Thought Leader – Anjana Nair
IT service projects still end up with cost overruns and timeline delays, even when teams follow structured planning and bring in solid experience. One pattern that shows up quite often across delivery engagements is that teams identify risks late, sometimes during execution, and many times closer to deployment when the impact is already visible. At this later stage, teams move out of planning mode and start reacting.
When teams identify risks and define mitigation plans during the project planning phase, they create room to think ahead. They can adjust timelines early, align expectations, and avoid last-minute surprises that push both cost and schedule out of control.
Early risk identification helps reduce rework, limit escalation effort, and avoid unplanned costs that slowly build up during execution. It also gives delivery teams better clarity on scope, dependencies, resource availability, and technology constraints before they turn into blockers.
In most IT service projects, teams already have some awareness of these risks. They notice gaps in requirements, integration dependencies, environment readiness, or resource limitations. But they don’t always document or address them early in a structured way. These risks stay in conversations, assumptions, or individual understanding.
Later, the same risks show up as defects, missed milestones, or escalations that could have been avoided.
Late identification increases remediation cost, puts pressure on delivery teams, and affects the overall client experience. By the time teams act, the effort required is much higher than what it would have taken during the early stages.
Understanding the Risk Management Lifecycle
Risk identification is only one part of a bigger picture. Projects manage uncertainty through a continuous cycle that keeps risks visible and under control as the work progresses.
The risk management lifecycle is the process teams follow to identify, evaluate, and respond to risks so the project stays aligned with its goals. It does not stop after planning. It continues throughout the project, evolving as new risks appear and existing ones change.
Most projects move through a few key stages in this lifecycle.
- Planning
Teams define how they will approach risk management. This includes how risks will be identified, assessed, and tracked during the project.
- Identification
Teams list down potential risks using inputs from past projects, discussions, and technical reviews. This is where early thinking plays a big role.
- Analysis
Teams assess how serious each risk is. Some risks need immediate attention, while others can be monitored.
- Response Planning
Teams decide how they will handle each risk. This could involve reducing the impact, avoiding it, or preparing a fallback plan.
- Monitoring and Control
Risks are reviewed continuously. Teams update their understanding, track changes, and adjust actions as the project progresses.
Below are some of the risks we can think through from the Planning Phase:
1. Software Licenses
Licensed Tools and Technologies are a key ingredient in any IT project execution. If the feature needs to be implemented needs a licensed tool, then we need to have it before the project execution phase. There are possibilities of Licenses getting expired during the project execution phase also. Both the above cases can delay the project timeline as well as the cost.
We can establish pre-project execution procedures, such as:
- Ensuring that the team has a licensed tool before project execution.
- Automate Licenses Expiry Check, which will monitor and trigger a proactive email to the Project stakeholders 15 days before the license expiry date.
- Automate License Usage Check, which will monitor and trigger a proactive email to the Project stakeholders on exceeding the usage beyond the license terms and conditions.
- Perform third-party software checks, including open-source libraries and Saas tools, to be approved by legal and IT procurement before being introduced into the environment
The above points are the mitigation steps that can be taken to overcome cost overruns & scheduling delays due to software licenses expiring or waiting for new software licenses.
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2. Environment Readiness
Environmental readiness for development is ideally taken as a last-minute formality just before the development phase starts.
We can have this readiness checked right from the project planning phase. If the environmental readiness is not there and has been identified during the project planning phase, we have the benefit of adjusting the schedule in the project planning phase itself accordingly and highlighting the customer on the project timeline delay in advance. We also can plan the project timeline to accommodate a phase for environmental readiness. The benefit is that till now the resources have not been allocated yet, milestones are yet to be defined, therefore the cost towards resources can be saved.
3. Resources
Once the Resources are allocated, best practice is to check the skill set matches the skills needed for successful completion of the project, and to have shadow resources to mitigate attrition risk/risk due to the unplanned unavailability of a project team member.
4. Revisit Contract and Confirm Sign-off
The project team should be completely aligned with the Project Requirements and the project’s end goal, its assumptions, and what’s not in scope. The misalignment in understanding the above can delay project execution, impacting the timeline and cost as well. A Project Manager/PMO should also govern Signoff from Customer on Requirements, even before we start Project Planning.
5. Delay in decision-making
It is good practice to have a turnaround time for every approval/decision that is very crucial for the project. Proper SLA for the turnaround time should be documented and shared with stakeholders, such as the MSA (Master Service Agreement). We need to ensure that all stakeholders are aligned with the document shared. This helps as a mitigation step for delays coming out of delay in decision-making.
Practical Suggestions for Early Risk Identification
Run a Structured Risk Identification Session at Initiation
Risk discussions should not stay informal. A dedicated session at the start of the project helps bring everything to the table with the right level of detail.
- Involve key roles like Project Manager, Technical Lead, Solution Architect, and QA
- Look at risks across scope, dependencies, environment, and resources
- Capture risks in a structured format instead of leaving them in discussions
When this happens early, teams start planning with better visibility instead of assumptions.
Align with the Client on Key Risks Early
Many risks stay internal until they turn into issues, which creates unnecessary friction later. Bringing the client into the conversation early changes that dynamic.
- Identify top risks that can impact delivery
- Discuss the mitigation approach openly
- Agree on ownership for each risk
This builds transparency and sets clear expectations. It also reduces escalations because both sides already understand what can go wrong and how it will be handled.
Make Risk Review Part of Delivery Rhythm
Risk identification should continue as the project moves forward. New risks emerge, and existing ones evolve as the project progresses.
- Review risks before moving into the next phase
- Reassess at key milestones based on the current status
- Update mitigation plans as needed
Keeping this as part of the delivery rhythm helps teams avoid surprises that usually appear when transitioning between phases.
Best Techniques for Identifying Project Risks
In most IT service projects, risks sit across requirements, dependencies, contracts, resources, and execution models. Relying on one approach leaves gaps. Teams that manage delivery well combine multiple techniques to build a more complete view of what can impact the project.
Documentation Review
A detailed review of project documentation is often the quickest way to spot early risks. Scope documents, solution design, contracts, and technical specifications usually carry signals that get ignored during planning.
Common areas to focus on
- Ambiguities in scope that can lead to rework
- Unrealistic timelines hidden in planning assumptions
- Vendor or third-party dependencies
- Contract clauses that may create delivery constraints
Historical project data also adds value here. Patterns like repeated delays or environmental issues tend to show up if teams look at past projects properly.
Team Brainstorming
A structured workshop with cross-functional teams helps uncover risks that do not appear in documentation alone. Each role brings a different perspective, and that diversity helps surface gaps early.
A few things that make these sessions effective
- Capture all risks first without filtering too early
- Encourage inputs across roles, not just leadership
- Refine and prioritise only after a complete list is built
Many risks that seem minor during discussion turn out to be the ones that impact execution later.
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Delphi Method
Projects with multiple systems or external stakeholders need inputs beyond the core team. A structured feedback approach helps here.
Instead of relying on a single discussion
- Collect inputs from experts independently
- Consolidate and refine responses
- Repeat the process until there is clarity
This reduces bias and helps identify risks that internal teams might overlook.
SWOT Analysis
A SWOT exercise helps teams look at risks in a more balanced way. It goes beyond immediate issues and brings a broader perspective into planning.
- Strengths and opportunities can highlight advantages that support delivery
- Weaknesses and threats point to areas that need early mitigation
This method helps teams avoid a narrow focus and think more holistically about the project.
Predictive Analytics
Past project data often reveals patterns that are easy to miss in discussions. Recurring delays, resource constraints, or integration challenges usually follow trends.
Teams can use this data to
- Identify early warning signs
- Estimate the likelihood of risks based on past outcomes
- Prioritise risks with better accuracy
This makes risk identification more data-driven instead of assumption-based.
Closing Thoughts
Effective risk identification is an ongoing process that begins as early as the project planning phase, helping keep projects stable by catching issues early and allowing teams to focus on what matters most.
When risks are clearly defined, tracked, and owned, teams avoid gaps during execution and make better decisions as the project moves forward. For a more structured and proactive approach to risk management, connect with Stridely today.
