The productivity of a distributed software team depends significantly on the tools they use and how well those tools fit together. A remote work software stack that was chosen ad hoc, or inherited from a previous setup, typically has gaps in specific areas: communication that does not support asynchronous work, project management that lacks visibility, or security practices that do not account for distributed access patterns.
This post covers the six categories that every remote team needs to address when building or reviewing their software stack, with a practical recommendation for each one.
Building the Stack Around Team Dynamics
Before selecting tools, engineering and team leads should evaluate two things: the collaboration patterns of their team (how synchronous versus asynchronous the work is, and how geographically distributed the team is), and the integration requirements between tools. A stack where individual tools work well but do not connect with each other creates coordination overhead that the tools were supposed to remove.
1. Communication: Slack
Slack is the standard communication platform for distributed software teams, providing real-time and asynchronous messaging through organised channels, direct messages, and threaded conversations.
The value of Slack for remote teams extends beyond messaging. Its integration ecosystem, connecting with GitHub, Jira, Google Drive, and CI/CD platforms, means that notifications, build statuses, and code reviews can surface in the same channels where the team communicates. This reduces the number of places engineers need to monitor for relevant information. For more on how distributed software teams structure their work, see our overview of effective remote work practices.
The main risk with Slack is channel sprawl and notification overload, both of which require team agreements on channel naming, notification settings, and when to use threads versus new messages.
2. Project Management: Trello
Trello provides visual, board-based project management that gives distributed teams shared visibility into what is being worked on, what is completed, and what is blocked. Each card represents a task, lists represent workflow stages, and the board gives the team a live view of project status without requiring a status meeting to convey it.
Trello suits teams that want simple, visual task tracking with low setup overhead. Teams with more complex sprint management, backlog prioritisation, and reporting requirements typically move to Jira or Linear, which offer deeper workflow control at the cost of additional configuration. Trello's strength is giving teams shared visibility without process overhead.
3. Security: 1Password
1Password provides centralised password management and secrets storage for teams. Distributed teams access a wider variety of services from a wider range of devices and locations than office-based teams, which increases the risk of credential exposure. 1Password addresses this by giving each team member a secure personal vault alongside shared team vaults for credentials that need to be accessible across the team.
Beyond passwords, 1Password handles SSH keys, API tokens, and secure document storage, which are common pain points for engineering teams managing multiple environments and service accounts. A team password manager is a baseline security requirement for any distributed team from day one, not a retrofit after a security incident.
4. Collaboration: Google Workspace
Google Workspace provides the document, spreadsheet, presentation, and video conferencing layer of the remote work stack. Its real-time co-editing across Docs, Sheets, and Slides removes the version control problem that email-based document sharing creates, and Google Meet provides video communication without requiring additional software installation.
The collaborative editing capability is the primary advantage over Microsoft 365 for many distributed teams: all collaborators edit the same document simultaneously rather than working with sequential versions attached to emails. For teams already committed to the Microsoft ecosystem, Microsoft 365 provides the same core functionality with tighter Windows integration.
5. Personal Productivity: Todoist
Todoist provides personal task management at the individual level, separate from team project management tools. In a remote environment, the absence of ambient workplace cues means individual engineers are more responsible for managing their own workloads and priorities. Todoist gives each team member a structured way to capture, organise, and prioritise their own tasks across projects.
The tool's minimalist design keeps friction low: adding a task should take seconds rather than requiring navigation through a complex interface. Reminders and due dates ensure that commitments made in meetings or async conversations do not get lost between the conversation and the work.
6. File Sharing and Storage: Dropbox
Dropbox provides cloud-based file storage and sharing with granular access controls, version history, and sync across devices. For distributed teams handling large files, design assets, recorded meetings, or documents outside Google Workspace, Dropbox provides the storage layer that keeps files accessible without emailing attachments.
Its access control model lets teams share specific folders with specific people, maintaining security while keeping friction low for legitimate access. The version history ensures that no edit or deletion is irreversible, which is particularly important for teams collaborating on the same files.
Reviewing What You Already Have
Most engineering teams already have tools in each of these categories. The value of a periodic stack review is not necessarily replacing what you have, but identifying where tools are not being used consistently, where two tools duplicate functionality, and where specific workflows have no tool support at all. For context on how distributed software development careers are evolving alongside these tools, see our overview of software developer jobs and remote work.
If your team is building or reviewing its remote work setup as part of a broader distributed engineering strategy, speak to Scrums.com about how our distributed development teams are structured and tooled.
Frequently Asked Questions
What tools does a remote software development team need?
At minimum, a remote software team needs: a communication platform (Slack or Microsoft Teams), a project management tool (Jira, Trello, or Linear depending on complexity), version control (GitHub or GitLab), a collaboration suite (Google Workspace or Microsoft 365), and a password manager (1Password). CI/CD tooling and production monitoring should also be in place from the first sprint. The exact tools matter less than ensuring each core area is covered and that the tools integrate with each other.
What is the difference between communication and collaboration tools?
Communication tools like Slack handle real-time and asynchronous messaging: notifications, quick questions, status updates, and channel-based discussions. Collaboration tools like Google Workspace handle co-creation: editing documents together, building spreadsheets, and working through presentations. Both are necessary. Communication without collaboration means conversations produce outputs that are hard to act on; collaboration without communication means created content lacks the discussion context that gives it meaning.
Is Trello sufficient for engineering project management, or do teams need Jira?
Trello is sufficient for teams with straightforward task tracking needs: visual boards, card-based tasks, and simple workflow stages. Jira is more appropriate for teams that need sprint planning, backlog management, epic and story tracking, velocity metrics, and deep integration with code review and CI/CD workflows. Most software development teams eventually outgrow Trello as their process matures, but it is a reasonable starting point for small teams or simple projects.
Why is password management important for remote teams specifically?
Remote teams access services and tools from personal devices across multiple networks and locations, which increases the risk of credential exposure compared to office-based teams operating behind a corporate firewall. Password managers provide strong, unique credentials for every service without relying on team members to memorise them, reduce the risk of shared credentials being transmitted unsecurely, and give administrators visibility into who has access to which accounts. For engineering teams with multiple environments and service accounts, a team password manager is a baseline security requirement.
How often should a remote team review its software stack?
Annually at minimum, and whenever the team experiences a significant change in size, working patterns, or project scope. Common triggers for a stack review include: team growth that makes lightweight tools feel inadequate, a change that brings different tool conventions, a security incident that reveals a gap, or sustained feedback that a particular tool is creating more friction than it removes. The goal of a review is alignment between the tools and the team's actual working patterns, not replacement for its own sake.
