Cloud / Solutions Architect: Role Profile, Skills, Salary & Career Outlook
What a cloud or solutions architect does, the value they create, the skills they need, and how to hire one or build the career to become one.
Role at a glance
- Job family
- Technology, Architecture & Cloud Infrastructure
- Seniority
- Professional (senior specialist)
- Alternative titles
- Cloud Architect, Solutions Architect, Cloud Solutions Architect, Cloud Infrastructure Architect, Platform Architect, Technical Architect
- Typical industries
- Financial services, SaaS and software, retail and e-commerce, public sector, telecoms, healthcare and IT consultancies
- Work environment
- Hybrid, working across engineering, security, finance and business teams, with some client or supplier meetings
- Reports to
- Head of Architecture, Chief Architect, Head of Cloud or Platform, or the CTO
- Audience: Hiring Managers
- For employers and candidates
- UK salary data, October 2026
1. Role Overview
What is a Cloud / Solutions Architect?
A cloud or solutions architect designs the technology that a business’s systems run on, so they are scalable, secure, reliable and good value. They turn business needs into a technical blueprint: which cloud services to use, how systems connect, how data is protected and how costs are kept under control. They work mostly on AWS, Microsoft Azure or Google Cloud, and guide the engineers who build and run the platform. Their decisions affect how fast a business can launch new products, how well it copes with growth or failure, and how much it spends on cloud each month.
A solutions architect usually designs specific systems or projects; a cloud architect focuses on the shared cloud platform, landing zones and standards. In smaller firms one person does both. Senior architects set reference designs and review others’ work.
Primary mission: Design cloud platforms and solutions that meet business needs securely, scale with demand and cost no more than they should.
Role Success Profile
Illustrative capability priorities, not empirical benchmarks.
2. Why This Role Is in Demand
Cloud spending keeps growing fast, AI workloads add new cost and security pressures, and many businesses still have systems to migrate or modernise. Each of these needs architects.
- Business demand: Worldwide spending on infrastructure as a service is forecast to grow 29.3% in 2026, to $287 billion, one of the two fastest-growing IT segments (Gartner, July 2026).
- Technology and AI: Estimated wasted cloud spend rose to 29%, the first rise in five years, driven by cloud-based AI workloads; 53% name security and compliance as the top challenge for cloud AI initiatives (Flexera, Mar 2026).
- Industry evolution: Cost management is moving into design: 98% of FinOps teams surveyed now manage AI spend, and pre-deployment architecture guidance is the most wanted tooling capability (FinOps Foundation, Feb 2026).
- Capability gaps: 73% of UK employers say they can’t find the skilled talent they need (Experis, June 2026). Architects who combine deep cloud skills with security and cost awareness are among the hardest to hire.
- Future relevance: As AI generates more code and infrastructure templates, sound architecture decisions, on security, resilience and cost, become more valuable, not less.
3. Problems Solved & Expected Outcomes
What problems does this role solve?
Without good architecture, cloud estates grow by accident: bills rise with no clear owner, systems fail under load, security settings vary between teams, migrations stall and every new project starts from scratch.
What does success look like?
| Expected outcome | Example success indicator |
|---|---|
| A platform that scales and stays available | Availability and performance targets met; recovery time and recovery point objectives tested and achieved |
| Controlled, predictable cloud costs | Spend within budget; cost per customer or transaction tracked and falling; idle resources reduced |
| Secure and compliant by design | Security baselines applied to all accounts; audit and penetration test findings closed on time |
| Faster delivery for engineering teams | Time to provision a new environment cut; share of infrastructure built from approved code templates |
| Successful migrations and modernisation | Workloads migrated on plan; legacy hosting costs retired; incidents during cut-over kept low |
4. Key Responsibilities
What is the Cloud / Solutions Architect accountable for?
- Strategy & planning: Shape the cloud strategy, target architecture and migration roadmap with technology and business leaders.
- Solution design: Turn requirements into designs that balance performance, security, resilience and cost, and document the decisions.
- Decision-making: Choose services, providers and patterns, including build-versus-buy and when to use managed or serverless services.
- Cost & value (FinOps): Estimate costs before building, set tagging and budgets, and work with finance to keep spend under control.
- Security & risk: Design identity, network and data protection controls, and resilience against outages, in line with UK GDPR and sector rules.
- Standards & enablement: Create landing zones, reference architectures and infrastructure-as-code templates that teams can reuse.
- Stakeholder management: Explain options and trade-offs to engineers, executives, suppliers and auditors in plain language.
Architects rarely run day-to-day operations, but strong ones stay hands-on enough to prototype and to review the code that builds their designs.
5. Core Technical & Professional Skills
What specialist capabilities are required?
| Skill or knowledge area | Importance /10 | Expected proficiency |
|---|---|---|
| Cloud architecture on AWS, Azure or Google Cloud (essential) | 10 | Expert: deep in one major platform, working knowledge of another |
| Cloud security and identity (essential) | 9 | Advanced: identity and access, encryption, network segmentation, zero trust |
| Infrastructure as code and automation (essential) | 9 | Advanced: Terraform or native templates, CI/CD for infrastructure |
| Networking, resilience and disaster recovery (essential) | 8 | Advanced: hybrid connectivity, multi-region design, backup and failover |
| Cost management and FinOps (essential) | 8 | Advanced: pricing models, cost estimation, tagging and commitment planning |
| Containers and platform engineering (advantageous) | 7 | Working to advanced: Kubernetes, serverless and internal developer platforms |
| Data and AI infrastructure (advantageous) | 7 | Working to advanced: data platforms, GPU capacity and AI service costs |
| Architecture frameworks and documentation (advantageous) | 6 | Working to advanced: well-architected reviews, decision records, diagrams |
Certifications show platform knowledge, but employers value evidence of designs that ran in production and the trade-offs behind them.
6. AI Skills & Future Readiness
How is AI changing this role?
81% of organisations now use generative AI, and AI workloads are a main reason waste is rising (Flexera, Mar 2026). Architects must design platforms that run AI safely and affordably, and can use AI to speed up their own design and review work.
| AI capability | Role-specific expectations |
|---|---|
| AI literacy | Understands how AI workloads use compute, storage and data, and what drives their cost and risk. |
| AI tools & copilots | Uses assistants to draft templates, diagrams and documentation, and checks their output against standards. |
| Workflow automation & AI agents | Designs platforms where AI agents and automation can run with controlled permissions and full logging. |
| Data & AI decision-making | Compares managed AI services, self-hosted models and GPU options on cost, performance and data location. |
| AI governance & responsible use | Builds in data protection, access control and audit trails for AI services from the start. |
| AI innovation & adaptability | Tests new cloud AI services in sandboxes and updates reference designs as they mature. |
All six matter. The architect is expected to design AI-ready platforms, use AI tools in their own work and build in the controls that let others govern AI.
7. Human & Leadership Skills
Which human capabilities distinguish top performers?
| Capability | Importance /10 | Observable behaviours |
|---|---|---|
| Problem-solving & critical thinking | 10 | Weighs cost, risk, speed and complexity, and makes trade-offs clear rather than hiding them. |
| Communication & influence | 9 | Explains designs to executives and engineers alike and wins support without formal authority. |
| Collaboration & teamwork | 9 | Works closely with security, engineering, finance and suppliers to agree workable designs. |
| Adaptability & learning agility | 9 | Keeps up with fast-changing cloud services, pricing and AI options. |
| Accountability & ownership | 8 | Stands behind design decisions, records them and revisits them when evidence changes. |
| Initiative & results orientation | 8 | Spots cost, security and reliability problems early and proposes practical fixes. |
| Leadership & people development | 7 | Mentors engineers, runs design reviews and spreads good practice across teams. |
Architects lead through influence. A good design that nobody adopts has no value.
8. Education, Experience & Qualifications
What does it take to qualify?
- Education: Often a degree in computer science, engineering, IT or a related subject, but not required where experience is strong.
- Professional certifications: Highly valued: AWS Certified Solutions Architect (Associate or Professional), Microsoft Azure Solutions Architect Expert or Google Professional Cloud Architect. FinOps, security or Kubernetes certifications add weight.
- Experience: Typically 5–8+ years in infrastructure, software or DevOps engineering, including hands-on cloud work, before moving into architecture.
- Specialist knowledge: Cloud services and pricing, networking, identity and security, resilience, infrastructure as code, and the regulation of the sector served.
- Alternative pathways: Cloud, DevOps or platform engineers, systems administrators, network engineers and software developers who took on design responsibility.
- Continuous learning: Cloud providers release new services and pricing constantly; certifications expire and need renewing, and AI services change every few months.
No licence or regulated qualification is needed, although some public sector roles require security clearance. Must-haves are deep knowledge of one major cloud, security and cost awareness and clear communication. Preferred are a professional-level architect certification, multi-cloud and migration experience. Proven designs can replace a degree.
9. Evidence of Competence
How can candidates prove they can deliver?
| Evidence category | Examples of credible proof |
|---|---|
| Measurable achievements | Cloud costs cut, availability raised, migrations completed, environment set-up time reduced |
| Projects & portfolio | Architecture diagrams, decision records and reference designs, anonymised where needed |
| Problem-solving | A design trade-off or incident: the options, the choice made and how it performed |
| Technical & AI competence | An AI or data platform design, with its cost model, security controls and results |
| Leadership & collaboration | Standards adopted by teams, engineers mentored, design reviews led |
| Professional credentials | Current cloud architect certifications, plus security or FinOps credentials |
How to show you’re ready to be a cloud or solutions architect
- A design you led: the business need, the architecture, the trade-offs and how it ran in production.
- A cost story: spend you reduced or forecast accurately, and how you did it.
- A resilience example: how a system you designed handled an outage or a spike in demand.
- Current certifications and a short account of how you keep up with new services.
Your goal: show you design cloud platforms that are secure, reliable and good value, not just technically clever.
How to assess a cloud or solutions architect
- Ask: “Tell me about a design decision you got wrong. How did you find out and what changed?”
- Ask: “How would you cut our cloud bill by a fifth without hurting reliability?”
- Work sample: a whiteboard or take-home design for a realistic system, with security, resilience and a cost estimate.
- Design review: ask them to critique one of your existing architectures and prioritise the fixes.
- References: engineers who built their designs and leaders who relied on them.
Your goal: test judgement on trade-offs, security and cost, and the ability to explain them, not just platform knowledge.
10. Career Planning: Salary & Demand Outlook
What are the financial prospects and future opportunities?
Income expectations. United Kingdom, GBP, annual base salary for full-time permanent roles, dated per row, plus one contract day-rate row. Architect roles start at an experienced level, so the entry row covers people new to architecture.
| Career level | Indicative annual base salary (UK) |
|---|---|
| Entry / junior (new to architecture) | Cloud architect 10th percentile £71,349 (ITJobsWatch, 6 months to 17 Oct 2026); solutions architect 10th percentile £65,000 (ITJobsWatch, 6 months to 16 Oct 2026) |
| Mid-level / experienced | Cloud architect median £90,000 (ITJobsWatch, 6 months to 17 Oct 2026); solutions architect median £90,000 (ITJobsWatch, 6 months to 16 Oct 2026); cloud architect, London, 3–5 years £95,000–£130,000 (Morgan McKinley, 2026) |
| Senior / lead | Cloud architect 90th percentile £110,000 (ITJobsWatch, 6 months to 17 Oct 2026); cloud architect, London, 5+ years £130,000–£180,000 (Morgan McKinley, 2026) |
| Director / executive (enterprise or chief architect) | Enterprise architect, London, 5+ years £130,000–£180,000 (Morgan McKinley, 2026). No reliable UK benchmark was found for heads of cloud. |
| Contract cloud architect (day rate, England) | Median £600 per day; 10th–90th percentile £475–£813 (ITJobsWatch, 6 months to 18 Oct 2026) |
- Total compensation: Permanent roles often add a bonus, pension and certification budgets. Contracting is common, especially for migrations, and day rates vary with security clearance and specialism.
- Key salary drivers: Depth on a major platform, professional-level certifications, security clearance, London versus regions (London pays a clear premium), sector (financial services pays most) and experience with AI and data platforms.
Demand & employment outlook
- Current demand: High. Advertised UK cloud architect roles rose to 345 in the six months to 17 October 2026, from 125 a year earlier, with the median up 5.88% (ITJobsWatch). Solutions architect roles rose to 2,126, from 621 (ITJobsWatch).
- Projected demand growth: There is no official UK forecast for this role. In the US, computer network architects (a related occupation) are projected to grow 8% from 2025 to 2035, against 3% for all occupations, with cloud computing named as a driver (US Bureau of Labor Statistics).
- High-demand industries: Financial services, public sector, SaaS, retail and e-commerce, telecoms, healthcare and consultancies running migrations.
- Geographical opportunities: London has the most roles and highest pay, with strong markets in Manchester, Leeds, Bristol, Reading and the Thames Valley, Edinburgh and Birmingham. Remote and hybrid roles are common.
- Skills shortages: Cloud security, FinOps and cost-aware design, multi-cloud and hybrid networking, and AI and data platform architecture.
- AI impact on employment: AI speeds up template writing, documentation and cost analysis. Judgement on trade-offs, security, data location and the cost of AI workloads is growing in value.
- Future outlook (3–5 years): Demand should stay strong as AI workloads grow, with more weight on cost control, sovereignty and resilience, and on platforms that let engineers serve themselves safely.
11. Career Paths & Progression
How can someone enter, develop and progress in this career?
Typical entry routes: Cloud, DevOps or platform engineer, infrastructure or network engineer, software developer or technical consultant.
- Infrastructure, DevOps or Software Engineer
- Cloud / Platform Engineer
- Cloud / Solutions Architect
- Principal or Enterprise Architect
- Chief Architect or Head of Cloud
- Alternative career paths: AI solutions architect, security architect, platform engineering lead, FinOps lead, pre-sales architect, or technology consultant.
- Skills needed for progression: Enterprise architecture, technology strategy, multi-cloud governance, budget ownership and leading an architecture practice.
- Recommended development priorities: Earn a professional-level certification, lead a migration or platform build end to end, own a cloud cost target, and design a platform for an AI or data workload.
12. Frequently Asked Questions
What is the difference between a cloud architect and a solutions architect?
A solutions architect designs specific systems or projects to meet a business need. A cloud architect focuses on the shared cloud platform and standards. In many teams the roles overlap.
Which cloud certification should a cloud architect start with?
Start with the platform your target employers use most, at associate level, then move to a professional architect certification once you have hands-on experience.
Can you become a cloud architect straight from university?
Rarely. The main barrier to entry is experience: most architects spend several years as engineers first, because good design depends on knowing how systems fail in practice.
How does this role differ from an AI solutions architect?
A cloud or solutions architect designs the platform and systems as a whole. An AI solutions architect focuses on designing AI applications and models that run on that platform.
How can a hiring manager assess a cloud architect quickly?
Use a realistic design exercise and ask about trade-offs, security and cost. Strong candidates ask questions about the business before drawing anything.
What distinguishes a good architect from an exceptional one?
A good architect produces sound designs. An exceptional one gets them adopted, keeps costs predictable and leaves teams able to build safely without them.
13. Next Steps: Get In Touch & Further Reading
For hiring managers
Need professionals who can deliver measurable outcomes, adapt to change and use AI effectively? We can help you define your capability requirements, evaluate candidates and identify exceptional talent, whether you need a cloud or solutions architect, an AI solutions architect or a chief technology officer to lead the platform.
For candidates
Looking to build your skills, demonstrate your potential or take the next step in your career? Explore how we can help you identify opportunities and position your experience as a cloud or solutions architect.
Whether you’re hiring a cloud or solutions architect or ready to become one, tell us what you need and we’ll help you take the next step.
Get in touchBrowse all job descriptionsFurther reading
Flexera 2026 State of the Cloud Report
Key findings on cloud spend, waste, FinOps adoption and AI from over 750 cloud decision-makers.
Flexera →
State of FinOps 2026
How cost management is extending to AI spend, and the skills teams want to add.
FinOps Foundation →
Computer Network Architects: Occupational Outlook
US guidance on the work, training routes, pay and outlook for network and infrastructure architects.
US Bureau of Labor Statistics →
Sources: ITJobsWatch: Cloud Architect (6 months to 17 Oct 2026); ITJobsWatch: Solutions Architect (6 months to 16 Oct 2026); ITJobsWatch: Cloud Architect contracts in England (6 months to 18 Oct 2026); Morgan McKinley: 2026 Technology UK Permanent Salaries; Gartner: Worldwide IT spending forecast 2026 (July 2026); Flexera 2026 State of the Cloud Report (Mar 2026); FinOps Foundation: State of FinOps 2026 (Feb 2026); Experis Tech Talent Outlook Q3 2026 (June 2026); US Bureau of Labor Statistics: Computer Network Architects (2025–2035 projections). Salary and demand figures reflect the sources and dates shown and should be reviewed annually.