Kosmosuit.Deploy / Ecosystem

HELIOS
×SYNHUM
INTEGRATED ECOSYSTEM

A deployable autonomous human survivability test ecosystem. HELIOS validates the environment. SYNHUM validates the human. Combined, they validate the interaction between humans, suits and hostile environments.

See The IntegrationEngage Ecosystem →
Integrated Survivability Validation
Human + Suit + Environment
Closed-Loop Telemetry
Autonomous Field Operations
Cross-Domain Dataset
HELIOS × SYNHUM
Integrated Survivability Validation
Human + Suit + Environment
Closed-Loop Telemetry
Autonomous Field Operations
Cross-Domain Dataset
HELIOS × SYNHUM
Two Problems — One Architecture

COMPLEMENTARY BY DESIGN

HELIOS and SYNHUM solve two different but complementary problems. Each is a complete product on its own. Together they form an integrated ecosystem with a fundamentally different data and validation profile than either platform alone.

HELIOS™
ENVIRONMENT
The environmental and telemetry validation platform
Modular CubeSat-class chassis for validating sensors, avionics, communications, power systems, robotics, ocean systems, and CBRN instrumentation across deep ocean, stratosphere, CBRN, and orbital domains.
Explore HELIOS →
SYNHUM™
HUMAN
The human analogue / surrogate operator platform
Deployable anthropometric human surrogate with integrated biometric instrumentation for validating suits, PPE, exoskeletons, thermal systems, life support, ergonomics, and survivability technologies.
Explore SYNHUM →
Integration Architecture

THE CLOSED-LOOP VALIDATION CYCLE

When HELIOS and SYNHUM operate together, every node feeds the next. The human surrogate generates physiological response under suit and environmental load. The environmental platform measures the conditions producing that response. Telemetry fuses both streams. Validation evidence emerges from the interaction — not from either platform alone.

SYNHUM
HUMAN
Interface
SUIT / PPE
HELIOS
ENVIRONMENT
Fusion
TELEMETRY
Output
VALIDATION
Pulse
BIOMETRICS
CLOSED
LOOP
What Integration Enables

WHAT THE ECOSYSTEM ENABLES

End-to-End Survivability Validation
Validate not just the suit, not just the environment, but the full survivability interaction — what happens to a human inside this protective system in this hostile environment, with full evidence chain.
Closed-Loop Data Fusion
Environmental telemetry and biometric telemetry merge into a single time-aligned dataset, enabling causal analysis impossible to derive from either platform operating alone.
Autonomous High-Risk Field Missions
Execute extreme-environment validation campaigns autonomously, without crew exposure, generating verification-grade evidence for regulatory, qualification, and certification pipelines.
Cross-Domain Dataset
Repeated paired deployments build a human-environment-interaction dataset spanning ocean, stratosphere, CBRN and orbital conditions, so evidence accumulates across campaigns instead of restarting with each one.
WHY THE COMBINATION MATTERS

WHAT PAIRED DEPLOYMENT PRODUCES

01
Evidence From Interaction
Chamber testing measures the environment. Manikin testing measures the article. Paired deployment measures what happens between them, which is where survivability is actually decided.
02
Time-Aligned Across Domains
The same instrumentation stack runs in ocean, stratosphere, CBRN and orbit. Results from one campaign are directly comparable against another, so a qualification argument builds across domains rather than restarting in each.
03
Independent Or Integrated
HELIOS and SYNHUM are each complete systems. Programmes can start with one, add the second when the evidence requirement grows, and keep the earlier data valid.
Platform Architecture

PLATFORM
CONNECTION

Human Systems Infrastructure Platform
DEPLOY.ECOSYSTEM
→ Paired Field Validation
DEPLOY.HELIOS
→ Environmental & Telemetry Platform
DEPLOY.SYNHUM
→ Human Surrogate Platform
Ecosystem Use Cases

REAL
APPLICATIONS

  • Spacesuit certification campaigns across vacuum, thermal, and radiation envelopes
  • Diving system qualification with paired pressure, thermal, and physiological evidence
  • CBRN ensemble validation with permeation, biometric, and decontamination data fusion
  • Exoskeleton operational testing with environmental, ergonomic, and biomechanical telemetry
  • Aircrew thermal and pressure suit validation across stratospheric profiles
  • Multi-domain survivability research datasets for defense, space, and industrial customers
  • Autonomous high-risk validation campaigns without crew exposure
Engage

DEPLOY THE ECOSYSTEM

Start with HELIOS. Start with SYNHUM. Or start with both. Paired deployment produces survivability evidence that neither platform generates alone.

Engage MetakosmosHELIOS →SYNHUM →

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