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Warehouse Automation

THE CHALLENGE

Detection Without Decision

Sensors tell a robot that there's an obstacle; they don't tell it what to do about it. Without a rules engine, machines behave bluntly by default, treating every obstacle the same and often slowing or stopping unnecessarily. 

  • Every obstacle triggers a full stop, taxing throughput

  • Safety logic tangled in application code is hard to change and harder to certify

  • Sensor costs climb because hardware is compensating for missing intelligence.

Inside Out 2

THE SOLUTION

Safety Logic as Code

FORT's dynamic rules engine allows you to build the right deterministic safety policy for your application and environment. 

  •  Intelligent perception monitors inputs, outputs, and environmental data
  • Nuanced, real-time decision making determines the appropriate response (slow, pause, divert, e-stop, etc.) 
  • Reliable commands are delivered to the machine for certifiable safety action

THE OUTCOME

Safety that Drives Productivity

Machine safety behaviors move from reactive to proactive, slowing where they should and stopping only when needed. Every device decision is governed by an always-on safety policy.

Higher Throughput

Fewer unnecessary stops and slowdowns

Shorter Path to Certification

Using SIL 3 certified commands

Incident Defensibility

Backed by a tamper-locked black box

THE SOLUTION

Safety Logic as Code

 

Use FORT's Rules Engine to build the right deterministic safety policy for your application and environment. Enable nuanced decision-making so machines slow, pause, divert, or e-stop as needed. 

  • Intelligent perception monitors inputs, outputs, and environmental data

  • Real-time decision engine determines the appropriate response

  • Reliable commands are delivered to the machine for certifiable safety action

THE CHALLENGE

Detection Without Decision

Sensors tell a robot when there's an obstacle; they don't tell it how to respond. Without a rules engine, machines behave bluntly by default, treating every obstacle the same and slowing or stopping unnecessarily.

  • Every obstacle triggers a full stop, taxing throughput

  • Safety logic tangled in application code is hard to change and harder to certify

  • Sensor costs climb because hardware is compensating for missing intelligence.

THE OUTCOME

Safety that Drives Productivity

Machine safety behaviors move from reactive to proactive, slowing where they should and stopping only when needed. Every device decision is governed by an always-on safety policy.

Higher Throughput

Fewer unnecessary stops and slowdowns

Shorter Path to Certification

Using SIL 3 certified commands

Incident Defensibility

Backed by a tamper-locked black box

Take control of autonomous system safety.