The Practical Browser Setup Every Remote Game Development Team Should Have

Game developers working on a team tend to begin their tooling conversations with engines, source control, build systems, issue management, and communications software and these tools are critically important. But they comprise only a small fraction of most developers’ day-to-day work. For distributed teams, a tremendous amount of production work occurs in the web browser, including looking up technical information, reading engine docs, inspecting art, attending meetings, running cloud builds, and chatting with coworkers.

In order to solve technical problems, developers consult various web resources such as documentation for the development engine, study of technical issues, asset checking, usage of a cloud-based development tool, a build viewing platform, an online meeting, a repository management system, and coworker communication. The development of a solution to one issue calls for multiple visits for a programmer to places such as API documentation, a source-control management console, and an issue management board. Technical artists might depend on internet-accessible reference manuals and asset servers whereas a maker may mainly be found in cloud-based planning and collaboration software.

That makes the browser more than a mere window to the World Wide Web. For a remote game studio, it can also be considered to form an additional tier of the developmental platform and to be in demand for thoughtful setup.

The aim is not to produce the browser of every designer in a design team that will be the same. Different people actually require different means of work. Rather, the studios should create a workhorse foundation with which they can keep order, get rid of those annoying little distractions, and also safeguard the web browser activities without complicating the daily coding tasks.

Creating Workspaces in the Browser

At the top of your browser window, you’ll find the profiles feature. A new profile can be quickly added and customized for work versus leisure time. This way, studio work, development accounts, bookmark extensions, and history will get their own browser space away from the general browsing area.

Browsers’ tab organization is of high importance to developers as they often switch between the web for documentation, the app for the problem, the repository for code, the reference site of the design language, and the collaboration tool. Switching from one dozen tabs to the next dozen that are completely unrelated can distract you and make you work inefficiently. Also, having so many things open simultaneously will probably make you lose focus. To avoid this situation, perhaps a team can organize the tabs by color, which is a technique, or use the feature session management to make predictable environments for each project.

A good browser workspace may include:

• A personal profile for your accounts at the studio, as well as your most visited pages and preferred plugins.

• A way to manage tabs or saved sessions based on the work item you are dealing with now, like the project, sprint, or dev task.

• Bookmarks by role, including documentation sources, asset libraries, repositories, and collaboration tools.

• A short list of the most relied upon and best security-wise or productivity-wise plugins.

Password saving and keeping should also be added to everyone’s password list. A software developer who works remotely could check their browser to fetch the program code, get a hold of their superior, view the cloud storage, check the performance of the tools being used in the cloud with the help of analytics features, and also the internal documentation of the project. An efficient password manager that is secure will reduce the number of passwords used repeatedly and will make it simple for the user to recall their passwords or password combinations.

Using tools to block online ads and trackers may actually enhance work efficiency. When a developer is trying to figure out a technical problem, a constant stream of unrelated information can greatly interfere with the thinking process. Of course, nobody’s going to say that installing a dozen extensions is necessary but one or two that help productivity without making anything else harder for the developers would be just perfect. So the idea is to have a small, approved collection of extensions that improve productivity without adding security risks.

Treat Browser Security as Team Infrastructure

Remote development alters the security model. A developer may work from a London cafe one day or from a home in Manchester, from a coworking space in London the next, then from a place elsewhere. The U.S. National Institute of Standards and Technology (NIST) considers the security issues with telework and remote access, such as remote computers that are accessed from a location outside the organization.

Guidance suggested by NIST encourages one to take into account the security of remote-access technologies, remote computers, of networks and organizations, and of authentication methods.

Browsers with the latest features usually include some security issues which are not known yet and can be remedied after the company delivers the solution through patches/updates. So, if you are the one who needs to take the initiative to address the weaknesses, don’t forget that the first thing you have to do is have your browser updated to the latest version. If multifactor authentication is available, then the user would be smart to use that. They must take their passwords very seriously, making them both strong and unique as two of the main components to password security, and it would be wise for them too to not allow their browser to keep or install any browser extensions that they themselves didn’t approve of.

All team members must set browser security guidelines to the minimum level that everyone must comply with when accessing production systems.

• Update or Patch your browser, if you have not to avoid opening security loopholes for cybercriminals. If you are the person charged with closing such loopholes, ensure the browser is up to date, and maintain updates.

• Enable multi-factor authentication on repositories, cloud platforms, communication tools, major platforms, etc…

• Set strong, unique passwords; never reuse your credentials across accounts.

• Be sure to check browser extensions before you install them. Avoid using extensions from untrusted sources that require permissions you don’t feel comfortable granting them.

• Try not to use studio services on strange devices or when computers are shared, like when it comes to a library computer that anyone could be using.

Developers have to be very careful when logging in to confidential services on a machine they are not familiar with.

Encrypt Browser Traffic on the Move

Network security features come into play when developers are off-studio. Whether the coffee shop in Toronto, or the Berlin hotel, or the Singapore co-working space has a free Wi-Fi connection is often very convenient. But a remote worker should never assume that the new network is trustworthy.

This protects against the possibility of traffic being exposed between the device and the online service. Current websites should already be using HTTPS and OWASP recommends the ‘use of optimally configured SSL/TLS for all communication containing sensitive information or active authenticated sessions.

Another layer of security can be provided by a VPN that encrypts all network traffic between the machine and the VPN. If the developers do not need a dedicated VPN application, since their focus is only on protecting browsing activity, there are alternatives.

Developers can get CyberGhost for Chrome, an easy and very light extension for encrypting browsing activity over Chrome. Useful for team members using home networks, hotspots, coworking spaces, hotels, and other short-term work environments.

Aligning Setup Consistently

Probably the major benefit is when browser setup gets integrated into the studio’s onboarding workflow rather than being an individual choice. In such a scenario, a group can maintain a simple list of browsers that includes allowed extensions, password-storage methods, MFA requirements, privacy settings, bookmark categories, and principles for handling confidential information.

This method also contributes to easier problem solving. Because every team member begins with a reasonably uniform browser environment, strange extension conflicts, login issues, or compatibility problems can be detected more easily.

A skillfully configured browser does not substitute for secure development practices, access controls, or operational policies. Still, it enhances the layer between the developers’ operations and their actual work throughout the day.

That is for remote teams in creating games, turning the browser setup into a small but important piece of a productive and safe workflow that works even if the next sprint happens anywhere.

Conclusion

Browser is a significant tool that remote game developers use every day. They open it to look into docs, cloud services, project stuff, and communicate. A good set up can be quite simple. For work and personal purposes, it will be easy if you change your browser every time, organize tabs, store your login credentials, disable unnecessary browser features, and protect your messaging. This behavior enhances your efficiency as a result but also strengthens your computer’s security. Once it becomes part of onboarding and daily routines, teams can enjoy a better workflow. Basically, a browser that is carefully set up contributes little but a lot towards the game development team’s remote work environment being secure, productive, and connected.