Halliburton · Real-World Controls

Which Image Best Represents What ForgeFX Intends to Deliver?

The existing mobile-controller photo is the best current reference for the portable configuration. The generated concept below visualizes that option. The estimate must also include a second configuration: a full-room simulator with realistic consoles, instructor displays, and shared room-scale screens.

Recommendation: present two priced configurations—not one. Use the generated concept for the portable modular system, then separately estimate the full-room real-console environment described by Abi beginning at 31:42 in the August 5 meeting.

Recommended proposal hero

Generated Deliverable Concept

Conceptual visualization—not an engineering drawing. Hardware placement, labels, control count, and HWO workflow require Halliburton and ForgeFX validation.

Generated concept of a portable industrial HWO simulator console connected to a PC and rig simulation

AI-generated concept

Configuration A: one portable, manufacturable console driving a visible HWO simulation.

This image combines the sales story in one frame: operator interaction, industrial controls, integrated HMI, PC connection, simulated rig response, and instrumentation.

Portable enclosureOperator and Assistant controlsPC simulator connectionRig and gauge response

Physical precedent

Best Existing Reference Images

These photos communicate the product form factor, portability, and hands-on use. They do not fully show control coverage or simulator response.

Existing portable mobile controller operated beside a laptop

Best existing reference

Mobile Controller in Use

Closest existing image to the intended deliverable: one portable control box with industrial controls, operated by hand beside a computer.

Use: physical form factor and interaction precedent.

Two legacy Halliburton HWO portable control boxes

Legacy source precedent

Halliburton Legacy HWO Controls

Shows the two portable source boxes, likely corresponding to Operator and Assistant Operator functions, but not their PC integration.

Use: confirms the portable two-station precedent; not a finished-deliverable hero.

Functional source evidence

Controls to Replicate or Reconfigure

Devin’s screenshots explain what the new purpose-built box must cover. Green marks identify controls that may move, change, or be omitted only with client approval.

Requirements evidence

Operator Console

Mix of return-to-center levers, binary levers, dials, switches, buttons, and analog instrumentation.

Use: functional inventory and layout discussion—not a picture of the fabricated product.

Requirements evidence

Assistant Operator Console

Primarily levers and dials in a vertical arrangement; several controls require relocation for the portable enclosure.

Use: second-role control coverage and packaging constraints.

Close-up of winch lever retention latch mechanisms

Mechanical risk detail

Retention Latches

The highest-complexity control detail: levers can be pinned in a holding position. A detent or explicit latch-engage input may be a lower-cost alternative.

Use: scope, fidelity, and cost decision evidence.

Interpretation

The Images Serve Different Jobs

The mobile photo answers “what are we building?” The rendered consoles answer “what must it control?” The latch close-up answers “where does mechanical fidelity affect cost?” The generated concept unifies all three into a buyer-readable deliverable vision.

Estimate architecture

Two RWC Configurations Belong in the Estimate

Abi explicitly requested options so Halliburton can compare delivery time, cost, and fidelity. The portable concept is not the whole opportunity.

Configuration A · Portable modular

Purpose-Built Mobile Control Box

A compact, replicable enclosure that can be placed on a table and connected to the Halliburton PC simulator.

Selected Operator and Assistant Operator controls
Lower fabrication cost and faster deployment path
Configurable control inventory and simplified latch behavior
Single-user or role-specific workstation experience

Configuration B · Full-room

Real-Console Training Environment

A room-scale simulator with realistic consoles, instructor screens, student stations, and large shared displays showing the operating environment.

Multiple real or high-fidelity console stations
Instructor views plus room-visible simulation output
Emergency scenarios, presets, learning modules, and assessment
Scenario-authoring autonomy and faster customer-led updates
Optional coordinated live environment across stations

Meeting evidence: Halliburton Cementing Services Touchpoint, August 5, 2026. Relevant discussion: 31:42–38:39. Abi preferred the realistic-console configuration if timing and cost are workable, requested pricing for both options, and identified software autonomy as the current simulator’s largest weakness.

Decision framing

What the Proposal Should Say

Current Intent

Estimate both a portable modular console and a full-room real-console simulator.
Connect physical levers, dials, switches, and buttons to the Halliburton PC simulator.
Make rig behavior and gauges respond to the trainee’s physical inputs.
Cover relevant Operator and Assistant Operator functions, with role and station boundaries defined per configuration.

Still Requires Validation

Full-fidelity versus minimum viable control inventory.
Controls that may move, simplify, or be excluded.
Retention latch, detent, or button-based behavior.
Whether full-room stations operate independently or as one coordinated live environment.
Exact I/O mapping, enclosure architecture, scenario-authoring boundary, documentation, and replication package.

Bottom line

Sell two destinations. Price the portable system and the full-room environment separately.

The generated image represents the portable configuration only. The full-room configuration adds realistic multi-station hardware, shared displays, instructor tooling, scenario management, and an explicit decision about coordinated live operation.