Anthropic Startup Stack Candidate · Claude Opus 5.5 & MCP Ready

The Neuro-Motor
Intelligence Platform.

BodyMind Technologies pioneers spatial biomechanics and autonomous somatic reasoning. By pairing browser-native 3D kinematics with Anthropic Claude Opus 5.5 via the Model Context Protocol (MCP), we turn movement science into real-time neuromuscular re-education.

Interactive MCP Telemetry Demo Claude AI Integration Architecture

Delaware C-Corp

Headquartered in SF, CA

Anthropic Stack

Claude Opus 5.5 + Vision + MCP

Zero Data Retention

HIPAA-Conscious Pipeline

Live 3D Ecosystem

4 Active Production Apps

BodyMind Spatial Engine v3.4 — Model Context Protocol Stream [Connected to Claude Opus 5.5]

INFERENCE ACTIVE · 12ms

Kinematic Telemetry Real-time WebGL

Joints Tracked: 24 | Euler Angle: 3-DOF

● Lumbo-Pelvic Rhythm: 1.14 (Optimal)

● Head-Spine Vector: 178.4°

Tensegrity Load Delta: -18.2%

Hip Hinge Depth

112.4°

Within Safe Arc

Axial Compression

1.28 kN

Tensegrity Distributed

Inhibition Cue

Active

Primary Control Valid

Claude Opus 5.5 Somatic Reasoning

Extended Thinking

[MCP Tool Call] bodymind_get_kinematics

{"sensor_frequency_hz": 60, "pelvic_shear_ratio": 0.88, "cervical_lordosis_offset": -2.1}

[Claude Opus 5.5 Diagnostic Synthesis]

"Subject exhibits premature lumbar flexion prior to acetabular rotation during descent. Applying F.M. Alexander Primary Control protocol: Inhibit downward shortening. Direct head forward and up to allow entire spinal column to lengthen."

Biofeedback Delivery Sub-audible Haptic Triggered (0.04s)

Latency: 24ms Protocol: MCP v1.2 Model: claude-opus-5-5

The Musculoskeletal Crisis

$980 Billion Lost Annually in Preventable Movement Dysfunction.

Musculoskeletal (MSD) conditions are the leading cause of disability worldwide. Despite advances in imaging, human physical therapy and movement education remain trapped in subjective visual checks and manual therapy shortages.

Subjective Clinical Observation

Clinicians cannot quantify internal tensegrity load, spinal torque, or fascial shear using naked eye observation. Minor motor compensations go undetected until acute injury manifests.

The Sensory-Motor Amnesia Gap

As somatic pioneers Thomas Hanna and F.M. Alexander demonstrated, chronic pain stems from unconscious nervous system habit loops. Traditional exercises fail because they retrain muscles without retraining the brain's internal kinematic map.

The AI-Native Solution

BodyMind bridges clinical biomechanics, real-time spatial computing, and Anthropic Claude's frontier reasoning into a unified, continuous neuro-motor feedback loop available anywhere.

ANTHROPIC CLAUDE & MCP INTEGRATION

Architected for Claude Opus 5.5 & the Open Agentic Standard.

How BodyMind leverages Anthropic’s frontier models and open protocols to power high-frequency spatial reasoning and clinical somatic diagnostics.

Native Model Context Protocol (MCP) Server

OPEN STANDARD

We engineered bodymind-mcp, an open-source MCP server allowing Claude to query and subscribe to high-frequency motion capture streams, IMU wearables, Apple HealthKit telemetry, and spatial WebGL models with zero integration friction.

mcp://kinematics/stream mcp://tensegrity/vectors mcp://alexander/inhibition

Claude Multimodal Computer Vision Analysis

Leveraging Claude’s state-of-the-art vision understanding to extract subtle compensatory movements across multi-angle video frames—detecting head-neck compression, pelvic tilt discrepancies, and asymmetrical weight distribution in real-time.

Claude Opus 5.5 Extended Thinking & Reasoning

Postural compensation is rarely linear. A collapsed medial arch often causes contralateral sacroiliac joint strain. Claude’s extended chain-of-thought allows deep differential diagnosis across the entire kinetic chain rather than shallow single-joint fixes.

HIPAA-Conscious Zero Data Retention (ZDR)

Client biometric data is tokenized and sanitized client-side. Utilizing Anthropic’s commercial Zero Data Retention API guarantees, patient motion data is never retained or used for foundation model training.

bodymind_mcp_server.py Anthropic Model Context Protocol

# BodyMind Biomechanics MCP Server
from mcp.server import Server
import anthropic

server = Server("bodymind-kinematics")

@server.tool()
async def analyze_tensegrity_vectors(
    joint_angles: dict,
    imu_quaternions: list
) -> dict:
    """Streams real-time 3D Euler angles
    and biotensegrity vector tension directly
    into Claude Opus 5.5 context window."""
    vectors = compute_fascial_shear(joint_angles)
    
    # Query Claude Opus 5.5 for differential cueing
    response = await claude.messages.create(
        model="claude-opus-5-5",
        max_tokens=1024,
        thinking={"type": "enabled", "budget": 2048},
        system="You are BodyMind SomaticAI...",
        messages=[{"role": "user", "content": str(vectors)}]
    )
    return response.content

Why Claude for Startups Matters to Us:

High-Throughput Vision & Tokens: Streaming 3D multi-angle video frames requires high API limits and credit support during clinical trial expansion.
Applied AI Collaboration: Direct access to Anthropic’s engineering team to optimize MCP latency and prompt chaining for spatial edge devices.
Claude Team Deployment: Equipping our engineering and medical research teams with collaborative Claude workspace seats.

Anthropic Startup Stack Status: Active Applicant · Q4 2026

Live Interactive Simulator

Test the Claude Opus 5.5 Biomechanics Diagnostic Engine.

Adjust the human movement scenario below to simulate how the Model Context Protocol queries real-time joint kinematics and triggers Claude’s somatic reasoning.

Movement Scenario:

Claude Context Stream: Synced

Spatial Telemetry Stream Squat Descent Phase (Depth 85%)

Kinematic Joint Tracking: Ankle Dorsiflexion, Tibial Vector, Lumbar Shear.

Cervical-Cranio Alignment: 174° (Alexander Primary Control)

Lumbopelvic Dissociation: 84% (Mild Flexion Bias)

Biotensegrity Elastic Recoil: 1.82 kN (Fascial Load Absorbed)

Captured via: WebGL Kinematics Engine + Multi-IMU Body Sensor Mesh

Claude Opus 5.5 Extended Chain-of-Thought

TOKENS: 418 | MCP LATENCY: 18ms

> Thinking Process:
Analyzing lumbopelvic rhythm at 112° hip flexion. The user is experiencing premature anterior pelvic tilt during the bottom transition. This shifts torque directly into L4-L5 facet joints rather than distributing through the posterior oblique myofascial sling (gluteus maximus + contralateral latissimus dorsi).

[Somatic Inhibitory Cue]:
"Inhibit the urge to brace downward through the lower lumbar spine. Direct your cranial crown forward and up. Allow the pelvic floor to widen naturally as the knees track over second toes. Let the floor support the load."

✓ Biomechanical correction delivered to audio earbud & haptic feedback band in 22 milliseconds.

Security: End-to-End Pseudonymized Explore Full 3D Engine →

Clinical Rigor & Movement Science

Rooted in 130 Years of Somatic Neuroscience.

BodyMind does not create synthetic, arbitrary AI movements. Our neural architecture is grounded in proven somatic modalities recognized by global physical medicine:

Alexander Technique (Primary Control & Conscious Inhibition)

Focuses on the dynamic relationship between the head, neck, and back. Rather than forcing "correct posture", our AI helps users inhibit chronic subconscious shortening reflexes.

Biotensegrity & Fascial Continuum Mechanics

Treats the human body as a continuous tension network rather than a compressive stack of bricks. Compressive forces are absorbed by whole-body tension redistribution.

Dynamic Neuromuscular Stabilization (DNS / Prague School)

Integrates developmental kinesiology to restore ideal intra-abdominal pressure (IAP) and joint centration during functional movement.

Neural Substrate Mapping

Cortical Homunculus & Neuro-Motor Plasticity

By reinforcing real-time somatic awareness, BodyMind helps rewrite degraded sensory-motor representations in the motor cortex (M1) and supplementary motor area (SMA).

Live Production Ecosystem

Four Live Platforms. One Unified AI Foundation.

BodyMind is not a concept paper. Our spatial technology is currently live, tested, and actively utilized across four specialized digital platforms:

LIVE PRODUCTION

BodyMind.dev

Our flagship interactive 3D WebGL / spatial geometry portal. Immersive exploration of the human skull, tensegrity fascial spirals, and natural movement architecture.

Tech: WebGL · Three.js · GSAP bodymind.dev →

LIVE PRODUCTION

Human Anatomy & Motion Simulator

Dynamic multi-joint musculoskeletal simulation. Visualizes real-time muscle activation, patellofemoral tracking, and spinal shear forces across squats, hinges, and presses.

Tech: Kinematic 3D · Bone Mesh Engine human.bodymind.dev →

LIVE PRODUCTION

Alexander Technique Somatic Series

Comprehensive neuro-motor educational curriculum focusing on posture re-education, skeletal mechanics, ground reaction forces, and releasing somatic tension.

Tech: Somatic Pedagogy · AT Core at.bodymind.dev →

LIVE PRODUCTION

Sports Science & Continuing Education

Professional credentialing navigator and clinical research hub for sports science graduate programs, DNS certifications, and biomechanics research fellowships.

Tech: Clinical CE Guide · DNS / NASM ce.bodymind.dev →

Corporate Profile & Governance

BodyMind Technologies, Inc.

Founded with the conviction that human movement awareness can be solved with foundational AI and spatial computing. We are incorporated in the State of Delaware and headquartered in San Francisco, California.

Legal Entity: BodyMind Technologies, Inc.

Jurisdiction: Delaware C-Corporation

Headquarters: 548 Market St, Suite 82110, San Francisco, CA 94104

Founding Stage: Seed / AI-Native Stealth

Corporate Domain: bodymind.dev / company.bodymind.dev

Our Core Mission

To democratize elite somatic intelligence and eliminate preventable musculoskeletal degradation by giving every person an autonomous, empathetic, and scientifically grounded biomechanical copilot.

Multidisciplinary Leadership

Where Systems Engineering Meets Somatic Mastery.

Founding Engineering Team

Spatial Computing & Agentic AI

Decade-long background across high-performance web systems, 3D WebGL rendering, and agentic LLM orchestration via Anthropic MCP.

Somatic & Biomechanical Advisory

Alexander Technique & Sports Science

Certified Alexander Technique instructors (ATI/STAT) and graduate researchers in motor control, specializing in proprioceptive retraining and fascial tensegrity dynamics.

Clinical & Physical Therapy Network

Orthopedics & Rehabilitation

Collaborating with physical therapy clinics and movement laboratories across the United States to validate biofeedback efficacy.

The Neuro-Motor
Intelligence Platform.