Can I buy right now?
Orders open when the crowdfunding campaign begins.
Volatco FAQ
Public answers for pre-launch backers and technical supporters.
FAQ Highlights
When does the campaign launch?
The current crowdfunding launch target is 30 June 2026.
Where can I ask technical questions?
Join the community on Discord: Volatco.
Highlights cover timing and access. The FAQ below expands on architecture, operation, workloads, and delivery expectations.
What is Volatco?
Volatco is a Forth-native, massively parallel computing platform built around GA144-class architecture for resilient robotics, edge AI, real-time control, and autonomous systems.
Volatco is designed for teams that want fast local decision-making, low-latency event response, and long-running operation without mandatory cloud runtime dependency.
Volatco is a hardware-first path for building understandable, durable, high-agency machine systems.
What can I do with Volatco?
You can build systems that sense, decide, and act locally with tight timing and low energy overhead.
You can also prototype mesh-style compute behaviors, where many small nodes coordinate state and decisions without a single central controller.
Typical uses include robotics control loops, drone navigation logic, distributed sensor coordination, edge inference pipelines, and long-running autonomous research platforms.
What are the headline specs?
144 independent F18A cores, up to 96 billion operations per second, around 13 uW idle to about 972 mW peak draw, and about 7 pJ per instruction.
What workloads fit best?
Real-time sensor fusion, closed-loop control, distributed coordination, and local inference pipelines where deterministic response matters.
How do Ganglia and Snorkel fit into Volatco?
Each GA144 chip on Volatco can be treated as a 144-machine node, with polyForth Ganglia and Snorkel enabling rich interconnection patterns for ambient phasic state meshes and contemplative decision-making programs.
In plain terms: this supports many small cooperating compute paths instead of routing every decision through one central controller.
Background synopsis:
- Mesh networking: peer-to-peer node connectivity patterns.
- Parallel computing: many computations running at once.
- Distributed computing: coordinated compute across multiple machines.
- Dataflow architecture: execution driven by data movement/dependencies.
Does it require cloud services?
No. Volatco is designed for local operation and does not require cloud lock-in for core workloads.
Cloud platforms can still be useful for optional collaboration and deployment workflows, but they should not be a mandatory runtime dependency for control-critical systems.
Volatco prioritizes systems that keep running when networks are unstable, vendors change terms, or remote APIs become unavailable.
How quickly can it react to events?
Each core can move between active and inactive in one gate delay (about 100 ps), enabling rapid local response without constant full-power operation.
When combined with the Ganglia/Snorkel mesh model above, event handling can propagate as coordinated phasic state changes across connected nodes instead of waiting on a centralized control loop.
When can backers expect shipping?
Shipping is currently planned from October to December 2026.