Early Access
An open, hands-on phase before the formal programme lands. We’re working now with the integrators, capability providers, end-users, and research teams whose systems will land alongside PlatypOS in the field.
The technical areas where Panop most wants to be in conversation during early access. If your work lands in one of these, the integration story with PlatypOS is short and we’ll prioritise inbound. The shape of the engagement varies — co-validation, joint test, integration, or co-development — but the through-line is the same: you bring the capability, PlatypOS is the surface it lands on.
AI and decision systems for the EW domain — classifiers, mission models, autonomy stacks, decision-support layers. PlatypOS provides the runtime, the mesh, and the operator surface; your work plugs in as a component with a defined contract, runs on-device, and reaches the operator through the same loop everything else does.
Compute architectures past the conventional CPU/GPU envelope — neuromorphic, FPGA-class reconfigurable fabric, in-memory and analog compute. PlatypOS is hardware-agnostic by design; bring the substrate and we’ll port the stack, characterise the workloads, and publish what the platform unlocks.
Ruggedised radios, EW nodes, vehicles, vessels, UxS payloads — the boxes customers actually deploy. PlatypOS runs on your hardware: we co-validate the platform, publish a compatibility envelope, and stand the joint capability up in the field. No lock-in, no white-labelling — both products keep their customer relationships.
GPS-denied navigation, resilient timing, signals-of-opportunity, inertial fusion, and the integration of alternative PNT sources into the mission picture. PlatypOS consumes PNT as a mesh primitive — every node needs a defensible position and a synchronised clock; bring the source and we’ll integrate it into the operator surface and the data plane.
Quantum sensing, RF photonics, post-quantum cryptography, and quantum-secure timing applied to the contested-spectrum problem. PlatypOS is the cognitive layer above the physical one; we’ll evaluate your technology against representative scenarios and integrate where the quantum advantage is real.
Cryptographic primitives, attestation, anti-tamper, and secure-boot work for distributed nodes operating disconnected and in adversary-held terrain. PlatypOS is the substrate that needs to stay trustworthy under attack; we’ll integrate your approach against the real mesh and the real threat model.