Too many alerts, too little context
Signals arrive from disconnected tools. Analysts must distinguish meaningful incidents from repeated alerts before they can act.
SECURITY OPERATIONS CENTER
A connected SOC.
From alert to recovery.
A security operations center monitors threats, investigates incidents and coordinates response. Prajnera helps the team carry that work across systems with shared evidence and consistent workflows.
THE SOC CHALLENGE
Security teams need context,
capacity and control.
Manual investigation and response
Collecting evidence and handing cases between teams slows containment and increases the burden on analysts.
Limited analyst capacity
Specialist time goes into repetitive triage, while deeper investigations and proactive hunting compete for attention.
Blind spots across the environment
Missing logs, untested detections and fragmented asset data can leave the SOC with an incomplete view.
AI agents extend the security boundary
An agent may read sensitive data, invoke tools and change systems. Its identity, permissions and actions need security oversight.
Accountability becomes harder
Teams need to reconstruct why an action happened, which evidence informed it and whether a person approved it.
THE NEXT SECURITY RESPONSIBILITY
AI agents belong in the SOC’s view.
Protecting endpoints and identities is only part of the picture when AI agents can act through them. Agent activity should connect to the same investigation and escalation processes used for other security events.
For an enterprise agent, investigate which data it accessed and which tools it called. For a SOC agent, inspect the evidence and authorisation behind a proposed response. In both cases, preserve an attributable record.
Explore AI agent monitoringNINE OPERATIONAL DOMAINS
The work of the SOC, connected.
SIEM operations
Manage alert triage, detection coverage and log-source health.
EDR / XDR operations
Investigate process activity, sweep indicators and coordinate endpoint containment.
Incident response
Move from scope and severity assessment to approved mitigation and verified recovery.
Threat hunting
Run intelligence-driven hunts on a schedule or in response to a new advisory.
Threat intelligence
Normalise indicators and add actor, campaign and technique context to investigations.
Vulnerability management
Connect technical findings to asset exposure, owners and verified remediation.
SOAR & automation
Execute coordinated playbooks across security and service management tools.
Security engineering
Generate, tune and validate detections against the telemetry available.
Governance & reporting
Maintain evidence and explain operational performance to leadership.
EXAMPLE WORKFLOWS
Start with the risks you face.
Phishing and endpoint compromise
Correlate suspicious email activity with endpoint execution. Investigate the URL, process tree and affected identities. Route containment for approval, then purge malicious mail, block indicators and validate recovery.
Identity and account abuse
Review login history, location and MFA context for suspicious authentication. Investigate credential abuse and propose session revocation or account controls under your response policy.
Critical vulnerability advisory
Parse an advisory, match affected products to asset data and search for indicators or exploit behaviour. Track exposed systems through mitigation, patching and verification.
New or unmanaged device
Detect and fingerprint a device, enrich ownership and criticality, recommend collection methods and validate that relevant logs and detections are active.
YOUR NEXT STEP
Let’s discuss your SOC and AI agents.
Define the security workflows, agent visibility and human controls your environment needs.