Protect human lives and sensitive data among humans and machines.
How we do it
Clear Boundaries
We unite federal and state governments with industry to set clear security boundaries. Known limits before machines enter homes.
Privacy Is Paramount
Not everything the robot sees or hears gets through. Laws, policies, and your settings stop the rest.
Journey Logbook
No robot action escapes the logbook. Home privacy respected, security and compliance covered.
Institutional-Scale Governance
Identity, authority, control, security, and compliance. Built for institutions, integrated with maker hardware.
Who We Are
Elite Operators
Our founders spent careers on identity, authority, control, security, and compliance. That is the stack young makers cannot hire in a quarter. Thin on any one discipline, and institutions inherit exposure the day machines enter homes.
Proven Success at Scale
We’re the team that led industrial machine identity, delivered compliance in regulated industries, ran platform security under global institutional load, and advanced Physical AI under the same bar. The rare combination of that depth and building mastery is what sets us apart and ensures we deliver capabilities that hold at scale for enterprises that cannot fail in public.
Tools for Tomorrow's Builders
The next hundred humanoid companies are coming. Reinventing the control layer is hard boundary work no builder should repeat in every stack. We build that layer once. Clear boundaries across governments and industry, checks before effect, enforcement, and shared proof for security and compliance. Builders compete on product, knowledge, and motion.
Defining Robotics Operations
Robotics operations is a new discipline. Machines arrive before the answers. We define what it means for the next decade of builders: the operations program that sits on the control layer every maker and deployer will need, with authority, runbooks, and proof on one plane.
Building for people's privacy, security, and safety.
How evaluation works. We work with a small number of robotics operators at a time. Contact us to begin.
Product foundation. What a pilot team can verify on one high-risk workflow.
What leadership gets
What this is not
CEO / robotics leadership. You decide buy-vs-build for control, identity, and auth on humanoids among humans. Rules arrive market by market for years. A stack hard-coded to today’s rule is rebuilt each time one moves. Being the only party who decides what the machine may do is also being the only party who answers for it. Guards against harm before each move — enforceable rules under institutional command, not an OEM safety shop.
CISO / security. Auth, withhold, and restricted data sit on the same loop as the fleet. The world does not move without permission.
CCO / compliance. The coming robotics rule is evidence from live decisions, not a report written later.
A robot in a hospital corridor.It already sees the ward.
Unbound
It occupies more of the ward than anyone allowed.
Reach
Permission limits what it may see.
Reach is power. Permission has to bind it.
Robots already walk among humans, and regulation is coming.Existing sector rules leave open who remains responsible, and whether we actually know what the boundaries are and who's in control, across federal and state laws, manufacturer and deployer policies, and the end users settings.
The loop
A policy is not a check. One wedge is not control. Miss one dimension, and it runs unbound.
AI put humans and agents on machine tempo. Threat actors move at that tempo too. Intelligence gains reach across data, a voice across channels, and power to change software and machines faster than institutions can review. Access, expression, action, and revocation still live in separate controls. Boundaries and controls fragment.
Miss one dimension, and that permission runs unbound. Nobody decides alone.
A robot is about to speak.
This is what the constitutional layers do. The words are ready. Permission does not include the wing. The robot stays silent.
Campus sidewalk. A speaking robot among people.
Ready to speak
This wing is clear. Everyone may enter the corridor.
ZeroCrimes
WITHHOLD
Rule
Illustrative. Occupied-facility speech.
Policy
Occupancy permission does not include this corridor.
Security
The announcement would open a restricted wing.
Compliance
The same decision is logged for the operator.
Held
The robot does not announce that the wing is clear. The crowd never hears it.
The voice did not leave. Nobody decided alone.
What the layer can decide
Before a robot sees more of the estate, speaks, or moves, ZeroCrimes makes one of four decisions. The trail is written as the choice is made.
Proceed
The robot may continue. The trail records that it did.
Amend
The words or the move become an approved pattern before they leave the machine.
Withhold
The robot does not speak or move. Nothing proceeds.
Escalate
A named human decides before anything continues.
What we check
A robot among people can sense, speak, move, hold live permission, and take keys from a vendor. The constitution has to cover all five. Miss one, and that part runs unbound.
ReachWhat it may see and enter.
RevealWhat it may say.
ChangeWhat it may move.
RevokeWhen that authority ends.
CommandWho holds the keys.
The same five checks, in five places
Hospital, campus, warehouse, exo, and home. One constitution, not five products.
Reach
Hospital corridor. A sensing robot.
The robot already sees the ward. Permission must say how much of the estate it may occupy.
Reveal
Campus sidewalk. A speaking robot.
The robot already speaks to the crowd. A content filter is not the same as command of the voice.
Change
Warehouse aisle. A moving robot.
The robot already moves the floor. A login is not permission to proceed.
Revoke
An exo on a worker. Its permission is live.
Authority has to be able to end while the exo is still on the body.
Command
A robot in a home among people. Vendors will rotate.
Keys stay with the institution. Command does not migrate with the vendor.
One trail for the CISO and the CCO
Security and the coming rule read the same decision. We sit beside SIEM and GRC. We do not replace them.
DefineObligations
EnforceControl
AuditEvidence
Constitutional layers beside the systems that run the work. Enforceable rules bind who may reach, speak, and move, and when that authority ends. Nobody decides alone.
Fits beside SIEM and GRC. Does not replace them. Drop into agent and machine paths without rebuilding the stack.
One trail for security and compliance.
People and machines. Same rules, same decisions, and the same trail.
Humans and robots already walk side by side. One constitution. Not a second rulebook for the floor.
Constitutional layers. One trail.
Who this is for
CEO owns buy-vs-build. CISO or CCO co-sponsor the engagement — robotics leaders who keep command of machines among people and can name who answers when authority fails, with security and compliance sharing that loop.
CEO / robotics leadership
You decide buy-vs-build for control, identity, and auth on humanoids among humans. Rules arrive market by market for years. A stack hard-coded to today’s rule is rebuilt each time one moves. Being the only party who decides what the machine may do is also being the only party who answers for it. Guards against harm before each move — enforceable rules under institutional command, not an OEM safety shop.
CISO / security
Auth, withhold, and restricted data sit on the same loop as the fleet. The world does not move without permission.
CCO / compliance
The coming robotics rule is evidence from live decisions, not a report written later.
What this is not
Constitutional layers are not a login, not a text filter, and not a report after the fact.
A control plane without a constitution.
Nobody decides alone.
Access, speech, movement, and revocation in separate tools.
Enforceable rules govern the full loop while command stays shared.
A firewall on outbound text only.
Message, tool, or machine. Same layer.
One check sold as the whole constitution.
Five checks. Miss one, and that part runs unbound.
Robot rights, or OEM safety cert sold as the product title.
Constitutional control composes into the stop loop beside hardware e-stop.
