Technical Project Delivery
Plenty of consultancies will help you define a strategy. Fewer will stay in the room when it's time to build the thing - write the SOW, manage the vendor, oversee the architecture, run the sprint reviews, coordinate QA, and make sure it ships.
That's what we do. 10+ years team average experience, 65+ projects across startups and Fortune 500 companies, and direct accountability for outcomes rather than just recommendations.
Where Projects Break Down
Scope at the Wrong Altitude
Requirements written as feature lists without acceptance criteria, edge cases, or integration requirements. Ambiguities surface as decisions that should have been made weeks earlier - each one consuming time and creating risk.
Vendor Selection Without Technical Evaluation
Selecting development partners based on price or portfolio without assessing technical capability for the specific work. A team that knows Shopify but not SFCC, or can build a frontend but not architect the API layer, creates expensive late-stage problems.
Architecture Decisions Deferred Too Long
“We'll figure out the data model later” creates expensive rework. Architecture choices constrain every decision that follows. A team without strong technical oversight defaults to what they know, not what the project needs.
No Definition of Done
Projects without agreed-upon completion criteria don't finish - they trail off. Features accumulate minor issues that are always “almost fixed.” Launch dates slip because nobody defined what “ready” means.
Our Delivery Framework
Axevate Project Delivery Process
- Discovery & Requirements
Structured stakeholder interviews, current-state mapping, requirements document with acceptance criteria, and a SOW with realistic scope, timeline, and cost estimate. Milestone-based payments aligned with delivery checkpoints.
- Architecture & Technical Planning
System components, data models, API contracts, third-party integrations, infrastructure requirements, and a decision log explaining why key choices were made - before a line of code is written.
- Build Oversight & QA
Code review standards, architecture compliance checks, and regular technical reviews that surface issues while they're cheap to fix. Test coverage requirements, regression testing, performance benchmarks, and security review defined before build begins.
- Launch Coordination
Launch checklists, rollback plans, monitoring setup, and go-live coordination. We stay available during the critical post-launch period when production issues are most likely.
- Handoff & Post-Delivery Support
Runbooks, architecture documentation, deployment procedures - delivered as project deliverables. Post-delivery support period (typically 30–90 days) to address production issues and complete the knowledge transfer.
Engagement Models
Full Delivery Partnership
We own end-to-end delivery - requirements through launch. We assemble and manage the team, oversee architecture, maintain the SOW, and deliver the working system. Full accountability for outcomes.
Technical Oversight
Your team (internal or external vendor) does the build; we provide independent technical oversight. Architecture review, vendor audit, sprint reviews against requirements, and risk escalation before issues become failures.
Project Recovery
When a project is in trouble - missed milestones, quality issues, scope creep, team dysfunction. We perform a project audit, identify root causes, define a recovery plan, and either oversee execution or deliver a detailed remediation roadmap.
Fractional Technical Leadership
Ongoing CTO or tech lead support for organizations that need senior technical guidance without full-time executive capacity. Planning meetings, significant technical decisions, vendor selection, and the organizational experience that helps growing companies avoid expensive mistakes.
AI & Technical Delivery
We apply the same delivery discipline to AI and LLM projects - arguably more important there, because the failure modes are less visible and the cost of a poorly managed deployment compounds faster.
LLM Implementation →
From proof-of-concept to production: model selection, RAG, prompt engineering, cost management, and team enablement.
Agentic AI Experiences →
Autonomous agents that take action in real systems - built with production monitoring, cost controls, and structured failure handling.
FAQ
With a phased delivery approach. Phase one is always a time-boxed discovery sprint that produces a requirements document with sufficient clarity to estimate and plan Phase two. We do not sign a fixed-scope contract for a Phase two we have not defined. This protects both parties - you get accurate estimates, and we deliver against requirements we actually understood.
Both, depending on the situation. We are often most valuable as the technical oversight layer between your business stakeholders and an existing vendor. When a vendor relationship is not working, we can assess objectively and recommend a replacement process, or take on the build work ourselves.
Through a formal change management process defined in the SOW before work begins. Scope changes are documented, impact-assessed, and approved before being incorporated. We do not oppose scope changes - new information legitimately changes requirements. We oppose scope changes that are not acknowledged as changes, which erodes estimates and creates delivery risk.
Offshore development works well with the right structure: clear requirements, strong technical oversight, and communication rhythms that compensate for time zone differences. We are direct about what offshore works well for - high-volume development with well-defined requirements - and what it does not: architecture design, ambiguous discovery work, or anything requiring rapid iteration with business stakeholders.
A mid-size eCommerce re-platform: 3–6 months for a well-scoped implementation. A custom web application with integrations: 4–8 months depending on integration complexity. An AI-enabled feature: 6–12 weeks for a focused implementation. Every estimate requires understanding the specific requirements - we do not give timelines before we understand scope.