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The CRLJ Approach

Trust Is Not a Feature. It Is an Architecture.

Trusted robotics deployment requires more than machine intelligence.

People need to understand what an autonomous system is doing. Organizations need confidence in what that system senses, collects and transmits. And critical claims need evidence that does not rely solely on the manufacturer making them. CRLJ is developing an independent trust architecture that brings those requirements together.

Human

What is the robot doing?

Organization

What is it doing with our data?

Evaluated Through
Independent Third-Party Validation
Trust

Understandable outside. Accountable inside.

The Approach

A Layered Approach to Human-Ready Robotics

CRLJ is developing a layered architecture rather than a set of isolated features. Each stage builds on the one before it — understanding without accountability is incomplete, and accountability without understanding is invisible to the people nearby.

  1. 01Current focus

    Understanding

    Selected robot status and intent made readable to the people nearby.

  2. 02Developing

    Security

    Greater visibility into what connected systems sense, process, transmit, and store.

  3. 03Developing

    Independent Third-Party Validation

    Defined claims evaluated against documented requirements rather than self-attestation.

  4. 04Developing

    CRLJ Assured™

    A recognizable way to communicate what has actually been evaluated, and within what scope.

  5. 05Outcome

    Trust

    Confidence that the system is both understandable outside and accountable inside.

  6. 06Outcome

    Adoption

    Autonomous systems accepted into shared human environments.

Step 01 — Human Understanding

Make Robot Intent Legible.

A robot may hold sophisticated internal awareness while the person beside it has almost none. CRLJ's approach begins by translating selected machine states into human-readable communication at the point of interaction.

The objective is not to expose every internal process. It is to communicate the information people actually need in order to interpret the system with confidence. Skollar™ is the first tangible implementation of this principle.

  1. OEM
    Robot Platform
    OEM control system
  2. OEM
    Telemetry / State
    Selected state data
  3. CRLJ
    CRLJ Communication Layer
    Condition mapped to signal
  4. CRLJ
    Skollar™
    360° human-readable output
  5. HUMAN
    Human Signal
    Interpreted at the point of interaction
Step 02 — Security & Data Protection

Know More Than Where the Robot Is Going.

Robotics trust extends beyond physical behavior. Connected systems can incorporate cameras, microphones, mapping, environmental sensing, network connections, and software services.

CRLJ's approach is to make the questions surrounding that information path visible and answerable before and during deployment.

  1. 01
    Robot Sensors
    What the system can see, hear, and sense
  2. 02
    Local Processing
    What is interpreted on the device itself
  3. 03
    Network
    What leaves the local environment, and where it goes
  4. 04
    Storage & Access
    Where information rests and who can reach it
  • What does the robot sense?
  • What information does it collect?
  • Where is information processed?
  • Where is information stored?
  • Where is it transmitted?
  • Who can access it?
Step 03 — Independent Validation

Turn Claims Into Evidence.

Manufacturers know their systems best, and they also have a commercial interest in how those systems are described. High-trust deployment can benefit from separation between the organization making a claim and the process evaluating it.

CRLJ's validation framework is in development. Nothing on this page should be read as a completed certification, a compliance determination, or a guarantee.

  1. 01
    Manufacturer Claim
    What the platform states about itself
  2. 02
    Independent Evaluation
    Defined requirements applied consistently
  3. 03
    Evidence
    Documented results rather than assertions
  4. 04
    Trusted Deployment
    An informed decision to operate around people
Developing capabilityExplore Independent Validation
Step 04 — CRLJ Assured™

Make Trust Recognizable.

CRLJ Assured™ is being developed as a recognizable designation for autonomous systems evaluated against defined CRLJ requirements. Its purpose is to communicate what was evaluated, in what scope, and on the basis of what evidence.

It is not intended to imply that a system is universally safe, secure, compliant, or free from risk. Program definitions remain subject to finalization.

  • Human Understanding

    Whether selected robot states are communicated in a form people can recognize.

  • Security & Data Protection

    Whether information handling, access, and transmission conditions are visible and documented.

  • Independent Validation

    Whether defined claims have been evaluated against documented evidence by a party other than the manufacturer.

Converges intoDeveloping
CRLJ Assured™

Leading toward Trust and Adoption.

Ecosystem Approach

Platform-Agnostic. Complementary by Design.

CRLJ does not intend to compete with robot manufacturers. The approach is to provide a complementary trust and human-interface layer that works across the ecosystem already building and deploying robotics.

  1. 01

    OEMs

    Robot manufacturers building autonomy, perception, and control.

  2. 02

    Integrators

    Teams deploying autonomous systems into real operating environments.

  3. 03

    CRLJ Trust & Interface Layer

    A complementary layer for human understanding, security visibility, and independent evidence.

  4. 04

    Operators & End Users

    The people working alongside autonomous systems every day.

Skollar™ parts coming off a 3D printer during CRLJ development
The CRLJ Approach

Building Trust Into the Future of Robotics.

The industry has invested heavily in making machines more capable. CRLJ is focused on the complementary challenge: helping make those capabilities understandable, transparent, and supportable with independent evidence.