What is the difference between a Cloud Solution Architect I and II?

The level distinction reflects scope and autonomy. An Architect I typically designs solutions for discrete, well-defined problems with senior oversight. An Architect II independently owns design for complex systems, reviews and guides the work of more junior architects, and is expected to influence architectural standards beyond their immediate project. The II level also implies stronger stakeholder management and executive communication capability.

Do Cloud Solution Architects write code?

It depends on the role and organization. Many Cloud Solution Architects spend the bulk of their time designing, reviewing, and advising rather than writing production code. However, they typically write proof-of-concept implementations, Terraform modules, and infrastructure automation to validate designs and communicate patterns to engineering teams. Architects who can demonstrate patterns hands-on are more effective than those who only diagram them.

What certifications are expected at the Architect II level?

AWS Certified Solutions Architect – Professional is the most commonly cited benchmark. Azure Solutions Architect Expert (AZ-305) and Google Professional Cloud Architect are equivalents on their platforms. Many Architect II candidates hold multiple professional-level certifications, and specialty certifications in security or machine learning are increasingly common. Well-known industry certifications like TOGAF matter less in cloud architecture than platform-specific depth.

How is AI changing cloud solution architecture?

AI/ML workload design is now a core competency for cloud architects. Decisions about data pipeline architecture, vector database selection, inference infrastructure (GPU or serverless), and AI service integration are becoming routine parts of solution design. Architects who can evaluate the trade-offs between using managed AI services, deploying open-source models, and running inference on custom hardware are in higher demand than those who've ignored the space.

What is the career path above Cloud Solution Architect II?

Typical next steps are Principal Cloud Architect, Distinguished Engineer, or Staff Architect — depending on the organization's leveling system. These roles carry broader organizational influence, often spanning multiple product domains or business units. Some architects move into cloud engineering management. Others transition to technology advisory, consulting, or solutions architecture at a cloud vendor, which can provide broader exposure across industries and use cases.

Information Technology

Cloud Solution Architect II

Last updated May 12, 2026

At a glance

Salary (USD)$155K

$130K low$185K high

Read time: 8 min
Last updated: May 12, 2026

Salary methodology

Our proprietary model combines official data from sources such as the U.S. Bureau of Labor Statistics and industry compensation reports, along with publicly available job postings, posting details, and other market signals, to identify what we believe is a representative range for this role.

These figures are directional and provided for informational and educational purposes only. Actual compensation varies by employer, location, experience, certifications, and negotiation, and should not be relied upon for hiring, salary-negotiation, or financial- planning decisions.

Role-specific factorsCloud Solution Architect II salaries reflect both technical depth and the customer or business impact of the designs they own. Cloud vendor roles (AWS, Azure, GCP solutions architects) often include quota-based variable compensation that can add $20K–$50K on top of base. Enterprise in-house architects at financial services and healthcare organizations are toward the upper end of base. Remote work is common and doesn't typically reduce compensation.

A Cloud Solution Architect II designs and guides the implementation of cloud architectures for complex, enterprise-scale systems. The role sits above associate-level architect positions and below principal or staff architect, with independent ownership of solution designs, customer engagements, or product domain architectures. The work combines deep technical design with stakeholder communication and cross-team influence.

Role at a glance

Typical education: Bachelor's degree in Computer Science or Software Engineering
Typical experience: 8-12 years total IT, 4-6 years cloud architecture
Key certifications: AWS Certified Solutions Architect – Professional, Azure Solutions Architect Expert, Google Professional Cloud Architect
Top employer types: Cloud vendors, large enterprises, technology companies
Growth outlook: Above-average growth projected for software development and architecture roles
AI impact (through 2030): Accelerating demand as increasing complexity in AI/ML-integrated architectures requires expert design and governance.

Duties and responsibilities

Design end-to-end cloud architectures for complex, multi-tier systems including compute, networking, data, security, and integration components
Lead solution design workshops with engineering teams and business stakeholders to translate requirements into cloud architectures
Review and approve architecture proposals from other engineers, providing detailed written feedback and guiding revisions
Create authoritative architecture documentation: design decision records (ADRs), reference architectures, and system context diagrams
Define non-functional requirements — latency, availability, scalability, and cost targets — and validate that proposed designs meet them
Guide migrations of complex on-premises systems to cloud, including 6R analysis, dependency mapping, and phased migration planning
Evaluate cloud-native and third-party services for fit against organizational requirements and produce written recommendations
Serve as a technical escalation point for cloud engineering teams encountering novel architectural challenges
Contribute to cloud center of excellence (CCoE) standards by authoring reusable patterns, golden paths, and guardrail policies
Present architecture designs and technology recommendations to senior technical leaders and non-technical executives

Overview

A Cloud Solution Architect II is the person in the room who owns the answer to: 'What should we build, and how should we build it on cloud?' They bring together requirements from business stakeholders, constraints from security and compliance teams, and technical realities from engineering teams into a design that's actually feasible — not just architecturally elegant in a slide deck.

The work centers on design. An Architect II receives a business requirement — migrate a 200-node SAP landscape, build a new event-driven data platform, establish a multi-region disaster recovery capability — and produces an architecture that addresses it. That process involves understanding existing dependencies, evaluating service options, modeling cost at scale, identifying failure modes, and documenting trade-offs clearly enough that stakeholders at different technical levels can understand and validate the choices.

Arch review is a significant ongoing responsibility. Most organizations with mature cloud programs run some form of architecture review board, and Architect II engineers are typically standing members who review proposals from other teams. Good architecture review is specific and constructive — it identifies real risks (not theoretical ones), suggests alternatives when a design has problems, and produces a written record of the decision.

Solution Architects at cloud vendors do a version of this role with customers rather than internal stakeholders. They work with enterprise customers on architecture designs for cloud migrations, new systems, or optimization programs. The pace is faster and the breadth is wider — new customer engagements every few weeks — but the depth on any individual design is shallower than in-house roles.

Written communication matters here more than in most engineering roles. Architecture decisions live in documents that outlast any given team, and the reasoning behind them needs to be clear years later when someone is evaluating whether to revisit a decision.

Qualifications

Education:

Bachelor's degree in computer science or software engineering is typical
Graduate degrees in distributed systems or enterprise architecture are less common but valued
Strong portfolio of designed systems can substitute for formal education at many organizations

Experience benchmarks:

8–12 years of total IT experience
4–6 years of hands-on cloud architecture or senior cloud engineering experience
Track record of independently designed systems running in production
Prior experience with at least one large-scale migration or greenfield cloud platform build

Certifications:

AWS Certified Solutions Architect – Professional (strong expectation)
AWS Certified Security Specialty or Networking Specialty for security/network architecture emphasis
Microsoft Certified: Azure Solutions Architect Expert (AZ-305)
Google Professional Cloud Architect or Professional Data Engineer for GCP or data platform focus
TOGAF 9 or 10 (less common, but valued in traditional enterprise architecture contexts)

Technical depth required:

Distributed systems patterns: event sourcing, CQRS, saga pattern, circuit breaker, bulkhead
Data architecture: lakehouse design, streaming architectures (Kafka, Kinesis), OLAP/OLTP trade-offs
Network architecture: multi-region design, private connectivity (Direct Connect, ExpressRoute), DNS, TLS termination
Security by design: zero trust principles, IAM federation, data classification, encryption at rest/in transit
Cost modeling: architecture-level cost estimation, reserved instance planning, multi-tenant cost allocation
Observability: distributed tracing design, log architecture, SLO definition and instrumentation

Design tools and methods:

C4 model or AWS Architecture Framework diagramming
Architecture decision records (ADRs)
Well-Architected Framework assessment methodology

Career outlook

Cloud Solution Architects at the II level are in high demand and short supply. The combination of deep cloud technical knowledge, system design experience, and stakeholder communication skill takes years to build, and the pool of people with all three is smaller than the number of organizations that need them.

Growth in this role is driven by the continuing expansion of cloud infrastructure, the increasing complexity of cloud architectures (multi-region, multi-cloud, AI/ML-integrated), and the maturation of enterprise cloud programs from initial adoption to optimization and governance phases. As organizations run more of their critical systems in cloud, the quality of architecture decisions matters more — and justifies significant investment in experienced architects.

The BLS projects above-average growth in software development and architecture roles broadly, and cloud-specific roles are among the stronger growth areas within that category. Cloud vendors (AWS, Microsoft, Google) actively hire solution architects and pay competitively with total compensation packages that include technical bonuses and equity.

The ceiling on architect compensation is high. Principal and Staff Architect roles at major tech companies pay $220K–$350K+ in total compensation. Cloud vendor solutions architect roles at the senior/principal level are comparable. Even in non-tech industries, Architect II and above roles are among the top-paid individual contributor positions in technology.

The challenge in this career is maintaining technical depth while expanding influence. Architects who stay close to implementation details and validate their designs in production stay sharp. Those who drift into pure advisory roles without hands-on engagement gradually lose the technical credibility that makes their recommendations worth following.

Sample cover letter

Dear Hiring Manager,

I'm applying for the Cloud Solution Architect II position at [Company]. I've been an enterprise cloud architect at [Company] for three years, where I own the architecture for our data platform and customer-facing API services running in AWS across three regions.

The most substantial design I've led is a migration from our legacy on-premises data warehouse to a cloud-native lakehouse architecture using AWS Glue, Lake Formation, S3, and Redshift Serverless. The project involved seven application teams, a 24-month migration timeline, and a data governance program that didn't previously exist. The design choices — particularly the decision to use a medallion architecture with Lake Formation permission controls rather than a simpler S3-only model — required convincing the CTO that the additional governance layer was worth the implementation complexity. It was, and I documented the reasoning in an ADR that's now used as a template for other data domain decisions.

I'm comfortable owning the full arc of an architecture engagement: discovery workshops, design documentation, implementation review, and post-launch performance validation. I write all my architecture decisions in ADR format and maintain architecture diagrams in a versioned repository rather than a shared drive.

I'm looking for a role with more multi-product scope — I want to work across a broader set of system types rather than being specialized in data architecture. Your portfolio of customer-facing systems and internal platforms looks like exactly that opportunity. I'd welcome the chance to discuss what you're working on.

[Your Name]

Frequently asked questions

What is the difference between a Cloud Solution Architect I and II?: The level distinction reflects scope and autonomy. An Architect I typically designs solutions for discrete, well-defined problems with senior oversight. An Architect II independently owns design for complex systems, reviews and guides the work of more junior architects, and is expected to influence architectural standards beyond their immediate project. The II level also implies stronger stakeholder management and executive communication capability.
Do Cloud Solution Architects write code?: It depends on the role and organization. Many Cloud Solution Architects spend the bulk of their time designing, reviewing, and advising rather than writing production code. However, they typically write proof-of-concept implementations, Terraform modules, and infrastructure automation to validate designs and communicate patterns to engineering teams. Architects who can demonstrate patterns hands-on are more effective than those who only diagram them.
What certifications are expected at the Architect II level?: AWS Certified Solutions Architect – Professional is the most commonly cited benchmark. Azure Solutions Architect Expert (AZ-305) and Google Professional Cloud Architect are equivalents on their platforms. Many Architect II candidates hold multiple professional-level certifications, and specialty certifications in security or machine learning are increasingly common. Well-known industry certifications like TOGAF matter less in cloud architecture than platform-specific depth.
How is AI changing cloud solution architecture?: AI/ML workload design is now a core competency for cloud architects. Decisions about data pipeline architecture, vector database selection, inference infrastructure (GPU or serverless), and AI service integration are becoming routine parts of solution design. Architects who can evaluate the trade-offs between using managed AI services, deploying open-source models, and running inference on custom hardware are in higher demand than those who've ignored the space.
What is the career path above Cloud Solution Architect II?: Typical next steps are Principal Cloud Architect, Distinguished Engineer, or Staff Architect — depending on the organization's leveling system. These roles carry broader organizational influence, often spanning multiple product domains or business units. Some architects move into cloud engineering management. Others transition to technology advisory, consulting, or solutions architecture at a cloud vendor, which can provide broader exposure across industries and use cases.

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