Download NeuraFrame Studio™

Install NeuraFrame Studio™ on ARM64 or x86_64 Linux. Start with a 7-day free trial per device. Not sure what you need or which to choose? Start here: the three answers and a 10-minute first run.

NeuraFrame Studio™ for ARM64

For Jetson Orin, ARM64 edge systems, robotics platforms, and supported ARM64 Linux devices.

  • NeuraFrame™ runtime
  • NeuraFrame™ CLI and local API
  • License activation tools
  • Example workflows
  • 7-day trial per device

Download ARM64

SHA256: verify checksum

NeuraFrame Studio™ for x86_64

For Linux workstations, servers, local LLM hosts, and development systems.

  • NeuraFrame™ runtime
  • NeuraFrame™ CLI and local API
  • License activation tools
  • Example workflows
  • 7-day trial per device

Download x86_64

SHA256: verify checksum

NeuraFrame Studio™ Gateway

Do not replace your model provider. Put NeuraFrame™ in front of it. The x86_64 build runs a reuse-aware proxy in front of your provider: point your app's base URL at NeuraFrame™ and change nothing else. Repeats are served from memory; everything else is forwarded to your provider unchanged. If NeuraFrame™ has no stored answer and cannot reach your provider, it says so plainly. It never makes one up.

OpenAI Gateway

For applications already using OpenAI-style chat, completion, or compatible API patterns.

Anthropic Gateway

For applications routing Anthropic-style model requests through a server-side AI gateway.

Grok Gateway

For teams using Grok or xAI-style model access through configurable API routing.

Compatible model APIs

For private, hosted, or local model endpoints that expose compatible HTTP model APIs.

Download x86_64 (Gateway)   Gateway guide

Same x86_64 package, same per-device licensing. The gateway runs on 127.0.0.1:8081; set your provider as the upstream and point your app at it. See the gateway guide.

NeuraFrame Fleet server

Run the Fleet server in your own cloud or on-prem to manage curated round-trip learning across a fleet. Devices learn, you approve what should spread, and it is distributed back, signed and non-destructive, with an inventor vault and provisioned device identities. How Fleet works.

Fleet server

Pure Python (standard library only, Python 3.8 or newer), runs on any modern x86_64 or ARM64 Linux. No compiled engine and no NVIDIA requirement. The fleet client already ships in the Studio package, so your devices can join.

Download Fleet server

SHA256: verify checksum

Curated, both ways

Studio Fleet shares verified reuse memory across servers and devices: they learn, you approve what should spread, and it is distributed back, signed.

How the trial works

  1. Download and install NeuraFrame Studio™.
  2. Start the 7-day free trial on the device.
  3. Enter your email to activate the trial license.
  4. Use NeuraFrame™ features for 7 days.
  5. Subscribe monthly or annually to keep the device active.
If the trial or license expires, NeuraFrame™ enters pass-through mode. Your model can still run directly, but NeuraFrame™ reuse, routing, memory, and workflow savings are disabled until renewal.

System requirements

These apply to the Studio and Gateway builds, which share the compiled engine. The Fleet server is pure Python and lighter; see the note below the table.

Operating system64-bit Linux, ARM64 (aarch64) or x86_64. Ubuntu 22.04 LTS or a compatible distribution, with glibc 2.35 or newer, Linux kernel 5.15 or newer, and systemd.
PythonThe exact CPython your build was compiled for. The engine is ABI-locked, and the installer preflight reads the requirement from the build itself and stops with a clear message on a mismatch. Current builds: x86_64 (server): CPython 3.12 (Ubuntu 24.04's default); ARM64 (Jetson): CPython 3.10 (Ubuntu 22.04's default). Match your OS to your build and no Python work is needed.
Memory8 GB RAM minimum (16 GB for the 8B-model tier), enforced by the preflight. The floors are sized for running a model beside NeuraFrame™; the reuse engine itself is about 16 MB and the full service idles around 70 MB, so fronting only a hosted provider the floor is conservative.
ModelA local model or compatible workflow, or a hosted provider behind the Gateway.
AcceleratorNVIDIA GPU optional. Jetson Orin is the proven tier; with no NVIDIA GPU it runs CPU-only on the fallback tier. The engine has no NVIDIA or CUDA dependency, so other ARM64 boards such as the Raspberry Pi 5 can run it as an unproven tier.
ActivationInternet for online trial and license activation. Offline licensing available by request.

Fleet server is the exception: pure Python with the standard library only, Python 3.8 or newer, on any modern x86_64 or ARM64 Linux. It has no compiled engine, no NVIDIA requirement, and is not tied to the exact-CPython rule above.

Deploying a fleet?

Install NeuraFrame Studio™ across many machines at once and license the whole fleet from one place, with a single enrollment token.

Download fleet tools   Fleet deployment guide

Staying current

A download should not quietly run for years while newer releases ship. Every install checks whether it is the current release and tells you, and you decide whether to upgrade. The upgrade is in place and keeps your learned memory, config, and license. Nothing is downloaded or changed unless you ask, and every upgrade is verified against a published checksum, and an Ed25519 signature when release signing is enabled, so a tampered file is refused.

neuraframe update            # is this the current release?
neuraframe update --apply    # download, verify, and upgrade in place (keeps your data)

On a fleet, the admin can see which version each device runs and set a target release; each device still chooses when to move. The check is a plain version lookup and can be turned off in config.

Install

Extract the package, run the installer, and start the trial.

# ARM64 shown; use the x86_64 package on x86 systems
# optional: verify the download against its published checksum
sha256sum -c neuraframe-studio-jetson-0.6.2.tar.gz.sha256
tar -xzf neuraframe-studio-jetson-0.6.2.tar.gz
cd neuraframe-studio
sudo bash install.sh
neuraframe trial start
neuraframe status