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Ship models, Navy data and yard networks kept apart and kept running.

Shipbuilding & Ship Repair IT Services

A shipyard holds some of the most sensitive files any small manufacturer ever touches, and it holds them in offices that sit next to a dry dock.

SOC 2 Aligned
Responsive Support
20+ Years Experience

At a glance

Hull and outfitting models, work packages from a Navy availability, vendor drawings and welder qualification records all move between the design office, the planning trailer and the waterfront.

We run the IT that carries that work: design workstations sized for large 3D models, a scoped environment for controlled unclassified information, yard Wi-Fi that reaches the pier, and access control for the subcontractors who rotate through every repair period.

We work with new-construction yards, repair yards and the marine fabricators who supply them, across Texas and nationwide.

IT that keeps hulls on schedule, Navy data fenced, the pier connected.

CMMC groundwork, 3D model support and waterfront networks for yards that build, convert and repair vessels.

Shipbuilding and repair

From keel block to sea trials

A vessel is built or repaired on a calendar the owner set months ago. Design releases drive steel orders, planners turn models into work packages, and crews on the waterfront need the right drawing at the right frame number. When a repair contract comes from the Navy, the files carry federal rules with them.

01 · The pressure

A dry dock date that won't move

Your schedule is fixed to a dock window, a tide and a crew of trades who are already booked. Designers work in ShipConstructor, AVEVA or Cadmatic on models that strain an ordinary PC. Planners pull those models into work packages and material lists, and the waterfront prints them by zone. If the design server is down for a day, steel cutting stalls. If Navy files leak, the yard's next bid is in doubt.

  • Dock windows booked months ahead
  • Ship models too heavy for ordinary PCs
  • Work packages printed zone by zone

02 · How it breaks

Navy drawings on a planner's personal laptop

Controlled files rarely leave through a dramatic hack. A planner copies a technical package to a USB stick to work at home. A visiting subcontractor joins the office Wi-Fi and sees the design share. The yard's generic waterfront login is written on a whiteboard in the tool crib. Then a phishing email reaches the contracts manager during an availability, and an attacker now reads every message about change orders and government-furnished equipment.

  • Technical packages copied to USB drives
  • Subcontractors sharing the office network
  • Generic logins posted in the tool crib

03 · What we change

A fenced zone for federal files

We map where controlled information enters and travels, then build a scoped environment for it, often Microsoft 365 GCC High with locked-down design shares. Design workstations get managed endpoint protection and blocked removable media. The waterfront gets its own network, separate from engineering, with a guest segment for subcontractors. Everyone gets a named account with MFA, and we write the System Security Plan and POA&M that CMMC assessors expect to read.

  • GCC High or a similar scoped enclave
  • Separate networks for yard, office and guests
  • SSP and POA&M kept current

04 · The after

A yard the prime contractor trusts with files

When a prime or a Navy program office asks for your SPRS score and supporting evidence, you have it on file. Designers open big models without waiting, and a crashed workstation gets rebuilt from a standard image. Subcontractors get Wi-Fi on the pier without touching engineering. The contracts manager knows a strange email about wire instructions gets verified by phone, and the next availability starts with fewer surprises.

  • SPRS score backed by real evidence
  • Workstations rebuilt from a standard image
  • Pier Wi-Fi kept away from engineering

Systems we keep running

  • SSI ShipConstructor
  • AVEVA Marine
  • Cadmatic
  • Rhino
  • AutoCAD
  • Deltek Costpoint
  • Microsoft 365 GCC High

Rules we help you meet

  • DFARS 252.204-7012
  • NIST SP 800-171
  • CMMC 2.0 (DFARS 252.204-7021)
  • ITAR (naval vessel technical data)
  • EAR

What We Offer

Comprehensive solutions tailored for Houston-area businesses

CMMC & DFARS Readiness for Navy Work

We run a gap assessment against NIST SP 800-171, score it honestly for SPRS, and turn the gaps into a plan you can afford. Policies, the System Security Plan and the POA&M get written in plain language your contracts team can defend. When a prime flows down DFARS 252.204-7012, you know which systems it touches.

Ship Design Workstation Support

ShipConstructor, AVEVA Marine, Cadmatic and Rhino all punish weak hardware and sloppy file servers. We spec workstations with the graphics, memory and storage that large hull and outfitting models need, manage driver and license updates, and keep model databases backed up so a corrupted project rolls back to last night rather than last month.

Scoped CUI Environment

Not every shipyard system needs to sit inside the controlled boundary. We draw that boundary around the people and files handling Navy technical data, usually in Microsoft 365 GCC High or a dedicated enclave, so the welders' timekeeping kiosk and the cafeteria TV stay out of your assessment scope.

Waterfront & Dry Dock Networking

Steel hulls, cranes and salt air make Wi-Fi hard. We plan access points for piers, laydown yards and dock offices with weatherproof gear, and separate the waterfront from engineering. Where yard equipment or crane controls connect to a network, we secure the boundary and coordinate any change inside the equipment with its OEM or controls contractor.

Subcontractor & Visitor Access Control

Repair periods bring in painters, electricians, riggers and OEM field reps for weeks at a time. We give them time-limited named accounts or a guest network, never a shared yard login. When the availability ends, access ends with it, and you have a record of who touched what.

Export-Controlled Data Handling

Naval vessel drawings can fall under ITAR, and some commercial marine equipment data falls under the EAR. We label and restrict those folders, block sharing to personal accounts, and work with your export compliance lead on who may open them. Your export counsel makes the classification calls; we make the access rules match.

Why Choose LayerLogix?

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

Bids Backed by a Real SPRS Score

Primes and program offices check cybersecurity before they award work. A score you can support with documents keeps you in the running for repair availabilities and new-construction subcontracts, instead of losing them to a yard with better paperwork.

Design Releases Stay on Schedule

Faster workstations and protected model databases mean fewer lost days in the design office. Steel orders and cutting plans go out when the build schedule says they should, and the dock date stays where the owner put it.

Smaller Assessment Scope

A tight CUI boundary means fewer machines, fewer people and fewer policies inside the area an assessor will examine. That keeps CMMC work affordable for a yard that also does commercial and workboat jobs on the same property.

Clear Records When Something Goes Wrong

DFARS requires reporting certain cyber incidents to the DoD within 72 hours. With logging and an incident plan in place, you can tell your counsel and the prime what happened, when, and which systems were involved.

Our Process

1
Walk the yard and the design office, and trace where Navy technical data, vendor drawings and work packages enter, live and get printed.
2
Score your environment against NIST SP 800-171, record the SPRS result, and agree on which gaps to close first based on upcoming bids.
3
Build the controlled boundary, whether GCC High, a design enclave or both, and move CUI into it with named, MFA-protected accounts.
4
Separate the waterfront, office, guest and engineering networks, and secure the edge where yard equipment connects without altering the equipment itself.
5
Write the System Security Plan, POA&M, incident plan and access procedures in language your contracts manager and assessor can follow.
6
Monitor, patch and review access every quarter and at the end of each availability, updating evidence before the next prime questionnaire arrives.

Frequently Asked Questions

We do mostly commercial and workboat repair. Why does CMMC matter to us?▼
If you take even one Navy repair job or a subcontract from a defense prime, the contract can flow down DFARS 252.204-7012 and, as the phase-in continues, a CMMC level requirement. The files from that job then need protection under NIST SP 800-171. Many mixed yards solve this by scoping a small controlled environment for the defense work, rather than treating the whole property as in scope. That lets the commercial side keep running normally while you stay eligible for Navy work. Your contracting officer or prime will tell you which level the contract requires; we help you meet it.
Do we need Microsoft 365 GCC High?▼
It depends on what your contracts require and what data you hold. GCC High is built for organizations handling CUI and export-controlled data, and it supports the DFARS incident reporting and data residency expectations many primes look for. Commercial Microsoft 365 can work for some defense work, but it often leaves gaps an assessor will question. We review your contracts and data flows first, then recommend the smallest setup that meets them. If GCC High is the answer, we handle licensing through an authorized reseller, migration and the configuration that makes it worth paying for.
Our design models are huge. Can you make the design office faster?▼
Usually, yes. Slow ship design is often a mix of underpowered workstations, model databases on a tired file server, and a network link that was never meant for hull blocks. We look at where the time goes: opening, saving, regenerating drawings or syncing between sites. Then we fix the bottleneck, whether that means new GPUs and memory, faster storage near the designers, or a better connection to a second office. We also set up nightly backups of the model databases with restore tests, so a corrupted project doesn't cost a week of rework.
Can you secure our cranes, welding systems and dock controls?▼
We secure the IT side and the boundary around that equipment. That means finding what is connected, putting it on its own network segment, controlling remote access by vendors and watching traffic at the edge. We do not reprogram crane controllers, PLCs or welding power sources. Changes inside that equipment go through the OEM or your controls contractor, and we coordinate with them so a security fix doesn't disrupt a lift or a weld procedure. That split keeps the equipment warranty intact and keeps safety-critical decisions with the people who built the machine.
Foreign nationals work in our yard. How does that affect ITAR data?▼
If your vessel drawings or technical data are controlled under ITAR, giving a foreign person access can count as an export, even inside your own building. That covers employees, subcontractors and visiting vendor reps. We set up folder permissions, group membership and logging so only cleared U.S. persons or people covered by a license can open controlled files. Who qualifies and whether a license is needed is a legal question for your export compliance lead and counsel. Our job is to make sure the system enforces their decision and records who opened what.
What happens if we get hit during an availability?▼
First we contain it: isolate affected machines, disable compromised accounts and preserve logs so the facts aren't lost. If CUI may be involved, DFARS 252.204-7012 requires a report to the DoD within 72 hours of discovery, along with preserving system images for at least 90 days. Your counsel and the prime decide on notification; we gather the technical details they need to make that call. Then we restore from clean backups, starting with the systems the waterfront needs to keep working. Our engineers handle active incidents with after-hours emergency response, so a breach discovered at night doesn't sit until morning.
Do you provide Shipbuilding & Ship Repair IT Services in Houston and nearby areas?▼
Yes. LayerLogix is based in the Greater Houston area and delivers shipbuilding & ship repair 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 Shipbuilding & Ship Repair 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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