Sanctuary AI

These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.

1. 01
   Sanctuary AI industrial robotics strategy and wire-plugging proof of concept (opens in a new tab)

   Sanctuary AI

   Open original source: Sanctuary AI industrial robotics strategy and wire-plugging proof of concept (opens in a new tab)
   Source details

   Source type: official company product

   Supports: Profile · reviewed questions.sanctuary-ai-configuration-check.context

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: Profile · reviewed questions.sanctuary-ai-configuration-check.question

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: Profile · reviewed questions.sanctuary-ai-configuration-check.id

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: Profile · operating context

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: Profile · reviewed questions.sanctuary-ai-configuration-check.confidence

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · technical tags

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · technical tags

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · name

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · defence applications

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · summary

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · defence applications

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · commercial availability

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · core features

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · technical tags

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · technicaldomainslugs

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · core features

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · capability type

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · technology readiness level

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · core features

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · technicaldomainslugs

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

   Supports: General-purpose robotic systems · maturity

   Sanctuary AI has expanded its commercial approach from humanoid hardware to Physical AI deployed on existing industrial robots. In June 2026 the Vancouver company reported a wire-plugging proof of concept with an unnamed Tier 1 automotive supplier, claiming over 99.5% task success and a 2.54-second cycle against the customer's production benchmarks. Its current roadmap separates deployable automation software from robotic hands still in development. This creates a nearer-term integration discussion around existing factory equipment, while general-purpose humanoid availability remains a separate question.

2. 02
   Sanctuary AI official capability profile (opens in a new tab)

   Sanctuary AI

   Open original source: Sanctuary AI official capability profile (opens in a new tab)
   Source details

   Source type: official company product

   Supports: Profile · reviewed questions.sanctuary-ai-first-conversation.question

   True North Map derives this first-conversation question from the documented Sanctuary AI capability, current evidence and the decision gap that remains.

   Supports: Profile · editorial profile version

   Sanctuary AI has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.

   Supports: Profile · profileData.publicContact.contactPageUrl

   The official public contact pathway for Sanctuary AI is https://sanctuary.ai/.

Public sources cited · Facts and assessments kept separate · Human review