{ "schema_version": "paper_public_manifest_v1", "paper_id": "blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception_2026_09", "slug": "blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception", "title": "Others stack sensors; this paper strips them all away", "authors": [], "source": { "arxiv_id": "2608.29487", "pdf_url": "https://arxiv.org/pdf/2608.29487", "project_url": "", "github_url": "", "huggingface_url": "", "original_source": "https://arxiv.org/pdf/2608.29487" }, "site": { "post_url": "/posts/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception", "canonical_url": "https://haiguangboy.com/posts/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception", "cover_image": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/cover.webp" }, "taxonomy": { "domain": "embodied_ai", "track": "action_generation", "tasks": [ "embodied_ai", "action_generation", "robotics", "state_prediction", "Embodied intelligence", "Humanoid robots", "Proprioception" ], "related_topics": [ { "paper_id": "mathcaln_0_foundation_towards_the_age_of_tactile_intelligence_2026_09", "title": "N0-Foundation: Opening a new era of touch", "url": "https://haiguangboy.com/posts/mathcaln_0_foundation_towards_the_age_of_tactile_intelligence", "relation": "contrast", "summary": "N0-Foundation: Opening a new era of touch", "strength": "strong" }, { "paper_id": "pave_predictive_alignment_and_value_guided_evolution_for_world_action_policies_2026_09", "title": "PAVE: Failure data can also feed policies", "url": "https://haiguangboy.com/posts/pave_predictive_alignment_and_value_guided_evolution_for_world_action_policies", "relation": "same_track", "summary": "PAVE: Failure data can also feed policies", "strength": "strong" }, { "paper_id": "prism_precision_and_contact_rich_real_world_industrial_skill_dataset_with_multim_2026_08", "title": "PRISM: Can scale replace explicit modeling?", "url": "https://haiguangboy.com/posts/prism_precision_and_contact_rich_real_world_industrial_skill_dataset_with_multim", "relation": "same_track", "summary": "PRISM: Can scale replace explicit modeling?", "strength": "strong" }, { "paper_id": "the_missing_touch_spatially_distributed_tactile_feedback_brings_teleoperation_cl_2026_08", "title": "The fingertip anesthesia analogy: The missing touch in teleoperation", "url": "https://haiguangboy.com/posts/the_missing_touch_spatially_distributed_tactile_feedback_brings_teleoperation_cl", "relation": "same_track", "summary": "The fingertip anesthesia analogy: The missing touch in teleoperation", "strength": "strong" }, { "paper_id": "omega_0_a_latent_predictive_world_action_model_for_concurrent_humanoid_loco_mani_2026_08", "title": "The more accurate future prediction is, the more sluggish the robot becomes", "url": "https://haiguangboy.com/posts/omega-0", "relation": "same_track", "summary": "The real-robot results are only qualitative demonstrations, not reliability evaluations collected under a fixed protocol—all quantitative numbers come from simulation, and the authors explicitly state that the real-robot experiments demonstrate transferability, not reliability estimates. validates The three generalization tests—across objects, across scenarios, and human data transfer—are all described qualitatively, with no quantitative success rates given.", "strength": "strong" }, { "paper_id": "generalist_blog_gen_1_5_20260818_2026_08", "title": "The robot GPT-3 moment: Plenty of story, not enough evidence", "url": "https://haiguangboy.com/posts/gen-1-5-one-shot", "relation": "same_track", "summary": "The real-robot results are only qualitative demonstrations, not reliability evaluations collected under a fixed protocol—all quantitative numbers come from simulation, and the authors explicitly state that the real-robot experiments demonstrate transferability, not reliability estimates. validates Three zero-shot generalization demonstrations: combining two physical prompts, sim-to-real transfer, and human-hand-to-robot-hand cross-embodiment imitation.", "strength": "strong" } ] }, "analyst_take": { "type": "author_opinion", "text": "This paper directly confronts the already-interpreted N0-Foundation: N0-Foundation's core judgment is that pure vision plus proprioception can neither expose contact states nor provide signals for mid-execution correction, so force/touch must be explicitly modeled; this paper, however, proves that as long as a one-step instruction is added to the observations, proprioception itself can serve as a sufficiently useful implicit touch channel, completing tasks such as ball interception and skateboarding that rely heavily on contact feedback, without any specialized tactile hardware. Which side holds up better may depend on how much precision the task requires from contact information—this paper itself admits that this channel has very low resolution, which happens to echo the finding of the already-interpreted Touch paper: whether tactile resolution is valuable depends on how redundant it is with other feedback channels." }, "ruling": { "importance_score": 3.0, "one_sentence": "Others stack sensors; this paper strips them all away" }, "asset_base_url": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception", "assets": [ { "type": "cover_image", "object_key": "papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/cover.webp", "url": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/cover.webp", "content_type": "image/webp", "upload_status": "pending", "role": "post_cover" }, { "type": "pdf_screenshot", "object_key": "papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/page_01.webp", "url": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/page_01.webp", "content_type": "image/webp", "upload_status": "pending", "role": "paper_first_page" }, { "type": "pdf_screenshot", "object_key": "papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/key_figure.webp", "url": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/key_figure.webp", "content_type": "image/webp", "upload_status": "pending", "role": "method_figure" }, { "type": "public_manifest", "object_key": "papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/public_manifest.json", "url": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/public_manifest.json", "content_type": "application/json; charset=utf-8", "upload_status": "pending", "role": "public_manifest" }, { "type": "public_brief", "object_key": "papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/public_brief.md", "url": "https://static.haiguangboy.com/papers/blind_dexterity_whole_body_humanoid_manipulation_via_pure_proprioception/public_brief.md", "content_type": "text/markdown; charset=utf-8", "upload_status": "pending", "role": "public_brief" } ], "published_at": "2026-09-10T21:54:40+08:00", "created_at": "2026-09-10T21:54:40+08:00", "updated_at": "2026-09-10T21:54:40+08:00" }