# Scalable Security Operations and Enhanced Threat Detection at Splunk’s .conf26

> Splunk's live SOC at .conf26 exemplified cutting-edge cybersecurity by integrating autonomous agents and real-time data streams, transforming threat detection. This innovative architecture not only protected attendees but also set a benchmark for future security operations.

**Source**: blogs.cisco.com | **Published**: 2026-10-08 | **Type**: article

## Key Facts

- Splunk's SOC managed 5,145 attendees, showcasing scalability in real-time security operations.
- Cisco's Unified Events improved threat detection, reducing false positives and enhancing response times.
- Advanced Logging in JSON format streamlined data flow, cutting SIEM ingest tax and boosting efficiency.
- AgenticOps optimizes firewall management, revealing a competitive edge in operational cost savings.
- AI Canvas fosters collaboration, indicating a strategic shift towards integrated security and network operations.

## Summary

At Splunk's .conf26 event in Denver, the company showcased a live Security Operations Center (SOC) that effectively protected over 5,145 attendees from 70 countries. This initiative was not just about managing high traffic volumes but demonstrated a sophisticated architectural approach to security operations. By integrating advanced technologies and methodologies, Splunk illustrated how organizations can enhance their cybersecurity posture in an increasingly complex threat landscape.

The SOC was built around a multi-stage agentic pipeline that included live telemetry feeds into Splunk Enterprise Security, autonomous triage agents for rapid analysis, and Cisco Cloud Control for enforcing confidence gates. This architecture allowed human analysts to focus on crucial response decisions, significantly improving the efficiency of threat detection and response. The firewall served as the initial signal engine, emphasizing the importance of high-quality data capture to maximize inspection depth without introducing latency.

In the context of modern enterprise networks, where encrypted traffic is prevalent, traditional firewall rules often generate excessive noise, making it challenging to identify genuine threats. Cisco's approach, particularly through the use of its Secure Firewall 10, transformed raw connection logs into meaningful behavioral narratives. This shift is critical as it enables security teams to derive actionable insights from firewall telemetry, thereby enhancing the overall effectiveness of threat detection.

Cisco Cloud Control played a pivotal role by unifying disparate data streams into a cohesive view, known as Unified Events. This integration allows firewall administrators to monitor application identities and correlate security events seamlessly. By prioritizing high-impact classifications and grouping related events, the system enhances visibility into lateral movements and active scanning attempts. Such capabilities are vital for organizations aiming to stay ahead of sophisticated cyber threats.

The operational efficiency of the SOC was further enhanced through advanced logging techniques that delivered structured telemetry directly into Splunk Enterprise Security. This approach not only streamlined data ingestion but also facilitated a more comprehensive understanding of incidents by combining firewall signals with endpoint and cloud telemetry. As a result, security analysts could trace attack vectors more quickly and accurately, reducing the time to respond to threats.

Looking ahead, the integration of AI within Cisco Cloud Control signals a transformative shift in cybersecurity management. The introduction of AgenticOps and AI Canvas enables a collaborative environment where human operators and AI agents work together to resolve incidents. This evolution is significant as it blurs the lines between network engineering and security operations, allowing for a more holistic approach to cybersecurity. Organizations that adopt this integrated model can expect to enhance their operational resilience and agility in responding to emerging threats.

As the cybersecurity landscape continues to evolve, the ability to leverage unified platforms and AI-driven insights will become increasingly essential. Companies that invest in these technologies will not only improve their threat detection capabilities but also position themselves to respond proactively to the dynamic nature of cyber threats. The strategic implications are clear: organizations must prioritize the integration of their security operations to stay competitive and secure in a rapidly changing environment.

## Entities

- **Companies**: Splunk, Cisco
- **Products**: Splunk Enterprise Security, Cisco Cloud Control, Secure Firewall 10, Snort 3, Encrypted Visibility Engine
- **Technologies**: AI, JSON, Cloud-Delivered Firewall Management Center
- **Organizations**: Security Operations Center, Network Operations Center

## Key Concepts

Agentic pipeline, Firewall telemetry, Unified Events, Threat detection, Advanced Logging, AI Canvas, Incident narrative, Behavioral inspection

## Definitions

- **Agentic pipeline**: A multi-stage workflow that integrates human analysts and autonomous agents for efficient security operations.
- **Unified Events**: A feature within Cisco Cloud Control that consolidates various firewall telemetry into a single cohesive view.
- **Advanced Logging**: A method of streaming structured telemetry in JSON format directly into Splunk Enterprise Security.
- **Encrypted Visibility Engine**: A technology that inspects encrypted traffic without the overhead of SSL decryption.
- **AI Canvas**: A collaborative workspace where human operators and AI agents work together to resolve complex security incidents.

## Use Cases

- Monitoring live capture the flag attack simulations
- Enhancing threat detection through behavioral stories
- Streaming structured telemetry into Splunk for analysis
- Optimizing firewall health with AI intelligence
- Collaborating on incident resolution using AI Canvas
- Identifying malicious processes in encrypted traffic

## Frequently Asked Questions

**What is the role of the Security Operations Center (SOC) at events?**

The SOC monitors and protects the network during events by analyzing traffic and responding to security incidents in real-time. It ensures the safety of attendees and the integrity of the network.

**How does Cisco Cloud Control enhance firewall management?**

Cisco Cloud Control unifies various firewall management tasks into a single console, allowing for streamlined operations and improved focus on active investigations. It helps in optimizing firewall health and reducing redundant log volume.

**What is the significance of Advanced Logging in security operations?**

Advanced Logging allows firewalls to stream structured telemetry directly into Splunk, providing standardized data for analysis. This improves the efficiency of security operations by delivering high-fidelity data without overwhelming the SOC.

**How does the Encrypted Visibility Engine (EVE) work?**

EVE inspects encrypted traffic by analyzing handshakes and packet dynamics, identifying malicious activities without the need for SSL decryption. This allows for high-confidence threat detection while maintaining performance.

**What benefits does AI Canvas provide to security teams?**

AI Canvas facilitates collaboration between human operators and AI agents, enabling teams to resolve complex incidents more effectively. It preserves the context of investigations, ensuring seamless communication and decision-making.

## Links

- [Read on Welcome.AI](https://welcome.ai/content/scalable-security-operations-and-enhanced-threat-detection-at-splunks-conf26)
- [Original source](https://blogs.cisco.com/security/conf26-agentic-soc-firewalls)
- [Cisco](https://welcome.ai/company/cisco): Featured company

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Source: Welcome.AI | https://welcome.ai/content/scalable-security-operations-and-enhanced-threat-detection-at-splunks-conf26