A cloud solutions architect position is open, fully remote, paying $155,000 a year to candidates anywhere. This is a senior role in DevOps and cloud infrastructure, focused on strategy and design rather than the hands-on operational work a cloud engineer handles day-to-day.
Where a cloud engineer implements infrastructure, this role decides what gets built in the first place, and why. That distinction matters for anyone weighing whether this is the right fit: the work is more about making judgment calls months before a single resource is provisioned than about troubleshooting something that's already running.
What the role owns
- Design end-to-end cloud infrastructure strategies
- Guide migrations from on-premises systems
- Ensure architectures meet security, scalability, and cost requirements
A lot of this work happens in rooms with people who aren't engineers. A business stakeholder pushing for a multi-cloud strategy because a competitor announced one can sound compelling on the surface, and part of the job is walking through the actual operational complexity that decision adds, the duplicated tooling, the split expertise across teams, the real cost of running two clouds instead of one, before agreeing to build toward it. Saying no convincingly, backed by real numbers rather than just technical intuition, is as much a skill here as the architecture work itself.
Migration planning carries its own version of this challenge. A migration timeline that looks reasonable on paper can fall apart the moment someone discovers a legacy system with an undocumented dependency that can't tolerate any downtime, and figuring that out before the migration starts, not during it, is what separates a solid plan from an optimistic one.
Security and scalability requirements often pull in opposite directions during design, and reconciling them is a constant part of the work. A tightly locked-down network configuration that satisfies every security concern can also make it harder to scale a service quickly when traffic spikes, and the right answer usually isn't to pick one priority over the other, but to find an architecture that genuinely serves both.
Background required
The formal education ask is a bachelor's degree, and it's almost always computer science on paper, though at this point in a career the certifications and the track record of systems actually designed matter more than the degree itself. Five years of extensive experience designing large-scale cloud solutions is required, along with advanced cloud certifications. Strong communication skills for working with both technical and business stakeholders are essential, not optional polish on top of the technical work.
- Cloud architecture design
- AWS, Azure, or GCP
- Security best practices
- Cost optimization
- Stakeholder communication
- Migration planning
Professional-level certifications carry real weight here: AWS Solutions Architect Professional, Azure Solutions Architect Expert, or GCP's Professional Cloud Architect credential, depending on the primary platform involved. Familiarity with an enterprise architecture framework like TOGAF helps for larger, more structured organizations, and hands-on FinOps experience, actually managing cloud spend rather than just designing around a rough budget, will strengthen an application considerably.
Vendor negotiation experience isn't something most technical resumes mention, but it comes up more often at this level than people expect. Choosing between cloud providers, or negotiating enterprise pricing agreements once a platform is selected, can shape a company's infrastructure budget for years, and an architect who's been part of those conversations brings a perspective that pure technical design work doesn't teach.
Compensation
The role pays $155,000 annually. Certification and training budgets are substantial at this level, alongside health coverage, paid time off, and 401(k) matching, since staying current across multiple cloud platforms requires real, ongoing investment. Paid holidays and the occasional team-building event are offered by some employers hiring for this kind of role, though that varies by company.
- Certification and training budget
- Health coverage
- Paid time off
- 401(k) matching
The business side of architecture
Cloud solutions architect roles sit at an unusual intersection. Naukri Mitra sees candidates for this kind of position come from a wider range of backgrounds than most technical roles, since the job leans as heavily on communication and stakeholder alignment as it does on technical depth. That's not an accident. A brilliant architecture that nobody outside engineering understands or trusts tends to get watered down in execution, or replaced entirely by a worse plan that happened to get better buy-in.
Compliance requirements often shape architecture decisions more than engineers coming from a purely technical background expect. A healthcare client's data residency requirements or a financial services client's audit trail obligations can rule out an otherwise ideal architectural pattern entirely, and knowing frameworks like HIPAA or SOC 2 well enough to design around them proactively saves a lot of rework later.
Presenting to an executive audience is a distinct skill from presenting to an engineering team, and this role calls for both. A technical deep-dive that works well in a design review meeting needs to be compressed into a handful of slides, and a clear recommendation when the audience shifts to people making budget decisions, and losing the nuance without losing the substance takes real practice.
Getting to this level
Cloud solutions architect remote salary at this tier reflects the scarcity of people who've genuinely designed and delivered large systems end-to-end, not just contributed to parts of them. Most people learning how to become a remote cloud solutions architect spend years first as engineers, then leads, gradually taking on more architectural responsibility before the title formally catches up with the work they're already doing.
Candidates should come prepared to walk through a specific architecture they designed, including a decision that received pushback from stakeholders and how that disagreement was resolved. A design that was rejected and the reasoning behind the eventual change of course often reveal more useful judgment than a system that went exactly according to plan from the start.
