AI-generated illustrative scene.
A biotech startup needs an IT plan that connects everyday office work with the way research actually happens. Before buying another tool, identify who owns each system, where research data goes, and what would stop the next experiment. That gives founders and lab managers a clearer starting point for IT decisions.
For a San Diego team preparing to hire, move into lab space, or work with a new research partner, this checklist turns a broad question—“Are we ready?”—into tasks with an owner and a visible result. Use it with your IT provider, lab leadership, and instrument vendors.
Start with one research workflow
Choose a routine experiment and follow its information from beginning to end. A sample may produce an instrument file, which moves to an analysis workstation, then into a project folder and finally to a collaborator. Write down each handoff. Include the person who performs it and the account they use.
This exercise often reveals decisions that an equipment inventory alone misses. Who checks that the transfer finished? Is the project folder accessible to the whole company? Can a colleague find the output if the original researcher is away? Build the wider inventory from this concrete workflow.
Use a checklist that requires evidence
Biotech startup IT readiness checklist
Area: Accounts
Question to resolve: Who approves access and removes it when someone leaves?
Evidence to keep: Named owner and onboarding/offboarding checklist
Area: Devices
Question to resolve: Which computers belong to the business, and who supports them?
Evidence to keep: Inventory with assigned users and vendor contacts
Area: Research data
Question to resolve: Where does the authoritative project copy live?
Evidence to keep: Storage map with project owners
Area: Lab systems
Question to resolve: What changes need the instrument vendor's approval?
Evidence to keep: Support agreement and approved maintenance process
Area: Recovery
Question to resolve: Can the team recover usable data?
Evidence to keep: Recorded restore exercise and follow-up actions
Area: Support
Question to resolve: Who handles an urgent issue during a scheduled run?
Evidence to keep: Contact list and agreed escalation procedure
Make access follow the project
A collaborator who needs one dataset should not automatically receive every project folder. Define access around the work, record who approves it, and set a review date for temporary access. Keep company administration under company-controlled accounts rather than a founder's personal email address.
Use multifactor authentication wherever supported, with special attention to email, administrative accounts, remote access, and research storage. NIST explains how MFA adds protection beyond a password and why phishing-resistant methods are preferable for sensitive or privileged access. If an instrument cannot support a modern control, document the limitation and have IT and the vendor agree on an alternative; do not simply ignore it.
Treat instrument computers as a distinct support responsibility
Before changing a lab computer, ask what it controls and what the vendor supports. An automatic update, replacement component, or security setting may need testing before it reaches a production workflow. Record maintenance windows, application versions, license dependencies, and the route for vendor escalation.
Ask your provider to explain how lab, office, and guest access will be separated where appropriate. The plan should describe required connections, not just promise a “secure network.” A researcher should know how to request a new connection without creating an undocumented workaround.
Plan the handoff when someone joins or leaves
Hiring readiness means more than ordering a laptop. Prepare the approved applications, project access, support instructions, and equipment assignment before the first day. At departure, transfer business records to an authorized owner, remove access, recover equipment, and check shared credentials and external collaboration tools.
For contractors and visiting researchers, agree on an end date when access begins. A simple project roster makes later reviews easier than trying to reconstruct access from old email messages.
A hypothetical planning example
Imagine a twelve-person startup preparing to add four researchers and a second instrument. Its immediate need is not a large new software stack. The useful first project is to confirm storage capacity, document the new instrument's export path, prepare four accounts, and test that another team member can retrieve a completed dataset.
The founder owns the budget decision, the lab manager confirms the workflow, the instrument vendor approves supported configuration, and IT implements the agreed controls. This example is illustrative, not an SD Network Pro customer story.
What should happen in the first month?
Week one: map the research workflow and list systems, owners, and support contacts.
Week two: review accounts, administrator access, and temporary collaborators.
Week three: document lab-system change requirements and test one data recovery path.
Week four: review the gaps together, assign deadlines, and separate urgent fixes from future capacity work.
Your team should also identify its specific contractual and regulatory obligations with the appropriate advisers. A generic IT checklist cannot establish that a laboratory is compliant.
Choose support around the work your team does
When comparing an IT company for a biotech startup, bring the workflow map to the conversation. Ask who owns each task, what the agreement excludes, and how the provider coordinates with specialist vendors. Our San Diego MSP selection checklist can help structure that comparison.
Talk with SD Network Pro about your startup's IT requirements. Start with your team size, upcoming changes, and the systems your research depends on so we can discuss an appropriate scope of support.