Nominees

His involvement in NATO programs (TIDE Sprint, Hackathon), as well as measurable successes—such as Poland’s 6th place in the global Cyber Defence Index—confirm that his actions set standards not only domestically but also on the international stage.

Radosław Nielek actively promotes a digital security culture, leading the CERT Polska and CSIRT teams, which effectively respond to threats, blocking millions of attack attempts and malicious activities online. Under his supervision, NASK has, among other achievements, obtained CNA (CVE Numbering Authority) status, allowing it to assign CVE vulnerability identifiers, and has achieved success in international cyber defense exercises, confirming the high effectiveness and professionalism of its teams.

As a cybersecurity leader, he promotes a culture of digital security throughout the ORLEN Group, raising awareness of threats and best practices in the energy sector. His actions contribute to effectively countering cyberattacks and strengthening the company’s digital resilience.

Under his leadership, IDENTT has developed modern biometric technologies and automated identity document analysis systems that not only meet the challenges of the digital world but also set new standards for compliance with data protection regulations (GDPR) and combating cybercrime.

Jan Szajda stands out not only as a technology leader but also as an active promoter of a digital security culture. He regularly shares his knowledge as a speaker at industry conferences, a media expert, and a mentor for young specialists in the IT security field. He also supports educational initiatives and social campaigns for the conscious and responsible use of digital services. His approach to cybersecurity—based on innovation, education, and partnership—contributes to strengthening digital resilience in Poland and abroad.

Throughout his career, Thomas Bögl has held leading positions in both innovative military and civilian applications. In the civilian sector, he made a significant contribution to the development of the L-Band Digital Aeronautical Communication System (LDACS). His team achieved a groundbreaking milestone by conducting the world’s first LDACS flight test in 2019. This achievement was an important international milestone for the civil aviation community, and the LDACS system will be introduced as the new digital communication standard by 2028.

In the military field, Thomas Bögl has over 25 years of experience actively collaborating with NATO, where he has played a key role in the development and standardization of communication waveforms and cryptographic protocols. He is particularly familiar with the Have Quick and SATURN standards, which are frequency-hopping waveforms designed for use in heavily jammed environments. Additionally, he has contributed to the development of the latest features for the SATURN waveform in accordance with STANAG 4372.

Currently, Thomas Bögl heads the technology department within Rohde & Schwarz’s “Technology Systems” division, where he is responsible for systematically identifying and developing new technologies. His work includes managing technology projects and shaping platform strategy. The innovative technologies he develops will form the foundation for many future Rohde & Schwarz products, ensuring the company maintains its leading position in communication security solutions.

This solution has centralized and standardized datasets and specialized applications, which significantly speeds up modifications and updates for the entire environment. The hardware solutions used provide redundancy, full redundancy of key environmental elements and security systems, and separation for publicly accessible services.

Continuing the work of his predecessors, the Mayor of the City of Oleśnica, as an initiator of activities in the demanding area of providing services to the local community using modern technologies, was involved in developing and implementing a project at the Oleśnica City Hall concerning a new version of the Information Security Management System based on the European standard PN-EN ISO/IEC 27001:2023. Confirmation of ensuring the highest level of security for processed information at the local government level, as well as proper documentation of processes related to data protection and information security management, taking into account all significant operational risks, is the attainment of a certificate of compliance with the aforementioned standard. This success, resulting from the promotion of a cybersecurity culture within the organization and the leadership of Mayor Adam Horbacz, should be seen as an example for other local government units in the country.

The RCB distinguished itself in 2024 by, among other things:

• Early warning and informing the public through the RCB SMS Alert system, which repeatedly enabled citizens to take preventive measures—including during violent storms, heavy rainfall, and flood threats.
• Effective coordination of crisis management teams in response to threats on the eastern border, including situations of mass migrant influx and incidents with the potential to destabilize internal security.
• Educational and preventive activities, including the development of the “Alarm112” application and social campaigns on how to react in emergency situations.
• Risk analysis and strategic planning—by preparing and updating national crisis response plans and continuously assessing threat levels, with an emphasis on the resilience of critical infrastructure.

The State Fire Service’s actions included evacuating residents, strengthening and raising flood embankments, supplying water and food, powering facilities with generators, pumping water from flooded buildings, and searching buildings to locate injured persons. In towns such as Racibórz, Nysa, Trzebień, and Lądek Zdrój, firefighters conducted intensive rescue operations, including sealing levees and evacuating the population. As part of the Central Operational Reserve of the National Fire and Rescue System (KSRG), the KG PSP deployed additional forces and resources from other provinces, including school companies, support platoons, and specialized rescue groups.

Cooperation with other services, such as the Police, Border Guard, and Armed Forces, enabled effective actions, including the use of helicopters for transport and evacuation. Thanks to coordinated actions and commitment, the National Headquarters of the State Fire Service effectively managed the crisis situation, ensuring the safety of residents and minimizing the effects of the flood.

• support in threat analysis and categorization
• data collection for estimating human and material losses
• development of plans and procedures: crisis management, evacuation, protection of cultural assets, etc.
• registration of forces and resources
• submission of reports and summaries
• support for Crisis Management Centers at all levels (ministerial, provincial, county, and municipal)
• monitoring the neutralization of threat sources
• archiving data from the course of action for later analysis

• Common Crisis/Operational Picture
• real-time visualization of areas, forces, and resources, including Military Task Groups, using symbology compliant with NATO, Ministry of Interior and Administration (MSWiA) standards, and user graphics
• planning and visualization of courses of action (evacuation, rescue, reconnaissance, manned and unmanned reconnaissance flights, etc.)
• integration of external data from national and EU systems, e.g., meteorological, hydrological, and satellite (COPERNICUS, NSIS PAK)
• integration with ICT systems
• information channels and chat
• announcement and visualization of alert states and levels
• integration of city cameras, rescuers, drones, etc.
• mobile application enabling personnel positioning, photo and report submission

It is a recognized supplier of solutions for Polish uniformed services, operating intensively on the global market. The company has gained its experience through cooperation with EU and NATO institutions and agencies, for which it has completed over 70 projects. Asseco meets the highest standards of both data protection and classified information security, which is confirmed by the company’s security certificates.

One of Asseco’s key solutions is the CSD EP System Client (Coalition Shared Data)—a system that allows for the sharing of reconnaissance data (e.g., satellite images, reports, maps, drone recordings) between coalition partners. Asseco is the first Polish company to introduce this type of solution to its portfolio. The CSD EP System Client is integrated with the modern ArcGIS Pro analytical environment, which allows users to search, view, analyze, and share data from a single application. The solution was positively tested during NATO CWIX (Coalition Warrior Interoperability eXercise) and received accreditation to operate on a classified network. The CSD EP System Client allows for advanced metadata searching in accordance with NATO standards defined in, among others, STANAG 4559 (a standardization agreement for North Atlantic Alliance member countries), viewing them without downloading files, automatic product downloading, and full integration with ArcGIS Pro. It also enables intuitive creation and updating of metadata, automating this process based on data from raster and GeoPDF files.

Vortex Analytica’s solutions enable the automatic detection of economic, informational, and cyber threats through precise analysis of vast datasets in real time. The use of swarms of AI agents allows for the identification of behavioral patterns, sentiment analysis, integration of multiple information sources, and dynamic visualization, significantly increasing the effectiveness of decision-making.

The products offered by the company are currently used by public institutions, government agencies, security services, and the private sector, increasing their ability to respond quickly and adapt to changing security conditions. The technologies introduced by Vortex Analytica not only raise the level of security but also support the building of the country’s strategic resilience. The company actively collaborates with research institutions and educates the market on the responsible use of artificial intelligence in the security sector, making it a technology leader in the field of innovation for public and economic security.

It is a technologically advanced system for creating immutable, isolated copies of data, analyzed in real time by artificial intelligence for anomalies and manipulation attempts.

The Digital Bunker functions as an isolated data repository—a digital “black box”—enabling the immediate restoration of critical environments after an incident, without the risk of secondary infection. The solution was designed for use in high-risk infrastructure, where a system outage poses a direct threat to public safety or the functioning of the state. One of the key proofs of the effectiveness and scalability of this approach is its implementation at the Social Insurance Institution (ZUS)—an institution responsible for serving millions of citizens. The implementation included, among other things, an IaaS platform, dedicated hardware and application infrastructure, and analytical mechanisms supported by AI. This is the second-largest implementation of its kind in Poland, representing a milestone in building digital resilience in the public sector. Thanks to its unique combination of automation, logical separation, threat detection, and the ability to instantly restore IT environments, the solution sets a new standard for data security and is an example of innovation implemented with operational success. The Digital Bunker is among the most advanced technologies supporting digital resilience and makes a real contribution to the development of the cybersecurity sector, highlighting its role as a security innovator in the Polish economy.

The plate is made from certified steel with very high hardness, and its uniqueness stems from a proprietary material preparation technology and the use of an innovative anti-ricochet coating. The coating not only stops the projectile but also absorbs its energy and binds fragments, eliminating the risk of secondary injuries.

This is the first solution of its kind that protects not only the user but also those in their immediate vicinity—for example, during team operations. Tests have shown that the coating effectively prevents ricochets, and the impact force—even from armor-piercing ammunition—is efficiently dispersed. As a result, backface deformation and the risk of internal injuries have been significantly reduced.

This solution has been submitted to the Patent Office as a technological innovation in the field of ballistic protection, underscoring the unique nature of the project. The product is manufactured using a modern machine park, experience in metal stamping, and the knowledge of the SCPL design team. The production process is fully repeatable, enabling serial implementation of the solution in uniformed services, international structures, and organizations operating in conflict zones. This innovation genuinely raises the standards of ballistic protection in the security sector.

The solution operates on an independent LTE infrastructure in the 420 MHz band, separate from commercial network traffic. This makes it resistant to overloads and interference, guaranteeing communication continuity in crisis situations where every second counts.

Plus MCX supports voice communication, data transmission, and group communication. It enables services to efficiently exchange information—regardless of location, threat scale, or terrain conditions. It addresses needs in areas such as critical infrastructure protection, backup communications, security for mass events, and crisis management support. Plus MCX is the first nationwide critical communications network in Poland, opening a new chapter in the communication of emergency services, crisis management institutions, and the energy and logistics sectors. Its task is to ensure stable and reliable connectivity where traditional systems fail—during natural disasters, infrastructure failures, or rescue operations.

This innovation not only supports the efficiency and resilience of 5G infrastructure but also enables the early detection of threats and unauthorized activity in border areas and along critical infrastructure.

As a pioneer of future technologies such as artificial intelligence (AI), 6G, and quantum technologies, Rohde & Schwarz is actively shaping the security of tomorrow. The company’s solutions are already used by government institutions, armed forces, and border protection services across Europe—providing reliable, encrypted communication and protection against hybrid threats. All systems are designed and manufactured in Europe, in accordance with the highest security standards, which guarantees strategic autonomy and the trust of partners.

Rohde & Schwarz is an independent, family-owned technology group based in Munich with a strong presence in Europe—including in Poland. For over 90 years, the company has been developing advanced solutions in secure communications, signal intelligence, spectrum monitoring, and cybersecurity. Employing over 13,800 people in more than 72 countries and achieving annual revenues exceeding €2.5 billion, Rohde & Schwarz is a global leader in critical systems. The company reinvests over 15% of its revenue annually in research and development. It currently holds over 2,700 patents, and its employees submit over 1,300 innovative ideas annually, which attests to a strong culture of innovation.

The innovative solutions offered by Linc enable the creation of an effective perimeter protection system in which individual devices complement each other.

Elements of such a system include:

• A fiber-optic detection system (in the ground or on a fence) that detects an intruder (AI machine learning function complements built-in detection algorithms),
• Radars that detect, track, and recognize objects, including drones,
• Traditional and thermal imaging cameras for observing and identifying objects in darkness or difficult weather conditions,
• Video analytics built into cameras or external systems that enable threat detection before it occurs.

The company has developed a series of globally unique technological solutions that set new standards in the field of data protection.

Among the most groundbreaking projects are Octopus—a system protecting against information acquisition using laser microphones, Tempest HoneyPot—which creates an artificial electromagnetic spectrum environment, and Tarantuleye—the first detector of lasers that could pose a threat to the security of people, institutions, and systems. GisE is the only entity on the Polish market to have created such advanced and specialized tools for securing verbal forms of communication in such a short time—an aspect often overlooked but extremely important in the context of information protection.

AV Smart is a design company operating in the modern audiovisual technology industry.

AV Smart provides advanced video conferencing systems that ensure secure and stable conference connections, compliant with the rigorous security requirements of public entities. The solutions are designed with the highest technological standards and full compatibility with the client’s infrastructure in mind.

The range of offered solutions includes, among others: conference systems, voting systems, simultaneous interpretation systems, sound systems, extensive video and conference systems, and control systems for audio-video devices.

To ensure the maximum level of protection, the company builds a separate technological network, independent of the client’s internal infrastructure. This approach allows for the implementation of effective precautionary measures and ensures complete security of use.

AV Smart uses only certified technological solutions intended for the public sector and high-sensitivity operational environments. It guarantees security at every stage of system implementation and operation. The company offers comprehensive service, technical support, and integration with the latest technologies—all while maintaining the highest security standards.

The extensive IT infrastructure, covering key municipal units, was exposed to the rapidly growing risk of advanced cyberattacks. The key challenge was to integrate existing security systems into one coherent monitoring and response system that would not only protect residents’ data and the city’s infrastructure but also meet the requirements of the NIS2 directive. The city needed a system that would allow for effective real-time threat monitoring, rapid incident response, automation of operational processes, and personnel training to effectively counter modern digital threats.

In response to these challenges, in cooperation with Comcert, a company from the Asseco Group, the city implemented a Security Operations Center—a centralized cybersecurity system. It protected over 1,200 computers and workstations and 300 servers. The city’s entire IT infrastructure, including institutions responsible for urban transport—ITS, such as ZTM (Public Transport Authority), the Municipal Road Authority, and the Municipal Administration of Markets and Parking—was integrated into a single system. In addition, appropriate policies and procedures were implemented, and employees were trained. Thanks to the SOC, public services have become safer because the city’s data and IT infrastructure are effectively protected against cyber threats. The system was designed to be scalable, allowing it to be expanded as urban digital services develop. The automation of security processes enabled faster threat detection and incident response through the use of tools such as SIEM and SOAR. In turn, residents gained a greater sense of security thanks to 24/7 system monitoring.

The solution focuses on ensuring the business continuity of key systems by creating an isolated, tamper-proof space for data storage, which allows for the rapid restoration of full system functionality after an incident.

A key achievement was the implementation of the Digital Bunker at the Social Insurance Institution (ZUS)—one of the largest public institutions in Poland, serving millions of citizens. As part of the project, ZUS invested over 20 million PLN in expanding the backup system for its IaaS platform, covering a data space of at least 900 TB net, with scalability options. The system was designed to ensure data recovery after a ransomware attack or other cyber incident, integrating a deduplicator, application-server infrastructure, and network infrastructure.

The Digital Bunker uses advanced technologies, such as artificial intelligence and anomaly analysis, to monitor data integrity and detect potential threats in real time. This allows institutions not only to react quickly to incidents but also to minimize the risk of downtime and data loss.

The solution is scalable and flexible, allowing it to be adapted to the needs of various critical infrastructure sectors, including energy, transport, telecommunications, and healthcare. Additionally, ENGAVE offers comprehensive support in education and preparing organizations for potential crisis incidents, promoting a culture of security and digital resilience.

This solution was created as our response to the growing need for reliable communication in situations where traditional systems fail—during breakdowns, natural disasters, network overloads, or hybrid threats. The goal was to create an infrastructure that guarantees independence, security, and immediate access to information for those who need to act quickly and effectively.

The system’s operation is based on an independent LTE infrastructure in the 420 MHz band, separated from commercial traffic. This architecture ensures high resistance to overloads and excellent coverage in difficult terrain. Plus MCX enables voice communication, data and video transmission, as well as immediate group communication in real time thanks to MCPTT technology.

In an environment full of threats, geopolitical tensions, and challenges related to climate and cybersecurity, the Plus MCX solution gains special value. It supports rapid response, increases system resilience, enables the coordination of multiple services’ actions, and thus protects what is most valuable. Plus MCX is a breakthrough solution that redefines the concept of critical infrastructure security and becomes a model for modern communication systems.

The FLDX system was created from scratch in the Technology Transfer and Business Development Division of the NASK Institute. It is the result of many years of scientific research covering control theory, signal theory, and machine learning theory.

A sudden and unpredictable increase in internet user activity can lead to saturation of network links or overloading of service servers. Therefore, in addition to protecting networks and digital services from intentional attacks, their fair distribution must be simultaneously maintained.

The FLDX system was created to ensure fast and effective protection of service availability on the network—regardless of whether the source of the threat is a DDoS attack (volumetric or application-layer) or a sudden increase in user activity.

Maintaining a fair division of network bandwidth is the primary goal of the FLDX system, achieved in as little as 10 seconds. Unlike solutions currently offered on the market, the FLDX system is not based on a database of signatures and static rules, but, using the latest machine learning algorithms, it autonomously adjusts packet filtering rules (firewall-rules/ACL) to the current network situation.

This allows for an extremely fast reaction to observed changes in network load, as well as forecasting them. The FLDX system is not only a protection tool but also a tool for expanding knowledge about the network.

FLDX is the world’s first programmable cybersecurity system capable of operating on a national scale. Introducing new threat detection and mitigation algorithms has never been so pleasant and easy.

ARDRONIS is a field-proven, modular solution that monitors the radio frequency spectrum in real time, identifies drone control signals, and enables rapid situational awareness and threat response—even before the drone becomes visible. The system is already in use in many European countries, protecting high-security areas and sensitive assets.

Rohde & Schwarz has introduced a new multi-band jamming functionality for the ARDRONIS Effect system as part of a broader strategy to help its customers dominate the electromagnetic spectrum, a key requirement for successful military operations across all domains. This new feature offers selective and scalable jamming capabilities across multiple frequency bands used by drones and their operators. The intelligent design allows operators to effectively jam enemy drones with even greater precision, minimizing the impact on surrounding communication infrastructure—a crucial factor when deployed near civilian or operational environments.

Designed and manufactured in Europe, the ARDRONIS system reflects Rohde & Schwarz’s commitment to strategic autonomy, technological sovereignty, and the highest security standards.

The ferry has been tested in operational/field conditions, confirming it has reached Technology Readiness Level 9, meeting its technical parameters. It can be used in extreme terrain and climatic conditions found in the area.

It is intended for:

• evacuation of civilians and all kinds of property from areas flooded as a result of a flood
• securing temporary crossings over water obstacles in cases of bridge damage
• securing unusual rescue operations, e.g., extinguishing a burning bridge
• water transport of oversized and heavy objects in the national economy
• construction of ferry and pontoon-ferry water crossings as part of the country’s Civil Defence to secure civilian evacuation routes in a war-threatening situation
• construction of backup/supplementary water crossings behind the operational forces of the Polish Armed Forces, mainly for the needs of the Territorial Defence Forces

The implemented solutions, such as generators, water main cross-connections, and ring main systems, ensure the system’s stability in crisis situations. Thanks to the following solutions, “Legionowo” Water and Sewerage Company Ltd. effectively minimizes the risk of water supply interruptions, increasing the level of safety and comfort for residents and businesses.

Generators – power outages can stop the operation of deep wells, water treatment plants, or pumping stations, limiting access to water. To prevent this, generators are used, which automatically take over the power supply in case of power outages. Regular tests and servicing ensure their efficiency and quick start-up of emergency power.

Water main cross-connections – they allow for redirecting water flow in case of a network failure or modernization. Proper placement of these connections allows for the immediate isolation of the damaged section and directing water through an alternative route, minimizing supply disruptions.

Ring main systems – designing the network in a ring layout allows for multi-directional water flow. In case of a failure of one section, supplies can be delivered via another route, which prevents cutting off strategic institutions, such as hospitals or industrial plants. These systems also help maintain optimal pressure in the network, reducing the risk of leaks.

Monitoring and rapid response – the security of water supply requires continuous network monitoring. Modern telemetry systems control parameters such as pressure, flow, and water quality, enabling rapid detection and location of failures. Cooperation with technical teams ensures a swift response to threats.

Nextapps has created its own AI model that calculates an application’s stability and quality index. The model was trained on 44,000 open-source packages available on GitHub. This information allows for a quick assessment of a mobile application’s quality/stability for further development and elimination of technical debt.

Sequrify allows for daily and automatic monitoring of the packages used in a project and reports detected vulnerabilities that have been registered in public vulnerability databases. This provides developers, business owners, and security departments with up-to-date information on whether packages that could have a security impact have been used in a production application or one in development. With current trends like vibe coding and AI-generated code, monitoring application configuration and used libraries is of great importance and contributes to increasing the security of the application’s user.

By utilizing quantum mechanics phenomena to generate and transmit cryptographic keys (in line with the Quantum Key Distribution idea), this system guarantees the detection of any eavesdropping attempt and eliminates the possibility of unnoticed data interception. By securely delivering cryptographic keys, SDKK enables the establishment of encrypted connections resistant to breaking attempts using quantum computers, which pose a real threat to current data protection methods. The system is a response to the strategic challenges of the post-quantum era.

The solution was created entirely in Poland (TELDAT developed the devices and software), which ensures full technological sovereignty and the potential for further development. It is intended for both civilian and military applications (in accordance with the dual-use principle).

SDKK is powered by random numbers from another innovative solution developed within the project – the Quantum Random Number Generator (KGLL). This device generates random number sequences based on the quantum effects of photon distribution randomness. The provided data has a degree of randomness in the generated sequences more than six orders of magnitude greater than that required by current NIST standards. This means that cryptographic keys generated using KGLL and distributed via SDKK provide an unprecedented level of transmission security.

The solution was demonstrated on April 17, 2025, at a conference with the participation of deputy prime ministers, the Minister of National Defence, and the Minister of Digital Affairs, during which the first Polish, fully quantum-secured video connection was conducted between the headquarters of the Military University of Technology and the Ministry of Digital Affairs.

• PELTER shelters are designed for civilian and military protection—they are lightweight, mobile, modular, easy to transport and assemble, and at the same time resistant to overpressure waves, corrosion, and chemicals. They can serve educational or training functions in peacetime, and in threatening situations—provide full tightness and safety. The system holds certificates including NATO STANAG, and its production takes place in Poland.
• AVALON is an advanced drone with a range of up to 25 km and a flight time of up to 40 minutes, which carries payloads of up to 3.5 kg, operates individually or in swarms, and can be equipped with day and thermal imaging cameras. Thanks to a launch platform mounted on pickups and a telescopic launcher, the system allows for rapid vertical takeoff, even in difficult terrain. The entire system is designed for operational, rescue, and military actions, meeting IP54/IP67 standards. Innovation, flexibility, and high technological quality make these solutions important tools for modern security.

The company effectively contributes to reducing dependence on foreign suppliers by providing modern analytical systems that enable the early detection of economic, cyber, and informational threats.

Vortex Analytica sets the direction for building local, technologically independent protection and security systems based on innovative, domestic know-how and advanced artificial intelligence technology.

By carrying out its projects in Poland, the company actively cooperates with national public institutions, security services, and the private sector, providing tools that increase the state’s strategic resilience. Thanks to the consistent use of domestic technological and scientific potential, Vortex Analytica strengthens the development of the Polish innovation ecosystem, which contributes to the protection of key national interests and increases public and economic security.

We are the author of a complete solution: the electronics of the VermoBoard module with an LTE/NB-IOT modem, the VermoFirmware software for the electronic module, the VermoPKI key infrastructure, the VermoCloud data processing cloud, and VermoAI predictive algorithms.

Our product is a complete solution that facilitates and accelerates the implementation of advanced IoT systems in any industry, with an emphasis on data and transmission security.

Data collected from the client’s devices is sent to the VermoHub infrastructure. The data is sent via a secure tunnel protected by an x509 certificate. The cloud infrastructure handles initial data processing and then redirects it to the client’s data warehouse or securely stores it within the VermoHub infrastructure. The client decides where the data will be stored. Based on the collected data, it is possible to create dedicated applications or reports.

The comprehensive solution is the result of months of intensive work and testing. Created entirely with our own capital, it reflects our commitment and belief in the product’s global potential. VermoHub, as the sole copyright owner, is ready to scale this solution. We engage in incubation programs to provide dedicated solutions and build strategic partnerships with key players in the industrial sector.

Using knowledge and best practices gained from the international environment, VermoHub aims to create a Polish company that will raise our country’s level of innovation, successfully competing on the international stage.

Monit24 can automatically perform payments, log into trusted profiles, bank accounts, bypass any captcha, MFA, hardware tokens, and is cross-platform. The company monitors not only web applications but also the backend and native mobile applications. This allows the company to monitor event scenarios that start on a desktop and finish on a mobile device.

Monit24 is a Polish company with 14 years of experience that understands market needs and possesses unique know-how, which translates into the stability and security of business operations.

The company is the developing, implementing manufacturer and owner of the technical documentation for equipment used in the Polish Armed Forces, including:

• special containers, including: command containers, workshop containers, aviation workshop containers, containerized field power plants, and containerized generator sets
• special devices and equipment, including: mobile filtration and ventilation units, stationary filtration and ventilation units, air conditioning units, and generator sets
• engineering crossing equipment

The company’s headquarters is located in the country and is based 100% on Polish capital.

The Proget solution allows companies and organizations to gain full control over mobile devices, centrally and remotely manage all business resources, and effectively secure confidential information stored on company equipment—supporting the fulfillment of the data protection obligation arising from GDPR or NIS2 regulations.

All functionalities available in the console are an integral part of the system. They are not integrations with third-party solutions but are developed by the Proget development team (in accordance with the capabilities offered by mobile operating systems) and supported directly by the technical support department. This makes the company and its clients independent of external suppliers, making Proget a Polish alternative to foreign MDM solutions.

The system is used by private enterprises and public institutions—including strategic sectors for the economy: fuel, transport, logistics, finance, construction, public administration, and uniformed services.

Proget undergoes regular certifications and meets the highest security standards. It holds an Industrial Security Certificate, operates in accordance with ISO 27001 Information Security and ISO 9001 Quality Management standards. They actively develop competencies in the field of cybersecurity. They are a member of the government agreement PWCyber and the CyberMadeInPoland cluster. They organize training and webinars for specialized staff and publish educational content—contributing to increasing awareness and promoting good practices in mobility management and data protection, and thus strengthening cybersecurity in the country.

It produces equipment for individual orders from companies in the PGZ group. Backpacks for grenade launchers, launchers, drones, sniper rifles, backpacks for EOD operators, JTAC, Radzikow, etc. The entire production process from design to the final product is located in Poland.

It is the only software of its kind in Europe this advanced, designed for the analysis of large, unstructured financial datasets. FT supports over 250 ways of recording transactions and over 100 bank file formats (PDF, XLSX, CSV, TXT), allowing for their automatic import, standardization, and cleaning—regardless of the source form.

The system recognizes and standardizes transaction types, detects and fills in data gaps, detects duplicates, converts exchange rates for any currency, and allows for lightning-fast operations on mass data. Thanks to an advanced tagging module, and filtering and reporting capabilities, users can quickly extract key information and formulate investigative conclusions, reducing the time needed to process data from months to hours.

The system integrates with the organizational infrastructure of public institutions (AD, audit of operations, i2 Analyst’s Notebook) and is now an essential element of the logistical background of many law enforcement agencies.

As part of PARP funding, innovative analytical modules are being developed for the product, which, based on financial data, can further automate work, draw conclusions from financial flows, or simplify huge data structures into readable networks.

ARGUS PSIM enables the integration of data from cameras, seismic sensors, and radars, analyzing threats and suggesting optimal responses. It is built in Poland, ensuring full control over its development and adaptation.

ARGUS PSIM uses artificial intelligence to eliminate false alarms and predict potential incidents, which improves the operation of uniformed services. The system is operationally used in critical infrastructure facilities and on Poland’s borders with Russia and Belarus. It is also adapted for managing anti-drone protection. It is scalable and constantly developed with changing security requirements in mind.

ARGUS PSIM can be used for integration in diverse facilities. From small ones, such as storage bases, building-office complexes, industrial and energy facilities, to very complex and extensive areas such as military complexes, fuel and energy distribution networks, or crisis centers.

ARGUS collects detailed information from all security systems. It provides a current, comprehensive picture of the state of protection on the facility’s premises. It enables an immediate response to any malfunctions and disruptions in the operation of the supervised systems, and also keeps the systems in full readiness.

For 11 years, the association has been working to improve the quality of public debate in Poland, holding politicians accountable for their truthfulness and exposing false content on the internet. It has already checked over 6,000 statements by public figures and verified over 3,000 pieces of fake news.

Demagog co-founded the European Fact-Checking Standards Network (EFCSN)—an international organization that has become the common voice of the fact-checking community across Europe. The association also belongs to the International Fact-Checking Network (IFCN) and the Central European Digital Media Observatory (CEDMO).

In May 2022, together with ten Polish organizations and institutions, Demagog signed the Code of Good Practice in the fight against disinformation. They are also signatories of the European Code of Practice on Disinformation, adopted by the European Commission in 2022, which is the first self-regulatory document of its kind imposing specific obligations on online platforms.

The Demagog Association focuses on education. Since 2016, as part of the Fact-Checking Academy, it has gathered over 17,000 people at workshops, training sessions, and webinars. They educate many groups vulnerable to disinformation: students, teachers, and seniors, as well as representatives of business and non-governmental organizations. It has also created an e-learning platform that helps in recognizing false information, used by over 3,000 people. The association runs the Demagog podcast, in which they analyze fake news and invite experts to talk about disinformation. They act as experts in the media and are present at conferences, including the Economic Forum in Karpacz, the Media Education Congress, GlobalFact, and others.

Thanks to initiatives such as the “#WłączWeryfikację” (#EnableVerification) campaign, the activities of the DISINFO team, and educational actions conducted within the Digital Education Center, NASK effectively raises public awareness about the threats resulting from information manipulation.

The Institute not only warns against false narratives and fake news but also offers specific tools and materials to support users in the conscious and responsible use of the internet. By engaging in research on disinformation, NASK creates the foundations for the state’s information security policy and strengthens society’s resilience to manipulation attempts, especially in the context of events of strategic and geopolitical importance.

NASK consistently promotes positive values—a concern for facts, a culture of checking sources, and responsibility in sharing information. Thanks to its expert role, cooperation with public institutions, media, and international organizations, the institute is today one of the most important pillars in the fight against disinformation in Poland.

They conduct activities that are always rooted in science—they collaborate with researchers in such a way that knowledge is conveyed in the most accessible manner. They analyze disinformation not only through fact-checking but also by analyzing why we are susceptible to it.

The creators of Crazy Nauka are bloggers by choice, science journalists by vocation. Winners of the POP Science awards at the Silesian Science Festival in 2020: for the Crazy Nauka blog and for the “Homo Science” broadcast on TOK FM radio. Winners of the Science Popularizer award from PAP Science in Poland. Winners of the Podcast of the Year competition in the “science, education, technology” category for the Crazy Nauka podcast.

Since 2009, through articles, training, and case studies, the company has been educating the public on the safe use of the Internet. An important area of Niebezpiecznik’s activity is the identification and debunking of false content, including disinformation and online scams. The company’s experts analyze information sources using techniques such as OSINT (open-source intelligence), metadata verification, linguistic analysis, and comparing content with trusted (reliable) data sources. They identify both cybercriminals and propaganda groups as possible perpetrators of disinformation, who use false information to manipulate public opinion.

At the same time, WCRS works to strengthen human rights in the era of the digital revolution and to increase digital competencies, aiming to minimize social exclusion and strengthen democratic processes.

WCRS’s ambition is to make other local governments see the great role they have to play in the field of citizens’ cybersecurity.

WCRS carries out its activities by conducting original workshops and lectures for people of all ages living in: Wrocław, Poland, the EU, and countries with EU candidate status (e.g., Georgia, Moldova). WCRS directs its activities not only to laypeople (the broadly understood public) but also educates experts (e.g., employees of the European Commission Representation). WCRS constantly cooperates conceptually with state ministries, with EU administration (EC Representation, EP Office), with companies (Global Logic, Roboklocki), universities (Wrocław University of Science and Technology, SWPS University, Coventry University), NGOs (Dom Pokoju Foundation, Team Europe), and transnational organizations (Central European Digital Media Observatory – CEDMO).

WCRS presents its approach to digitalization in unconventional environments, e.g., at the Placemaking Forum (September 2024)—to make the audience aware that the digital world is the same social world as the so-called offline reality.

WCRS co-created the Digital Summit IGF Poland 2023 and a report for the UN Secretary-General on internet governance. For 3 years, WCRS has been organizing a multi-day conference “Socially Responsible Digitalization.”

In times of rapid development of social media and immediate information distribution, solutions based solely on verifying and marking false content prove insufficient—they do not stop the spread of harmful information and may even deepen the problem.

Truesty’s uniqueness lies in its proactive strategy of removing harmful content available on the internet. The solution integrates data analysis, artificial intelligence, and the automation of legal processes. The startup can analyze datasets and identify not only individual fake news stories but also the operating patterns of troll farms, bots, and other coordinated groups conducting disinformation activities.

Truesty’s actions can have wide application in both the public interest and the private sector. Public institutions can use the startup’s technology to effectively combat disinformation, protecting democracy and citizens’ security from information manipulation. Meanwhile, businesses receive a tool that allows them to react quickly to attacks from unfair competition, protecting their reputation, consumers, and fair competition in the market.

Furthermore, thanks to the speed of Truesty’s solution, it is possible to limit or completely avoid the damage that disinformation causes to both society and the economy. By protecting access to reliable information, Truesty strengthens public trust and promotes a healthy, fact-based debate, which is the foundation of democratic and market stability. In times of growing hybrid and informational threats, Truesty’s actions can make a significant contribution to building the country’s resilience to modern threats, strengthening Poland’s national security.