Issue and Project Tracking Software: Holding Both in One Place

Searching for issue and project tracking software usually means one of two things has already gone wrong. Either the team files issues in one tool and plans the work in another, and the two no longer agree. Or the team put everything in one tool, and half the people stopped entering anything because the form asks for six fields they do not care about.

Both failures come from the same place. An issue and a project are different shapes of data, and the tools that hold them well are shaped accordingly. Choosing well means deciding which shape the team actually needs to be strong, and accepting that the other one will be adequate rather than excellent.

The two data shapes, and why they resist each other

An issue is a durable record. It has a permanent identifier, a reporter, a state, and a history of who changed what. Its value grows with age, because a link to it from a commit message, a support ticket or a code review still resolves years later. Nothing about an issue implies a date. A bug filed in March can sit untouched until November and still be a perfectly valid issue.

A project view is the opposite. It is a statement about time. Who is doing what this week, what has to finish before something else can start, and whether the end date is still credible. Its value decays fast. A project plan that is four days out of date is not slightly wrong, it is misleading, because people act on it.

The friction between the two shows up in one place: the fields. A tool built for issues wants to know reproduction steps, affected version, severity and component. A tool built for planning wants to know start date, duration, assignee and dependency. Ask one form for all of it and the form gets long enough that people stop filling it in.

There is a second difference, less obvious and more expensive. Issues arrive from outside the team. Customers report them, monitoring raises them, a review finds them. Planned work is generated inside the team. So the two have different entry paths, different people touching them, and different expectations about who is allowed to close them.

What breaks when the two live in separate tools

The split looks reasonable. Engineers keep issues where the code is. The person running the schedule keeps a plan where stakeholders can read it. Each tool is good at its job.

The cost arrives as transcription. Somebody has to copy the state of the issues into the plan, because the plan is what gets shown in the status meeting. That copying is not hard, it is just never finished. Every day it is not done, the plan is a little more wrong, and the person doing it starts batching the work to the day before the meeting. At that point the plan has become a report, not a tool.

The second cost is argument. When two systems disagree about whether something is done, the meeting spends its first ten minutes establishing which one to believe. This is not a tooling problem that better integration solves cleanly, because the two systems have different definitions of done. An issue is closed when the fix is merged. A planned task is done when the customer can use it. Those are different dates, sometimes weeks apart.

The third cost is invisible until someone leaves. Decisions get made in the tool the decider prefers. Half the reasoning ends up in issue comments and half in the planning tool, and nobody can reconstruct why a scope decision was made.

Splitting is still the right answer in one case. If the issue volume is high and mostly comes from outside the team, the issue tracker has to be excellent and the plan can be coarse. Support-driven work looks like this. Trying to plan each incoming ticket on a timeline wastes the planner's time.

What breaks when one tool is asked to do both

The combined approach fails differently. It rarely fails on capability. It fails on who is willing to enter data.

Tools that hold both well tend to be configurable, because holding both means letting each team define its own fields and states. Configurability arrives as setup work, and setup work is done once, usually by the most enthusiastic person, usually before anyone knows what the process should be. Six months later the workflow has nine states, four of which nobody uses, and adding a tenth requires an administrator.

The second failure is the non-engineering half of the team. Designers, writers and operations people are asked to work inside a form built around code. They do it for three weeks. Then the real coordination moves to chat, and the tool holds a version of reality that lags reality by days.

The third failure is cost shape. In several widely used tools, the views that make planning legible sit on a higher tier than the views that make issues legible. A team that needs a timeline alongside its board discovers that the timeline is the reason the bill doubles, not the number of people.

The third place the work actually lives

Any honest account of issue and project tracking has to include the chat tool, because that is where a large share of the real coordination happens regardless of what was bought.

This is not a discipline failure. Chat is faster than any form. When something urgent arrives, typing one sentence to three people beats opening a card, choosing a type, picking a component and assigning a severity. The tool loses because it is slower at the moment of need, not because people are lazy.

The consequence is that a decision made in chat never reaches the record. Three weeks later somebody asks why the scope changed, and the answer is in a thread nobody can find. Search helps less than expected, because the useful sentence rarely contains the words someone would search for.

Two arrangements reduce this. The first is making the card cheap to create, so that a card with a title and nothing else is acceptable and the fields can be filled in later. A tool that rejects an incomplete card guarantees that incomplete work stays in chat. The second is putting the conversation next to the record, so that the discussion about a piece of work is attached to that work rather than to a channel organised by team.

Neither arrangement removes chat, and a tool that claims to is not describing a real team. The goal is narrower: that by the end of the week, the decisions that matter have landed somewhere with a date and an author on them.

What the plans actually cost

Prices below were read from each vendor's own pricing page on 27 September 2026, excluding tax. Atlassian serves Jira prices in the currency of the country the page is opened from, so that row is in Japanese yen and the rest are in United States dollars. Plan contents change, so treat these as a snapshot rather than a quote.

Tool	Free tier	First paid tier	Where the planning views sit
Jira	Free forever for 10 users, 2 GB storage, Atlassian Community support	Standard, 1,085 yen per user per month billed monthly	Backlog, list, board, timeline, calendar and summary views are in Free
Trello	Up to 10 collaborators per Workspace, up to 10 boards, unlimited cards	Standard, $5 per user per month billed annually, $6 monthly	Calendar, Timeline, Table, Dashboard and Map are Premium, $10 per user per month billed annually
Asana	Personal, 2 users, list, board and calendar views	Starter, $10.99 per user per month billed annually	Timeline and Gantt views start at Starter
Linear	Unlimited members, 2 teams, 250 issues, 10 MB per file upload	Basic, $10 per user per month billed yearly	Issues, projects and cycles are in Free

Two patterns are worth reading out of that table. First, the free tiers end at different things. Jira and Trello stop counting at people. Linear stops counting at issues and teams. Asana stops at two users, which makes it a trial rather than a tier for a team. Which limit binds first depends entirely on the team, and the answer is usually obvious within a week of real use.

Second, the tier at which time-based views appear is not the same across the four. Jira lists timeline and calendar views inside its free tier, and Linear puts projects and cycles there. Trello places Calendar, Timeline, Table, Dashboard and Map in Premium, two tiers above Free, at $10 per user per month billed annually, and Asana places Timeline and Gantt in Starter at $10.99. For a team of eight that needs a timeline, that is $80 or $88 a month for a view the other two include at no cost. It is worth checking before the trial rather than after. A side by side of how different tools draw those lines is collected in the comparisons.

Four questions that actually decide it

Feature lists do not separate these tools any more. Four questions do.

Do the identifiers need to be permanent

If issue references are pasted into commits, pull requests, incident timelines or customer emails, the identifier has to survive reorganisation. Tools that treat a board as a view over a query handle this naturally, because moving a card between boards does not change the underlying record. Tools where a card belongs to exactly one board handle it less well, because reorganising the boards breaks the links.

Who is required to enter data

Count the people who must type into the tool for it to stay truthful, then count how many of them write code. If most of them do not, the tool has to be legible to someone who has never heard of a workflow scheme. This single question eliminates more candidates than any other, and it is the one most often skipped.

How many views of the same work are needed

A board answers what is in flight. A timeline answers whether the date holds. A calendar answers what is due this week. A timetable answers who is covering Thursday. Teams usually need at least two, and the cost of maintaining two separate tools to get two views is higher than it looks. Which views are available without moving up a tier is listed under features.

What happens at the edge of the free tier

Read the limit before committing, and read what happens when it is reached. Being unable to add an eleventh person is an inconvenience. Being unable to read what is already stored is a different category of problem. Ask also whether a full export exists, because the answer determines whether a later decision is still possible. Where a given product draws that line is normally stated on its pricing page, and for this one it is on pricing.

How to test without migrating

Migration is the wrong first move, because it commits before anything is known. A two week test answers more than a comparison table.

Pick one real stream of work, not a sample project. Something with a deadline and at least four people, including at least one who is not an engineer. Run it in the candidate tool in parallel with whatever exists now, and do not try to move history.

Then measure three things at the end of the fortnight. How many cards were created by someone other than the person who set the tool up. How many days passed between a state changing in reality and changing in the tool. And how many times somebody asked a question in chat that the tool should have answered.

The third number is the useful one. Coordination questions in chat are the direct measure of a tool that is not being trusted. If the number is high after two weeks, the problem is either the fields or the people entering them, and swapping tools again will not fix it.

If a board already exists in another tool, importing it rather than retyping it makes the test cheaper. Which sources can be brought across automatically is worth checking first, and that is described on the import page.

What to change first

Before comparing tools, write down which of the four questions above is currently binding. Most teams find it is the second one, the number of people who must enter data but do not, and that changes the shortlist entirely. Then run one real stream of work for two weeks in a tool where the board, the timeline and the calendar are all available without moving up a tier, such as Pinateca, and count the coordination questions that still land in chat.

Q1. Is issue tracking software the same thing as project management software?

No, although many products now do both. Issue tracking is built around durable records with permanent identifiers that outlive the sprint they were filed in. Project management is built around time, dependencies and dates. A product can hold both, but it will usually be noticeably stronger at one of them.

Q2. Can one tool realistically replace both an issue tracker and a planning tool?

For a team of five to thirty, usually yes, provided the tool offers several views over the same records rather than one fixed layout. The failure point is rarely capability. It is whether the people who are not engineers will keep entering data, which depends on how many fields the form demands.

Q3. What is the cheapest way to track issues and projects for a small team?

Several tools have free tiers that cover both, but they stop at different limits. Jira's free tier is free forever for 10 users with 2 GB of storage, Trello's covers up to 10 collaborators and 10 boards per Workspace with unlimited cards, and Linear's allows unlimited members but caps at 2 teams and 250 issues. Which limit binds first is the deciding factor, not the headline price.

Q4. Why do teams keep switching tracking tools and staying unhappy?

Because the cause of the unhappiness is usually the process rather than the tool. If coordination questions still land in chat two weeks after a switch, the fields are wrong or the wrong people are being asked to fill them in. A new tool rebuilds the same process in a new place.

Q5. Should the issue tracker or the plan be treated as the source of truth?

Pick one explicitly and say so out loud, because most disputes in status meetings come from never having decided. Teams whose work arrives from outside usually make the issue tracker authoritative and accept a coarse plan. Teams delivering to a date usually make the plan authoritative and accept that issues are inputs to it.