4×4 SKID-STEER
Independent left and right drive groups for precise on-the-spot manoeuvring.
AI INTEGRATION · AUTOMATION · ROBOTICS
Intelligent Systems
for the Real World.
We design and integrate artificial intelligence, automation, embedded technology and autonomous robotic systems for modern businesses and industry.
01 SOFTWARE02 ELECTRONICS03 MACHINES
01BUSINESS SYSTEMS
02INTELLIGENCE
03PHYSICAL SYSTEMS
SYSTEM ARCHITECTURE / ACTIVE
ARES ROBOTICS · R&D PLATFORM
Meet SOV-UGV 1.
DEVELOPMENT CONCEPT
A modular unmanned ground vehicle concept designed to explore resilient remote operation, field mobility and the integration of aerial and ground systems.
01 / 11
FIBER-OPTIC LINK
A wired optical communication concept for operation without reliance on Wi-Fi or RF.
FPV OBSERVATION
Forward video provides the operator with a direct view of the platform environment.
MODULAR PAYLOAD
An adaptable upper deck conceived for sensors, tools and aerial system integration.
SOV-UGV 1 · PRIVATE 3D PRESENTATION
Explore the design in 3D.
An interactive look inside our robot concept. Investor access includes rotation, zoom and an exploded assembly view.
SOV-UGV 1 · INVESTMENT OPPORTUNITY
Join the next stage of development.
We are currently seeking investors and strategic partners to support the further development and validation of SOV-UGV 1. Interested in the project? Let’s talk.
ARES ROBOTICS · COUNTER-UAS R&D CONCEPT
Introducing CDV-V1.
IN DEVELOPMENT
An early-stage tracked Counter Drone Vehicle concept for research into integrated sensing, remote supervision, target tracking and modular counter-UAS system architecture.
01 / 08
TRACKED MOBILITY
A stable tracked platform concept intended for research in demanding terrain and field conditions.
SENSOR INTEGRATION
A modular sensor-mast concept for detection, observation and situational awareness research.
REMOTE SUPERVISION
An operator-centred concept for remote monitoring, control and coordinated system evaluation.
MODULAR ARCHITECTURE
A configurable platform for evaluating sensors, communications and counter-UAS subsystems.
CDV-V1 · DEVELOPMENT PARTNERS
Invest in the next development phase.
We are currently seeking investors and strategic development partners to support engineering, prototyping, validation and responsible development of the CDV-V1 concept.
APPLE APPS · ELECTRONICS DESIGN
Our leading Apple apps
for electronics design.
Purpose-built engineering tools that make electrical schematics and PCB development accessible across iPhone, iPad and Mac.
APPLE APP · 01
Electrical Diagram Maker
iPhone · iPad · MacCreate clean electrical schematics, automotive wiring diagrams, control circuits and professional technical documentation without the complexity of traditional CAD software.
- Electrical & automotive schematics
- Professional symbol library
- Smart 90° wiring
- PDF export & title blocks
AVAILABLE ON THE APP STORE
APPLE APP · 02
PCB Studio Maker
iPhone · iPad · MacMove from schematic to finished circuit board in one focused workspace—place components, route tracks, inspect connections and preview the PCB in interactive 3D.
- Schematic design
- PCB layout & routing
- Design rule checks
- Interactive 3D board preview
AVAILABLE ON THE APP STORE AI OPPORTUNITY MAP
Find the Right Starting Point
What type of challenge does your company have?
Select a path to explore a practical starting point.What type of challenge does your company have?
RECOMMENDED DIRECTIONProcess Automation
Discuss This Direction Repetitive Digital Work
01
Understand the workflow, constraints, data and expected value.
WHAT WE ENGINEER
Capabilities built for
complex realities.
From enterprise workflows to autonomous machines, we connect the digital and physical layers of modern operations.
01
AI Integration
Connect secure AI assistants and intelligent workflows with existing company systems, documents and operational data.
- Internal AI assistants
- Document intelligence
- Knowledge systems
- API integration
- ERP & CRM integration
02
Business Process Automation
Automate repetitive administrative and operational processes through APIs, intelligent agents and custom software.
- Workflow automation
- Reporting automation
- Data processing
- System synchronization
- Intelligent task handling
03
Industrial AI
Transform operational data into intelligent monitoring, diagnostics, quality control and predictive insights.
- Predictive maintenance
- Quality inspection
- Anomaly detection
- Operational analytics
- Machine data processing
04
Autonomous Robotics
Develop intelligent robotic platforms for demanding real-world and industrial applications.
- UGV platforms
- Remote operation
- Autonomous navigation
- Sensor integration
- Computer vision
- GNSS & telemetry
05
Embedded & Custom Systems
Build embedded control and communication solutions adapted to specific machines and operational requirements.
- STM32
- Raspberry Pi
- Sensors
- CAN communication
- Motor control
- Custom firmware
- HMI systems
AI, LLM integration and multidisciplinary engineering
ARES explores large language model (LLM) integration for company knowledge, AI assistants and document workflows. Projects combine software, electronics and PCB design, mechanical CAD, embedded systems and robotics. Each integration starts with data access, privacy, human oversight and technical validation—not a promise of autonomous accuracy.
AI IMPACT LAB
Model the opportunity.
Adjust three real-world inputs to explore where focused automation could release operational capacity.
Assess My Process32Potential hours released / week
Potential hours released / year
A PRACTICAL CHECK
Does Your Business Need AI?
AI is valuable when it solves a real operational problem. If your employees repeatedly copy information, search through documents, prepare the same reports, answer similar questions or manually monitor machines and data, there may be a practical opportunity for automation.
✓
Identify an AI Opportunity If you answered yes to even one of these questions, your company may benefit from an AI or automation assessment.
- 01
Do employees repeatedly copy information between emails, documents, spreadsheets, ERP or CRM systems?
? - 02
Does your team spend too much time searching through technical documentation?
? - 03
Are reports created manually from information stored across multiple systems?
? - 04
Do customers or employees repeatedly ask the same questions?
? - 05
Are important tasks delayed because they depend on one experienced person?
? - 06
Do machines produce data that is collected but rarely analyzed?
? - 07
Are equipment failures usually discovered only after production stops?
? - 08
Does quality control depend entirely on manual visual inspection?
? - 09
Are leads, inquiries or service requests sometimes forgotten?
? - 10
Do you need remote monitoring or control of machines and vehicles?
?
PRACTICAL BUSINESS EXAMPLES
Where Intelligent Systems Create Value
Practical examples of how AI, automation and connected systems can improve everyday business operations.
01
Documents & Administration
PROBLEM
Employees manually read emails, invoices, orders, reports and PDF documents, then copy information into other systems.
POSSIBLE SOLUTION
An intelligent document workflow extracts important data, categorizes documents, prepares responses and sends information to the correct business system.
BUSINESS VALUE
Less manual entry, fewer mistakes and faster document processing.
02
Internal Knowledge
PROBLEM
Technical knowledge is scattered across manuals, shared folders, emails and experienced employees.
POSSIBLE SOLUTION
A secure internal AI assistant searches approved company documentation and provides traceable answers to employees.
BUSINESS VALUE
Faster access to knowledge, easier employee onboarding and less dependence on individual people.
03
Reporting & Management
PROBLEM
Managers spend hours collecting information from spreadsheets, production records and different software systems.
POSSIBLE SOLUTION
Automated reporting combines approved data sources and prepares daily, weekly or monthly summaries.
BUSINESS VALUE
Faster reporting, consistent information and more time for decision-making.
04
Customer Support
PROBLEM
Employees repeatedly answer the same questions about products, orders, services and documentation.
POSSIBLE SOLUTION
An AI support assistant answers common questions using approved company information and forwards complex requests to the correct employee.
BUSINESS VALUE
Faster responses and reduced workload without removing human oversight.
05
Sales & Inquiries
PROBLEM
Customer inquiries arrive through email, forms and different communication channels, making follow-up difficult.
POSSIBLE SOLUTION
An intelligent workflow categorizes inquiries, prepares summaries, creates CRM tasks and reminds employees about follow-up.
BUSINESS VALUE
Fewer missed opportunities and a more organized sales process.
06
Production & Maintenance
PROBLEM
Machine problems are often noticed only after reduced quality or an unexpected shutdown.
POSSIBLE SOLUTION
Industrial monitoring uses available, reliable sensor and machine data to identify unusual behavior and alert responsible employees.
BUSINESS VALUE
Earlier indication of potential problems and better maintenance planning where the available data supports it.
07
Quality Control
PROBLEM
Visual inspection is repetitive, difficult to document and dependent on individual judgment.
POSSIBLE SOLUTION
A camera-based inspection system assists operators by detecting defined visual deviations and documenting results.
BUSINESS VALUE
More consistent inspection and better traceability while keeping operators in control.
08
Logistics & Inventory
PROBLEM
Inventory information, delivery status and material requirements are distributed across several systems.
POSSIBLE SOLUTION
Connected automation synchronizes information, detects exceptions and alerts the responsible team.
BUSINESS VALUE
Better visibility and fewer manual checks.
09
Engineering Documentation
PROBLEM
Engineers spend significant time searching manuals, comparing revisions and preparing technical documentation.
POSSIBLE SOLUTION
An engineering assistant organizes approved documentation, identifies relevant sections and helps prepare structured drafts.
BUSINESS VALUE
Faster access to technical information and more consistent documentation.
10
Autonomous & Remote Systems
PROBLEM
Some tasks take place in dangerous, repetitive or difficult-to-access environments.
POSSIBLE SOLUTION
A custom remotely operated or progressively automated platform combines cameras, sensors, communications and embedded control.
BUSINESS VALUE
Improved operator distance, better situational awareness and new possibilities for validated field operations.
START SMALL
AI Implementation Does Not Have to Begin with a Large Project.
A practical implementation can begin with one clearly defined process, one team or one recurring operational problem. We first evaluate the workflow, available data, security requirements and expected value. If the opportunity is realistic, we can build a focused prototype before considering a larger rollout.
Request an Initial Assessment- 01
Identify one expensive or repetitive problem
- 02
Validate the available data and integration possibilities
- 03
Build a focused prototype and measure the result
LIGHTWEIGHT SELF-ASSESSMENT
Find Your First Opportunity
Where does your team lose the most time?
SELECT ONE AREA
CONNECTED ARCHITECTURE
From Digital Intelligence
to Physical Systems.
The strongest solutions do not live in isolation. Ares bridges company data, artificial intelligence and real-world machinery into one coherent operating system.
SECURE DATA FLOWMODULAR BY DESIGN
▦
Business Systems
ERP · CRM · Documents
Databases · Workflows
DATA
✦
Intelligence Layer
AI Assistants · Automation
Analytics · Decision Support
ACTION
⌬
Physical Systems
Machines · Controllers · Sensors
Autonomous Robots
WHERE WE OPERATE
Engineered around
your environment.
Every industry has its own constraints. We design systems around the people, processes and conditions that define yours.
Manufacturing
Smarter production workflows, quality systems and machine intelligence built around real factory needs.
↗Logistics
Connected operations, intelligent routing and automation for fast-moving supply environments.
↗Agriculture
Robust sensing, field automation and autonomous platforms for demanding outdoor conditions.
↗Engineering
Custom software, electronics and control systems for complex technical products and processes.
↗Field Operations
Remote monitoring, resilient communications and mobile systems designed beyond the office.
↗Technology Companies
Specialist integration and engineering capacity to turn ambitious product concepts into working systems.
↗ HOW WE WORK
A clear path from
challenge to operation.
Complex technology needs a disciplined process. We keep each stage transparent, grounded and focused on operational value.
- 01↓
Discover
We examine the existing workflow, systems and operational challenge.
- 02↓
Design
We define the technical architecture, integrations and implementation plan.
- 03↓
Build & Integrate
We develop, connect and validate the complete solution.
- 04●
Support & Improve
We monitor performance and continuously improve the system.
ABOUT ARES
Many disciplines.
One complete system.
Ares Intelligent Systems combines software development, electronics, embedded engineering, automation and robotics to create practical technology for real operational challenges.
Our focus is not AI as a trend, but intelligent systems that deliver measurable value in the real world.
SOFTWAREELECTRONICSEMBEDDEDAUTOMATIONROBOTICS
SOV-UGV 1 · INVESTOR OVERVIEW
From design to a physical prototype.
Seeking an investor and strategic partner to establish a company, form a development team and begin research, physical prototyping and testing.
Customers and applications
Military cargo logistics
Primarily intended for organisations needing remotely operated delivery of equipment and supplies in difficult-to-access areas. The goal is to reduce manual cargo handling.
Infrastructure inspection
For infrastructure operators and field teams: planned remote visual inspection with FPV cameras and future AI features, reducing staff visits to demanding locations.
Package delivery
An additional future use for small cargo delivery to locations with limited access. Payload capacity and operating conditions remain to be validated.
Current stage
The MVP 3D presentation design is complete. A working physical prototype, field tests and validated performance are still ahead. Planned optical communication and monitoring features require R&D validation.
Founder and developer
Mirza Pasić currently leads the ARES project independently, covering electronics and PCB design, mechanical design and development of the featured Apple apps. The development team is currently being formed; company formation is part of the next phase of the project.
Founder estimate for building one unit, not a selling price, supplier quotation or validated production cost. This is not the total investment required.
Higher volumes may lower unit cost; supplier quotations and a production plan must validate this assumption.
What the investment enables
Company formation and legal groundwork; recruiting a development team; components, tools and physical prototyping; safety reviews, facilities and testing conditions.
Total funding and timelines are not yet established. They will be defined through an R&D assessment, quotations and discussions with the partner.
Development milestones
01 · Formation and planning
Establish the company and core team, requirements, development budget and safe testing plan.
02 · Physical prototype
Build the first prototype and document basic functional checks. A 3D design is not evidence of physical operation.
03 · Testing and validation
Evaluate mobility, payload, reliability and monitoring in controlled conditions; document results and limitations.
04 · Pilot and next decision
After successful validation, agree a partner pilot and assess readiness for a small series. Production is not guaranteed in advance.
Early-stage development project. Visuals are conceptual; no claim of validated performance, contracted customers or guaranteed investment returns.
Mirza Pasić · pasic.mirza@hotmail.com · +386 70 466 888
START A CONVERSATION
Let’s Build a
Smarter System.
Tell us which process, machine or operational challenge you want to improve.