Platform · Management Operating System

Manual operations are run by the supervisors. Automated operations are run by a Management Operating System.

Every well-run company has a Management Operating System — the organizational reflex for how the business responds to any issue. We bring that to the warehouse floor: tasks issued, validated, sequenced, and rerouted in real time across every operational lifecycle — receiving, shipping, manufacturing, billing, EDI, RPA.

3M+
sq ft live
10K+
orders / day
1,000+
retailer specs
Weeks
to go-live
Floor operations under MOS control
Live now. 14 picks completing across 3 zones. 0 exceptions.
Live 3M+ sq ft · Tens of thousands of orders/day · Millions of SKUs · 100% platform uptime
The category problem

Most WMS records what your staff did. MOS issues what they do next.

Wave types as plays

Five plays. The system picks the right one.

Wave types are pre-built MOS plays — like plays in football — with five defined patterns. Rules pick the right play for every order. The floor never starts cold.

Tasks issued by the MOS can be executed by humans, scanners, or RPA-driven machines — same task language, same exception handling. The MOS doesn't care whether a put-away is done by a forklift operator or by an AGV; it only cares that the task completes correctly and on time.

When conditions change — a pallet jam, an absent operator, a shifted retailer cutoff — the MOS reroutes work in real time. No supervisor scramble. No emergency huddle. The playbook adapts.

You're not buying software your staff use to run the warehouse. You're buying a system that runs the warehouse.

01

Regular waves

the standard pick-pack-ship rhythm, optimized for retail compliance

02

Forward waves

deep-stock pick paths optimized for high-volume SKUs

03

Flow rack waves

carton-flow racking with replenishment pulled by demand

04

Small parcel waves

carrier-aware sortation, label-as-you-go, multi-carrier rate shopping

Embedded best practices

Quality of operations doesn't depend on tenure.

Best practices aren't a binder on the supervisor's desk — they're built into the system and enforced at the task level. When a mistake becomes a habit, the SOP is updated and the system blocks the repeat — enterprise-wide, automatically.

Standardization isn't a binder. It's how the system enforces every step. New operators don't need a six-month ramp to perform like ten-year veterans, because the system is the SOP.

When the operations team identifies a pattern that should be prevented, the MOS gets updated once and the change applies to every task across every shift, every floor, every operator. No retraining campaigns. No memo distribution. The system already knows.

01

Standardized work

uniform process performance across shifts, floors, and operators — variance designed out

02

Real-time validation

every scan, every move, every pack action validated against the SOP at the task level

03

Habit-blocking

once a mistake pattern is recognized, the system prevents the repeat — enterprise-wide

04

Embedded KPIs

metrics measured at the task, visualized for the operator, rolled up for the supervisor

Human or machine

Same task surface. Different executor.

Tasks issued by the MOS can be executed by humans, scanners, or RPA-driven machines. Automate where you can; scale anywhere you need.

The MOS treats a forklift operator and an AGV as two executors of the same task type. Same task issuance. Same validation. Same exception handling. Same audit log. The decision about which executor handles a given task is configurable — and changes as you add automation, without rebuilding workflows.

This is the architectural difference that lets you start with all-human operations and progressively introduce automation, on the same MOS, without an integration project per machine class.

01

Forklift & floor operators

task issuance, SOP validation, performance tracking

02

Handheld scanners

task acknowledgment, scan validation, exception capture

03

AGVs & mobile robots

movement tasks, charging coordination, exception escalation

04

Conveyors & sortation

divert decisions, induction, downstream routing

Live performance

Numbers from the floor today.

5

Wave type plays

Pre-built patterns covering 90%+ of 3PL operational variance

100+

Task types

Every floor action modeled as an MOS task with explicit lifecycle

< 1s

Task issuance latency

From wave generation to operator's screen, real time

Weeks

Time to live

Concierge launch — not a year-long systems-integrator project

See the MOS run a warehouse.

30 minutes. Real customer environment. Your questions, our floor. No deck.