Use cases

A unified system for engineering & manufacturing

Boltline lives with your designers, engineers, assemblers, and specialist makers so they can deliver great hardware to your customers, whatever your industry.

Industries

Space and defense

Boltline provides a secure, traceable, and centralized platform to manage complex hardware builds across design, procurement, and test. Defense and aerospace teams use Boltline to formalize undocumented processes, reduce rework, and accelerate iteration on mission-critical systems. From prototype to production, every part and process is tracked, versioned, and audit-ready.

Medical and biotech

Boltline helps teams meet strict regulatory requirements with full part genealogy, test traceability, and build history in one connected system. By bridging engineering and operations, it ensures compliant, high-quality hardware development without slowing teams down. Teams can move fast while preserving the rigor needed to build world-class hardware.

Advanced manufacturing

Boltline unifies engineering BOMs, inventory, builds, and test data so advanced manufacturers can reduce errors and get to first article faster. Teams gain visibility into the entire lifecycle — from design through assembly and quality control — enabling tighter coordination and faster iteration. It’s the digital backbone for building high-mix, high-complexity systems.

Alternative energy

Boltline helps energy hardware teams manage high-complexity builds and short iteration cycles by connecting design, procurement, and test workflows. As clean tech companies move from concept to deployment, Boltline ensures that every part, version, and build is documented and actionable. Teams can scale with confidence — without losing control.

Universities

Boltline gives university research labs and student teams a professional-grade system to track parts, builds, and experiments. It replaces chaotic spreadsheets with structured data, so academic hardware projects can move quickly and transition projects without losing institutional knowledge. Ideal for teaching, prototyping, and publishing replicable results.

...and many more

Boltline is built for any business that needs to bring people, processes, and parts together in a single system built for rapid hardware execution. Teams stay aligned across design, sourcing, and build — so work moves faster, decisions are clearer, and nothing gets lost in the gaps. No more siloed tools or undocumented workflows — just one source of truth from prototype to production.

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Industry:

Aerospace

Team Size:

100+ Boltline users

The Challenge

Building rockets is no easy task, and it normally takes years to get to orbit. In order to compete with rocket companies already in production, Stoke needed to go extra fast. As rocket industry vets, the founders knew that configuration management would be a massive friction, if they didn’t have a better solution.

See how three Stoke employees with different responsibilities utilize Boltline to get their jobs done better and faster.

Jenna

Responsible Engineer

Responsibility

I am the responsible engineer for the stage two combustion devices. I am in charge of taking thrusters from design through procurement, assembly, and service.

How Boltline helps

Boltline allows me to track thruster units installed in development and production hardware at the same time. Workflows tell me every step of unit manufacturing from first machining, cleaning and inventory, through final assembly and service. Whenever we need to define non-conformance procedures, we can add them and track discrepancies for any component. These records live with the hardware so we can verify configurations on the shop floor or on the test stand.

Leslie

Test Engineer

Responsibility

I am a test engineer, building out test capabilities and processes that support both rapid development testing and production testing. This involves designing, building, and activating various types of test equipment designed to conduct pressure and thermal tests, creating many types of interfaces, including tubes, brackets, and sensors.

How Boltline helps

Boltline helps me translate my CAD designs into real hardware, even if that hardware is produced by many different people. New designs synch from PLM in minutes, so Boltline has all the details of parts and assemblies. I can then create inventory steps and trigger shop orders.
Since all our technicians work in the same system, we can exchange feedback clearly and consistently. We can roll out improvements on the fly.

Kenton

Manufacturing Engineer

Responsibility

I work across multiple functions including engineering, inventory, assembly, and testing, so I need to make sure the right parts move to the right places and people. Parts are always in motion here. Our rocket components always evolve, and we need keep up with changes.

How Boltline helps

Boltline has made handling thousands of parts super easy. The moment a part arrives, I can confirm it’s pulled into the correct process. Some parts are for stock, but others move directly into waiting assemblies. Many parts we make in-house need special treatment (like cleaning) or documentation, and Boltline prevents errors and misses. Anytime we need to question a part, we can just scan a QR code. Boltline stops guesswork.