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AI in DaaS and VPN

How companies are transforming network

4 min read

AI is transforming DAAS and VPN solutions, enhancing security and user experience. Vendors are integrating AI to automate management, optimize performance, and proactively address potential issues, making AI literacy a must-have for buyers.

AI maturity snapshot

1 Emerging
2 Developing
3 Advancing
4 Mature
5 Leading
3 Advancing

The DAAS and VPN category is advancing in AI maturity. While not all vendors offer comprehensive AI solutions, many are incorporating AI-driven features like predictive scaling and anomaly detection. This indicates a move towards AI becoming an expected capability for leading providers.

AI use cases

Predictive scaling

AI algorithms analyze user behavior to forecast resource needs and automatically scale virtual machine configurations. This optimizes costs and ensures consistent performance during peak usage times.

Automated threat detection

Machine learning models identify anomalous network activity and potential security threats in real-time. This enables proactive responses and reduces the risk of data breaches.

Intelligent troubleshooting

AI analyzes user sessions and system logs to identify the root cause of performance issues. This streamlines troubleshooting and reduces help desk ticket volumes.

Optimized routing

AI-powered SD-WAN solutions analyze network conditions to route traffic over the best available path. This improves application performance and user experience.

AI transformation overview

AI is increasingly prevalent in DAAS and VPN solutions, driving significant changes in how these technologies are managed and utilized. Vendors are implementing AI/ML capabilities to enhance security through threat detection and prevention, using machine learning models to identify anomalous activity and potential breaches.

AI is also optimizing performance by predicting resource needs and scaling infrastructure accordingly, ensuring smooth user experiences. nnThe buyer experience is improving through AI-powered features like digital employee experience (DEX) monitoring, providing real-time visibility into user sessions and reducing mean time to impact assessment (MTTIA). AI copilots are emerging to assist IT admins with troubleshooting and maintenance tasks.

The adoption of AI is driven by the need to reduce downtime costs, enhance security postures, and streamline IT operations. nnChallenges remain in ensuring data quality for training AI models and integrating AI capabilities with existing systems. Buyers need to evaluate vendors on their AI roadmaps, data governance practices, and ability to deliver tangible results.

AI benefits and ROI

Organizations adopting AI in DaaS and VPN are seeing measurable improvements across key performance metrics.

60%
drop in support tickets
AI-powered troubleshooting and self-healing automation resolve issues proactively, reducing the burden on IT support teams
$23,750
per minute downtime cost reduction
Predictive maintenance and automated failover minimize downtime, saving large enterprises significant costs
77%
reduction in web application attacks
AI-driven threat detection identifies and blocks attacks utilizing stolen credentials in real-time
20-40%
reduction in impact assessment time
DEX monitoring provides real-time visibility into user sessions, allowing IT to quickly identify affected users and locations

Questions to ask about AI

Use these questions when evaluating vendors to assess the depth and maturity of their AI capabilities.

DaaS and VPN RFP guide
  • What AI/ML models power the vendor's core security and performance features?
  • How does the vendor source and update training data for its AI models?
  • What is the vendor's roadmap for future AI capabilities and integrations?
  • How does the vendor address AI bias and ensure explainability in its AI-driven features?

Risks and challenges

Data Security Risks

AI models require access to large datasets, potentially increasing the risk of data breaches and compliance violations. Robust security measures are needed to protect sensitive data used for AI training and inference.

Mitigation

Implement encryption, access controls, and data anonymization techniques.

Integration Complexity

Integrating AI features with existing DAAS and VPN infrastructure can be complex and time-consuming. Lack of pre-built integrations and compatibility issues can hinder AI adoption.

Mitigation

Prioritize vendors with open APIs and pre-built integrations with common IT tools.

Explainability Concerns

The decision-making processes of AI models can be opaque, making it difficult to understand why certain actions are taken. This lack of transparency can raise concerns about bias and fairness.

Mitigation

Choose vendors that provide explainable AI (XAI) capabilities and audit AI models regularly.

Future outlook

The future of DAAS and VPN will be defined by increasingly sophisticated AI capabilities. Emerging technologies like retrieval-augmented generation (RAG) will enable more accurate and contextual AI responses by leveraging company knowledge bases. Multimodal AI will handle text, images, voice, and video together, further enhancing security and user experience.

Buyers should prepare for a future where AI is deeply integrated into core workflows, requiring a focus on AI governance and responsible AI practices.