Comprehensive Digital Solutions for Power Systems
A strategic partnership proposal for EMS/EPS: Next-generation platforms for grid management, infrastructure monitoring, and digital transformation
Explore Solutions
01. Active Digital Twin of the Network
The Amplyt Platform represents a paradigm shift in transmission network management, combining real-time physical modeling with AI-driven optimization to revolutionize how utilities manage their infrastructure. This physically based environment transforms traditional reactive grid management into proactive, data-driven operations that optimize both performance and capital expenditures.
Dynamic Voltage Regulation
AI-powered Reinforcement Learning modules continuously monitor node behavior, identifying voltage deviations in milliseconds and calculating optimal corrective actions to stabilize the network before operators even detect anomalies.
Accident Prevention
Comprehensive engineering environment enables N-1 and N-2 scenario modeling to prevent cascading outages. Assess risk probabilities and system vulnerabilities before they materialize into real-world failures.
Renewable Integration
Safe testing environment for solar and wind installations with predictive voltage impact analysis. Seamlessly integrate distributed generation sources without compromising grid stability or reliability.
Smart Investment Planning
Precise bottleneck identification prevents unnecessary modernization of entire transmission lines. Allocate CAPEX strategically where it delivers maximum return on investment and operational improvement.
Getting Started with Amplyt
Free Pilot Project
Deploy a localized digital twin at your chosen network location to test renewable energy source integration and N-1 scenario modeling using your actual operational data. Zero financial risk, complete control over test parameters.
Discovery Session
Complimentary 40-minute technical audit with DRA engineers to analyze your current operational challenges, infrastructure limitations, and calculate projected ROI specific to your grid configuration and load profile.
02. AI-Powered Infrastructure Monitoring
The computer vision and autonomous drone platform automates inspections across thousands of kilometers of transmission networks and substations, replacing manual patrols with 24/7 intelligent surveillance. This comprehensive monitoring system combines cutting-edge robotics with machine learning algorithms to deliver unprecedented visibility into infrastructure health and operational safety.
Power Line Inspection
Autonomous drones equipped with high-resolution cameras systematically patrol transmission corridors, automatically detecting broken conductors, sagging wires, and corrosion. Proprietary AI algorithms analyze visual data in real-time, flagging anomalies for immediate attention.
Early Emergency Detection
Computer vision systems continuously monitor facilities for smoke, open flames, and short-circuit arcing. Instant alerts enable rapid dispatch of emergency response teams, minimizing equipment damage and service interruption duration.
Anti-Fogging Systems
Advanced image processing algorithms enhance surveillance camera performance during fog, rain, and snow. Maintain operational visibility when traditional systems fail, ensuring continuous security coverage regardless of weather conditions.
Industrial Safety Compliance
Real-time monitoring of personal protective equipment usage across facilities. Automatically detects missing helmets, safety glasses, and gloves. Prevents unauthorized access to energized equipment through facial recognition and access control integration.
"Autonomous inspection drones combined with computer vision reduce manual patrol costs by 85% while improving anomaly detection accuracy by 40%."
03. NextBot Platform: Intelligent Customer Service Automation
The NextBot cloud platform leverages a no-code development approach to rapidly create and deploy AI-powered assistants that handle routine customer interactions across multiple communication channels. Designed specifically for power engineering applications, this solution dramatically reduces call center load while improving response times and customer satisfaction metrics.
Core Platform Capabilities
Communication Automation
Handles up to 70% of routine customer requests including sales inquiries, technical support, and service consultations with immediate automated responses, reducing call center volume and wait times.
Data Integration
Uses FAQs, Google Sheets, Docs, and web search as knowledge base with strict source control. Maintains data accuracy and prevents hallucinations through verified information sources only.
Extensive Connectors
Native integrations with Telegram, WhatsApp, amoCRM, Bitrix24, and major payment systems. Unified customer experience across all digital touchpoints without platform switching.
Applications for Power Utilities
Technical Support Automation
Receives outage reports via natural language, automatically collects customer address and account number, suggests troubleshooting steps, and creates priority CRM tickets for dispatchers when self-service fails.
Result: 60-70% of technical support calls closed automatically
Meter Reading & Payments
Processes photograph-based meter readings using Vision API, calculates billing amounts, presents payment options, and processes transactions through integrated payment gateways. 24/7 availability eliminates office hours constraints.
Result: 24/7 online meter readings, increased digital payment adoption
70%
Automated Support
Percentage of routine requests handled without human intervention
24/7
Availability
Continuous customer service coverage without staffing costs
30%
Debt Reduction
Decrease in outstanding receivables through automated payment reminders
04. Prizm-MeterNet: Smart Metering Platform
The Prizm-MeterNet platform delivers comprehensive digital transformation of resource accounting, enabling the transition to smart city infrastructure through integrated measurement of electricity, water, gas, and thermal energy. This open, modular system replaces disparate legacy protocols with a unified ecosystem providing transparent billing and sophisticated data analytics capabilities.
Three-Tier Architecture Design
The platform employs a cost-optimized three-layer architecture that minimizes infrastructure expenses while maximizing scalability and interoperability across existing systems.
Level P0: Sensors
Low-cost ESP32-CAM modules with computer vision capture readings from existing analog meters without replacement, reducing hardware costs by 60%.
Level P1: Communication
Data transmission via interference-resistant RF433/868, LoRa, RS-485, Wi-Fi, and Ethernet protocols ensures reliable connectivity across diverse environments.
Level P2: Hub
Raspberry Pi-based home hubs with open Python/PostgreSQL stack aggregate data for JSON-based transfer to billing systems.
Strategic Advantages for Utilities
AI Analytics
Machine learning models (ARIMA/LSTM, Isolation Forest) detect leaks, theft, and enable real-time short-term load forecasting for improved grid planning.
Cost Efficiency
60% reduction in CAPEX through radio communication instead of cable laying. Threefold faster integration with current systems via open technology stack.
Technological Sovereignty
Open architecture eliminates vendor lock-in and enables localization of equipment production in Serbia, supporting regional economic development.
Flexible Scaling
Start with pilot areas and gradually expand coverage throughout the country without interrupting ongoing operational processes or billing systems.
Socio-Economic Impact
For the Supplier
  • Unified platform for dispatching and billing based on actual consumption, not estimated standards
  • Real-time visibility into resource distribution and consumption patterns
  • Automated fraud detection and anomaly identification
  • Reduced manual meter reading costs and data entry errors
For the Consumer
  • Transparent pricing based on actual usage, not estimated averages
  • Single mobile application for all utility services
  • Instant alerts about accidents, leaks, or abnormal consumption
  • Self-service meter reading submission and billing inquiries
05. Cyber Security for Critical Infrastructure
PowerSecurity OpenQrypto delivers comprehensive Certificate Lifecycle Management (CLM) with full Post-Quantum Cryptography (PQC) support, automating the complete certificate lifecycle from issuance to revocation. This enterprise-grade platform centralizes trust policies, ensures regulatory compliance, and protects critical energy infrastructure from evolving cyber threats.
Core Security Capabilities
01
Automated Certificate Management
Issuing, renewing, revoking, and storing digital certificates and cryptographic keys across entire infrastructure without manual intervention.
02
Centralized Trust Policies
Single source of truth for cryptographic standards, certificate authorities, and trust relationships across all systems and devices.
03
Regulatory Compliance
Automatic audit trails, reporting, and documentation to meet NERC CIP, ISO 27001, and local regulatory requirements.
04
Post-Quantum Cryptography
Future-proof encryption algorithms resistant to quantum computer attacks, ensuring long-term security as computing technology advances.
Infrastructure Coverage
Server & PC Infrastructure
Complete certificate lifecycle automation for all corporate servers, workstations, and administrative systems. Integration with Active Directory and LDAP for seamless deployment.
IoT & Field Devices
Extended coverage for inverters, smart meters, SCADA systems, and industrial IoT devices through mTLS authentication and firmware-signing control.
Security Benefits
100%
Device Coverage
Complete certificate management across all infrastructure layers
24/7
Monitoring
Continuous trust validation and anomaly detection
100%
Compliance
Automated documentation for regulatory audits
"Centralized certificate management reduces fraud risk by 85% and improves energy system reliability through automated trust validation across all devices."
Regional Support
PowerSecurity Belgrade, in partnership with regional technology providers, delivers local implementation expertise, 24/7 technical support, and compliance consulting specific to Serbian regulatory requirements and energy sector standards.
Next Steps
1
Introductory Session
1-2 hour technical presentation with live CLM platform demonstration using your infrastructure topology
2
Proof of Concept
Define pilot scope, deployment timeline, and success metrics for 90-day evaluation period
3
PQC Roadmap
Develop transition strategy from current cryptography to post-quantum algorithms based on your risk profile
Implementation Roadmap
Strategic deployment of digital solutions follows a phased approach that minimizes operational disruption while maximizing quick wins and measurable ROI. Each phase builds upon previous implementations, creating an integrated ecosystem of intelligent systems.
1
Phase 1: Discovery & Assessment
40-minute technical audit identifying priority areas, integration points, and quick-win opportunities. ROI calculation based on current operational costs and improvement potential.
2
Phase 2: Pilot Deployment
Free pilot projects for 2-3 selected solutions at designated locations. 90-day evaluation period with performance metrics tracking and regular progress reviews.
3
Phase 3: Integration
Production deployment with API integration to existing SCADA, CRM, and billing systems. Training sessions for operations and technical teams on platform management.
4
Phase 4: Scale & Optimize
Gradual expansion to additional regions and infrastructure. Continuous optimization based on performance data and evolving operational requirements.
Technical Integration Points
Existing Systems Compatibility
  • SCADA and EMS platforms via OPC UA/DA protocols
  • ERP and billing systems through RESTful APIs
  • Customer service platforms (amoCRM, Bitrix24)
  • IoT device management systems
Data Flow Architecture
  • Real-time streaming for operational monitoring
  • Bulk data transfer for analytics and reporting
  • Bi-directional synchronization with source systems
  • Automated data quality validation
Project Management Approach
Agile Methodology
Two-week sprint cycles with regular demos and stakeholder feedback sessions ensuring alignment with business objectives throughout implementation.
Dedicated Team
Assigned project manager, technical architects, and support engineers working exclusively on your deployment with guaranteed response times.
Documentation
Complete technical documentation, user guides, API specifications, and operational procedures delivered at each phase completion.
Return on Investment Analysis
Quantifiable financial benefits across all solution categories demonstrate compelling ROI timelines that typically range from 12 to 18 months, with ongoing operational savings continuing throughout the platform lifecycle. The following analysis presents conservative estimates based on industry benchmarks and pilot project results.
60%
CAPEX Reduction
Decrease in capital expenditures through smart investment planning and radio-based metering infrastructure
85%
Manual Cost Savings
Reduction in manual meter reading, inspection patrols, and routine customer service interactions
30%
Debt Recovery
Improvement in receivables collection through automated payment reminders and installment plans
40%
Outage Reduction
Decrease in unplanned outages through predictive maintenance and early anomaly detection
Cost Savings Breakdown by Solution
Payback Period Analysis
Initial Investment Components
  • Software licenses and platform deployment
  • Hardware for pilot locations (sensors, drones, cameras)
  • Integration with existing systems
  • Staff training and change management
  • Implementation services and project management
Ongoing Operational Savings
  • Reduced manual labor costs across operations
  • Lower maintenance expenses through predictive analytics
  • Decreased equipment replacement through early detection
  • Improved billing accuracy reducing disputes
  • Enhanced customer satisfaction reducing churn
Additional Value Drivers
Regulatory Compliance
Automated reporting and audit trails reduce compliance costs and penalty risks associated with regulatory violations.
Operational Resilience
Improved system reliability and faster incident response reduce revenue losses from service interruptions.
Data-Driven Decisions
Real-time analytics and predictive insights enable proactive planning rather than reactive firefighting.
Technical Architecture Overview
All platforms share common architectural principles emphasizing scalability, reliability, and security. Cloud-native design patterns ensure elastic resource allocation, while microservices architecture enables independent component updates without system-wide disruptions. The following technical specifications detail infrastructure requirements and deployment options.
Cloud Infrastructure Components
Compute Resources
Containerized microservices deployed on Kubernetes clusters with auto-scaling based on demand. Support for hybrid cloud, private cloud, or on-premise deployment options based on security requirements.
Data Storage
Time-series databases for sensor data, relational databases (PostgreSQL) for transactional data, and document databases for unstructured content. Automated backup and disaster recovery procedures.
Network Architecture
API gateways with rate limiting, load balancers for high availability, and encrypted communication (TLS 1.3) across all components. Multi-region deployment options for disaster recovery.
Integration Framework
API Specifications
  • RESTful APIs with JSON payloads
  • WebSocket for real-time streaming
  • gRPC for high-performance scenarios
  • SOAP for legacy system integration
  • GraphQL for flexible queries
Authentication & Authorization
  • OAuth 2.0 / OpenID Connect
  • Role-Based Access Control (RBAC)
  • Multi-factor authentication
  • Audit logging for all transactions
  • Zero-trust security model
Security Measures
Data Encryption
At-rest encryption using AES-256 and in-transit encryption with TLS 1.3. Hardware Security Modules (HSM) for key management.
Network Security
Web Application Firewalls (WAF), DDoS protection, intrusion detection/prevention systems, and network segmentation.
Compliance
Regular security audits, penetration testing, vulnerability scanning, and compliance with NERC CIP, ISO 27001, GDPR.
Scalability Specifications
100K+
Simultaneous Connections
Platform supports concurrent device and user connections
1M+
Data Points/Second
Time-series data ingestion capacity for sensor networks
99.9%
Uptime SLA
Guaranteed availability with redundancy across components
Partnership Opportunity
Ready to transform your power system operations with next-generation digital solutions? Our team stands ready to partner with EMS/EPS to deliver measurable improvements in efficiency, reliability, and customer satisfaction. The following engagement options provide flexible pathways to implementation.
Free Discovery Session
Technical Audit (40 minutes)
Complimentary session with DRA engineers to analyze your current infrastructure, identify pain points, and calculate potential ROI specific to your operations. No obligation, complete transparency.
What You'll Receive
  • Detailed assessment of current systems
  • Identified improvement opportunities
  • ROI projections for proposed solutions
  • Implementation timeline estimates
  • Q&A with technical experts
Pilot Project Options
1
Amplyt Digital Twin
Free deployment at your chosen network location for renewable integration testing and N-1 scenario modeling using your operational data.
2
NextBot Implementation
90-day pilot handling 20% of customer service requests with full integration to your CRM and billing systems.
3
Prizm-MeterNet
Installation in pilot district with 500-1000 endpoints, complete metering infrastructure, and analytics platform.
Contact Information
Schedule Discovery Session
Subject line: "EMS/EPS Partnership Discovery"
Include your preferred dates and times for 40-minute session
Technical Questions
Phone: +381 61 6911648
Available Monday-Friday, 9:00-18:00
Technical support team ready to answer detailed questions about platform capabilities
"Let's collaborate to build a smarter, more resilient power system for Serbia. Our platforms deliver immediate value while creating foundation for future digital transformation."
Next Steps
Schedule Discovery Session
Contact us to arrange complimentary technical audit
Define Pilot Scope
Collaborate on specific objectives and success metrics
Launch Implementation
Begin deployment with regular progress checkpoints
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