Blog

Every generation of hardware has broken the methodology that worked for the last one. This handbook defines what comes next: continuous alignment powered by AI agents, the infrastructure it depends on, and the role shift it demands from every systems engineer.

NASA invented systems engineering. Skunk Works perfected it.

How Rivian partnered with Flow to create a system built for iteration at enterprise scale.

Hardware teams are building systems more complex than ever, but coordination capacity is not keeping up. AI will not fix this as a bolt-on feature. The next decade belongs to teams that build AI directly into how engineering systems work.

The Airbus A380 did not fail because engineers were bad at engineering. It failed because teams worked in different tools and lost a shared source of truth. Communication breakdowns scale into billion-dollar mistakes.

The Bill of Design (BOD) is how SpaceX turns requirements, ownership, and testing into a single operating system for speed and rigor.

As teams grow, the real bottleneck is not technical skill. It is how engineers stay aligned across disciplines, tools, and programs. The fastest teams treat communication as a system and iterate it as fast as the product.

Flow raises $23M Series A from Sequoia, founders of Stripe & Unity to help hardware teams iterate like software.

The Titan Submersible failure report is out. It's a wild masterclass in how not to build safety-critical systems. Skip the fundamentals, and nature will enforce them for you.

Download our hands-on playbook PDF: How top hardware teams apply agile CI/CD and continuous verification to iterate faster.

A conversation with Anduril and Flow on why modern systems teams are moving beyond waterfall. How to build complex, high-assurance hardware with faster iteration, tighter feedback loops, and better system-level ownership.

“We’re doing concurrent engineering!” Are you sure about that? Many teams claim they’re practicing concurrent engineering—but in reality, they’re stuck in a watered-down waterfall.

A practical guide to modern systems engineering culture and leadership, now available as a shareable PDF. Learn how top teams structure ownership, collaboration, and maturity to move faster with confidence.

"Using agile for safety-critical systems will get people killed." Wrong. The misunderstanding comes from a flawed assumption: that iteration means “just do stuff and see what happens.” It doesn't.

Most Products Are Already Broken at the Requirement Level How do teams like Astranis and Planet get scoping right, and why do so many others fall into the perfection trap?

A reference guide, drawing from hundreds of fast-moving engineering teams and industry best practices. Benchmark your organisation and chart a path to build next-gen hardware with speed and flexibility.

Culture, not (just) engineering, is what separates the best from everyone else. Three bold lessons from SpaceX for faster systems engineering.

Practical advice on how Model-Based Systems Engineering (MBSE) can accelerate iteration in complex engineering projects. With leaders from True Anomaly, Radiant, and Agile Space Systems, we discuss topics rom cultural and organizational shifts required for MBSE adoption to how teams are using MBSE to increase their cycle speed.

The next-generation of space companies are all betting their companies on one idea—Agile. Webinar Recap.

NASA was once the fastest-moving engineering organization on Earth. Then, NASA lost its way.

Webinar: Practical tips to iterate faster in aerospace & hardware. Insights from leaders at Hermeus, ABL & Planet.

Disclaimer: All knowledge is publicly available and non-confidential. This post is not connected to or endorsed by SpaceX in any way.

Episode #5 of Beyond Blueprints features Shiladitya Ghosh, COO and Cofounder of Mission Zero Technologies. He talks us through how scrubbing CO2 from the atmosphere is a difficult but urgent problem to tackle that touches on many disciplines.

Episode #4 of Beyond Blueprints features TeAnn Nguyen, Senior Systems Engineer at Universal Hydrogen. She talks us through how Universal Hydrogen hopes to become the supplier of the "Nespresso Capsules" for future sustainable flight.

Episode #3 of Beyond Blueprints features Ben Anstey, the Director of Electrical Systems and Digital Experience for Volta Trucks. Volta's ethos was a clean sheet rethink for how to design and build a commercial vehicle.

In order to meet their ambitious deadlines, some of our most successful customers needed to rip up the traditional “old-school” playbook.

A Guide to the Different Types of Requirements in a Hardware Engineering Project

Episode #2 of Beyond Blueprints is here, featuring an interview with Rajat Kulshrestha, CEO & Co-Founder of Space Machines. A company built around delivering accessible on-orbit satellite servicing and protection.

Episode #1 of Beyond Blueprints is here, featuring an interview with William Madsen, Head of Engineering at Antares Industries, a company revolutionising nuclear technology for use terrestrially and extra-terrestrially.

Everyone is hoping to be first to market with a fully certified product and any hiccup along the way can have wide ranging consequence for who comes out on top.

Our founder Pari, sat down with Jason Carman of the S³ Saturday Startup Stories docuseries to give a glimpse into our journey and the innovation that's driving the future of engineering.

OK, so it’s not the catchiest name in the world (suggestions welcome), but the acronym nicely represents the sound I make when I find out I have to rewrite my engineering change notice for a fourth time after another change in the pump pressure.

We’ve seen a clear pattern differentiating the best NewSpace teams from the old-school - their different worldview on requirements.

A look back over the last few years of engineering digital transformation and where we’re going next.

We've raised $8.5m to revolutionise collaboration for ‘new age’ hardware teams solving humanity’s greatest problems.

Reusable Rockets & Fusion Reactors - Are We Ready for The Next Era of Physical Engineering?