Responsibility Matrix for Delivery and Implementation Projects

Why tasks get stuck between parties

Tasks rarely stall because of one big mistake. Usually it starts with a small detail: one participant is sure a step is already agreed, another waits for formal confirmation, a third doesn't realize it's their turn. In the end you hear the familiar phrase: "that's not our area."

In delivery and implementation projects there are many such touchpoints. Procurement is responsible for the contract and delivery dates, IT for compatibility and commissioning, InfoSec for security requirements, the integrator for configuration, and service for post-launch support. If there is no clear owner at the interfaces between these roles, the issue begins to go in circles.

Mail and chat alone do not solve this. Conversations are visible in messages, but it's not always clear who makes the decision, who approves, and who is just kept informed. When deadlines are tight, messages get forwarded around, but responsibility doesn't increase.

Most often deadlines and decisions are lost in four places:

• during requirements approval before procurement
• during equipment acceptance and completeness checks
• during connection, configuration and issuing of credentials
• during handover of the system to support after launch

A typical example: servers arrived on time, but the launch was delayed by a week. Procurement considers its part closed, IT is waiting on network settings, InfoSec hasn't received documents for review, the integrator can't start without access to the environment, and the service team doesn't know from which day it is responsible for incidents. Formally everyone is busy, but in reality work is stalled.

That's why a responsibility matrix isn't for reporting only, but for real operational handoffs. It shows in advance who performs a step, who approves the result, who should be consulted, and who should be informed about the status. Then tasks don't hang between functions and contractors.

This is especially important in projects where delivery, implementation and support are part of a single chain. Even if one partner does some of the work and a manufacturer or service team covers the rest, roles still need to be divided by stages. Otherwise, after delivery you'll see disputes not about how to solve a problem, but about who should solve it at all.

Who takes part in the project and what they are responsible for

For a responsibility matrix to work, first list all participants without omissions. Problems usually arise not because of equipment but because of gray zones: who approves the model, who accepts the work, who closes an incident after launch.

A typical project usually involves five parties.

• Procurement runs the selection process, the contract, delivery timelines, the set of documents, warranty terms and formal obligations of the parties. Procurement doesn't configure the system, but this is where delivery, installation, replacement and service deadlines must be recorded.
• IT team defines technical requirements and checks whether the solution fits the current infrastructure. Compatibility, implementation plan, access, technical acceptance and handover to operations usually fall on IT.
• InfoSec (information security) is responsible for risks and security rules. This includes approval of accesses, network policies, antivirus protection, logging, encryption and other requirements without which a launch may be stopped.
• Integrator performs the practical implementation: installs and configures equipment, connects it to the existing environment, runs tests and fixes remarks during the startup phase.
• Service and support are especially important after commissioning. Their area covers user requests, warranty repairs, component replacement, maintenance, on-site visits, remote diagnostics and a clear escalation path.

Where boundaries are most often confused

Procurement often believes its role ends after signing the contract. IT may expect the integrator to take InfoSec requirements into account. InfoSec is frequently involved too late, when the equipment has already arrived and deadlines are pressing.

In practice it's better to separate three types of responsibility from the start: who decides, who does the work, and who gives mandatory approval. For example, when supplying PCs, all-in-ones or servers it's important to specify separately who is responsible for physical replacement, who handles configuration, and who restores service in case of an incident.

If a project includes delivery, implementation and support, it's especially important to fix boundaries in a single document. For companies like GSE.kz, which produce equipment in Kazakhstan, perform system integration and provide service support, this helps avoid confusion between stages.

What the responsibility matrix should solve

A responsibility matrix is a simple table that records in advance who does what, who makes decisions, and whom to contact if work stalls. Its purpose is to prevent issues from "floating" between procurement, IT, InfoSec, the integrator and service.

The main benefit of such a matrix is clarity, not form. When equipment arrives, configuration begins, security remarks appear or deadlines slip, the team doesn't need to argue about whose area it is. The responsibility is already fixed.

It's important not to confuse roles. The performer does the work: installs the OS, checks the network, processes delivery paperwork, replaces a component. The owner is responsible for the result: the task must be completed even if they don't do all the hands-on work. The approver confirms that it's okay to proceed. For example, InfoSec approves access settings, while procurement approves replacement of an item under the contract.

In short, the matrix should answer four questions in advance:

• who initiates the action
• who performs the work
• who accepts the result
• who decides disputes or deviations

This is especially important in multi-party projects. When delivering servers or workstations, one team writes the specification, another accepts the equipment, a third commissions it, and service joins after launch. If this isn't divided upfront, any failure turns into correspondence without an owner.

A good matrix records not only incidents. It should also cover routine operational decisions that occur before the first power-on: who approves technical requirements, who confirms InfoSec requirements, who accepts equipment and signs documents, who confirms readiness for implementation, and who escalates to service or the integrator.

So the matrix is needed along the whole path — from procurement to support. It helps not only to resolve problems but also to pass planned stages calmly without unnecessary calls and disputes.

How to create the matrix step by step

The matrix only works when it's tied not to generic job titles but to specific actions. So start not with the table, but with the actual project chain: what happens from the request and procurement to commissioning the equipment and ongoing support.

First, break the project into stages in the order the work actually proceeds. Usually this is requirements preparation, specification approval, procurement, delivery, acceptance, installation, configuration, InfoSec check, commissioning and service. If the project involves delivering workstations, all-in-ones or servers, stages may vary slightly, but the logic remains the same.

After that, for each stage list not general blocks but separate tasks and decision points. Not "implementation", but "who confirms compatibility", "who accepts the equipment in the warehouse", "who issues access to the contractor", "who closes an incident after launch". These are the points where disputes most often begin.

How to assign roles

Assign one primary owner to each task. Only one. If there are two owners, in practice nobody owns it. Separately indicate who approves the decision, who should be consulted and who only needs to be informed.

A convenient order is:

• list project stages in chronological order
• break each stage into specific tasks and handover points
• assign one owner to each task
• mark approvers, consulted and informed parties
• check for tasks without an owner or with double responsibility

Then validate the matrix for contentious areas before the start. Especially where procurement, IT, InfoSec, the integrator and service are involved. Who opens a ticket if a server is delivered on time but fails acceptance by configuration? Who decides if installation is done but access for configuration isn't ready? These moments should be agreed in advance, not on the day of the incident.

There's a simple test. Give the table to someone who didn't take part in creating it. If they can understand within a minute who performs the step, who approves the result and to whom the work is handed next, the scheme is close to workable. If phrases like "this is usually done by another party" remain, the matrix needs clarification.

Template for delivering, implementing and supporting equipment

A useful matrix template should answer three questions for each stage: what is required at the input, who is the decision owner and what counts as completion. If this is missing, tasks move from procurement to IT, from IT to InfoSec, then to the integrator and service, and the deadline is already lost.

If you use RACI for an IT project, the stage owner can be the A role. Performers are R, approvers are C, and informed parties are I. But even without a full RACI table, one line per stage greatly reduces disputes.

It's worth adding three rows that are often forgotten and later slow the work.

Which rows to add separately

• Incident: who accepts the request, who diagnoses, who provides a workaround, who confirms closure.
• Change: who approves the maintenance window, backups, rollback plan and impact on users.
• Warranty case: who confirms the failure, who opens a ticket with the manufacturer or integrator, who controls the replacement.

For a small team the template can be simplified into three blocks: customer, IT/InfoSec, contractor. But the rule remains: each task must have one owner, one clear result and one escalation timeframe. Otherwise even a simple workstation replacement becomes a long chain of emails.

Example in a real scenario

Imagine a company opens a new office for 120 employees. Workstations need to be delivered, network deployed, accesses configured and people must start work without disruptions on the first day. In such a scenario a responsibility matrix quickly proves its value: without it disputes about who does what begin before launch.

First the equipment arrives at the warehouse. Physical acceptance is usually done by the warehouse or a materially responsible person on the customer side: they check quantities, external damage, serial numbers and completeness. Procurement handles documents, specification compliance and issues with the supplier if something is missing or misdelivered.

Next the equipment is passed to the IT team or integrator for preparation. It's important not to mix zones here. IT confirms that devices meet the company's internal standard: system image, domain settings, software set, printers, user accounts. The integrator performs the agreed scope: unpacking, assembly, labeling, installation, connection and basic configuration.

A separate block is accesses and InfoSec requirements. The information security team should not be involved only after people are sitting without access. It approves policies in advance: who can work locally, whether VPN is required, which USB ports are blocked, password and mail and remote-access rules. IT implements these settings and the integrator must not change them at will.

Who is responsible at launch

Commissioning shouldn't hang in the air. The customer, usually through IT, confirms that a workstation is ready to use. The integrator is responsible that the equipment is installed and boots. The vendor or service partner is responsible for warranty defects.

On day one the incident route should be as simple as possible:

• PC won't power on — service or equipment supplier
• network present but no access to systems — IT and InfoSec
• required software not installed — IT or integrator, depending on who prepared the image
• wrong model delivered or missing components — procurement and supplier
• workstation assembled incorrectly, monitor or peripherals not connected — integrator

This scenario seems simple, but it clearly shows where roles were assigned formally and where they are truly understood by all participants.

Common mistakes and contentious spots

Even a good matrix won't help if roles are written too broadly. Problems usually appear not at the procurement stage but during acceptance, configuration, launch and the first incidents.

The most common dispute sounds simple: "we thought another party does this." If a task has several "owners", in practice nobody is responsible. One approves, another participates, a third waits for an email, and the deadline is burning.

Where disputes most often arise

The first typical mistake is a blurred boundary between delivery and commissioning. Equipment arrives and documents are signed, but who checks completeness, serial numbers, basic operability and readiness to launch? If the acceptance owner is not named by person, equipment can sit in a warehouse for weeks.

The second mistake is involving InfoSec late. When the security team arrives after procurement or even after installation, it may turn out that images, access rules, logging requirements or network restrictions were not agreed. Then IT blames procurement, procurement blames the integrator, and the project loses time.

The third problem is that service is remembered only after a failure. Before a breakdown no one clarifies who accepts the request, who performs initial diagnostics, who replaces components, and who confirms the system is working again. As a result an incident hangs between internal IT, the contractor and the service provider.

A separate source of disputes is mixing warranty and billable work. For example, a server is installed, and later reconfiguration or relocation in a different rack is required. The customer considers it part of warranty, the contractor treats it as a paid service. If boundaries aren't recorded in advance, a dispute is almost inevitable.

Even when one partner covers multiple roles, confusion doesn't disappear. If a company supplies equipment, implements it and supports it after launch, it's still necessary to separately record who is responsible for delivery, who for implementation, who for service and who accepts results at each stage.

What to clarify in advance

Before the start it's useful to check five points:

• each task has one result owner
• acceptance and commissioning are separated and fixed
• InfoSec participates before procurement and before configuration
• the incident path is described from first request to closure
• warranty and paid work are listed separately

If these questions are closed in advance, there will be far fewer disputes. And if a dispute does arise, the team won't hunt for a guilty party via correspondence because the solution is already fixed in roles and process.

Short checklist before project start

Even a good matrix won't help if it was approved formally and only opened after the first failure. Before the start, quickly run through a few items and remove gray zones in advance.

Here's a minimal checklist to confirm in writing before delivery, installation and launch:

• each task has one assigned owner
• it's clear who makes the final decision if opinions differ
• there is an escalation path for urgent and contentious situations
• separate rules for incidents apply after launch
• the matrix is approved by all participants before work begins

It's useful to check not only roles but also stage boundaries. Who accepts equipment, who confirms site readiness, who issues access, who signs the commissioning protocol, who transfers the project to support. These handoffs are where tasks most often get stuck.

For example, if workstations and servers are delivered and an integrator performs the implementation, disputes usually appear after powering on the equipment. IT says the equipment is installed and working. InfoSec won't allow commissioning without its checks. Service waits for confirmation that the system has been handed over to operations. If this transition isn't described in advance, the incident starts going in circles.

For projects with multiple contractors, equipment delivery and ongoing support, it's better to appoint a single coordination point from the start. One agreed role sheet at the beginning almost always saves more time than dozens of urgent calls later.

What to do next to make the scheme work

The matrix itself doesn't resolve disputes. It starts working only when tied to actual deadlines, stages and control points. So after agreeing roles, immediately approve it together with the project schedule: who is responsible for delivery, who accepts equipment, who configures, who verifies InfoSec requirements and who closes incidents in service.

If you don't, the document will remain a formality. In practice the team will argue again over who should open the ticket, who approves a replacement, and who is responsible for a delayed launch.

What to lock in right away

After approving the matrix it's useful to hold a short joint role review. Usually 30–40 minutes is enough, but all key participants should attend: procurement, IT, InfoSec, integrator, service and, if necessary, the business sponsor.

In that review, focus not on every table row but on the riskiest moments:

• equipment and document acceptance
• site and system access
• approval of changes and configurations
• incident escalation and response times
• handover to support

It's especially important to agree roles in advance if the project includes equipment, implementation and service. Most problems occur at the interfaces: equipment is delivered but not commissioned; the system is configured but not handed to support; an incident is found but it's unclear who should fix it first.

If the contractor participates in delivery, implementation and support, boundaries must be written separately for each stage. It's useful to check where equipment responsibility ends, where integration begins, and from which moment service becomes active.

When to revisit the scheme

Don't wait until the end of the project. Schedule a review point right after the first stage — for example, after delivery of the first batch, a pilot launch or the first two weeks of operation. Usually at that moment you see which formulations are too general and where gray zones reappear.

For complex projects it helps to align roles up front with how the contractor is actually organized. If a partner has its own production, integration and service, as GSE.kz does, reflect that in the matrix by stage rather than leaving it at a high level.

A working scheme is not a nicely formatted table but a document that makes it clear at any time who to write to today and who is responsible for the next step.