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IT for teams moving sequencer output into pipelines, reports and products

Genomics & Diagnostics Companies IT Services

Genomic data is enormous, permanent and impossible to reissue: if a sequencing run's output is lost, a pipeline bucket is left public or a cloud key leaks, you can't change a person's genome the way you'd reset a password.

SOC 2 Aligned
Responsive Support
20+ Years Experience

At a glance

Your work depends on sequencers that push large run folders to storage, bioinformatics pipelines in the cloud, a LIMS tracking samples, and scientists who need flexible access without opening holes.

We run IT and security for genomics startups, diagnostics developers, sequencing service providers and translational research groups: endpoints, identity, cloud accounts, storage and backup. We work with companies in Texas and nationwide.

IT that keeps runs landing safely, pipelines locked down, genomes private.

Sequencer networks, cloud pipelines and genomic data protected without slowing down the scientists who use them.

From flow cell to report

What's at stake when genomic data leaks

Genomics companies sit between a research lab and a software company. Sequencers produce terabyte-scale output, scientists write code against it, cloud bills climb, and investors, partners and regulators all care how the data is handled. Security has to protect samples and IP without becoming the thing that stops a run.

01 · The pressure

Runs, pipelines and deadlines all stack up

A sequencing run finishes overnight and writes huge run folders to local storage. They have to transfer to the cloud, kick off demultiplexing and secondary analysis, and feed variant calling and interpretation. Clinical teams need reports within committed turnaround times; R&D teams need compute for the next experiment; business development needs partner data rooms. If storage fills up, a transfer fails silently or a cloud account gets suspended for abuse, runs sit idle and expensive reagents are wasted.

  • Large run folders transferring every night
  • Cloud pipelines processing patient and research data
  • Reports owed on committed turnaround times

02 · How it breaks

Leaked keys and open buckets, not movie hacks

Most genomics incidents are configuration mistakes. A developer commits a cloud access key to a public repository. A storage bucket meant for a collaborator is left readable by anyone. A sequencer's control PC, running vendor-locked software, sits on the office network with remote access open. A departing scientist keeps a personal copy of datasets. Phishing goes after the people with the most access, often a founder or head of bioinformatics who holds admin rights to everything.

  • Cloud keys committed to code repositories
  • Collaborator buckets left publicly readable
  • Founders and lead scientists holding all admin rights

03 · What we change

Guardrails in the cloud, fences around instruments

We put cloud accounts under central identity with MFA and short-lived credentials, turn on secret scanning in your repositories, and set organization-wide policies that block public buckets by default. Sequencer control PCs go on a separate network segment with a defined transfer path to storage, and we coordinate any instrument change with the vendor. Admin rights get split and reviewed. Data sharing with collaborators goes through controlled, logged mechanisms, and critical datasets get immutable backups.

  • Organization policies that block public buckets
  • Secret scanning and short-lived cloud credentials
  • Sequencer PCs isolated with a defined transfer path

04 · The after

Scientists move fast and diligence goes smoothly

Once the guardrails are set, bioinformaticians spin up compute and share data without opening risky holes, because the safe way is the easy way. Runs transfer reliably and you know when one doesn't. When a pharma partner, hospital customer or investor sends a security questionnaire, you answer it with real evidence. When an auditor reviews your Part 11 or CLIA controls, the access logs and change records are already there.

  • Partner questionnaires answered with evidence
  • Reliable run transfers with failure alerts
  • Access and change logs ready for audits

Systems we keep running

  • Illumina BaseSpace Sequence Hub
  • Illumina DRAGEN
  • Clarity LIMS
  • AWS HealthOmics
  • Terra
  • Benchling
  • Nextflow

Rules we help you meet

  • CLIA (42 CFR Part 493)
  • HIPAA Security Rule
  • 21 CFR Part 11
  • FDA Quality Management System Regulation (21 CFR Part 820)
  • NIH Genomic Data Sharing Policy

What We Offer

Comprehensive solutions tailored for Houston-area businesses

Sequencer and Instrument Network Isolation

Sequencer control computers run vendor-managed software that you can't patch freely. We place them on a dedicated network segment with a defined, monitored path to your storage or cloud upload service and nothing else. Changes inside the instrument stay with the manufacturer, and we coordinate any network or account change with their service team.

Bioinformatics Cloud Guardrails

We set up your AWS, Azure or Google Cloud organization with central identity, MFA, short-lived credentials, logging and policies that block public storage by default. Scientists keep the freedom to launch compute and pipelines inside approved accounts, and you get alerts when someone opens a bucket, creates an admin key or spins up unusual resources.

Run Transfer and Storage Management

Run folders need to move from instruments to storage and into pipelines without silent failures. We monitor local storage capacity, transfer jobs and checksums, alert on stalled uploads, and set lifecycle policies so raw data moves to cheaper archive tiers on a schedule your scientists agree to.

Code and Secrets Hygiene

Bioinformatics teams write a lot of code, and secrets end up in it. We turn on secret scanning and branch protection in GitHub or GitLab, move credentials into a managed secrets store, and review who has write access to pipeline repositories so a single stolen laptop can't push changes to production workflows.

Collaborator and Partner Data Sharing

Academic collaborators, pharma partners and contract researchers often need slices of your data. We build controlled sharing through scoped, expiring access and logged transfers instead of public links or personal accounts, and we help you review and revoke access when a collaboration ends. Nobody has to email a hard drive anymore.

Validated System Support for Part 11

For regulated workflows, we support the infrastructure side of 21 CFR Part 11: unique user accounts, access controls, audit logging, time synchronization, backups and documented change control on servers and cloud resources. Your quality team owns validation; we provide the controls and records they need.

Why Choose LayerLogix?

Serving businesses throughout the Greater Houston area including Houston, Dallas, Austin, San Antonio, Atlanta, Nationwide.

Genomic Data That Stays Contained

Default-deny storage policies, secret scanning and scoped sharing close the most common routes for genomic data to leak. Because genomes can't be reissued, preventing exposure matters far more than cleaning up after one. It also keeps you clear of the consent problems a leak creates.

Faster Security Reviews From Partners

Pharma partners, health systems and investors all send security questionnaires. With documented controls, logs and backup tests in place, you answer accurately and quickly, and deals stop waiting on the security section. That shortens the path to signed agreements.

Fewer Wasted Runs

Storage monitoring and transfer alerts catch full disks and failed uploads before they cost a run. When a sequencer finishes overnight, the data is where your pipeline expects it in the morning, and reagents don't go to waste.

Scientists Keep Their Speed

Guardrails at the cloud organization level let bioinformaticians work freely inside safe boundaries. They don't need to file a ticket for every new instance, and you don't need to worry about what they're spinning up.

Our Process

1
We trace data from sample accession through sequencing, transfer, secondary and tertiary analysis to reporting and sharing, noting every system and account.
2
We review cloud organizations, repositories, storage permissions, instrument networks and admin rights, ranking findings by data exposure and run impact.
3
We isolate instrument PCs with the vendors' input and set up monitored transfer paths, scheduling changes between runs.
4
We apply cloud guardrails, central identity, secret scanning and controlled sharing, piloting with one team before rolling out company-wide.
5
We set up immutable backups for critical datasets, LIMS and reporting systems, and test restores that your quality and science leads can review.
6
We support teams during business hours with after-hours emergency response for active incidents, and keep 24/7 automated monitoring on cloud accounts and storage.

Frequently Asked Questions

How is IT for a genomics company different from a clinical lab?▼
Clinical labs mostly live inside a LIMS and EHR interfaces. Genomics companies add massive data volumes, heavy cloud compute and in-house software development. That shifts the risks: misconfigured storage, leaked cloud keys, pipeline repositories and collaborator data sharing become as important as workstation security. We still handle endpoints, identity and backups, but much of our work is cloud organization design, secret management and storage monitoring. If you also run a CLIA lab, we support those controls too, alongside the research and product side of the business.
Do you manage our sequencers?▼
No. Sequencers and their control software belong to the manufacturer's service team. We handle the network around them, the storage or cloud upload path they send data through, and the accounts that path uses. We isolate control PCs on their own segment so they can't be reached from email or the internet, and we coordinate with the vendor whenever a network change could affect transfers or remote service. That gives you a protected instrument without voiding support or risking a run.
Can you work with our bioinformatics team without slowing them down?▼
That's the goal. We put the controls at the cloud organization level, such as identity, logging, storage policies and secret scanning, so scientists can launch compute and pipelines freely inside approved accounts. We don't require tickets for routine work. When a guardrail blocks something legitimate, we adjust the policy with your team instead of handing out admin rights. We also help with practical issues like credential setup on laptops, access to shared storage and onboarding new scientists quickly.
How should we share data with collaborators?▼
Through scoped, expiring and logged access, not public links or personal accounts. Depending on the cloud and data size, that might be a dedicated bucket with access granted to the collaborator's identity, a time-limited signed URL, or a managed data transfer service. We set it up so you can see what was accessed and revoke it when the collaboration ends. Data use agreements and consent limits remain your legal and scientific team's responsibility; we make sure the technical setup matches what was agreed.
Do you help with 21 CFR Part 11 or CLIA?▼
We support the IT controls those requirements rely on: unique accounts, role-based access, audit logging, time synchronization, backups, documented changes and system security. Validation of regulated software, standard operating procedures and quality system decisions remain with your quality team. We provide the infrastructure records they need, such as configuration documentation, access reviews and change logs, and we follow your change control process when we touch validated systems. That keeps IT work from creating surprises during an inspection.
What happens if genomic data is exposed?▼
We contain it first: remove public access, revoke leaked credentials, preserve logs, and determine what was accessed and by whom. Cloud access logs are critical here, which is why we turn them on early. Then we work with your leadership, counsel and any affected partners. Whether HIPAA, state privacy laws or contracts require notification is a decision for your attorneys; we provide the technical facts. Afterward, we fix the root cause and add a guardrail so the same misconfiguration can't happen again.
Do you provide Genomics & Diagnostics Companies IT Services in Houston and nearby areas?▼
Yes. LayerLogix is based in the Greater Houston area and delivers genomics & diagnostics companies IT services to businesses across Houston and the surrounding communities, including The Woodlands, Spring, Katy, Sugar Land, Conroe, Cypress, and Pearland. For most Houston-area clients we can be on-site the same day when something needs hands-on attention, and our help desk is available during business hours, with after-hours emergency support. Call 713-571-2390 to check coverage for your specific address.
What does Genomics & Diagnostics Companies IT Services cost for a Houston business?▼
Pricing depends on your size and what you need, so we do not publish a one-size-fits-all number — but Houston businesses generally pay a flat, predictable monthly fee rather than surprise hourly bills. We start with a free, no-obligation assessment of your current setup, then give you a clear quote in plain English with no hidden costs. That way you know exactly what you are getting and what it costs before you commit.

Ready to Get Started?

Contact LayerLogix today for a free consultation. We serve businesses throughout Houston, Dallas, Austin, and the surrounding Greater Houston area.

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