Enterprise Systems & Automation Architect
Designs enterprise systems on UnityBase and Scriptum platforms: BPM automation, low-code development, RPA integrations, AI agents in workflows. Brings disparate client systems into a managed whole — from process modelling to production deployment.
Electromagnetic interference (EMI) can distort sensor data in industrial systems, leading to false triggers and inaccurate insights. This article explores architectural and operational strategies to minimize the impact of EMI on the reliability of IIoT solutions.
Choosing the optimal architecture for cryptographic key management on resource-constrained IoT devices is a critical decision impacting security, cost, and operational efficiency. It necessitates balancing hardware protection with device limitations such as power consumption and memory.
Storing large volumes of IoT telemetry presents a significant budgetary challenge. This article proposes architectural and operational solutions for cost optimization through multi-tiered data storage and aggregation, balancing cost and analytical needs.
Choosing an architectural approach to protect critical infrastructure IoT sensors from false data injection is a strategic decision that requires balancing data reliability, implementation complexity, and computational resources. This article examines architectural patterns for verifying data integrity at various system levels.
Choosing the optimal IoT telemetry anonymization strategy is a critical architectural decision, enabling a balance between protecting personal data according to GDPR and preserving analytical value for effective asset and device management.
Implementing a multi-tenant IoT platform demands careful selection of architectural patterns to ensure stringent data and access isolation, balancing cost, scalability, and security. This is critical for integrating devices, sensors, and telemetry.
Side-channel attacks (SCA) pose a significant threat to industrial IoT devices, exploiting physical characteristics during cryptographic operations. This article explores architectural solutions for ensuring cryptographic resilience, balancing cost, performance, and protection levels.
Critical infrastructure demands continuous integrity verification of IoT devices. This article compares hardware, software, and hybrid remote attestation architectures to help identify the optimal solution considering security, performance, and cost.
Ensuring the firmware integrity of IIoT devices is fundamental to protecting industrial systems from cyberattacks. Implementing a trust architecture that encompasses hardware roots of trust, secure and measured boot, and remote attestation guarantees the authenticity and immutability of device software throughout its operational lifecycle.
Selecting the right architecture for detecting unauthorized physical access to IIoT devices is critical for ensuring the continuity of industrial processes. This article explores the integration of embedded sensors, external detectors, and centralized monitoring for effective protection.
For B2B buyers of IoT devices, minimizing cyber risks is critical. This requires implementing a structured vendor assessment system, verifying component provenance, and ensuring secure onboarding that aligns with regulatory requirements.
Improper decommissioning of IoT devices poses significant risks of data breaches and their transformation into 'zombie devices'. Implementing standardized mechanisms for certificate revocation, secure data sanitization, and network isolation is critical to minimizing these threats.
Selecting the optimal strategy for securely connecting new devices to an IIoT platform is critical. It requires balancing cryptographic reliability, onboarding scalability, and overall implementation cost.
Inaccurate time synchronization in the Industrial Internet of Things (IIoT) can lead to incorrect conclusions in predictive maintenance and significant operational costs. This article helps select the optimal synchronization protocol, balancing precision, complexity, and cost.
Integrating IoT with legacy SCADA systems requires a strategic approach to minimize technical debt and avoid new vulnerabilities. This article provides a practical guide to assessment, planning, and architectural solutions for secure modernization.
Operations managers and industrial automation architects must implement robust Firmware Over-The-Air (FOTA) update strategies for critical IoT infrastructure, balancing timely security updates with the risk of operational disruptions.
Modernizing legacy Operational Technology (OT) demands a strategic decision: whether to integrate an IoT overlay to extend functionality or to completely replace systems with modern IoT-oriented solutions. This dilemma impacts investments, risks, and the long-term flexibility of infrastructure.
The increasing volume of data from IoT devices can overwhelm operators. This article explores strategies for designing alert systems that provide actionable insights, rather than just a flood of raw data.
The growing number of IoT devices in critical infrastructure necessitates a strategic cybersecurity approach, combining national laws and international standards like the NIS2 Directive. This not only helps avoid penalties but also ensures operational resilience.
Developing an effective incident response plan for IoT/OT environments is critical for minimizing damage and ensuring the continuity of critical infrastructure. This article focuses on practical steps to take after an incident is detected.
Effective IoT device lifecycle management, including robust firmware update strategies and obsolescence risk mitigation, is crucial for ensuring the security and operational resilience of large-scale industrial deployments and smart building systems. This demands a strategic approach that balances initial investments with long-term benefits.
Implementing a robust Identity and Access Management (IAM) strategy for legacy Operational Technology (OT) is critical for their integration into IoT platforms, demanding a balance between cybersecurity and operational continuity. This article explores architectural approaches to achieve this goal.
Identifying anomalies in industrial IoT systems is just the beginning. Effective predictive maintenance requires integrating signals with diagnostics, work order management, and measurable feedback.
Integrating SCADA and BMS systems into a Security Operations Center (SOC) often leads to information overload. For critical infrastructure leaders, it's crucial to identify which events are truly relevant for cybersecurity and operational resilience to avoid 'alert fatigue' and ensure effective incident response.
Implementing Zero Trust for IoT devices without inherent identity requires a strategic approach that combines network-based identity, compensating controls, and robust certificate management. This strategy ensures security and Zero Trust compliance, even for legacy devices.
Implementing Matter in multi-dwelling units necessitates clear demarcation of device ownership and management. This approach helps prevent conflicts and ensures system security and scalability.
Objectively assessing the return on investment for HVAC system monitoring requires strict adherence to methodologies for baseline establishment, data normalization, and clear measurement boundaries. This guide offers a practical approach for professionals seeking reliable savings data.
Overview of company achievements and Ukraine IoT market in 2025.
Smart homes are no longer futuristic — they’re a practical way to boost comfort, safety, and efficiency. With IoT technology, even standard apartments can …
How LoRaWAN technology solves remote meter reading challenges.
How to protect IoT infrastructure from cyber threats: practical recommendations.
The AZIOT team sincerely wishes you a Merry Christmas and a Happy New Year! This is a special time to reflect on the past year and look forward to the …
On December 23, 2024, another online presentation of innovative technologies for the smart home, organized by "DATA MANAGEMENT IG" in collaboration with …
On December 9, 2024, another online presentation of innovative technologies for the smart home, organized by "DATA MANAGEMENT IG" in collaboration with …
On November 11, 2024, another online presentation of innovative technologies for the smart home, organized by "DATA MANAGEMENT IG" in collaboration with …
On October 14, 2024, another online presentation of innovative technologies for the smart home, organized by "DATA MANAGEMENT IG" in collaboration with …
As part of an online conference on innovative smart home technologies held on July 25, 2024, partners and vendors discussed the latest developments in the …
We have a solution for remote reading of electricity, water, heat and gas meters in order to account for resources at enterprises, automation of housing …
EY Start-up Accelerator – the acceleration program for high-tech startups managed by EY in Ukraine – begins cooperation with developers of the new digital …
The AZIOT flood protection system is a reliable, up-to-date protection of your property! The system includes a valve, a flood sensor and actuators that …
Our customers use the development of specialists of the AZIOT system, namely the air conditioner control module. You can adjust the comfort temperature in …
We really love the warm months in the calendar, we are attracted even by the thought of vacation. However, we are afraid to leave our home or apartment on …
This is a team of the best specialists of AZIOT company, who is strong, innovative and united by the achievement of common goals. Yesterday we met to …
DATA MANAGEMENT IG Company holds active dialogue with business representatives in India on creating unique IoT solution on the AZIOT platform. The project …
We are proud of the AZIOT HOME success and congratulate all our team with AZIOT HOME App entering the international platforms! Now every user can download …
The users can call on hotline 044 323 00 78 or send us an email on hotline@aziot.ua. Thus, they always have an opportunity to discuss any issues regarding …
Within the framework of the competition, the AZIOT HOME project team introduced key peculiarities and advantages of this solution: — Highly efficient …
This project is implemented in Platforma residential area at the address: 93 Krasnotkatskaya St AZIOT HOME hardware is being integrated in apartments …
In should be reminded that AZIOT HOME is an efficient and functional new-generation product created on the base of Unity Base platform. AZIOT HOME is a …
AZIOT HOME solution is a complex of hardware (set of actuators, detectors and sensors) and a software component that will be introduced for users in the …
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