Denver-headquartered since 2001 · Senior-led accountability · Nationwide remote support · Coordinated onsite delivery through partners across the lower 48
Referral-Built Since 2001
As of August 2026, 100% of current Entice clients came through referrals from other clients.
Onsite availability and delivery details are confirmed for each engagement.
Why Generic IT Falls Short
One Technology Problem Can Pull an Entire Project Team Off Task.
A slow model may start with one engineer. Then a project team waits, a deadline tightens, and highly skilled people spend billable time diagnosing technology instead of delivering work. Engineering IT has to be managed around the project—not merely the device.
Workstations That Do Not Match the Workload
Generic business-computer standards can fall short under large models, point clouds, rendering, simulation, analysis, plugins, and multiple design applications running together. Hardware, graphics, configurations, and refresh cycles should reflect the role and the actual work.
Project Data Without Clear Control
Drawings, models, calculations, reports, specifications, and client files become harder to protect and recover when they are scattered across local drives, file servers, email, cloud platforms, and outside collaborators.
Changes That Break Dependencies
An update that looks routine can disrupt an active project when collaborators, plugins, libraries, license components, or dependent applications are not ready. Changes need coordination, testing, and an accountable rollout plan.
What Entice Manages
One Managed Environment Behind Project Delivery.
Engineering productivity depends on a connected chain of devices, applications, data, networks, cloud services, security controls, and vendors. Entice manages the technology foundation so performance, access, protection, recovery, and support work together.
Live design files, workshared models, engineering databases, and Microsoft 365 documents have different requirements for performance, file locking, versioning, collaboration, and recovery. Entice helps match each workload to an appropriate platform and documents how information moves between systems.
Collaboration, version history, backup, and disaster recovery are different controls. The environment should make clear which system provides each one—and where a separate protection layer is needed.
Workstations Matched to the Workload
Role-based specifications, standardized builds, monitoring, patching, graphics-driver coordination, troubleshooting, warranty management, and lifecycle planning.
Engineering Application Environment
Deployment, approved-version coordination, license services, sign-in and plugin dependencies, supported infrastructure, and vendor escalation for applications included in the agreed scope.
Project Data and Collaboration
Managed storage, cloud collaboration, permissions, external sharing, capacity planning, version recovery, and documented data flows across offices and teams.
Identity, Security, and Intellectual Property
Managed identity, access, device, email, and endpoint protections aligned with the firm’s risks, workflows, and agreed service scope.
Backup coverage, documented recovery procedures, continuity planning, and restore testing where included—for the project data and systems named in your service plan.
Support, Vendor Coordination, and Planning
One Accountable Technology Partner
The Gray Area Has an Owner.
The workstation vendor points to the application. The application vendor points to the network. The network provider points to storage. Meanwhile, the project team waits.
Entice troubleshoots the managed environment, narrows the issue, engages the appropriate provider, and keeps ownership, communication, and next steps visible through the agreed escalation process. Specialized design decisions and product defects remain with the appropriate internal expert or application vendor; Entice keeps technology coordination from falling back on your engineers.
A Controlled Transition
Strengthen the Environment Without Turning Active Projects Into a Test Lab.
Entice establishes visibility first, addresses urgent gaps, and introduces standards through planned changes aligned with project priorities and approved maintenance windows.
01
Map the Engineering Workflow
Document roles, applications, workloads, project-data locations, license dependencies, vendors, recovery needs, critical deadlines, and recurring friction.
02
Stabilize What Puts Delivery at Risk
Address urgent performance, security, access, backup, and infrastructure gaps through changes planned around active work.
03
Standardize by Role and Dependency
Establish workstation profiles, approved configurations, access models, maintenance windows, support procedures, and escalation paths.
04
Manage, Measure, and Improve
Monitor the environment, support users, coordinate vendors, test recovery for in-scope systems, address recurring problems, and maintain a roadmap aligned with project demand.
Engineering Cybersecurity
Protect the Designs, Identities, and Client Trust Behind the Work.
Engineering firms are often entrusted with valuable intellectual property, sensitive client information, bid data, project records, and access to outside environments. A compromised identity can expose far more than an inbox.
Depending on the agreed scope, safeguards may include:
Identity and access: multifactor authentication, Conditional Access, least privilege, access reviews, and timely onboarding and offboarding.
Devices and communications: managed endpoint detection and response, email and identity threat protection, device encryption, and security patching.
Data and recovery: controlled external sharing, backup coverage for supported systems, documented recovery procedures, and restore testing where included.
Engineering firms that process, store, or transmit Federal Contract Information or Controlled Unclassified Information in performing an applicable DoD contract or subcontract may be subject to contract-specific CMMC requirements. Other government or client contracts may impose separate safeguarding requirements.
Entice can help map the technical environment, coordinate implementation of assigned safeguards, organize documentation and evidence, and support remediation planning alongside the firm’s legal, compliance, and assessment professionals.
Certification decisions, legal interpretations, management attestations, and independent assessments remain with the appropriate client representatives and authorized parties. Entice supports readiness; it does not provide legal advice or guarantee certification or compliance.
Explore Compliance Readiness
Managed IT for Engineering Firms: Frequently Asked Questions
Engineering IT Readiness Review
Find the Friction Before It Reaches the Next Deadline.
An Engineering IT Readiness Review examines the technology dependencies affecting productivity, project data, security, and continuity—from workstation standards and application dependencies to collaboration, identity controls, backup coverage, recovery readiness, vendor responsibilities, and recurring support issues.
The review is designed to identify:
Immediate priorities
Standards worth creating
Issues that can wait
Ownership gaps
Budget and sequencing considerations
The first step is a conversation. Review scope and deliverables are confirmed before work begins.
Start an Engineering IT Readiness Review