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Addressing Cybersecurity Threats in the World of 3D Printing


Effy Shafner

Effy Shafner

Content Marketing Writer

Cybersecurity
GrabCAD-image

Why Cybersecurity Matters in 3D Printing

3D printing isn’t just about prototyping anymore—it’s now a core element of industrial manufacturing, with printers embedded in factory floors, research labs, and defense environments.

But as the machines get smarter and more connected, they also become vulnerable. Intellectual property, production schedules, and operational continuity all rely on cybersecurity. If your additive workflows are compromised, your business can grind to a halt—or worse, leak sensitive data.

In this blog, we explore the key risks, the defense mechanisms Stratasys® has implemented, and what actions you can take to strengthen your own security posture.

Common Cybersecurity Challenges in Additive Manufacturing

Threat

Description

IP Theft

CAD files, material selections, and build configurations represent valuable trade secrets.

Network Intrusion

Printers on unsegmented networks can be used as an entry point for attackers.

Firmware Tampering

Unauthorized changes to firmware could result in failed prints or worse—functional sabotage.

Data Overcollection

Some users fear “surveillance creep” as telemetry expands without clear opt-outs.

Cloud Vulnerabilities

Remote print prep, job queuing, and analytics are powerful—but also exposed.

Compliance Gaps

Regulations like GDPR, ITAR, or DoDI require strong safeguards, even in non-financial sectors.

 

Information Assurance: Building Trust Through Resilience

Cybersecurity is essential—but for industries where reliability and compliance matter most, information assurance is the broader goal. It means not only defending against attacks but ensuring the confidentiality, integrity, and availability of every data point in your 3D printing workflow.

Stratasys solutions are built with this mindset. From secure firmware and encrypted communications to offline modes and strict access control, our platform is designed to help customers maintain operational continuity, meet regulatory obligations, and safeguard sensitive data.

Whether you're operating in defense, aerospace, or any high-security environment, Stratasys gives you the tools to ensure trust—not just protection.

Stratasys’ Multi-Layered Cybersecurity Approach

Stratasys follows a Secure Software Development Lifecycle (S-SDLC) and supports ISO 27001 standards. Its security approach is built on three pillars:

1. People & Process Controls

  • Employee training (phishing, SOPs, secure onboarding/offboarding)
  • Role-based access control for software and admin features
  • Zero-trust and least-privilege data access models

2. Product-Level Safeguards

  • Offline operation modes in GrabCAD Print
  • MTConnect-based telemetry with data opt-outs
  • Secure commissioning and authentication via AWS Cognito

3. Infrastructure Hardening

  • Encrypted data at rest and in transit (TLS, AES)
  • Firewalls, tamper-proof firmware, enclave controllers (e.g., F3300®)
  • AWS-hosted services with certifications like ISO 27001, SOC 2, and PCI DSS

Printer.

Product-Specific Security Practices

Stratasys software follows a modular approach built on a shared core. GrabCAD Print is the foundation, used by all systems for job preparation and execution. From there, users may add:

  • GrabCAD Shop: For managing internal print requests and workflow visibility.
  • GrabCAD Streamline Pro: A full enterprise suite that includes Shop, Control (admin portal), Analyze (dashboards), and optionally Shield (network appliance).

Product / Tier

Security Features

GrabCAD Print

Local job prep with optional offline mode, no CAD data collection, user privacy settings, TLS encryption in connected mode

GrabCAD Shop

Secure cloud-hosted order tracking; role-based access (admin/operator/requester); job metadata stored in AWS S3

GrabCAD Streamline Pro Suite

Enterprise-level control including: centralized user/device/license management (Control), usage dashboards (Analyze), and optional network hardening (Shield)

FDM Systems (e.g., F3300)

Hardware enclave controller, signed firmware, tamper-proof startup, and audit-capable logs

PolyJet Systems

WebSocket-based print telemetry; optional offline configuration; no CAD uploads

Other GrabCAD-connected Printers

Benefit from same platform-level protections as others: role-based access, data encryption, authentication via AWS Cognito, and optional offline operation

Next Steps for Users

  • Configure data preferences in GrabCAD Print: File → Preferences → Privacy
  • Segment high-risk printers on isolated LANs
  • Deploy Streamline Pro Shield for OT micro-segmentation
  • Enable MFA and role-based controls in GrabCAD Control
  • Use offline mode when cloud features aren't needed
  • Contact Stratasys Support for audit support or technical guidance

Conclusion: Security Is a Shared Responsibility

As 3D printing systems become more powerful, their cybersecurity needs grow. Stratasys offers a security-first approach across software, hardware, and infrastructure—but ultimate security depends on how you configure and use those tools.

Importantly, cybersecurity is just one layer. At Stratasys, it's part of a broader commitment to information assurance—ensuring that your additive manufacturing workflows remain trusted, reliable, and compliant across their entire lifecycle.

Whether you're in aerospace, healthcare, or industrial manufacturing, your additive manufacturing setup must be as secure as it is sophisticated.

Take the time to evaluate your systems, leverage available safeguards, and choose partners committed to resilience, and transparency, and assurance.

Security

Frequently Asked Questions

A: No. CAD files are sliced locally and never transmitted to the cloud. GrabCAD Print deletes slice data after execution.

A: Yes. GrabCAD Print and Control Center both support full offline modes.

A: Mostly usage data like print time, material consumption, and error codes. Personal/company data can be anonymized or disabled.

A: AWS Cognito and JSON Web Tokens (JWT) provide secure, standards-compliant identity management. MFA is required for admin-level users.

A: The F3300 features a separate enclave controller, signed firmware, and automatic startup validation for unmatched endpoint security.