Shortcomings of legacy SOAR
Traditional SOAR solutions were designed primarily to connect existing security tools, but they have limitations that hinder modern security teams:
- High complexity: Implementing and maintaining legacy SOAR platforms requires extensive engineering resources, making them difficult to scale.
- Manual workflow creation: Many legacy SOAR tools demand significant coding knowledge, making workflow automation inaccessible to non-technical security personnel.
- Limited integrations: Legacy platforms often rely on rigid, pre-built integrations, which can make it difficult to adapt to new security tools and environments.
- Slow time to value: Deploying a traditional SOAR solution can take weeks or even months before organizations see a return on investment.
- Static workflows: These systems often depend on predefined workflows that do not adapt dynamically to real-time security events.
Rise of next-gen SOAR
Next-gen SOAR solutions address these limitations by offering a more flexible, intuitive, and efficient approach to security automation. Key advantages include:
- AI-powered automation: By integrating AI and machine learning, next-gen SOAR platforms can analyze threats, recommend actions, and automate response workflows with greater intelligence.
- No-code/low-code accessibility: Unlike legacy systems that require coding expertise, next-gen platforms provide user-friendly interfaces that allow security teams to build and modify workflows without engineering support.
- Seamless integrations: API-driven architectures enable easy connections with a vast range of security tools, ensuring adaptability to evolving cybersecurity needs.
- Cloud-native scalability: Many next-gen SOAR solutions are designed to function in cloud environments, offering enhanced flexibility and performance.
- Real-time response and adaptation: Instead of static, predefined workflows, these platforms dynamically adjust based on the evolving security landscape.
Case study: Beyon Cyber’s transition to next-gen SOAR
Beyon Cyber, a cybersecurity service provider, initially relied on a legacy SOAR platform but encountered multiple challenges, including performance issues, limited integrations, and inadequate support. The rigid structure of their previous SOAR solution drained resources and delayed automation initiatives.After switching to Tines, a next-gen SOAR provider, Beyon Cyber experienced transformative improvements:
- 95% reduction in phishing analysis time
- 98% reduction in threat-hunting time
- Significantly improved workflow efficiency
- Elimination of previous performance bottlenecks
By adopting a more agile and flexible SOAR solution, Beyon Cyber was able to optimize security operations and enhance customer service without increasing operational costs.
Why organizations are moving to next-gen SOAR
As cybersecurity threats grow more sophisticated, security teams need SOAR solutions that enable rapid, intelligent, and scalable responses. Organizations considering a SOAR platform should prioritize:
- Rapid deployment and ease of use
- Scalable and flexible integration capabilities
- AI-enhanced automation for faster decision-making
- Transparent pricing and predictable costs
The shift from legacy to next-gen SOAR is not just a trend—it is a necessity for security teams looking to stay ahead of evolving threats while improving operational efficiency.In an era where speed and adaptability define cybersecurity success, embracing a next-generation SOAR platform is the key to building a resilient security operation.
