static routes and a Lambda-equivalent function polling health endpoints

D.Direct Connect to a co-location hub with private BGP peering to all three regions

Explanation: CCN provides full-mesh interconnection across all connected VPCs and Direct Connect gateways with automatic route learning, eliminating manual route maintenance. CCN's built-in intelligent scheduling selects the lowest-latency path and reroutes automatically on link failure. VPC Peering requires O(n²) peer connections and no automatic failover. VPN Gateways add latency over the public internet. Direct Connect to a co-location hub is viable but introduces a single point of failure and higher setup complexity.

2A global gaming company is designing a real-time matchmaking service that must route players from Southeast Asia, Europe, and North America to the nearest available game server, with automatic failover to a secondary region if the primary is unhealthy. Which Tencent Cloud service best addresses the global traffic distribution requirement?

A.Cloud Load Balancer (CLB) with round-robin listener across three regional pools

B.Global Application Acceleration Platform (GAAP) with dedicated high-speed private network tunnels

C.Anycast EIP bound to each regional server cluster

D.CDN with origin-pull failover to a secondary bucket

Explanation: GAAP (Global Application Acceleration) accelerates TCP/UDP traffic over Tencent's private backbone, dramatically reducing intercontinental latency compared with the public internet. It supports health-check-driven automatic failover to a secondary origin and is designed specifically for real-time applications such as gaming. CLB is single-region. Anycast EIP provides nearest-PoP anycast but does not offer application-layer health failover across regional server pools. CDN is designed for cacheable content, not stateful real-time sessions.

3An enterprise financial institution is migrating a core banking application to Tencent Cloud. The on-premises network must remain connected with guaranteed bandwidth, private routing, and no data traversing the public internet. Which service provides a physically private, SLA-backed connection?

A.VPN Gateway over the public internet with AES-256 encryption

B.Direct Connect (DC) with a Dedicated Tunnel to a Tencent Cloud Direct Connect Gateway

C.CCN with a bandwidth package and QoS priority marking

D.Elastic Public IP with Security Group restricting inbound CIDRs

Explanation: Tencent Cloud Direct Connect establishes a private physical connection between the enterprise data center and Tencent Cloud, bypassing the public internet entirely. A Dedicated Tunnel over Direct Connect gives guaranteed bandwidth, predictable latency, and network-level SLAs. VPN Gateways traverse the public internet. CCN provides private routing between cloud resources but still requires an access point to on-premises, which is Direct Connect. EIP with Security Groups is a public-internet approach.

4You are designing a multi-region active-active architecture for a financial transaction system with an RPO of 0 seconds and an RTO under 30 seconds. Which database strategy on Tencent Cloud satisfies these requirements?

A.TencentDB for MySQL with daily snapshot backups replicated to COS in the secondary region

B.TDSQL-C (CynosDB) with multi-region synchronous replication and automatic read/write splitting

C.TencentDB for MySQL with cross-region read replicas promoted manually on failover

D.TencentDB for Redis with AOF persistence and a DTS job syncing to the secondary region

Explanation: TDSQL-C (CynosDB) is Tencent Cloud's cloud-native distributed database that supports synchronous multi-AZ and multi-region replication, delivering RPO=0. Its automated failover mechanism completes in seconds, satisfying RTO <30s. Snapshot-based backup delivers RPO measured in hours, not zero. Read replicas require manual promotion and incur replication lag. Redis with AOF is an in-memory cache, not a transactional RDBMS.

5A large e-commerce platform processes 200,000 orders per second during peak sales events. The order data must be durably persisted and made available for real-time analytics within 5 seconds. Which architecture best meets this throughput and latency requirement on Tencent Cloud?

A.Direct writes to TencentDB for MySQL with read replicas serving analytics queries

B.CKafka ingesting order events, Flink on EMR consuming the stream, writing results to ClickHouse

C.COS object uploads with Spark batch jobs running every 5 minutes

D.TencentDB for Redis caching all orders with periodic flush to TencentDB MySQL

Explanation: CKafka (Tencent Cloud's managed Kafka) can handle millions of messages per second. Apache Flink on EMR provides sub-second stateful stream processing to meet the 5-second latency requirement. ClickHouse delivers OLAP query performance for real-time analytics. Direct MySQL writes at 200K TPS would require massive sharding and still cannot serve analytical queries efficiently. COS/Spark batch cannot meet 5-second end-to-end latency. Redis is an in-memory cache without durable OLAP capabilities.

6A healthcare company stores patient records in COS and must ensure that objects cannot be deleted or overwritten for 7 years to meet regulatory retention requirements. Which COS feature satisfies this immutability requirement?

A.COS versioning with MFA delete enabled on the root account

B.COS Object Lock with WORM (Write Once Read Many) compliance mode and 7-year retention period

C.COS bucket replication to a second region with access logging enabled

D.COS lifecycle rule moving objects to Archive storage after 30 days

Explanation: COS Object Lock in compliance mode enforces WORM semantics: once a retention period is set, not even the bucket owner can delete or overwrite the object before expiry. A 7-year retention period directly satisfies regulatory data immutability requirements. Versioning with MFA delete protects against accidental deletion but does not enforce compliance-mode retention. Cross-region replication improves durability but does not prevent deletion. Lifecycle rules manage storage class transitions, not object immutability.

7Your team uses Terraform to manage Tencent Cloud resources. After a code review, you discover that a developer hard-coded an API SecretKey in a Terraform variable file that was committed to the repository. What is the MOST secure remediation path going forward?

A.Rotate the exposed key, store it in a Terraform .tfvars file that is git-ignored, and document the process

B.Rotate the exposed key, store credentials in Tencent Cloud Secrets Manager, and use the tencentcloud provider's CAM role-based authentication for CI/CD pipelines

C.Rotate the exposed key and store it in an encrypted S3-compatible COS bucket object read at runtime

D.Rotate the exposed key and set it as a plaintext environment variable in the CI/CD system

Explanation: Rotating the key immediately removes the exposure risk. Storing secrets in Tencent Cloud Secrets Manager (KMS-backed) and using IAM role-based credentials (CAM role or assumed credentials) for CI/CD means no long-lived keys ever touch the filesystem or environment variables. The tencentcloud Terraform provider supports role-based credential injection. .tfvars files that are git-ignored can be accidentally committed. Reading secrets from COS adds complexity and still requires separate credentials. Plaintext environment variables are visible in process listings and CI logs.

8An international bank requires all encryption keys used to protect customer data in Tencent Cloud to be generated and controlled exclusively by the bank, with the ability to revoke cloud access immediately. Which key management approach achieves this?

A.Tencent Cloud KMS default service-managed keys with automatic annual rotation

B.Customer-managed keys (CMK) in Tencent Cloud KMS with key material imported from the bank's on-premises HSM

C.AES-256 keys stored in TencentDB for Redis and referenced by the application at encryption time

D.TLS 1.3 for all data in transit combined with COS Server-Side Encryption with S3-compatible keys

Explanation: KMS customer-managed keys (CMK) with Bring Your Own Key (BYOK) allow the bank to import key material generated on its own HSM. The bank retains control over the key material and can revoke access by deleting the key material from KMS, immediately rendering encrypted data unreadable — even by Tencent Cloud. Service-managed keys are controlled by Tencent. Redis-stored keys are accessible to anyone with Redis credentials. TLS protects data in transit, not at rest.

9You need to design a zero-trust network architecture for a Tencent Cloud environment where microservices communicate across multiple VPCs. No microservice should trust another solely based on network location. Which combination of controls best achieves zero-trust for east-west traffic?

A.Security Groups restricting inter-VPC traffic to known IP ranges within the CCN

B.Tencent Cloud Service Mesh (TCM/Istio) with mutual TLS (mTLS) between all services combined with CAM workload identity for service-to-service authorization

C.Private Link exposing services as internal endpoints without routing inter-VPC traffic

D.Cloud Firewall East-West inspection rules with IPS signatures enabled

Explanation: Zero-trust requires identity-based authentication and authorization for every request regardless of network location. Tencent Cloud Service Mesh (TCM, based on Istio) enforces mTLS between every service pair, ensuring cryptographic identity verification. Combined with CAM workload identity (federated OIDC tokens), authorization decisions are based on verified identity rather than IP addresses. Security Groups are network-location-based controls — antithetical to zero-trust. Private Link limits exposure but does not verify identity. Cloud Firewall IPS inspects signatures but does not enforce workload identity.

10A company operates a large TKE Kubernetes cluster and wants to implement a GitOps deployment pipeline where the cluster state always reflects the Git repository, with automatic drift detection and reconciliation. Which approach is most aligned with Tencent Cloud's ecosystem?

A.Jenkins pipeline pushing kubectl apply commands after each Git merge

B.CODING (Tencent Cloud DevOps) with ArgoCD or Flux CD installed in TKE for pull-based GitOps reconciliation

C.Cloud Auto Scaling policies watching a COS bucket for new container images

D.OOS (Operation Orchestration Service) workflows triggered by Git webhooks

Explanation: GitOps requires a pull-based reconciliation loop where the cluster agent (ArgoCD or Flux) continuously compares desired state in Git with actual cluster state, reconciling any drift. Tencent Cloud CODING DevOps provides Git hosting, CI, and integrates with ArgoCD/Flux deployed in TKE. This is the canonical GitOps pattern on Tencent Cloud. Jenkins push-based deployments do not detect or correct drift after deployment. Auto Scaling watches compute metrics, not application manifests. OOS can automate operations but is not a GitOps reconciliation engine.

About the Tencent Cloud Expert Solutions Architect Exam

The Tencent Cloud Certified Expert — Solutions Architect (TCE) is the highest-tier Solutions Architect certification in Tencent Cloud's certification hierarchy, designed for senior architects with deep hands-on experience designing large-scale enterprise systems on Tencent Cloud. The exam covers expert enterprise architecture including multi-region active-active design with CCN and Direct Connect, advanced hybrid connectivity, zero-trust security architecture with TCM service mesh, PIPL/PCI-DSS compliance posture, expert database strategies (TDSQL-C HTAP, KonisGraph, SAGA patterns), data lakehouse pipelines, Kubernetes governance with OPA/Kyverno, multi-account landing zones using Tencent Cloud Organizations, and Well-Architected tradeoff analysis. The Expert tier is primarily delivered in Chinese; English-language availability may vary by region.

Assessment

Question count not published by the exam provider

Time Limit

Not publicly published

Passing Score

Not publicly published

Exam Fee

Not publicly listed (Tencent Cloud)

Tencent Cloud Expert Solutions Architect Exam Content Outline

~20%

Enterprise Multi-Region & Hybrid Architecture

CCN full-mesh interconnect, Direct Connect dual-circuit HA, Tencent Cloud Organizations, SCP guardrails, multi-account landing zones, cross-region active-active, pilot light, and warm standby DR patterns with quantified RTO/RPO trade-offs

~18%

Advanced Networking & Traffic Management

GAAP private backbone acceleration, Anycast EIP BGP failover, CLB SNI multi-domain TLS, Private Link vs VPC Peering, centralized inspection VPC hub pattern, NAT Gateway cost optimization with COS private endpoints, Polaris circuit breaker

~18%

Security, Compliance & Identity

Zero-trust with TCM mTLS and CAM workload identity, KMS BYOK with on-premises HSM, COS Object Lock WORM compliance, CloudAudit Organization trail, CAM ABAC tag-based conditions, SAML 2.0 federation via ADFS, Bastion Host session recording, PCI-DSS and PIPL architecture requirements

~16%

Database & Data Architecture

TDSQL-C synchronous replication (RPO=0), HTAP with TiFlash columnar store, KonisGraph for social graph traversal, distributed transaction SAGA pattern, read-after-write consistency via session stickiness, PITR backup strategy with COS lifecycle, TencentDB NVMe High-IO storage

~14%

Containers, Serverless & DevOps

TKE vs EKS serverless cost model selection, KEDA Kafka-scaler autoscaling, TCM VirtualService canary routing, GitOps with CODING + ArgoCD/Flux, OPA Gatekeeper / Kyverno admission control, blue-green schema Expand-and-Contract migration, TCR vulnerability scanning admission webhook, TKE Distributed Cloud hybrid Kubernetes

~8%

Data Analytics & Streaming

Lambda/Kappa architecture with CKafka + Flink + EMR Spark, DLC data lakehouse with Apache Iceberg, TDMQ RocketMQ pub-sub attribute-based fan-out, IoT Hub + CKafka + Flink telemetry architecture, TI-ONE MLOps with online inference

~6%

Cost Governance & Well-Architected

Bill Center cost anomaly detection, tag policy enforcement via Organizations, CCN 95th percentile vs bandwidth package trade-offs, spot instances for batch cost optimization, Tencent Cloud Well-Architected Framework reliability pillar

How to Pass the Tencent Cloud Expert Solutions Architect Exam

What You Need to Know

Passing score: Not publicly published
Assessment: Question count not published by the exam provider
Time limit: Not publicly published
Exam fee: Not publicly listed

Keys to Passing

Work through all 100 available questions
Review every answer and explanation
Track weak areas and revisit them
Use our AI tutor for tough concepts

Tencent Cloud Expert Solutions Architect Study Tips from Top Performers

1Build multi-region architectures hands-on: connect VPCs across regions using CCN and test Direct Connect gateway configurations in the Tencent Cloud console

2Study the TCE tradeoff matrix: for each design decision (Active-Active vs Pilot Light, Private Link vs VPC Peering, CFS vs CBS, EKS vs TKE), know the cost, latency, and operational implications cold

3Master Tencent Cloud Organizations and SCPs — the expert exam focuses on governance at scale, not individual resource configuration

4Understand TDSQL-C CynosDB's synchronous multi-region replication and TiFlash HTAP capabilities, which are differentiated from standard TencentDB MySQL

5Study GAAP vs Anycast EIP vs CDN for global application delivery — each solves different latency and protocol requirements

6Practice CAM ABAC policy writing with tag conditions and understand how to eliminate static credentials using instance roles and Secrets Manager

7Know the SAGA pattern, Expand-and-Contract schema migration, and GitOps with ArgoCD — these reflect modern cloud-native architecture practices tested at expert level

8Review PIPL cross-border data transfer requirements and PCI-DSS control mapping to Tencent Cloud services — regulatory architecture is an expert-tier differentiator

Frequently Asked Questions

What is the Tencent Cloud Expert Solutions Architect (TCE) certification?

The Tencent Cloud Certified Expert — Solutions Architect is the highest tier in Tencent Cloud's three-level architect certification track (Associate → Professional → Expert). It validates expert-level ability to design large-scale, multi-region, enterprise-grade systems on Tencent Cloud, covering advanced networking (CCN, Direct Connect, GAAP), security architecture (zero-trust, BYOK, PIPL), database strategies (TDSQL-C HTAP, SAGA), containers/DevOps governance, and well-architected tradeoff analysis.

What are the prerequisites for the Tencent Cloud Expert Solutions Architect exam?

Tencent Cloud strongly recommends holding the Professional Solutions Architect credential or equivalent before attempting the Expert exam. Practical experience designing and operating complex multi-region, enterprise workloads on Tencent Cloud for at least 2-3 years is the typical preparation foundation. Tencent Cloud Academy advanced architecture courses provide additional structured preparation.

Is the Tencent Cloud Expert Solutions Architect exam available in English?

Expert-tier Tencent Cloud certification exams are primarily delivered in Chinese (Simplified). English-language availability for the Expert tier is not officially confirmed as of 2026. International candidates should check the official certification portal at cloud.tencent.com/edu/learning and contact Tencent Cloud directly for the latest language availability.

What topics does the Tencent Cloud Expert Solutions Architect exam cover?

Based on Tencent Cloud's published expert certification objectives, the exam covers enterprise multi-region architecture (CCN, Direct Connect, multi-account Organizations), advanced networking (GAAP, Anycast EIP, Private Link), security and compliance (zero-trust, KMS BYOK, PIPL, PCI-DSS), expert database design (TDSQL-C, HTAP, SAGA), containers and DevOps governance (TKE, OPA, GitOps, TCM), data analytics and streaming (CKafka, Flink, DLC), and cost governance and well-architected tradeoff analysis.

How does the Expert Solutions Architect differ from the Professional Solutions Architect?

The Professional tier validates ability to design multi-service cloud solutions and migrate workloads to Tencent Cloud. The Expert tier goes significantly further: complex multi-region active-active patterns, zero-trust security architecture, enterprise governance with Tencent Cloud Organizations and SCPs, distributed transaction design, HTAP database architecture, and Tencent Cloud Well-Architected tradeoff analysis at scale. Expert-level candidates are expected to evaluate architecture trade-offs and justify design decisions, not just select correct services.

How should I prepare for the Tencent Cloud Expert Solutions Architect exam?

Effective preparation combines deep hands-on experience with Tencent Cloud's advanced services and structured study. Focus on: CCN and Direct Connect multi-region HA patterns; Tencent Cloud Organizations and SCP governance; zero-trust with TCM mTLS; KMS BYOK and COS Object Lock; TDSQL-C HTAP and KonisGraph; SAGA distributed transactions; TKE/EKS trade-offs with OPA admission control; CKafka + Flink + DLC data architectures; GAAP and Anycast EIP global traffic management. Use Tencent Cloud Academy official courses and practice on the Tencent Cloud console. Most candidates with Professional-level experience study for 3-6 months (120-180 hours).

100+ Free Tencent Cloud Expert Solutions Architect Practice Questions

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