GenSec
Next-generation cybersecurity systems. AI against AI
GenSec
In the era of pervasive AI integration, the threat landscape has changed: cybersecurity has turned into a technological confrontation between attacking and defending algorithms. The GenSec lab designs and deploys comprehensive, enterprise-level intelligent security ecosystems (Enterprise Security). We automate threat-detection processes, provide sovereign protection of AI models from destructive manipulation, prevent leaks of confidential information through external neural networks, and build a proactive, layered defence of the IT landscape that is ready for the challenges of the post-quantum era.
What's inside
Automated MDR (Detection & Response)
Intelligent analysis of network traffic and entity behaviour in real time. Autonomous detection and blocking of malicious activity at the early stages of an attack.
Security of corporate AI models
Protection of proprietary LLMs and ML algorithms from adversarial attacks, prompt-command injections and targeted training-data poisoning (Data Poisoning).
Confidentiality control and flow isolation
Preventing leaks of trade secrets and source code into external public chatbots. Designing protected LLM gateways in conjunction with GenBox and GenEtics.
Predictive vulnerability management
Automatic infrastructure scanning, forecasting of potential attack vectors and intelligent prioritisation of critical patches for the IT department.
Countering hyper-adaptive threats
Recognising and neutralising next-generation targeted phishing and the compromise of digital identities (deepfakes) generated by hostile AI.
Adoption of post-quantum cryptography
Integration of advanced encryption algorithms and protocols resistant to decryption by the computing power of future quantum computers.
Why it works
A proactive defence model
A shift from reactive incident resolution to continuous predictive threat scanning based on an AI-powered SOC.
Fewer false positives
Filtering out parasitic IT noise and false alarms by an average of up to 90%*, which lets security officers focus on real incidents.
Minimal response time
Reduction of key metrics: the mean time to detect (MTTD) drops to seconds, and the mean time to respond and contain a threat (MTTR) — to minutes.
How it is used
Autonomous 24/7 SOC
Round-the-clock infrastructure monitoring, incident orchestration, regular penetration testing and a comprehensive information-security audit. A fixed response SLA.
A secure generative-AI loop
Deployment of a regulated environment for staff to work with large language models without the risk of compromising intellectual property and personal data.
Frequently asked questions
What methodologies and standards are GenSec solutions based on?
How is the reduction in false positives achieved?
How is readiness for post-quantum challenges achieved?
* Information disclaimer: all efficiency metrics shown, including the false-positive reduction figures of up to 90%, the MTTD/MTTR timing parameters and the SLA terms of the GenSec lab, are calculated individually following a pre-project information-security audit, depend on the current state of the client’s IT loop, do not constitute a public offer (Art. 437 of the Civil Code of the Russian Federation) and are fixed solely in bilateral agreements and service agreements.
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Next-generation cybersecurity systems. AI against AI.
The information on this website is for informational purposes only, reflects the results of specific integration projects and does not constitute a public offer as defined by Article 437 of the Civil Code of the Russian Federation. All calculations, partner-program terms and economic indicators are individual for each project and are fixed solely in bilateral agreements.