OrionEye Introduces Green Active Defence to Stop SSH Botnets and Save Energy

OrionEye, a cybersecurity firm, has unveiled a new approach to defending against SSH botnets that promises to save CPU and energy while improving overall server performance. The company’s latest product, Green Active Defence by OrionEye v4.0, is designed to stop SSH botnets at the kernel layer, significantly reducing the strain on server CPUs and cutting carbon emissions.

Traditional security measures often allow malicious traffic to consume system resources before blocking it, leading to continuous CPU strain. OrionEye’s new approach, however, identifies and blocks repeated attack attempts at the kernel layer, preventing the CPU from being overburdened. This shift in defense strategy not only optimizes server performance but also reduces power consumption and cooling demands.

According to the company, when a server processes thousands of malicious login attempts, it can consume up to 540 seconds of continuous 100% CPU time every day. This constant strain is particularly problematic for servers in various tiers of digital infrastructure, from individual developers and home VPS users to small and medium enterprises (SMEs) and large enterprise data centers.

For individual developers and home VPS users, the constant CPU strain forces them to upgrade to higher, more expensive server tiers to maintain performance. This can be a significant financial burden. For SMEs, the compounded infrastructure costs can lead to increased monthly cloud hosting bills and system latency. In enterprise data centers, high CPU utilization demands greater electrical power and forces cooling systems to work harder, driving up Power Usage Effectiveness (PUE) metrics and operational expenditure.

By stopping SSH botnets at the kernel level, OrionEye’s Green Active Defence can reclaim server CPU usage. This simple architectural shift can save energy equivalent to driving tens of thousands of kilometers in a standard passenger vehicle, without the need for expensive proprietary security hardware. The company claims that widespread adoption of this technology could significantly reduce carbon emissions and save substantial amounts of money.

OrionEye’s Green Active Defence also prioritizes local data sovereignty, ensuring that telemetry and security records remain on-premises or in an encrypted local vault. The platform integrates multi-engine OSINT aggregation and multi-LLM orchestration, allowing operators to run threat investigations in natural language while maintaining control over their data perimeter.

The company’s new approach to cybersecurity aligns with the broader goals of financial cost-efficiency and energy sustainability. By optimizing server performance and reducing operational overhead, OrionEye demonstrates that protecting digital infrastructure and reducing environmental impact can go hand in hand.