securityContext + Splunk
Transform Splunk security analytics into searchable organizational intelligence with an enterprise-grade knowledge graph
OVERVIEW
Splunk ingests terabytes of machine data daily -- security events, application logs, infrastructure metrics, and network telemetry. Security teams build sophisticated dashboards, create detection rules, and develop runbooks that represent years of accumulated security intelligence. But this knowledge is siloed within Splunk. When a security analyst needs to understand why a specific detection rule was created, what incident prompted a particular dashboard, or how a previous threat was investigated, they must manually search through Splunk's event data, cross-reference with ticketing systems, and ask colleagues who may have left the organization.
Context connects to your Splunk deployment and extracts the organizational knowledge embedded in saved searches, dashboards, detection rules, notable events, and investigation notes. Using permission-aware indexing that respects your Splunk role-based access controls, Context builds a knowledge graph that maps relationships between security events, investigations, analysts, detection logic, and the broader operational context from your entire tool stack.
Unlike cloud-based search tools that require your security data to traverse external networks, Context deploys entirely on your infrastructure -- on-premise, in your VPC, or in air-gapped environments. Your Splunk data, detection rules, and investigation artifacts never leave your control. For defense contractors operating under ITAR restrictions, intelligence agencies with classified networks, and financial institutions under SOC 2 and PCI-DSS requirements, this architectural decision is non-negotiable. Context meets these constraints by design, providing a connected knowledge graph over your security operations data without any data exfiltration risk. Every answer Context provides is backed by citations to specific Splunk events, saved searches, or investigation records, ensuring full traceability for audit and compliance purposes.
KEY CAPABILITIES
Key Capabilities
- 01Permission-aware indexing of Splunk saved searches, dashboards, and detection rules that respects role-based access controls and app-level permissions
- 02Investigation knowledge preservation that captures the analytical reasoning, pivot steps, and conclusions from security investigations, not just the raw event data
- 03Detection rule context mapping that links saved searches and correlation rules to the threats they detect, the incidents that prompted their creation, and the analysts who maintain them
- 04Cross-tool threat intelligence linking that connects Splunk security events to related PagerDuty incidents, Jira tickets, Slack discussions, and Confluence runbooks automatically
- 05Dashboard knowledge extraction that indexes the intent and context behind Splunk dashboards, making security monitoring logic searchable alongside the data it visualizes
USE CASES
Use Cases
Security Operations Knowledge Continuity
Security teams build detection rules and investigation playbooks over years, but the reasoning behind them -- why a specific SPL query uses particular thresholds, which incident prompted a detection rule, or how an analyst investigated a false positive pattern -- lives in the heads of individual analysts. Context preserves this institutional knowledge in the knowledge graph. When an analyst leaves or rotates off a project, the team retains full access to the investigative logic and operational context behind every saved search, dashboard, and detection rule, with citations back to the original Splunk artifacts.
Threat Investigation Acceleration
When a new security alert fires, analysts need to understand whether similar patterns have been seen before and how they were investigated. Context connects Splunk notable events and investigation notes to related incidents across your security stack. An analyst can ask "have we seen this lateral movement pattern before?" and get citation-backed results referencing specific Splunk investigations, the detection rules that caught previous instances, the Jira tickets that tracked remediation, and the Confluence pages that documented threat actor TTPs -- all within seconds.
Detection Engineering Governance
As detection rule libraries grow into the hundreds, teams lose visibility into coverage gaps, rule overlaps, and the operational context behind specific detections. Context maps the relationships between detection rules, the threats they address, the data sources they depend on, and the incidents that validated them. Security leadership can query the knowledge graph to understand detection coverage across the MITRE ATT&CK framework, identify rules that have never fired, and trace the provenance of every detection back to the intelligence or incident that justified its creation.
Compliance Evidence Collection for Security Audits
Auditors need evidence that security monitoring controls are effective -- that detection rules exist for required threat categories, that alerts are investigated within SLA, and that incidents are properly documented. Context connects Splunk detection rules and notable events to the Jira tickets tracking investigations, the Slack conversations where analysts coordinated responses, and the Confluence pages documenting procedures. Compliance teams can generate audit evidence packages by querying the knowledge graph instead of manually assembling documentation from multiple systems.
HOW IT WORKS
How It Works
DATA FLOW
SECURITY & COMPLIANCE
Security & Compliance
SOC 2 Type II
GDPR
HIPAA
ISO 27001DEPLOYMENT
Deployment Options
DEPLOYMENT ARCHITECTURE
FREQUENTLY ASKED QUESTIONS
Frequently Asked Questions
How does Context connect to Splunk?
Context integrates with Splunk through the platform's REST API using a dedicated service account with read-only permissions. Once configured, Context indexes saved searches, dashboards, detection rules, notable events, and investigation artifacts. The connection is read-only -- Context never modifies your Splunk data or configurations. All indexing and processing happens on your infrastructure, whether deployed on-premise, in your VPC, or in an air-gapped environment.
Does Context index raw Splunk event data?
Context focuses on indexing the knowledge artifacts in Splunk -- saved searches, dashboards, detection rules, notable events, investigation notes, and knowledge objects -- rather than raw log data. This approach captures the analytical intelligence your security team has built on top of Splunk, making the reasoning and context behind security operations searchable. Raw event data remains in Splunk and is referenced through citations when relevant.
Can Context work in air-gapped environments with Splunk?
Yes. Context is designed for deployment in air-gapped and classified environments. It runs entirely on your infrastructure with no external network dependencies. For defense contractors and intelligence organizations operating Splunk on classified networks, Context can be deployed alongside Splunk within the same security boundary. All knowledge graph processing occurs locally, and no data leaves your controlled environment.
How does Context handle Splunk role-based access controls?
Context respects Splunk's role-based access control model. When a user searches through Context, they only see results from Splunk artifacts they would have access to in Splunk itself. This permission-aware indexing ensures that restricted detection rules, classified investigation notes, and sensitive security dashboards are never exposed to unauthorized users in search results.
Can Context link Splunk data to other security tools?
Yes. Context's knowledge graph automatically links Splunk artifacts to related content in other connected tools. A Splunk detection rule is linked to the PagerDuty alert workflow it triggers, the ServiceNow incident it generates, the Slack channel where analysts discuss alerts, and the Confluence runbook that documents the response procedure. This cross-tool linking happens automatically through entity extraction and relationship mapping.
What Splunk deployment models does Context support?
Context supports all Splunk deployment models including single-instance, distributed search head clusters, and Splunk Cloud. For Splunk Enterprise deployments, Context connects directly to the search head. The integration works with Splunk Enterprise Security (ES) for indexing notable events and investigation data. Context's on-premise deployment ensures compatibility with the most restrictive Splunk architectures.
SETUP OVERVIEW
Setup Overview
Connecting Splunk to Context requires Splunk administrator access and typically takes around 30 minutes. The process involves creating a dedicated service account with read-only access to relevant Splunk apps and indexes, configuring API access for Context, and selecting which knowledge objects and event types to index. Context handles the rest -- indexing begins automatically and the knowledge graph starts building within minutes. No changes to your Splunk deployment configuration or analyst workflows are required.
RELATED INTEGRATIONS
Related Integrations
ServiceNow
Connect Context to ServiceNow to extract institutional knowledge from IT service management workflows, incident records, and change requests. On-premise deployment with permission-aware indexing.
PagerDuty
Connect Context to PagerDuty to extract incident response knowledge from alerts, escalation policies, and post-incident reviews. On-premise deployment with permission-aware indexing.
Slack
Connect Context to Slack to surface organizational knowledge buried in conversations, threads, and channels. Permission-aware indexing with on-premise deployment.
Jira
Connect Context to Jira to transform tickets, epics, and project history into connected organizational knowledge. Permission-aware indexing with on-premise deployment.
Confluence
Connect Context to Confluence to link documentation, design decisions, and team knowledge to every tool in your stack. Permission-aware indexing with on-premise deployment.
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