Figure AI vs Physical Intelligence (π)
Figure AI vs Physical Intelligence (π): side-by-side comparison of two robotics foundation models & agent stacks systems — architecture, taxonomy, license, pricing, MCP/A2A support, and direct edges.
Figure AI · Physical Intelligence (π)
Cost & capability
| Figure AI | Physical Intelligence (π) | |
|---|---|---|
| Capability band | entry | entry |
| Capability composite | 30 | 32 |
Where they differ (10)
Rows where both sides have data and the values disagree — the shortlist of dimensions that actually distinguish these two systems.
| Figure AI | Physical Intelligence (π) | |
|---|---|---|
| Capability composite | 30 | 32 |
| Type | Humanoid robot maker (Figure 01 / Figure 02 / Helix VLA model) | Robotics foundation-model lab (π0 / π0.5) |
| Created | 2022 (founded) | 2024-03 (founded); π0 released Oct-2024 |
| Latest release | Helix VLA (Feb 2025); Figure 03 in development | π0.5 (2025) |
| Funding | $675M Series B Feb-2024 (Microsoft, OpenAI, Bezos, NVIDIA, Intel, LG Innotek; $2.6B val); reported $39.5B val funding Q2 2025 | $400M Series A Nov-2024 (Bezos / OpenAI / Thrive / Lux; $2.4B val) |
| Backend storage | Internal Figure cloud | Caller manages robot trajectories |
| Deployment | Direct customer deployment (humanoid robot) | OSS weights (OpenPI) self-host on robot hardware; no first-party commercial endpoint as of 2025-04 — partners deploy in-house |
| API surface | No public API; closed humanoid platform | Python; checkpoints on HF; robot hardware integration via repo |
| Optimised for | End-to-end humanoid VLA — full-body + dexterous hand control | General-purpose robot foundation models — cross-embodiment manipulation |
| Anti-fit | Closed humanoid platform — no developer API; alpha-customer-only | Research-stage — no productised SaaS endpoint; needs robot hardware to deploy |
At a glance
| Figure AI | Physical Intelligence (π) | |
|---|---|---|
| Section | Robotics foundation models & agent stacks | Robotics foundation models & agent stacks |
| Tier | T1 | T1 |
| Type | Humanoid robot maker (Figure 01 / Figure 02 / Helix VLA model) | Robotics foundation-model lab (π0 / π0.5) |
| Created | 2022 (founded) | 2024-03 (founded); π0 released Oct-2024 |
| Latest release | Helix VLA (Feb 2025); Figure 03 in development | π0.5 (2025) |
| License | — | OpenPI Apache 2.0 (Feb 2025 release of weights) |
| GitHub | — | github.com/Physical-Intelligence/openpi |
| Funding | $675M Series B Feb-2024 (Microsoft, OpenAI, Bezos, NVIDIA, Intel, LG Innotek; $2.6B val); reported $39.5B val funding Q2 2025 | $400M Series A Nov-2024 (Bezos / OpenAI / Thrive / Lux; $2.4B val) |
| Backend storage | Internal Figure cloud | Caller manages robot trajectories |
| Deployment | Direct customer deployment (humanoid robot) | OSS weights (OpenPI) self-host on robot hardware; no first-party commercial endpoint as of 2025-04 — partners deploy in-house |
| API surface | No public API; closed humanoid platform | Python; checkpoints on HF; robot hardware integration via repo |
| Multi-tenancy | Per-customer fleet | — |
| Optimised for | End-to-end humanoid VLA — full-body + dexterous hand control | General-purpose robot foundation models — cross-embodiment manipulation |
| Anti-fit | Closed humanoid platform — no developer API; alpha-customer-only | Research-stage — no productised SaaS endpoint; needs robot hardware to deploy |
Taxonomy
| Axis | Figure AI | Physical Intelligence (π) |
|---|---|---|
| storage | weight | weight |
| retrieval | parametric-recall | parametric-recall |
| persistence | parametric-permanent | parametric-permanent |
| update | agent-controlled | agent-controlled |
| unit | trajectory | trajectory |
| governance | opaque | opaque |
| conflict | training-time | training-time |
Pros & cons
Figure AI
Pros: Best-funded humanoid maker; Helix VLA is one of the highest-profile robotics-FM releases of 2025; BMW pilot.
Cons: Closed platform / weights; humanoid-only; production scale still small; valuation aggressive.
Physical Intelligence (π)
Pros: Strongest pure-play robot FM lab; $400M Series A; OpenPI weights released; SOTA manipulation demos.
Cons: Research-stage; no commercial endpoint yet; requires hardware; cross-embodiment generalisation still polarising.