Control digital
part execution.
Prove what
happened.
Turn your 3D printers into controlled execution endpoints. Aegis.Core verifies authorized content before start, enforces usage rules locally, and generates signed execution evidence after completion — even offline.
Once the file leaves, trust moves to the machine
Digital parts can be copied, reused, altered, or executed outside the intended context. Cloud control is not always available — or desirable — in industrial environments.
The machine is the decisive control point where execution can be enforced and observed.
Make the machine the trusted execution point
Aegis.Core gives the machine three native capabilities: verify before execution, enforce during execution, and prove after execution — without depending on permanent cloud connectivity.
Confirm that the job prepared for execution cryptographically matches the authorized content and policy before start.
Apply usage rules — including limited-use quotas and authorization scope — locally at machine level.
Generate signed execution evidence — content identity, quota outcome, recorded machine identity, and terminal result — verifiable offline.
What Aegis.Core can unlock for an OEM
Aegis.Core adds a software trust layer at the point where digital instructions become physical output.
The result is not only tighter control. It is a new product capability you can package, expose, and differentiate around.
Enable distributed production from authorized digital part files while keeping machine-side usage control and execution evidence.
Create the technical foundation for quota-based or limited-use offerings without requiring a permanent cloud connection.
Export signed execution evidence that can support traceability, quality, audit, and dispute reduction.
Differentiate beyond performance, throughput, and process capability with machine-level trust, control, and verifiable execution.
Two concrete OEM use cases
A manufacturer distributes a signed digital spare part to an authorized production site with a limited-use quota. The site can produce locally — even offline — within the authorized machine environment. Aegis.Core enforces the usage rule at the machine and records the outcome.
→ OEM gain: enable distributed spare-part production without surrendering machine-side usage control.
A production partner executes an authorized job. Aegis.Core records the controlled execution flow and can produce a signed certificate containing the authorized content identity, recorded machine identity, usage outcome, and terminal result. No permanent cloud connection is required.
→ OEM gain: give customers or quality teams signed, offline-verifiable execution evidence.
Proof you can export, verify, and show
Without proof, control is just a claim.
Aegis.Core can generate a signed execution certificate recording the authorized content, recorded machine identity, usage outcome, terminal result, and integrity evidence. The data shown below is drawn from a real execution on a test machine.
What your machine becomes
The same hardware. A different position in the value chain.
Executes production files.
Verifies authorization, enforces usage rules, and records signed execution evidence.
Built to fit the OEM stack you already have
Aegis.Core sits between content preparation and machine runtime. It provides dedicated integration surfaces for each side, runs on Windows and Linux, and does not require permanent cloud connectivity.
OEM Engineering
3D Printer
Core Enterprise functions are exposed through a native C shared library; machine execution uses a C++ adapter layer.
Designed for OEM software stacks across Windows and Linux environments.
Moonraker / Klipper is the current reference integration for controlled machine execution.
Signed proof, local policy enforcement, and hardware-backed anti-rollback are designed to operate without permanent cloud dependency.
See the control flow in practice
Prepare and publish the protected digital job on one side. Control execution and produce proof on the machine side.
A strong fit for specific industrial 3D printing contexts
Aegis.Core is designed for OEMs with a real machine-level execution-control, traceability, or proof requirement — especially where permanent cloud dependency is not acceptable.
Start with one concrete machine scenario
The fastest way to evaluate Aegis.Core is not a broad integration project. Start with one machine context, one target use case, and one question worth validating.
Map your machine software stack, deployment constraints, target workflow, and the business value you want to create.
See Aegis.Core applied to a scenario close to your environment, using an existing demo flow with limited adaptation.
Validate one specific technical or operational point before considering a broader integration.
See if Aegis.Core fits your machine
Tell us about the machine, the digital-part workflow, and the control or proof problem you are trying to solve. We will tell you quickly whether there is a credible fit.
Discuss your use case with HexaQuarks
A short first discussion is enough to determine whether Aegis.Core is relevant to your machine architecture, deployment model, and product objectives.
Best fit: industrial 3D printer OEMs exploring controlled digital-part execution, traceability, offline trust, or quota-based usage models.