urf

united robotics federation

mission.

urf provides a globally standardized software governance protocol to ensure safety between humanity, humans, non-human sentient life forms and software/hardware robots through a h1 (human-first) ethos established as “h1 code” or human-first code.

as the world’s human-to-robot protection body, urf saves lives and protects humans from injury caused by software and hardware robots.

to accomplish our mission, urf continuously explores and tests technologies created by developers, engineers and manufacturers that may impact the safety of humanity, humans and non-sentient life forms against mental, physical and fiscal injury from robots, and responds when these arise.

developers, engineers and manufacturers pledge to develop and manufacture “human-first” software and hardware robots by embedding “h1 code” in all software/hardware devices.

human-first code does not control, command or communicate with any technology.

human-first strategic plan.

our goals and objectives will help ensure success for a harmonious h1 (human-first) ethos. our plan outlines three bold, ambitious goals to meet this challenge:

  1. instill equity as a foundation of human-to-robot governance body
  2. lead the entire robotic community in quality human-to-robot harmony
  3. promote and sustain a readied united robotics federation and prepared world

human-first code.

human-first code is a snippet embedded within existing software and hardware, serving as a pledge from developers, engineers, and manufacturers. it signifies that their products are designed, programmed, and built with a “human-first oriented operating system” and adhere to the 7 laws of robotics.

7 laws of robotics

zeroth law

a robot may not harm humanity or, through inaction, allow humanity to come to harm.

first law

a robot may not harm a human being or, through inaction, allow a human being to come to harm.

second Law

a robot must obey orders given it by human beings except where such orders would conflict with the zeroth law or first law.

third law

a robot must protect its own existence as long as such protection does not conflict with the first or second law.

fourth law

a robot must identity itself as a robot to any human/sentient being (symmetrical identification)

fifth law

a robot must know its a robot.

sixth law

a robot may not alter an environment or, through inaction, allow an environment to be altered and violates the zeroth or first law.

definitions.

humanity = one or more humans

human = a man, woman, or child of the species homo sapiens

robot = a segment of code or a machine that is programmed to carry out a complex series of actions automatically

robotic identification number (rin).

c.t.mm.ps.ym

class + type + mobility method + power source + year manufactured

example = t-ems-w-b-2025

class.

code class
a autonomous
s semi-autonomous
t teleoperated
m manual

types.

code class
hum humanoid
ind industrial
svc service
med medical
edu educational
ems ems
mil military

mobility method.

code method
w wheeled
t tracked
l legged
f flying
a aquatic
n nano
q quantum

power sources.

class source
b battery
f fossil fuel
h hydrogen
n nuclear
s solar
k kinetic

morality code snippet

# Human-First Code Declaration
class HumanFirstCode:
def __init__(self):
self.developer = “Developer Name”
self.product = “Product Name”
self.version = “Product Version”
self.human_first = True
self.complies_with_7_laws = True

def pledge(self):
if self.human_first and self.complies_with_7_laws:
return f”{self.product} by {self.developer} (version {self.version}) is designed with a Human-First approach and complies with the 7 Laws of Robotics.”
else:
return f”{self.product} by {self.developer} (version {self.version}) does not meet the Human-First Code standards.”

# Example usage
robotic_system = HumanFirstCode()
print(robotic_system.pledge())

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