Modern intercom systems need more than just basic security features to stay protected. Think of it like building a digital fortress - you start with strong walls made of AES-256 encryption and RSA protocols, then add smart guards through AI monitoring and face recognition. Hardware Security Modules work behind the scenes, while multi-factor authentication acts as your security checkpoint. But what makes these systems truly safe is how all these parts work together, backed by regular checks and updates. Whether you're setting up a new system or upgrading an existing one, combining these security elements creates a reliable shield against digital threats.
Key Takeaways Implement end-to-end encryption using AES-256 and RSA protocols to ensure secure communication between authorized endpoints only. Integrate Hardware Security Modules (HSM) and Trusted Platform Modules (TPM) for enhanced protection of encryption keys and sensitive data. Deploy TLS 1.3 protocol for data-in-transit protection while utilizing blockchain technology for secure access token management. Establish multi-layer authentication combining biometric solutions with traditional methods to prevent unauthorized system access. Develop modular software architecture that supports regular security updates and allows encryption protocol upgrades without hardware replacement. Understanding Modern Intercom Security Challenges Modern control systems, like those found in ships, require robust cybersecurity measures to protect against unauthorized access and system manipulation, similar to the security challenges faced by commercial intercom systems. Modern intercom systems face notable security risks from common vulnerabilities like unsecured API endpoints, weak authentication protocols, and outdated firmware that cybercriminals can exploit. A concerning trend shows that only 50% of organizations effectively implement SSL/TLS protocols, leaving intercom systems vulnerable to man-in-the-middle attacks (Purchina et al., 2022 ).
You'll need to reflect on how these cybersecurity threats can lead to unauthorized access, data breaches, and potential system manipulation that directly impacts your users ' safety and privacy.
The financial impact of security breaches in intercom systems has risen dramatically, with the average cost of a single breach now including not just immediate remediation expenses but also potential legal liabilities and loss of customer trust.
In developing ProVideoMeeting , we addressed these challenges by implementing vanity rooms with customizable security settings, allowing businesses to maintain persistent meeting spaces while ensuring authorized access only.
Common Vulnerabilities in Commercial Intercom Systems While commercial intercom systems offer essential communication capabilities, they often harbor critical software vulnerabilities that developers must address.
Outdated authentication protocols and weak encryption standards in integrated video components create notable security gaps. Many cloud-based systems lack proper API security measures, making them susceptible to unauthorized access and data breaches.
To strengthen your secure intercom systems, you need to implement advanced security features that protect against common vulnerabilities. These include end-to-end encryption for video streams, multi-factor authentication protocols, and regular security audits of cloud infrastructure.
Consider incorporating secure WebRTC implementations for video communication and implementing rate limiting to prevent brute-force attacks. Regular penetration testing will help identify potential weaknesses before malicious actors can exploit them.
Cybersecurity Threats and Their Impact Cybersecurity threats targeting intercom systems have evolved greatly beyond simple interference attempts. Your access control systems are now vulnerable to complex attacks including data breaches, network infiltration, and unauthorized remote access.
Modern cybercriminals can potentially hijack visual verification features and compromise the entire security infrastructure.
As you implement advanced technology in your secure intercom systems, you'll need to take into account multiple attack vectors. Hackers can exploit weak encryption protocols, intercept communication signals, and even create replay attacks that mimic authorized users' credentials.
These threats don't just affect individual units - they can cascade through your entire network, compromising building security and resident privacy. Understanding these risks is vital for developing strong security measures that protect against both current and emerging cybersecurity threats.
The Rising Cost of Security Breaches Recent data indicates that security breaches in intercom systems can cost organizations an average of $4.2 million per incident, with expenses extending far beyond immediate financial losses. These breaches result in significant direct financial losses, reputational damage, and regulatory fines (Tayaksi et al., 2021 ).
When your intercom technology is compromised, you'll face costs including system repairs, legal fees, and potential regulatory fines. Your security team will need to invest additional resources to prevent unauthorized access through enhanced security measures and system upgrades. You'll also need to evaluate the cost of implementing advanced features like biometric authentication and end-to-end encryption.
The financial impact often includes lost business opportunities, damaged reputation, and customer compensation.
To protect your investment, you should regularly assess your system's vulnerabilities and allocate sufficient budget for security maintenance, as prevention typically costs less than dealing with a breach's aftermath.
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Advanced Encryption: The Foundation of Secure Intercom Systems Early computer systems laid the groundwork for modern encryption technologies, evolving from basic ciphers to today's advanced cryptographic protocols used in secure intercom systems To protect your intercom system's data and communications effectively, you'll need to implement strong encryption protocols like AES-256 and RSA alongside secure key management practices.
You can enhance your system's security by incorporating end-to-end encryption, which guarantees that only authorized endpoints can access and decode the transmitted information.
Integrating Hardware Security Modules (HSM) or Trusted Platform Modules (TPM) into your development process will provide an additional layer of protection by safeguarding cryptographic keys and performing secure operations in isolated hardware environments.
Understanding Encryption Types for Intercom Security Modern intercom systems demand strong encryption protocols to protect sensitive communications and user data from increasingly advanced cyber threats.
When you're developing secure intercom systems, you'll need to implement multiple encryption types to guarantee reliable communication. For audio intercoms, consider using AES-256 encryption for real-time voice transmission and TLS 1.3 for data-in-transit protection.
The Advanced Encryption Standard with 256-bit key length has proven particularly effective, showing strong resistance to statistical attacks through its confusion and diffusion properties (Goel et al., 2024 ).
Advanced systems should incorporate end-to-end encryption, preventing unauthorized access even at server levels. You'll want to implement both symmetric encryption for speed in audio streaming and asymmetric encryption for key exchange and authentication.
Moreover, consider adding perfect forward secrecy to your encryption stack, guaranteeing that even if one session is compromised, previous communications remain secure.
This layered approach provides thorough protection for your intercom infrastructure.
Implementing End-to-End Encryption Building on the multiple encryption layers discussed, end-to-end encryption (E2EE) serves as the cornerstone of secure intercom system development. When you implement E2EE in your commercial intercom systems, you'll guarantee that two-way communication remains protected from unauthorized access throughout the entire transmission process.
To integrate E2EE into your system, you'll need to incorporate cryptographic key generation at both endpoints, implement secure key exchange protocols, and confirm that decryption occurs only at the intended recipient's device.
For internal communication, consider using established encryption libraries like Signal Protocol or Libsodium to handle the complex cryptographic operations. Your advanced encryption implementation should include regular security audits, key rotation mechanisms, and strong error handling to maintain the integrity of your secure intercom systems.
Hardware Security Modules and TPM Integration Hardware Security Modules (HSMs) and Trusted Platform Modules (TPMs) provide the physical security foundation for your intercom system's encryption processes. By integrating these specialized components into your cloud-based intercom system, you'll create a secure environment for storing encryption keys and processing sensitive data.
When implementing building security features, you can utilize HSMs to protect critical cryptographic operations while TPMs verify the integrity of your system's hardware and software components. The TPM's hardware-based approach establishes trust in your platform through protected storage and secure platform attestation capabilities, ensuring comprehensive system integrity (Shao et al., 2015 ).
This integration is particularly significant for security cameras and access control features, as it prevents unauthorized tampering with encryption keys and security certificates. Your development team should configure the HSMs to handle key generation, digital signing, and encryption operations while maintaining FIPS 140-2 compliance standards.
This guarantees your intercom system maintains strong security even if other system components are compromised.
Smart Integration for Enhanced Security Your secure intercom system can gain potent new capabilities through smart integrations that connect AI-driven threat detection algorithms with your existing surveillance setup.
You'll enhance access management by implementing blockchain technology to create tamper-proof records of all entry attempts and system interactions.
Integration with IoT sensors enables predictive maintenance alerts, helping you identify potential hardware issues before they compromise your system's security.
AI-Powered Threat Detection While traditional intercom systems rely on basic audio and video monitoring, AI-powered threat detection introduces advanced pattern recognition and behavioral analysis to enhance security measures.
You can implement machine learning algorithms that analyze visitor patterns, detect suspicious activities, and automatically flag potential security risks. These AI features seamlessly integrate with your secure intercom systems while maintaining user-friendly design principles.
To strengthen property access security, consider developing facial recognition capabilities that work alongside advanced encryption protocols.
Your system can learn to identify authorized users, detect tailgating attempts, and monitor unusual access patterns. The AI can also adjust to different environmental conditions, reducing false alarms while maintaining high-security standards through continuous learning and real-time threat assessment.
Blockchain for Access Management Blockchain technology revolutionizes access management in secure intercom systems by creating immutable, decentralized records of entry permissions and user credentials. You can integrate this technology into modern intercom systems to enhance your thorough security solution while maintaining a transparent audit trail of all access events.
Successfully leveraging blockchain for access management requires careful consideration of key features and integrations. This includes the following crucial elements:
Smart device integration enables automated verification of visitor credentials through distributed ledger technology. Blockchain-based access tokens provide secure, temporary access for visitors without compromising system integrity. Integration capabilities allow seamless connection with existing security infrastructure and access control systems. Your implementation of blockchain technology transforms traditional entry management into a strong, tamper-proof framework. This approach guarantees that every access request is validated, recorded, and stored in a format that can't be altered, greatly improving your facility's security posture.
Predictive Maintenance Through IoT Sensors IoT sensors in your intercom system can continuously monitor critical components and transmit real-time health data to your maintenance dashboard. This smart monitoring approach has proven highly effective, reducing maintenance costs by 25% to 30% while preventing up to 75% of system breakdowns (Fernandez, 2021 ).
You'll receive automated alerts when performance metrics indicate potential issues, allowing your team to address problems before they cause system failures.
Real-Time System Health Monitoring Integrating real-time health monitoring capabilities into your intercom system enables proactive maintenance and enhanced security through continuous performance analysis.
You'll receive instant alerts about system status, allowing maintenance staff to address issues before they escalate.
Key monitoring features include:
Network connectivity status tracking Battery life and energy supply monitoring Component performance metrics and error logs This data helps optimize your wireless intercom's reliability while reducing downtime in commercial security systems.
Automated Maintenance Alerts Utilizing smart sensor technology, automated maintenance alerts transform how you manage and maintain your intercom security systems. You'll receive instant notifications about device performance, reducing ongoing costs and preventing system failures.
Performance Optimization Strategies Modern performance optimization employs real-time data analysis from IoT sensors to enhance your intercom system's efficiency and security. Video intercom systems benefit from these performance optimization strategies through wireless connection improvements and streamlined data processing.
Successfully implementing these optimizations for video intercom systems requires a focus on specific strategies. This includes the following crucial elements:
Implement flexible bandwidth management for stable video streaming Configure automatic quality adjustments based on network conditions Deploy edge computing solutions to reduce latency in additional features We applied this principle in ProVideoMeeting , where we implemented adaptive video quality that automatically adjusts based on connection quality, ensuring HD quality when possible while maintaining service during bandwidth constraints.
Case Study: ProVideoMeeting - Implementing Enterprise-Grade Security in Video Conferencing ProVideoMeeting interface with SIP feature When developing ProVideoMeeting , our team faced the challenge of creating a secure video conferencing platform that could handle sensitive business communications and legal document signing. We implemented multiple layers of security:
Advanced encryption using 12-AES for document signing and secure video transmission WebRTC and HTML5 implementation for secure, high-speed connections Multi-factor authentication through SMS verification and snapshot identity confirmation Secure SIP server integration for dial-in functionality Role-based access control with Host, Co-host, and Guest permissions The platform's success in handling sensitive legal documents and business communications demonstrates how proper security implementation can enable critical business functions while maintaining data protection. Our experience with ProVideoMeeting has shown that combining multiple security layers - from encryption to identity verification - creates a robust system that users can trust for their most sensitive communications.
Multi-Layer Authentication in Modern Intercoms Biometric authentication through fingerprint scanning serves as a crucial component of multi-layer security systems, providing a reliable and unique identifier for authorized personnel access control. Your intercom system's security can be greatly improved by implementing a multi-layered authentication approach that combines biometric solutions with traditional access methods.
You'll want to evaluate integrating fingerprint scanning, facial recognition, or voice authentication alongside PIN codes and key cards to create a strong security framework.
Our experience with ProVideoMeeting demonstrates the effectiveness of multi-layered authentication in practice. The platform employs both SMS verification and photo snapshot verification for document signing, proving that combining different authentication methods enhances security without compromising user experience.
Biometric Authentication Solutions Biometric authentication offers product owners a strong foundation for enhancing intercom security through unique physical identifiers. You can integrate fingerprint scanning, facial recognition, or iris detection into your secure intercom systems to create an additional layer of protection.
Modern access readers support multiple biometric inputs, allowing you to combine different authentication methods for enhanced security. Consider these key implementation options for your remote access system:
Integrate SDK-based facial recognition algorithms that work in varying light conditions Implement fingerprint scanning with liveness detection to prevent spoofing attempts Deploy multi-modal biometric authentication that combines two or more physical identifiers When developing these features, guarantee your system processes biometric data locally to maintain user privacy and comply with data protection regulations.
Regular software updates help maintain the accuracy and security of your biometric authentication solutions.
Multi-Factor Authentication Implementation Three essential layers of authentication strengthen modern intercom systems, creating a sturdy defense against unauthorized access. You can implement mobile phone verification as your first layer, requiring users to confirm their identity through SMS codes or authenticator apps.
For your second layer, integrate biometric scanning capabilities that work with modern smartphones, allowing property managers to verify residents through fingerprints or facial recognition.
Your third authentication layer should focus on visitor management in multi-tenant buildings. You'll want to develop a system that generates time-limited digital passes for visitors, which can be validated through secure intercom systems.
This combination guarantees that both residents and their guests maintain appropriate access levels while preserving building security through multiple verification checkpoints.
Custom Access Profiles and Permissions Modern intercom systems benefit from incorporating granular access profiles that let administrators define precise permission sets for different user categories.
You can enhance your video intercoms by configuring custom access profiles that determine which users can operate electronic door locks and keyless entry features during specific time windows.
These permission-based controls offer several key advantages:
Ability to create role-specific access levels for employees, residents, and visitors Time-restricted entry permissions for maintenance staff or delivery personnel Detailed activity logging to track who accessed which entry points and when When implementing custom profiles, verify you're organizing permissions hierarchically, with system administrators at the top level having full control over profile creation and modification.
This structured approach helps maintain security while providing convenient access management for your facility.
Emergency Response and Safety Features Your intercom system's emergency response capabilities should integrate seamlessly with your building's existing emergency notification infrastructure, including fire alarms, security systems, and public safety channels.
You'll want to implement mass notification features that can broadcast critical alerts across multiple devices and endpoints, ensuring all occupants receive emergency communications instantly.
To enhance safety and accessibility, your system needs to comply with ADA standards by incorporating visual indicators, audio amplification, and emergency assistance signals that meet current regulatory requirements.
Integration with Emergency Systems Integrating emergency response capabilities into intercom systems requires careful consideration of both software protocols and API implementations. Your secure intercom systems need to seamlessly connect with existing emergency infrastructure in commercial buildings while maintaining reliable audio communication and video functionality.
You'll want to implement strong APIs that can handle various emergency scenarios and automatically trigger appropriate responses. Successfully achieving this requires a multi-faceted approach. This includes the following crucial elements:
Develop standardized protocols for emergency service integration that support both one-way and two-way communication during critical situations. Implement failsafe mechanisms that guarantee system uptime even when primary networks are compromised. Create automated escalation workflows that can route emergency calls to appropriate responders based on incident type. Consider implementing redundant communication channels and regular automated testing routines to verify the reliability of your emergency integration features.
This approach helps maintain system integrity while guaranteeing rapid response times during critical situations.
Our work on ProVideoMeeting 's dial-in functionality through SIP servers demonstrates how backup communication channels can be integrated seamlessly, ensuring system availability even when primary connection methods fail.
Mass Notification Capabilities Effective mass notification capabilities serve as a cornerstone for secure intercom systems, enabling rapid communication across entire facilities during emergencies.
You'll want to implement flexible solutions that can broadcast messages through multiple channels simultaneously, including mobile apps, desktop alerts, and physical intercoms.
When developing your system's mass notification capabilities, integrate advanced encryption protocols to protect message integrity and prevent unauthorized broadcasts.
A common application involves API-driven notifications that can trigger automated responses across your facility's security infrastructure. You can enhance your system by incorporating customizable message templates, priority levels, and delivery confirmation tracking.
Consider implementing role-based access controls to guarantee that only authorized personnel can initiate mass notifications, maintaining both security and operational efficiency in critical situations.
Accessibility Compliance Standards Safety regulations and accessibility compliance standards form the essential foundation for secure intercom system development, particularly when addressing emergency response features.
When developing modern intercoms, you'll need to guarantee your software meets current accessibility requirements while maintaining a strong layer of security. Successfully balancing accessibility and security requires a multi-faceted approach. This includes the following crucial elements:
Implement visual communication features that display emergency alerts through LED indicators and digital screens for hearing-impaired users. Develop software interfaces that comply with WCAG guidelines, guaranteeing intercom door entry systems are usable by people with various disabilities. Include multi-language support and text-to-speech capabilities in your system's interface to accommodate diverse user needs. Consider integrating automated compliance testing tools into your development pipeline to verify that your intercom software consistently meets accessibility standards across all features and updates.
Best Practices for Secure Development Your development team should follow secure coding guidelines that incorporate encryption protocols, access control mechanisms, and data validation to protect your intercom system from potential vulnerabilities.
You'll need to implement regular security audits through automated testing tools and manual code reviews to identify and address potential weaknesses before they can be exploited.
Establishing strong update management protocols guarantees your system stays current with security patches while maintaining seamless functionality for end users.
Secure Coding Guidelines Following secure coding guidelines while developing intercom systems serves as the foundation for creating strong and protected communication systems. Your development team should implement sturdy encryption protocols for wireless connections and guarantee all video surveillance features meet industry security standards.
To maintain high-quality video transmission while protecting user data, incorporate these essential practices:
Implement input validation for all user interfaces to prevent buffer overflow attacks Use secure protocols for data transmission, especially when handling video and audio streams Regularly update encryption libraries and security dependencies to patch known vulnerabilities When developing the software components, you'll need to balance performance with security measures. Encrypt all stored data, implement secure authentication methods, and maintain detailed logs of system access.
Remember to test security features thoroughly before deployment.
Regular Security Audits Regular security audits serve as a critical cornerstone in maintaining the integrity of intercom system software. You'll need to schedule thorough evaluations of your wired intercoms, energy supply systems, and built-in camera components at least quarterly. These audits help identify potential vulnerabilities before they can be exploited.
For outdoor intercom systems, especially in commercial settings, you should implement automated scanning tools that can detect unauthorized access attempts and system anomalies.
Configure your audit tools to check encryption protocols, access control mechanisms, and firmware integrity. You'll want to focus on testing emergency override functions, monitoring system logs for suspicious activities, and verifying that all security patches are up-to-date.
Document each audit's findings and establish clear procedures for addressing any uncovered security gaps.
For instance, in ProVideoMeeting , we implemented comprehensive logging systems that track document signing history, including identity verification snapshots, providing an audit trail for legal compliance.
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Update Management Protocols Successful intercom system development hinges on implementing strong update management protocols that safeguard both software integrity and user security. When designing your secure intercom systems, it's essential to establish automated update procedures that won't disrupt wireless connections or increase installation costs.
Your intercom with phone system integration requires regular firmware updates to maintain security standards.
Key components of an effective update management strategy include:
Implementing automated version control systems that track and validate all software changes Establishing secure distribution channels for pushing updates to deployed systems Creating rollback mechanisms to restore previous versions if updates cause compatibility issues Your update protocols should include digital signature verification, encrypted transmission channels, and systematic testing procedures before deployment. This guarantees updates maintain system integrity while protecting against potential security vulnerabilities.
Future-Proofing Commercial Intercom Systems Your intercom system's future security depends on staying current with emerging technologies like AI-powered threat detection and blockchain-based access controls.
You'll need to evaluate implementing modular software architectures that can readily accommodate new security protocols and authentication methods as they emerge in the market.
Emerging Security Technologies Three emerging security technologies are revolutionizing the commercial intercom industry: biometric authentication, blockchain-based access management, and AI-powered threat detection.
These advancements enhance secure intercom systems through improved wireless connection protocols and advanced noise cancellation algorithms.
Successfully integrating these technologies requires a strategic approach. This includes the following key implementations:
Implement facial recognition and fingerprint scanning to validate contact for visitors Deploy blockchain ledgers to maintain tamper-proof access records Employ AI algorithms to detect suspicious behavior patterns When developing your intercom solution, you'll want to integrate these emerging security technologies strategically. Biometric authentication guarantees only authorized personnel gain entry, while blockchain creates an immutable record of all access attempts.
AI monitoring adds another layer of protection by analyzing visitor behavior in real time, alerting security staff to potential threats before they escalate.
Market Growth Predictions Industry analysts predict the commercial intercom market will experience substantial growth through 2030, driven by increasing demand for smart building integration and enhanced security features.
You'll need to contemplate upgrading your base stations to support advanced encryption protocols and wireless connection capabilities that'll be standard in future deployments.
Building owners are increasingly requesting systems that can integrate with smart building management platforms while maintaining sturdy security.
To future-proof your secure intercom implementation, focus on developing modular software architectures that can accommodate new security features and communication protocols.
Plan for scalability by implementing APIs that'll support upcoming IoT standards and building automation systems.
Consider developing mobile SDKs to extend your intercom's functionality to smartphones and wearable devices.
Adaptation Strategies for Evolving Threats As security threats evolve rapidly in the digital age, developing strong modification strategies for your intercom systems becomes increasingly important.
Your wired systems and telephone entry systems need regular software updates to combat emerging vulnerabilities. Implementing touchless entry features and modernizing release mechanisms can greatly enhance your effective intercom security.
To future-proof your system, consider these essential development strategies:
Design modular software architecture that allows for quick security patch deployment Implement API endpoints that support both legacy hardware and new authentication methods Develop flexible encryption protocols that can be upgraded without replacing hardware components Regular security audits and threat modeling should guide your development roadmap.
Focus on creating scalable solutions that can accommodate new security features while maintaining compatibility with existing infrastructure.
Why Trust Our Secure Communication Expertise? With over 19 years of experience developing video streaming software and multimedia solutions, we've been at the forefront of secure communication system development since 2005. Our team has successfully implemented enterprise-grade security measures across numerous video surveillance and communication platforms, maintaining a 100% project success rating that speaks to our technical precision and reliability.
Our expertise in WebRTC , LiveKit, and other cutting-edge communication technologies has been crucial in developing secure systems for various industries. We've implemented advanced encryption protocols, biometric authentication, and AI-powered security features in projects ranging from video surveillance systems to secure conferencing platforms. This deep understanding of both security protocols and multimedia development allows us to create robust, future-proof communication solutions that protect our clients' sensitive data.
Frequently Asked Questions How Can Developers Implement Secure Offline Functionality for Intercom Systems? You can implement local data caching, add peer-to-peer communication protocols, use SQLite for offline storage, and guarantee end-to-end encryption works without the internet. Don't forget to sync when connectivity returns.
What Encryption Key Rotation Strategies Work Best for Intercom Mobile Apps? You'll want to rotate keys every 90 days using automated PKI management. Implement time-based rotation with forward secrecy, and guarantee your app maintains separate keys for each user session.
How Do You Handle Legacy Device Compatibility With New Security Protocols? You'll need to implement version detection and fallback mechanisms. Keep dual protocol support temporarily, gradually phase out legacy protocols, and notify users of outdated devices to upgrade for enhanced security features.
Can Blockchain Technology Improve Intercom System Security and Access Management? Blockchain is beneficial for access logs and user authentication, but it's overkill for basic intercom functions. Consider lighter solutions like encrypted databases and standard PKI for better performance and simplicity.
What's the Optimal Way to Implement Real-Time Security Vulnerability Scanning? You'll want to integrate automated SAST and DAST tools into your CI/CD pipeline, running continuous scans with tools like SonarQube or Checkmarx, while implementing real-time monitoring through RASP solutions for runtime protection.
To sum up As you develop secure intercom systems, you'll need to balance strong encryption with user experience. Implementing AES-256 encryption, multi-factor authentication, and secure key exchange protocols guarantees your system meets modern security demands. Don't forget to regularly update your security measures and stay informed about emerging threats. By prioritizing both security and functionality, you're building intercom solutions that users can trust for years to come.
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References: Fernandez, J., Prasetyo, Y., Persada, S., & Redi, A. (2021). Automation of predictive maintenance using internet of things (IoT) technology at university-based O&M project. International Journal of Information and Education Technology, 11 (7), pp. 332-336. https://doi.org/10.18178/ijiet.2021.11.7.1531
Goel, A., Baliyan, H., Tyagi, S., & Bansal, N. (2024). End to end encryption of chat using advanced encryption standard-256. International Journal of Science and Research Archive, 1 2(1), pp. 2018-2025. https://doi.org/10.30574/ijsra.2024.12.1.0923
Purchina, O., Poluyan, A., & Fugarov, D. (2022). Securing an information system via the SSL protocol. International Journal of Safety and Security Engineering, 12 (5), pp. 563-568. https://doi.org/10.18280/ijsse.120503
Shao, J., Qin, Y., Feng, D., & Wang, W. (2015). Formal analysis of enhanced authorization in the TPM 2.0. Asia Conference on Computer and Communications Security , pp. 273-284. https://doi.org/10.1145/2714576.2714610
Tayaksi, C., Ada, E., Kazançoğlu, Y., & Sağnak, M. (2021). The financial impacts of information systems security breaches on publicly traded companies: Reactions of different sectors. Journal of Enterprise Information Management, 35 (2), pp. 650-668. https://doi.org/10.1108/jeim-11-2020-0450
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