Your 3D printer might be the weakest link in your cyber security
In an era of a polarized world, and sophisticated industrial espionage, every cloud-synced file and external ping is a potential backdoor.
Prusa Critical Infrastructure 3D printers eliminates the "black box" risk by using offline-ready hardware, TAA compliance, and data sovereignty.
Air‑Gapped 3D Printers for Critical InfrastructureModern and Reliable 3D Printers, Designed for Offline Use
Prusa Critical Infrastructure editions of the CORE One L and Original Prusa XL are built for organizations that need the performance of modern additive manufacturing without inheriting the hidden risks of cloud-dependent hardware.
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Trusted Supply Chain. TAA Compliant
DEVELOPED AND MANUFACTURED IN THE EU & USA
Prusa Research is a Czech 3D printer manufacturer with new production facilities located in the USA. Our machines are completely designed and manufactured in-house. We control every part of the supply chain and even produce PCBs in our facility in Prague.
Fully TAA and NDAA compliant, the Prusa CI Edition adheres to rigorous country-of-origin standards to streamline acquisition for U.S. federal, military, and defense agencies. Our hardware, manufactured by Prusa Research a.s. in the European Union, contains no restricted components, facilitating a transparent approval process for mission-critical procurement programs.
NATO Armed Forces Trust Prusa Printers
Relied upon by the majority of NATO militaries, Prusa's Critical Infrastructure printers empower rapid prototyping and tactical part production directly within strict SCIF (Sensitive Compartmented Information Facility) environments. Featuring verifiable, hardware-level air-gapping and completely offline workflows, these systems guarantee continuous operational readiness without ever risking an IT security violation.
Integrated Security Architecture: Protecting the Entire Path from CAD to Print
True security demands a governed workflow, not just an offline printer. Our architecture minimizes your attack surface across the entire data lifecycle. From air-gapped production to secured Hybrid Enterprise (LAN-only) deployments.
USB‑Only Transfers
Eliminate wireless risks with hardware-encrypted USB transfer. Electronics for the CI editions are custom-made and do not feature any wireless radios. The printer still features an RJ45 ethernet port so it can be connected to the local area network. No internet access needed. Ever.
PrucaSlicer: Local, Open, Offline
Prepare your mission-critical prints without an internet connection. The industry-leading slicing software runs entirely locally on your secure network. It requires no cloud account, demands no subscription, and sends zero telemetry back to the manufacturer.
Zero Residual Data
The system architecture contains no internal mass storage like hard drive or persistent memory. All volatile memory, including SRAM used for print buffering, is completely wiped by a simple power cycle, ensuring no print files remain on the printer after a USB drive is disconnected.
Key Security Features
You can run our machines completely offline. They will not ask you for internet connection - not even once. The entire initial setup and firmware updates can be performed without an active internet connection.
No Wi-Fi Module
Wireless radios are completely removed from the custom-made mainboards.
No Camera
Printers are not equipped with built-in cameras. They are an optional upgrade.
Offline Updates
You can update the firmware offline, using a USB drive. No forced firmware updates.
No internet access needed. Ever.
You can run CI machines on a dead‑end VLAN or with no network cable at all.
No Telemetry Transfer
Without access to Prusa Connect (a fully optional remote print management system), these 3D printers do not send telemetry, usage statistics, print data, or any other information to Prusa Research or third parties.
No Relying on Software Switches
Many brands claim that disabling wireless radios via a software switch in the menu is enough. We know it's not. Our platform does not contain a wireless radio and doesn't allow connection of Wi-Fi USB modules.
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Open Source - For Easy Security Audits
PrusaSlicer and the printer firmware are open-source and you can find all source codes on our Github. You can easily verify all our claims, run a thorough independent audit, or even compile your own firmware and flash it into your 3D printer.
The entire PrusaSlicer code is open-source - all components, every module. There are no black boxes or DLL libraries downloaded on runtime. Everything is available for a thorough inspection. No fine print, no asterisks.
ISO Certified Production
Internationally recognized certifications guarantee that your hardware is built in secure, heavily regulated, and strictly monitored environments.
ISO 9001
QUALITY MANAGEMENT SYSTEM
Audited consistency in manufacturing and strict quality control. Ensures every deployed printer meets identical, high-grade operational standards for mission-critical reliability and predictable fleet scaling.
ISO 14001
ENVIRONMENTAL MANAGEMENT
Certified sustainable production processes and responsible material handling. Directly supports strict government and enterprise ESG (Environmental, Social, and Governance) procurement criteria.
ISO 45001
OCCUPATIONAL HEALTH & SAFETY
Rigorous safety standards maintained across our EU/US production facilities. Demonstrates supply chain maturity, operational stability, and risk mitigation, essential for federal vendor approval.
Letter of Volatility
Our hardware architecture is engineered for complete data hygiene and transparent memory management. By eliminating mass storage and implementing verified sanitization protocols, we ensure that sensitive operational data is never persistent and remains fully under your control.
Verified Volatile Data Sanitization
System Architecture: The product utilizes volatile GRAM for the xLCD unit and SRAM (260 kB on XLBuddy; 36 kB on Dwarf) for internal MCU functions and local graphical storage.
Sanitization Protocol: All volatile memory is 100% sanitized through a standard power cycle, ensuring no operational data remains once power is removed.
Prusa is the Secure Option
95% of desktop 3D printers sold are made by Chinese companies. Prusa is the remaining 5%. And the origin matters.
All Chinese companies are required to:
Cooperate with state intelligence (National Intelligence Law, 2017) , hand over encryption keys (Cryptography Law, 2020), and provide data to authorities regardless of where it's stored - even on EU or US servers (Data Security Law, 2021).
Product designs and 3D models are a legitimate target too (2023 Counter-Espionage Law update).
Cooperate with state intelligence (National Intelligence Law, 2017) , hand over encryption keys (Cryptography Law, 2020), and provide data to authorities regardless of where it's stored - even on EU or US servers (Data Security Law, 2021).
Product designs and 3D models are a legitimate target too (2023 Counter-Espionage Law update).
“There is a real risk that data on prints, design models, or production processes could be transmitted to servers beyond the user’s control, including to the territory of the PRC.”
Modern, Secure and Reliable
Fast onboarding, minimal room for user error, rapid speed and wide material support. These are Critical Infrastructure 3D Printers by Prusa Research - get them directly from the manufacturer.
Prusa CORE One L Critical Infrastructure
High volume and speed production. Advanced materials. Zero connectivity.
- Heated chamber up to 60 °C for printing of PC, PA, ASA, ABS, and more
- AC convection heatbed with multi‑level hardware protection
- Multiple thermistors on key components, monitored at runtime
- Door sensor and fan monitoring
- Built-in calibrations
- Designed for demanding 24/7 3D printing
Prusa XL Critical Infrastructure
The fastest and most secure multimaterial platform on the market.
- Up to 5-tool toolchanger
- True multi-material allowing combinations of different materials
- Large print volume 360×360×360 mm
- Multiple thermistors on key components, monitored at runtime
- Fan monitoring
- Built-in calibrations
- Designed for demanding 24/7 3D printing
Built for Mission-Critical Environments
Aerospace: Trusted by NASA and Lockheed Martin
Protect unreleased design iterations, proprietary mechanisms, and certified manufacturing processes from corporate espionage and digital theft.
Government & R&D: Prusa is Powering Thousands of Businesses and Institutions
Execute sensitive, classified research using fully auditable equipment that commercial, cloud-tethered systems cannot support.
World Leaders in Innovation Trust Prusa
Designed and manufactured in Prague. Trusted by businesses worldwide for high reliability and data security.
“Siemens has selected Prusa as a trusted partner and preferred supplier of professional -grade 3D printers for manufacturing aids and prototypes production. We greatly appreciate Prusa's reliable data handling, printing performance and durability.”
Why "Software Security" is a Dangerous Illusion
When a 3D printer is connected to an external network or runs on closed-source software, you expose your enterprise to critical threats.
Instead of asking operators to trust configuration menus, cloud policies, or marketing claims, our systems remove attack vectors at the hardware level and support workflows that remain entirely within the customer’s own security boundary.
| RISK | The Threat | The Prusa Solution |
|---|---|---|
| Intellectual Property Theft (Espionage) | Storing your proprietary CAD files and G-codes on cloud-connected printers means handing your trade secrets to third-party servers. A single breach can cost you your competitive advantage. | We don’t just disable wireless features; we physically remove the Wi-Fi and Bluetooth chips from our custom mainboards. With zero outbound telemetry and no cloud connectivity, your data physically cannot leave the room. |
| Part Sabotage (Undetectable Modification) | Cyber attackers can secretly modify your G-code (e.g., reducing internal infill density or changing extrusion temperatures). The printed part looks perfect on the outside but catastrophic fails under stress. A critical danger for aerospace and defense. | Our ecosystem, including PrusaSlicer, runs 100% offline. Files are transferred exclusively via certified encrypted USB drives (included) or an isolated, highly secure LAN. What you slice is exactly what you print. |
| Firmware Trojans (The Black Box Problem) | Relying on proprietary printers from unverified overseas manufacturers means trusting a "black box." Hidden malware within closed-source firmware can act as a backdoor into your facility's wider network. | Our firmware is open-source and fully auditable line by line. Designed and manufactured in-house in the EU and the US, the Prusa CI Edition guarantees a transparent supply chain and is fully TAA Compliant for federal procurement. |
Intellectual Property Theft (Espionage)
The Threat
Storing your proprietary CAD files and G-codes on cloud-connected printers means handing your trade secrets to third-party servers. A single breach can cost you your competitive advantage.
The Prusa Solution
We don’t just disable wireless features; we physically remove the Wi-Fi and Bluetooth chips from our custom mainboards. With zero outbound telemetry and no cloud connectivity, your data physically cannot leave the room.
Part Sabotage (Undetectable Modification)
The Threat
Cyber attackers can secretly modify your G-code (e.g., reducing internal infill density or changing extrusion temperatures). The printed part looks perfect on the outside but catastrophic fails under stress. A critical danger for aerospace and defense.
The Prusa Solution
Our ecosystem, including PrusaSlicer, runs 100% offline. Files are transferred exclusively via certified encrypted USB drives (included) or an isolated, highly secure LAN. What you slice is exactly what you print.
Firmware Trojans (The Black Box Problem)
The Threat
Relying on proprietary printers from unverified overseas manufacturers means trusting a "black box." Hidden malware within closed-source firmware can act as a backdoor into your facility's wider network.
The Prusa Solution
Our firmware is open-source and fully auditable line by line. Designed and manufactured in-house in the EU and the US, the Prusa CI Edition guarantees a transparent supply chain and is fully TAA Compliant for federal procurement.
Critical Infrastructure Workflow in Four Steps
1
Design and preparation on approved workstations
CAD and slicing happen on your approved workstation using your existing internal workflow. PrusaSlicer is part of an open and inspectable software ecosystem, which gives security teams visibility unavailable in closed, black-box toolchains.
2
Controlled Transfer
Print files are transferred using an encrypted USB workflow by default, allowing customers to preserve air-gapped or high-side operating conditions.
3
Local 3D Printing
The printer executes jobs locally, without requiring a cloud or remote authorization step to perform manufacturing.
4
Controlled maintenance
Firmware updates can be delivered offline through USB packages, enabling organizations to stage, validate, and approve changes within their own maintenance process. Firmware source code is available on Github.
Your Data Never Leaves the Room
The Prusa CI Edition is designed from the ground up for high-stakes environments where compromise is not an option. We deliver absolute physical and digital isolation, ensuring your intellectual property remains strictly in your hands.
Hardware‑Level Air‑Gap
Wi-Fi and Bluetooth modules are physically omitted from our custom-built mainboards. There is zero risk of wireless intrusion because the hardware for it simply does not exist. Without RF or RFID components, there is no signal to track and no wireless backdoor to exploit. Every volatile memory bank, from the display unit to the MCU, clears instantly with a simple power cycle.
No‑Cloud‑By‑Design
Your designs stay on your terms, not ours. The entire Prusa ecosystem, including PrusaSlicer, operates strictly offline, requiring no cloud accounts, mandatory telemetry, or internet access to function. Your G-codes and CAD models remain internal, kept within your secure facility where they belong. We don’t harvest data; we provide the architecture to protect it.
Camera‑Free & Secure Workflows
Visual security is non-negotiable in sensitive environments, which is why these machines ship without optical cameras. Data transfer moves through physical, hardware-encrypted USB drives rather than vulnerable network protocols. No proprietary geometric data persists on the machine once the drive is pulled.
Zero Vendor Lock‑in
By designing and manufacturing our electronics in-house across the EU and US, we offer a transparent, TAA-compliant supply chain that is fully auditable. Our open-source firmware allows your security teams to inspect every line of code, ensuring your production remains independent of geopolitical shifts or arbitrary vendor decisions.
Open, Auditable Software Supply Chain
All core components of the Prusa ecosystem – from firmware on the xBuddy mainboard to the PrusaSlicer toolchain – are open‑source and fully auditable. There are no opaque proprietary binaries running on unknown SoCs; you can inspect, build, and verify exactly what runs in your environment.
We maintain a public security policy and vulnerability disclosure program, including a security.txt file on our domains and a documented process for intake, triage, and remediation of reports. We reward meaningful security findings based on impact and treat external security researchers as partners, not adversaries.
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