Project Highlights

  • Helped shape the product suite from the ground up, aligning with operator needs and mental models
  • Designed high fidelity energy tool that displays historical, current, and predictive energy consumption
  • Developed a product strategy targeting a high value solution for a high value user
  • Refined the mission criteria and amplified what route has the highest probability of success

Project Details

location_on Saint Paul, MN

group 5 employees

handshake 1 year

Project Cost

sell $100,000 - 200,000

View Pricing

The Challenge

Predict with precision

Exergi Predictive was chosen as the energy management arm of the Army Application Lab’s Robotic Combat Vehicle program. Visual Logic was brought in to ensure their planning, prediction and management capabilities were useful and intuitive to users.

Managing energy is an age-old military challenge that relies on meticulous planning and prediction. It’s even harder with autonomous robotic combat vehicles. These unmanned systems depend on battery power to move, navigate, communicate, and use payloads in highly dynamic battlefields.

If not planned for carefully, fluctuating energy demands from terrain, soil type, wind, mission type, and tempo can lead to inefficiencies, reduced capabilities, or even mission failure.

The Army needed an AI-powered planning, prediction, and management tool for energy. From the operator’s perspective, it also had to be intuitive, usable under pressure, and reliable in chaotic conditions.

Image of vehicles in a convoy at a desert environment, providing defense.

The Work

Here’s how we helped Exergi

Key UX activities:
  • Product Strategy
  • Product Design
  • Personas
  • Journey Maps
  • Contextual Scenarios
  • Information Architecture
  • In-depth User Research & Interviews
  • SME Interviews
  • Custom Visual Asset Design
  • Interaction Design
  • Prototyping
  • Dev Collaboration
  • Marketing & Communication Design

Through rapid ideation, we learned what works for users and what doesn’t. We call this “failing fast” — ideating based on the information we have, trusting that incremental progress will get us further than striving for perfection on the first draft.

When bridging the gaps between predictive AI and human operators, it’s important to design for trust, confidence, and control when the AI falls short.

Over time we carved out a comprehensive design framework that balanced complex prediction and planning capabilities with simple, understandable readouts for situational awareness and inputs for operator autonomy.

Visual Logic created graphic of cloud, platform, prediction and UI for vehicle ai modeling.

This infographic shows what Exergi owns (orange) and what it pulls from and contributes to (blue).

Visual Logic created graphic of fuel use, elevation and terrain usage in vehicle prediction.

This sales graphic shows historical status (left) with Exergi Predictive’s future status projections (right). Energy prediction is made possible thanks to their digital twin, simulation, and ML models.

The Impact

Human-guided, AI-driven — mission prediction just got more precise

Working from a relatively short list of requirements, our collaboration with Exergi allowed us to dig deep into the user needs and—while keeping an eye on business goals—design an AI-driven system built around the operator. Route planning, predictive analysis, and dynamic, real-time readouts forged a partnership between operator and AI, empowering users to execute with confidence and precision.

This work helped establish Exergi as a valuable thinking and planning agent within their complex domain.


Explore additional case studies

Digital Trust & Farm Tool UX Design | Visual Logic
Product Strategy

We grew farmer’s trust in digital tools by creating a personal, conversational, and high touch application.

Visual Logic helped Cargill increase digital sales conversion by redesigning their farming application to focus on trust, high-touch support, and decision-making confidence.

Read more

Multisensory UX for Mine Detection Systems | Visual Logic
User Experience Design

We enhanced operator instincts with multisensory design for a handheld mine detector.

Visual Logic transcended screen design for Chemring’s handheld mine detector, using multisensory design (haptic, audio, visual) and ergonomic input to supercharge operator instinct and confidence in the field.

Read more