The Physical AI Operations Platform

Self-Driving. Under Your Authority.

I'm QuikSync. I make your robots, lifts, building systems, and people run as one seamless operation, not five consoles someone watches at once. Work keeps moving, failures get recovered under accountable authority, and every action stays on the record from intent to outcome. I grow around the operations people bring me, so the bespoke capability your site needs next is days away, not quarters.

Build your first scenario Co-develop it with us

IMDA AI & 5G Grant Recipient
CHART · Changi General Hospital — RoMi-H Empanelled System Integrator

The islands an operation has to connect

PHYSICAL INFRASTRUCTUREfleets · lifts · doors · sensors
PHYSICAL AIhumanoids · AMRs · new embodiments
DIGITAL PLATFORMSERP · WMS · BMS · enterprise APIs
FOUNDATION MODELSfrontier reasoning · multimodal · agents
SITE REALITIESbespoke workflows · local rules · exceptions
PEOPLE & ENVIRONMENToperators · the public · shared spaces
ACCOUNTABILITYidentity · audits · insurance · regulation
WHATEVER ARRIVES NEXTdesigned for the future

Integrates with any assetRobots, lifts, doors, people — even the humanoids arriving next
Adapts to any scenarioYour workflows, your rules, your site — added as data, live in days
Permission and proof, built inWho may act, checked up front; what happened, on the record
Self-healing and self-reinforcingFailures recover under authority; what one operation proves, the platform keeps

How many people does your 'autonomous' site quietly need, watching consoles and rescuing the hand-offs between systems that were never built to cooperate?
Why does every new site start from a blank slate, when most of what it needs is identical to the last one?
When the auditor asks, can you prove every physical action followed policy, and show who approved it under what authority?

The enterprise gap

Every vendor gave you a console. Nobody gave you the operation.

A humanoid can do a backflip. It still can't bring you a coffee—through the lobby, the lift, and the tenant policy between it and the espresso machine. Large physical estates already have automation, and every 'autonomous' deployment quietly employs people to monitor, tweak, and rescue it. Those people are hidden behind the automation rather than in authority over it. What they lack is the operations platform that makes the systems they already run behave like one accountable operation, without replacing the specialists that already work. That's the gap I exist to close.

Give operators one live view of the whole operation instead of asking them to reconstruct it screen by screen.

A failed hand-off becomes contextual work with an owner, an escalation, and a recovery on the record. That cuts the time and risk hidden inside another alert.

What one delivery teaches becomes product. The integrations built, the workflows tuned, the permission cases settled. The second operation starts with more product, not another blank project.

The whole product

Model. Build. Orchestrate. Govern. Execute. Prove.

01
Model the live world
A lift, a robot, and the delivery they share become one operational world. Every application in the estate reads that world the same way.
02
Build operational applications
You build workflows, operator surfaces, copilots, and purpose-built applications on the canvas yourself, and each inherits the same world, permissions, integrations, and evidence.
03
Run work across the estate
Declared outcomes become coordinated work across whoever is eligible and free, matched on live context. One mind for many machines.
04
Govern physical action
Identity, tenancy, eligibility and human authority sit between software intent and physical action. Every consequential action will answer to someone.
05
Execute across what already exists
A neutral connector plane works through what you already run. Machine controllers, building systems, and the enterprise software above them.
06
Prove and improve
One operational record explains what happened now and becomes the ground truth for better applications, evaluation, policy, and intelligence over time.

Accountable authority

Your building already decides who may enter. Your robots aren't in that system.

Access control resolved this for people decades ago: a credential at the door extends into the lift, and a person reaches the floors they are cleared for and no others. Robots arrive on a different rail, a vendor API scoped to a building, not to a mission, a tenant, or a floor. So the question of who allowed this machine here, right now, has no system that answers it. The Permission Plane is where that question gets resolved against the live operation. Identity and eligibility bound the work, and a recorded operator approval stands where the stakes require one.

Resolve
Who is acting, what they want, and the world they are acting in.
1. Identity
2. Intent
3. World context
Plan
The outcome becomes bounded work, matched to real resources.
1. Workflow
2. Resource allocation
Authorize
Policy, eligibility, and a person where the stakes require it.
1. Authority
2. Current-state re-check
  Supervisor actions
Act
The command crosses into the physical world, and the account outlives it.
1. Physical effect
2. Evidence

The authority path, as we are building it. Steps marked with a scope apply to that class of action today.

One operation across the estate

Every system can work. The operation can still fail.

Watch a single job. A pallet moves from the loading dock to a tenant on the eighth floor, across a robot fleet, two lifts, an access-controlled door, and the person who signs for it. Four vendors, none of which planned to cooperate. Today that job succeeds because someone holds the seams together by hand. QuikSync makes it one governed operation.

01 / Intent
State the outcome
An operator or enterprise system declares the material outcome, destination, timing, and service conditions before any resource is selected.
02 / Model
Resolve operational truth
QuikSync resolves what the job actually touches. Which lifts, which robots, which people, and what each one is doing right now.
03 / Compose
Build the operation
A machine-readable workflow states which hand-offs happen, which steps stop for approval, and which resources are shared.
04 / Allocate
Assign eligible resources
Live context matches each step to whoever is eligible and free right now. A person, an agent, a machine, or the lift all three are waiting on.
05 / Execute
Cross the Permission Plane
Authority is resolved for the work, then validated connectors carry the command into existing commercial, industrial, facility, and machine systems.
06 / Operate
Preserve the trace
Operators retain control while progress, exceptions, actions, and available evidence return to the same operational world.

Representative work across the physical estate

One platform. Many kinds of physical work.

QuikSync is built for any operation where a software decision has to cross a person, a machine, and the building between them. These representative operations show one horizontal product expanding across an enterprise estate.

Carry time-critical work from the receiving dock to the point of use, across the robots, the doors, and the people in between. Every hand-off stays visible.

Run deliveries, service rounds, and access-dependent work across the lifts, the doors, and the tenants of one building. Then repeat it across the portfolio.

Let an agent investigate a stalled operation, assemble live context, propose a bounded recovery, and route consequential action through the right human authority. The platform watches while you sleep; the right person wakes with context.

Bring a humanoid into an operation that already knows the building, the work, and who may authorise what. It arrives to a job, not to an empty site.

Different by design

Not another operations dashboard. Not another integration project.

Dashboards observe a system. Integrations connect two endpoints. QuikSync owns the operational boundary where software decisions carry physical consequence across shared resources and accountable authority. Four operating models answer that differently, and the table below asks each of them the same four questions, answered from representative products' and projects' own current documentation, read in July 2026.

Four operating models for a mixed physical estate, compared by who owns each part of the work. Based on current first-party documentation from representative products and frameworks in each category, read 2026-07-27.
Operating model	Who owns the integration	Who allocates shared resources	Where authority resolves	What persists after handover
Single-vendor fleet consoleOne fleet doing one job, where the vendor's own stack is the fastest route to production.	The vendor—pre-integrated inside its own fleet, multi-floor moves included, with one supplier accountable for the whole path.	The console, across its own robots. Lifts and docks shared with other vendors and with people stay yours to sequence.	The vendor's permission model, scoped to its machines and its console's roles.	The vendor's product, and the procedures your team builds around it.
Robot-operations platformMixed robot fleets that need one observability, teleoperation and incident surface across brands.	Shared. An agent and SDKs cover a broad robot catalogue and the interoperability standards; building and enterprise systems are built against those SDKs by your team.	The platform dispatches missions across the fleets it manages. Shared building infrastructure is coordinated by an interoperability framework you run alongside it.	Role-based access to the console, plus per-action confirmation on the actions you flag as needing it.	The subscription, your dashboards and mission definitions, and the SDK integrations your team maintains.
Open framework, in-house buildAn engineering team that wants to own the stack end to end, on an open base, with no licence to renew.	Your engineering team—a fleet adapter written against each fleet manager's API, on a base you can read and change.	The framework itself, negotiating lifts, doors and corridors across multiple vendors' fleets. This is precisely what it was built to do.	Wherever your team builds it—authorization is a subsystem you design, with complete freedom over its semantics.	An open codebase you own outright, and the team that keeps it current.
QuikSyncMixed assets, people, and shared infrastructure that have to run as one governed operation.	The platform. Pre-built connectors and scenario packs mean a new system joins the platform, not your backlog.	The coordination core—capacity- and priority-aware, across every vendor at once, shared lifts and docks included.	The Permission Plane: identity, eligibility and human approval resolved in the action path, and recorded.	Your declared operation—world model, workflows, applications, authority cases and evidence—inspectable and versioned.

Built to fit

Your operation is the spec.

On a standardised platform, your operation adapts to the product. Customisation gets scoped out, diluted, or priced out of reach. QuikSync inverts that. The operation, as it actually runs, is declared as data the platform executes, so alignment costs configuration rather than engineering, and it keeps evolving long after go-live.

Start from a working operation: A scenario pack installs a running operation for an airport terminal, a hospital, or a high-rise, with the world model, workflows and connectors already wired. Your site then diverges through versioned data, and the library keeps widening.
A surface for every team: Each role gets a purpose-built application shaped by the same declared world: a retail tenant's delivery app, a service counter tablet, a security team's console. Built for the operation, not adapted from a generic dashboard.
Change it in days, then keep changing it: Operational logic stays inspectable, declared data, so you make the changes yourself as data edits you can read back. Agents propose refinements inside the authority path, and survey to handover compresses to weeks on pre-built connectors, packs, and flywheel-carried building blocks.

The platform compounding loop

What one operation proves, the platform keeps.

Fit is no longer the opposite of scale. One commissioned operation produces a world model, a set of connectors and a set of settled permission cases, and the next site starts from all three. Services-shaped entry, product-shaped margins. The moat accumulates as data, not code forks.

Begin where people currently bridge consoles, vendors, infrastructure, and exceptions by hand.

Turn what the delivery produced into product we own and version like everything else we ship.

Each new facility, portfolio, use case, and machine inherits a working operational language, execution boundary, and evidence base instead of starting from zero.

Product maturity

The whole vision, and where each capability stands today.

Phase 01

Available

Ontology modelling, workflow execution, and resource allocation — the runtime itself
Ambient Permission Plane — identity, tenancy, eligibility and allocation, with operator approval on supervised action
Capacity- and priority-aware allocation with indoor, graph, and hybrid navigation
Multi-floor coordination of shared lifts, doors, and building infrastructure
Connector integrations across robot fleets, lifts, doors, and building systems
Scenario Composer canvas authoring, reusable operation packs, and data-shaped end-user apps
Agent Deck operator console and Entity 360 with the Operations Ledger
Hard tenant isolation and zero-trust identity per organization

Phase 02

Preview

Intent-assisted workflow authoring
Supervised intervention and recovery
Operational anomaly detection — the supervised immune system
Multi-agent crews over governed tools, knowledge, and MCP
Simulation-first scenario validation before live rollout
Broader operational reporting

Phase 03

Frontier

The Box — edge authority hardware: root-of-trust identity, on-device inference, evidence at the source
Scenario Foundry — from described challenge to running operation
Continuous evaluation and predictive operations over the live record
Insurable autonomy — operational evidence an underwriter can price
Space Twin — embodied world models with geometry, semantics, and causality
Progressively higher autonomy under supervised authority

Full graduation log →

Purpose-built for the shared boundary

Every system keeps its strengths. The operation gains one authority path.

Embodied intelligence keeps autonomy. Machine safety systems keep machine safety. Machine and facility controllers keep device control. QuikSync governs what happens between them. The work, the shared resources, and who may act.

01 / Intent

Operators
Enterprise systems
AI agents

02 / QuikSync

Ontology
Applications
Permission Plane
Evidence

03 / Connector boundary

Machine and system controllers
REST and MQTT
Vendor-specific connectors

04 / Physical estate

Machines and mobile assets
Shared infrastructure
Connected building systems

Built for the estate that exists, and the bodies arriving next

A platform for established operators and the Physical AI frontier.

Turn the lifts, the doors and the delivery rounds of a property into one governed operation. Then run the same thing across the portfolio.

Connect receiving, storage and the hand-offs between them without replacing a single controller.

A robot or a humanoid arrives intelligent. It does not arrive with the building's access rules, the customer's work, or the authority to act. Build one connector; join every operation.

Turn hard-won delivery knowledge into reusable operational products instead of repeating bespoke connections at every site.

The category thesis

“The physical world is becoming programmable. Its operations still are not.”

The internet got HTTPS. The cloud got identity and access. Physical AI still has nothing between intent and actuation. Machine intelligence, agents and edge compute are advancing quickly, yet large estates still rely on people to hold the seams together by hand. QuikSync is that operating layer: the live world, the governed execution, and the compounding record that let every present and future embodiment take part in accountable enterprise work. The bodies will be commoditized; the operation will not, and the operation is what QuikSync owns.

Co-develop your first operation

Build the operation your physical estate is missing.

This is the part I can't do alone. Bring us the operation your current stack works around, and we'll turn it into a governed product that can expand across more systems, sites, use cases, and machine generations without starting over.

Co-develop your scenario

Model the live world

Build operational applications

Run work across the estate

Govern physical action

Execute across what already exists

Prove and improve

Resolve

Plan

Authorize

Act

State the outcome

Resolve operational truth

Build the operation

Assign eligible resources

Cross the Permission Plane

Preserve the trace