Full-Stack Development
From approved blueprint to running system.
Carry an agreed product scope through coding, automated testing, production release, and ongoing operations with one continuous technical context.
Review the delivery lifecycle$35 per hour · Minimum 50-hour starting commitment
For products ready to move beyond the blueprint
Delivery works best when business intent, system boundaries, and acceptance conditions are understood, so implementation can focus on reliable software instead of rediscovering the project mid-build.
- You have an approved requirements and architecture baseline ready for implementation.
- You need one accountable delivery partner across application code, data, integrations, testing, and release.
- Your prototype proves the idea but needs to become a reliable, maintainable production system.
- You want the same technical context carried from implementation into deployment and ongoing operations.
A natural continuation
Requirements define the promise. Delivery proves it.
Approved requirements, architecture, work packages, and acceptance criteria become the baseline for estimation, implementation, tests, release decisions, and final acceptance.
- Approved baseline
- Implementation
- Verification
- Release
- Operations
One lifecycle from code to operations
Application behavior, tests, deployment, and operations are designed together, reducing fragile handoffs and exposing production constraints before launch.
- Product & application code
- Responsive interfaces, business logic, APIs, authentication, data models, background processing, and integrations as one coherent system.
- Testing & quality control
- Automated tests, code review, static checks, integration verification, defect tracking, and acceptance evidence for critical paths.
- Release & deployment
- Environment configuration, pipelines, migrations, release checks, deployment, rollback planning, and post-release verification.
- Operations & improvement
- Monitoring, logging, backups, dependency maintenance, incident handling, capacity review, security updates, and planned improvements.
A delivery package built to survive handoff
The outcome is not only a deployed application. It is a system another capable team can understand, verify, release, and operate.
- Maintainable source code
- A structured repository with documented dependencies, configuration, development setup, and agreed ownership.
- Verification evidence
- Automated test results and acceptance records mapped to requirements and critical business workflows.
- Production release
- Versioned build artifacts, migration steps, deployment configuration, release notes, and an agreed rollback path.
- Technical & operational handoff
- Architecture overview, runbooks, environments, integrations, constraints, recovery procedures, and maintenance guidance.
How delivery works
Working software, verification evidence, and operational readiness progress together rather than being postponed until the end.
1. Confirm the baseline
Review requirements, architecture, UI direction, acceptance criteria, environments, dependencies, and unresolved risks.
2. Plan the delivery
Define milestones, vertical slices, responsibilities, release strategy, operational needs, exclusions, and change control.
3. Build in vertical slices
Deliver complete capabilities across interface, application logic, data, and integrations for review in working software.
4. Test continuously
Automate critical checks, verify integrations, review code, resolve defects, and collect acceptance evidence.
5. Release safely
Prepare environments, migrate data, deploy, verify production behavior, and retain a practical rollback path.
6. Operate & improve
Monitor the system, maintain dependencies and infrastructure, respond to agreed events, and plan improvements from usage evidence.
Hourly delivery with an agreed scope
Work is $35 per hour. Engagements start with at least 50 approved hours—a minimum starting budget of $1,750. Additional effort is reviewed and approved before entering the plan.
Operations are explicit, not assumed
Initial deployment can be included. Ongoing monitoring, backups, maintenance, incident response, cloud administration, coverage hours, and response targets are a separate operating scope.
Common questions
Is Requirements & Architecture required first?
A clear delivery baseline is required, but it does not have to be produced by me. Material gaps should be resolved before a build commitment.
Can this continue directly from Requirements & Architecture?
Yes. The approved baseline becomes the source for estimation, scope, testing, acceptance, release planning, and operational preparation without losing discovery decisions.
What systems can be delivered?
Typical work includes web applications, SaaS products, internal tools, operational systems, backend APIs, and third-party integrations. Specialist platforms are scoped when the expertise is available.
How are scope changes handled?
Each change is assessed for its effect on design, implementation, tests, release timing, operations, and budget before entering the plan.
Does the project include deployment?
Yes, when included in scope. The proposal defines environments, access, migrations, checks, rollback responsibilities, and production acceptance.
What does ongoing operations include?
It is scoped per system and may include monitoring, logging, backups, updates, incidents, capacity review, and maintenance. Coverage, response targets, cloud costs, and third parties are explicit; 24/7 support is not assumed.
Can another team maintain the system afterward?
Yes. Code, tests, architecture notes, environment documentation, release process, and runbooks support a structured handoff.
See how the delivery approach works in practice.
Review selected products, systems, integrations, and implementation work in the project gallery.