Operational & Automation Assessments

Two-phase evaluation model to ensure automation is only considered once the operational foundations are solid.

Our Approach

At Priority One, we believe automation should only be considered once a warehouse is already operating efficiently. Only when your operation is structurally sound can you accurately measure the true benefit of automation, and avoid over-investing in solutions that mask, rather than solve, process issues. That's why our assessment model is split into two structured phases:

Phase 1

Warehouse Operational Assessment

Independent analysis of your current operations, before any solution is prescribed.

Phase 2

Automation Assessment

Vendor-neutral evaluation of automation feasibility, ROI, and system fit, only after your current operations are stabilized.

Phase 1

Warehouse Operational Assessment

Independent analysis of your current operations, before any solution is prescribed.

What It Is

This is a structured diagnostic of your current-state warehouse or fulfilment operation.

We assess the flow, logic, and constraints of your site as it operates today, without assuming automation is the answer.

The goal is to identify where your processes work, where they fail, and what structural inefficiencies are affecting throughput, cost, and team coordination.

Why Clients Use This

To reduce labour overhead and operational inefficiency

To improve warehouse layout and stock movement

To evaluate operational performance before automation is even considered

To prioritise improvement areas with clear ROI

To support business cases with real operational data

To get vendor-neutral insight without sales pressure

What We Assess

Feasibility study and business case alignment

Operational data (cycle times, pick paths, velocity zones)

Process and layout mapping

Sequencing and handoff logic across functions

Workforce deployment and coordination

Inventory classification and storage utilisation

Safety, compliance, and operational risk

Bottlenecks, delays, and process inefficiencies

Recommendations before automation is considered, or at all

Phased improvement and investment roadmap focused on payback areas

Start With Phase 1

We assess your warehouse to uncover inefficiencies, highlight quick wins, and map where real ROI sits before automation is even on the table.

Phase 2

Automation Assessment

Vendor-neutral evaluation of automation feasibility, ROI, and system fit, only after your current operations are stabilized.

What It Is

This is a structured feasibility assessment for automation investment, only undertaken after your warehouse has been optimised at a process level.

We evaluate whether automation makes sense, what kind, and how to approach it with minimal risk and maximum return.

We don't push platforms. We identify what's needed and whether automation is even warranted, based on throughput profiles, storage logic, and business priorities.

Why Clients Use This

To confirm if automation is needed, or avoid it entirely

To understand the real ROI of automation, based on optimised operations

To evaluate vendor proposals, sequencing risk, and handover impact

To bridge the gap between warehouse teams and vendor expectations

To build an automation strategy that supports business goals, not just tech upgrades

What We Assess

ROI modelling based on lean-state data

Readiness for automation (infrastructure, processes, WMS)

Assessment of picking logic, storage methods, replenishment strategies

Vendor capability alignment and technical scope review

Simulation of future-state flows and capacity scenarios

Site constraints, utilities, MHE compatibility, and build feasibility

Integration challenges across IT, OT, and operations

Delivery sequencing and risk of business disruption

Clear go/no-go call, with tactical steps if automation proceeds

Phased improvement and investment roadmap focused on payback areas

Ready for Phase 2?

We evaluate if automation makes sense, what kind, and how to deliver it with minimal risk and maximum return, based on your optimised operations.