Peridio, creator of Avocado OS, today announced the general availability of Avocado OS 1.0, the production operating system for physical AI. Avocado 1.0 gives hardware teams a single, declarative path from prototype to fleet: describe a system in one configuration file, and three commands produce a signed, immutable image running on real hardware. What has historically demanded a dedicated operating-system team, a build server, and timelines measured in quarters now runs on a laptop in minutes.
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Avocado 1.0 delivers a composable, immutable embedded Linux runtime that takes teams from a single config file to a signed, secure device on real hardware in minutes, across 20+ silicon targets, with no dedicated OS team required.
The silicon is ready. The software layer wasn’t.
Physical AI has arrived, and not gradually. Edge-capable silicon is shipping in volume, models are running on-device, and humanoids and autonomous machines are entering mass production. Robotics drew a record $14 billion in venture funding last year alone.
But every platform shift creates an infrastructure winner, and until now physical AI has had none. The intelligence has raced ahead while the foundation it runs on is still assembled by hand, one board and one build server at a time. Teams face the same wall every time: the prototype works on the bench, but the road to a secure, updatable, production-grade fleet, including build systems, OTA pipelines, secure boot chains, and vulnerability management, has to be built from scratch. The operating system, the part nobody set out to build, becomes the critical path to ship.
Avocado 1.0 removes that wall.
“Embedded Linux has been waiting for its Arduino moment, the moment the barrier drops and building on this hardware finally becomes accessible to every team, not just the ones who can staff an OS group,” said Bill Brock, CEO and Co-Founder of Peridio. “That moment is Avocado 1.0. The products teams are building right now, robots, medical devices, autonomous systems, are too sophisticated and moving too fast to be held back by the layer beneath them. We built the operating system for physical AI so that layer becomes solved infrastructure, and engineers get back to building the thing that actually differentiates them. This is the most important release in our company’s history, and it’s only the beginning.”
What ships with Avocado 1.0
The release is anchored by three advances that together redefine what a single engineer can ship:
Avocado Desktop and an agentic toolchain
Avocado Desktop composes, programs, and provisions embedded Linux from a laptop, on real hardware, in minutes, including programming targets like NVIDIA Jetson directly from a Mac. Avocado also ships an MCP server, so a coding agent can drive the entire platform in plain language, resolving packages, wiring dependencies, and provisioning devices, while editing the version-controlled config rather than the device itself, so every build stays reproducible.
Hardware portability across 20+ targets
With Avocado, a board change is a configuration change, not a re-platform. Because Peridio pre-builds the world of packages per architecture, one application retargets across more than 20 supported boards, from Raspberry Pi to NXP i.MX to the full NVIDIA Jetson line, without rewriting business logic, while still allowing full custom kernels, device trees, and bootloaders when teams need them.
Secure by construction
Secure boot, dm-verity, LUKS2 encryption, signed atomic A/B updates with automatic rollback, and SBOM generation are properties of the runtime from the first image, not a hardening phase bolted on before ship. The result is a minimal attack surface and a defensible supply-chain story out of the box.
“Avocado 1.0 is the release I’ve wanted to build my entire career,” said Justin Schneck, CTO and Co-Founder of Peridio, and creator of Avocado OS. “We pre-compile tens of thousands of packages per target so the work is already done when you need it, which is why install, build, and provision run in seconds to minutes instead of hours to days. Avocado Desktop lets you program real hardware from your couch, and the MCP server lets an agent do the heavy lifting while keeping everything reproducible by construction. The same runtime you test on your desk is the one that reaches your entire fleet over the air, bit for bit. This is what embedded Linux should have felt like a decade ago.”
Built for the regulatory horizon
Avocado 1.0 arrives as the compliance floor rises across the industry. The EU Cyber Resilience Act (CRA) begins imposing mandatory vulnerability-handling obligations on device manufacturers in 2026, with full enforcement in 2027, placing direct requirements on the OS layer. Avocado’s secure-by-default architecture, deterministic reproducible builds, signed OTA updates, and build-time SBOM generation give teams a head start on CRA readiness and align with IEC 62443-4-2, without bolting on afterthought security tooling.
Availability
Avocado OS 1.0 is generally available today. Teams can start building immediately with a free developer account at peridio.com/get-started. To go deeper:
- Read the Avocado 1.0 launch announcement or watch here →
- Explore documentation and supported hardware →
- Talk to the Peridio team about your hardware and timeline →
View source version on businesswire.com: https://www.businesswire.com/news/home/20260708598346/en/
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