Dedicated Project Management | Agile Delivery

Project managers who keep delivery on track without turning every update into a status meeting.

Projects go off-track for predictable reasons: unclear scope, missing decisions, blocked engineers, and decision-makers who don't hear about problems until they're expensive. We embed senior project managers directly into your team, sprint planning, milestone tracking, stakeholder reporting, and risk escalation. Engineers stay heads-down building. You stay informed without having to chase updates.

See our work

  • Sprint planning and backlog grooming that keeps engineers unblocked and sprints coherent

  • Weekly reports that surface blockers and decisions needed, not just green dashboards

  • Milestone-based delivery tracking with clear go/no-go gates before each phase

  • Risk identification and escalation before problems become delays

Recent outcomes

Voice AI · Research

Text-based interviews converted to automated phone calls

6× deeper insights

AI Automation · Ops

Manual invoice OCR across 40+ gas stations

20k+ txns day one

Loyalty · Retail

SuperValu & Centra loyalty platform with receipt validation

1,062 users in 4 weeks

SaaS · Logistics

Multi-carrier shipping hub for Indonesian eCommerce

2,000+ shipments yr 1
4.9 / 5 on ClutchSee all work

Recognition

Sound familiar?

  • How many hours a week do your engineers spend in coordination meetings that don't need them?

  • When did you last get an honest status update on a project before it was already late?

In short

RaftLabs provides dedicated project managers who embed into the client's team and manage sprint planning, backlog prioritisation, progress reporting, milestone tracking, and risk escalation. Project managers work in the client's tools (Jira, Linear, Notion, or equivalent) and run agile delivery using Scrum or Kanban depending on the engagement. Engagements start within one week at a fixed weekly rate.

Most project delays are not engineering problems. They're coordination problems: unclear requirements that cause rework, decisions that don't get made until they're blocking, and decision-makers who find out about scope changes in the delivery review rather than when they could still influence the outcome. A project manager who catches those problems early is measurably cheaper than one who documents them after the overrun.

The project managers we embed are senior enough to push back on unrealistic timelines during planning, structure status updates that surface problems rather than hide them, and run change control without turning it into a bureaucratic blocker. They work in your tools, Jira, Linear, Notion, Asana, or your existing stack, and integrate into your team's working patterns within the first week. Engineers get unblocked. The right people stay informed without needing to chase. Scope changes are handled with written sign-off rather than verbal agreements that get remembered differently by each party.

What we deliver

How embedded project managers work

Sprint planning and delivery management

Agile delivery management in the client's existing tools: Jira, Linear, Notion, or Asana depending on what the team already uses, not a migration to a new tool as a precondition for getting started. Scrum for projects with defined feature sets: two-week sprints with sprint planning that produces a realistic commitment based on actual team velocity (measured from the previous 3 sprints, not estimated optimistically), a sprint goal that defines the purpose of the sprint in one sentence, and a sprint backlog with acceptance criteria specific enough that "done" is unambiguous. Kanban for support and maintenance work with WIP limits enforced so the team isn't context-switching across six in-progress items simultaneously. Backlog grooming sessions that turn business requirements into implementation-ready tickets: each ticket has a description of the user goal, acceptance criteria, edge cases to handle, and any technical notes from the engineering team. Velocity tracking produces a burndown chart that reflects reality rather than plan, surfacing mid-sprint scope creep or underestimation before it becomes a missed sprint deadline. Daily standups kept to 15 minutes and focused on blockers rather than status reports that could be read from the tracking tool.

Jira-specific configuration: epic and story hierarchy aligned to the release roadmap (not a flat ticket list that makes progress invisible); custom issue types for bug, technical debt, and spike (time-boxed investigation task) so the backlog composition is visible to configured recipients. Sprint velocity chart and cumulative flow diagram are set as the default dashboard rather than the default Jira view that shows every ticket in the system. Linear configuration: cycle time tracking per label; milestone tracking against a roadmap; GitHub integration for PR-to-ticket linkage so deployment status is visible on the ticket. Confluence or Notion for decision logs: every architectural or product decision documented with the decision, the options considered, the rationale, and the date, so context is available to anyone who joins the project mid-flight without requiring a briefing from the PM.

Stakeholder reporting and communication

Weekly written status update covering: what shipped in the current sprint (with links to the deployed features or the Jira/Linear sprint), what is planned for the next sprint, current blockers with owner and expected resolution date, decisions needed from the client with context and deadline, and any changes to scope, timeline, or budget since the last update, all on one page. The update is written in Notion, Confluence, or email depending on the client's preference, and sent by 09:00 Monday morning so the team starts the week informed rather than asking for a catch-up call. Reporting format chosen based on what the recipient needs: a technical team lead gets a different update than a non-technical founder or a client's executive sponsor, using the right level of abstraction for each audience rather than a one-size report that some recipients skim and others can't interpret. Escalation paths defined at project start: what kind of issue triggers an immediate notification (scope-breaking dependency, third-party integration blocked, delivery date at risk) vs. a weekly mention, who owns each type of decision, and what happens if a decision isn't made by the required date. Escalation cadence is critical, a decision that has been waiting for two weeks is a delayed project. Risk register maintained throughout the project: identified risks, probability, impact, owner, and the mitigation or contingency plan for each, reviewed in every sprint review so risk status reflects current project state rather than an initial assessment that was never updated. Honest status signals: a project that is on track gets a brief update; a project that has a problem gets a clear description of the problem, the impact on delivery, and the options for resolving it, including the cost of each option in timeline or scope, not a green dashboard with a buried footnote. Meeting minutes for any decision-making session with action items, owners, and deadlines sent before the close of business on the day of the meeting.

Scope and change management

Scope documentation at project start: a written scope document defining what is in scope, what is explicitly out of scope (with enough specificity to resolve disputes), and the process for handling change requests. Change requests assessed for impact before being accepted: timeline impact, budget impact, and whether the change displaces something already committed. Written sign-off required before scope changes are incorporated, not verbal agreements that get misremembered differently by the two parties. Change log maintained throughout the project so the final scope reflects the actual decisions made, not the initial estimate. Scope creep identification: requests framed as "small additions" assessed by the PM rather than absorbed by engineering, because individually small additions aggregate into significant overruns. Milestone gates with explicit go/no-go criteria before each phase: design complete, development complete, QA complete, launch ready. Each gate has defined acceptance criteria so "complete" means something specific rather than "mostly done." Budget tracking against the agreed scope shows cumulative hours or cost alongside the remaining budget, updated weekly rather than discovered at project close.

Risk management and delivery assurance

Risk identification starting in the discovery phase, before development begins, using a structured risk assessment that covers: technical risks (dependencies on third-party APIs with unreliable documentation, integration complexity with legacy systems, unfamiliar technology requiring team upskilling), resource risks (key person dependency, consultant availability windows, holiday blackout periods during critical phases), timeline risks (external dependencies outside the team's control: regulatory approvals, client content delivery, third-party integration timelines), and scope risks (requirements from decision-makers with a history of changing priorities mid-sprint). Each identified risk is assigned a probability (high/medium/low), impact (high/medium/low), owner responsible for monitoring it, and a mitigation plan (action to reduce probability) plus a contingency plan (action to execute if the risk materialises despite mitigation). Risk probability and impact reviewed each sprint so the register reflects current project reality rather than a pre-project assessment. Dependency mapping across the project: a directed dependency graph showing which features depend on other features being complete, which require external inputs (approved designs, third-party API credentials, content from the client, business decisions from the client), and which items are on the critical path where a delay propagates to the project delivery date. Any external dependency without a confirmed delivery date becomes a tracked risk with an owner. Post-sprint retrospectives structured with three questions (what went well, what could improve, what is one specific action we will take next sprint) and action items assigned with owners and due dates, reviewed at the start of the following retrospective to confirm they were completed, not discussed and forgotten.

Team health metrics tracked weekly: sprint commitment accuracy (story points committed vs completed, consistently below 80% signals planning problem; consistently at 100% signals sandbagging); PR cycle time (time from PR opened to merged, above 3 days signals review bottleneck or unclear ownership); bug escape rate (defects found in QA vs defects found in production, rising production bugs signal QA coverage problems). These metrics are shared with the engineering lead weekly in a 10-minute sync, not saved for the quarterly retrospective after the problem has compounded. When a metric trend indicates a structural problem (velocity declining for 3 consecutive sprints), the PM produces a root cause analysis with specific remediation actions, not a note in the retrospective that the team "needs to improve estimation."

Need a project manager embedded in your team?

Tell us about the project, the current delivery challenges, and your team size. We'll match you with the right PM and get them started within a week.

Talk about your project needs

  • Dedicated Teams, Embedded engineering teams that work as an extension of your organisation

  • Custom Software Development, Full-stack product builds with fixed cost and defined scope

  • Product Engineering, Long-term engineering partnership for product iteration and scaling

  • DevOps, Infrastructure, CI/CD, and deployment management for your engineering team

How it works

From first call to shipped product: how every build runs.

The same four steps on every engagement. A 6-week voice AI deployment runs the same shape as a 16-week enterprise build.

  1. Week 1
    01

    Discover

    We spend the first week understanding the problem, not presenting a solution. Discovery session, interviews with the people closest to the work, workflow mapping, and a technical audit of what you already have. You leave knowing exactly what's broken and why previous attempts didn't fix it.

  2. Weeks 2–3
    02

    Design

    Low-fidelity wireframes before any code is written. You see the product before we build it. Scope, timeline, and fixed price locked at this stage. No surprises after work starts.

  3. Weeks 4–12
    03

    Build

    Bi-weekly agile sprints. Weekly progress calls. Direct access to the team and project management tools. Working software at the end of every sprint. Not a big-bang delivery at the finish line.

  4. Weeks 12–16
    04

    Ship

    Production deployment, QA sign-off, load testing, and team handover. You own the full codebase from day one. We stay on for post-launch iteration and support. Nothing gets thrown over the wall.

Frequently asked questions

We default to Scrum for projects with defined feature sets: two-week sprints, sprint planning, daily standups (15 minutes, async-first where possible), sprint review, and retrospective. For ongoing maintenance or support work, Kanban with WIP limits. We adapt to what you're already running rather than forcing a methodology change, but we will flag if your current process has structural problems causing delivery failures. Most projects benefit from tighter scope control in planning and more honest risk reporting, not a complete process overhaul.

Weekly written update covering: what shipped this sprint, what's planned for next sprint, current blockers and who owns resolving them, decisions needed from the client, and any changes to scope, timeline, or budget. We keep the report to one page. If the recipient has no actions to take, it's informational and stays brief. If there are decisions needed, those are surfaced clearly with context and a deadline, not buried in a progress summary. We don't send green dashboards when the project is amber.

Every project starts with a scope document that defines what is in scope, what is explicitly out of scope, and how changes are handled. New requests during development go through a change request process: we assess impact on timeline and budget, document it, and get written sign-off before incorporating. This is not bureaucracy, it's the mechanism that prevents misaligned expectations at handoff. We flag scope creep early rather than absorbing it silently and then presenting an overrun at the end.

A dedicated project manager embedded into your team typically runs $3,000 to $5,500 per month depending on project complexity and the level of reporting required. For projects where a full-time PM is overkill, we offer fractional PM coverage (typically 2 days per week) at a proportionally lower rate. We quote after a call to understand the project scope, team size, and reporting requirements.

Yes, and we've done it. The first week is always a rapid audit: what was the original scope, what was actually built, what are the open decisions that nobody has made, and what is the honest timeline from where we are now. We produce a written recovery assessment before doing anything else, because fixing a delayed project without understanding why it's delayed usually just delays it further. We'll give you an honest view of what's recoverable and what isn't.

The PM handles coordination, reporting, and process, the engineering manager owns technical decisions and team performance. There's no overlap if the roles are defined clearly at the start. In practice: the PM runs sprint ceremonies and produces status updates; the engineering manager decides architecture, reviews code, and manages engineers. We define the boundary explicitly in the first week so there's no confusion about who owns what.

Work with us

Tell us what you need. We'll tell you what it would take.

We scope Dedicated Project Management in 30 minutes. You walk away with a clear cost, timeline, and approach. No commitment required.

  • Scope and cost agreed before work starts. No surprises. No obligation.
  • Working prototype within 3 weeks of kickoff.
  • Pay by milestone. You see progress before each invoice.
  • 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
  • All conversations are NDA-protected.