#Germany #Frankfurt #Link11 #DOSarrest #Reblaze

Link11 Merges Three Brands for Enhanced Cybersecurity

In a significant move within the cybersecurity domain, Link11 has successfully integrated DOSarrest and Reblaze into one cohesive platform, establishing itself as a vital player in Europe’s network security landscape. The amalgamation, marked by a new branding identity, aims to streamline user experiences while maximizing operational efficiency and security processes.

Located in Frankfurt, Germany, Link11’s strategy comes at a crucial time when businesses face mounting geopolitical risks and increased compliance obligations. The company’s vision is to secure essential business processes globally, leveraging synergies to minimize emerging threats.

Expansion through Strategic Acquisitions

Link11's ambition to expand its market presence involved the acquisition of DOSarrest in 2021 and Reblaze Technologies in 2024. These strategic moves have resulted in the launch of Link11's new Web Application and API Protection (WAAP) platform. This platform combines robust DDoS protection capabilities with machine learning-based adaptive security that enhances API protection. Users can access a sophisticated suite that includes real-time traffic filtering, AI-driven bot detection, and a next-gen web application firewall, ensuring secure and encrypted exchanges.

Financial Support for Innovation

In 2023, Link11 bolstered its capabilities by securing a significant investment of €26.5 million from Pride Capital Partners. This funding is directed towards product development and the international execution of its go-to-market strategy.

Innovative DDoS Protection through AI Technology

Thrusting itself into the forefront of cybersecurity, Link11 introduces state-of-the-art DDoS attack protection through its proprietary AI-powered technology. Its patented DDoS filter manages all traffic flow within its advanced cloud infrastructure, delivering security and efficiency at levels superior to traditional methods. This approach allows organizations full control over scaling, intelligent real-time traffic analysis, and continuous learning from attack data. Unlike many competitors, Link11 utilizes its own technology rather than relying on third-party infrastructures like AWS or Google, ensuring instant protective measures without delays in critical situations.

Emphasizing Technological Independence

The solution serves workloads across any cloud environment, designed specifically to meet modern cybersecurity requirements. Link11’s network enhances security at the edge, accelerates global content delivery, and promotes resilience alongside data sovereignty.

Jens-Philipp Jung, Link11’s founder and CEO, articulates, “Cybersecurity today means resilience against threats and outages. European companies that recognize the value of data protection should prioritize independence in their cyber resilience. We are showcasing how European technology can deliver maximum resilience, outstanding performance, and uncompromising compliance.”

A Call for EU-Based Security Solutions

Recent surveys among cybersecurity managers indicate a preferential shift towards independent and trustworthy security solutions, especially those rooted in Europe. Link11 has been a steadfast partner for diverse sectors, including finance, media, retail, logistics, and the public sector, for years. With a robust brand and a multi-layered security approach, Link11 empowers its clients to reduce their reliance on external cybersecurity systems, thus fortifying their architectures against technological, functional, and geopolitical vulnerabilities.

As cybersecurity becomes increasingly paramount in today's digital environment, organizations need to act decisively to protect their assets. With the synthesis of advanced technology and a commitment to independence, Link11 positions itself not only as a leading force in DDoS protection but also as a trusted ally for businesses navigating the complexities of modern cybersecurity challenges.

For more insights, visit Link11's official website.