Retainer hour tracking for cloud architects.

Cloud architects and infrastructure advisory consultants on monthly retainers face a persistent billing problem: technology leaders see architecture recommendations, migration plans, and security posture reviews — not the current-state assessment, design options analysis, and incident response hours behind them. A cloud migration cutover concentrates 3–4x normal advisory hours into days. HourTab gives each client a live balance URL so architectural and advisory work accumulates in plain view throughout the engagement.

Free forever for your first retainer · no credit card.

Why cloud architecture retainer tracking goes wrong

How it works for cloud architects

  1. 1
    Create one retainer per client engagement. Enter the client name, monthly hour cap, and engagement start date. For a client with separate architecture advisory and migration oversight tracks, consider separate retainers if each has a different engineering leadership budget owner — or combine if a single CTO owns both.
  2. 2
    Log architecture review, migration, and incident advisory as it happens. Export from Toggl, Harvest, or your time tracker. Each entry appears in the client-facing log with description, date, and running balance. Log work with technical specificity: “Architecture review: ECS vs. EKS evaluation for API workload, ADR + cost model, 4h” or “Migration: RDS cutover runbook dry-run + sequence validation, 3h.”
  3. 3
    Share the URL at engagement start. Drop the link in the engagement letter or kickoff meeting. Technology leaders check balance before requesting new architecture reviews or migration work. During a production incident: “We’re at 17 of 20 hours; the post-incident review and remediation architecture will take another 8—this is the most important investment window to not cut.”

Architecture assessment and migration cutover hours are visible in real time. No cloud advisory billing surprises.

“The CTO sees the architecture recommendation document. They don’t see the twenty hours of current-state discovery, dependency mapping, and design options analysis that made the recommendation defensible.”

— independent cloud architect and infrastructure advisor

A live balance URL makes architecture review, migration oversight, and incident advisory hours visible in real time, so the invoice reflects technical work the technology leader has already seen accumulating.

Frequently asked questions

How do cloud architects structure monthly infrastructure advisory retainers?

Cloud architecture retainers typically cover a monthly hour cap for architecture review, technology evaluation, migration planning and oversight, security posture review, incident response advisory, and team enablement. Current-state assessment produces no visible deliverable until the recommendation is ready. A live balance URL makes assessment and design hours visible throughout the engagement.

How do I track architecture review hours that are invisible before the recommendation document?

Log each review task with technical context: “Architecture review: current-state mapping, 3 services, dependency graph + cloud fit assessment, 8h.” Technology leaders can see the assessment investment before the recommendation document is delivered, establishing why the analysis takes time to be trustworthy.

How do I handle cloud migration cutover that concentrates 3-4x normal hours in days?

Log migration work with specific workloads and phases: “Migration: RDS cutover runbook dry-run + sequence validation, 3h.” Technology leaders can see the cutover concentration building and pre-authorize a temporary cap expansion before the migration window and the invoice arrive simultaneously.

Does the technology leader need access to my cloud environment to see the balance?

No. HourTab is entirely separate from AWS Well-Architected Tool, Lucidchart, Structurizr, or any documentation system. Technology leaders receive a bookmarkable URL showing hours consumed, hours remaining, and a work log. They never see your internal ADRs, security findings, or confidential infrastructure topology. No login, no portal access.

One link per client. No more “how many hours do I have left?”