# Key Differentiators

Radiant is built on a different premise than the tools most security teams have relied on. While legacy SIEM tools generate alerts and stop there, and most AI SOC platforms cap out at a handful of pre-trained scenarios, Radiant triages every alert across your entire stack: known threats, unknown threats, and everything in between, handing analysts a finished investigation and not a queue to work through.

The difference shows up in three areas: coverage that does not leave gaps, response that does not require a separate tool, and log management that does not penalize you for ingesting more data. This article walks through how Radiant compares to other AI SOC platforms and legacy SIEM solutions across each of these dimensions.

### Radiant versus other AI SOC platforms

Most AI SOC platforms on the market are trained on a fixed set of common alert scenarios. Outside of those scenarios, they have no investigative capability and alerts either go unprocessed or fall back to your analysts. Radiant takes a fundamentally different architectural approach: rather than matching alerts to pre-trained playbooks, AI Research Agents dynamically build and execute investigation logic for every alert type, including novel and unknown threats.

<table><thead><tr><th></th><th width="70"></th><th>Other AI SOC Platforms</th><th width="50.5999755859375"></th><th>Radiant</th></tr></thead><tbody><tr><td>Alert coverage</td><td><i class="fa-x">:x:</i></td><td>Limited. Handles only 6-8 common pre-trained scenarios</td><td><i class="fa-check">:check:</i></td><td>Complete. Triages 100% of alerts across all connected sources</td></tr><tr><td>Novel threats</td><td><i class="fa-x">:x:</i></td><td>Requires new training and unable to handle unknown attacks</td><td><i class="fa-check">:check:</i></td><td>AI Research Agents investigate every alert like a senior analyst</td></tr><tr><td>Centralization</td><td><i class="fa-x">:x:</i></td><td>Disjointed tools - separate system for each SOC process</td><td><i class="fa-check">:check:</i></td><td>Unified platform for triage, response, and log management</td></tr><tr><td>Incident response</td><td><i class="fa-x">:x:</i></td><td>Manual response workflows across multiple tools</td><td><i class="fa-check">:check:</i></td><td>Unified platform for triage, response and log Integrated: 1-click and fully automated response built into the platform</td></tr><tr><td>Pricing model</td><td><i class="fa-x">:x:</i></td><td>Usage-based pricing leads to unexpected bills</td><td><i class="fa-check">:check:</i></td><td>Predictable and transparent: priced by security use-case</td></tr><tr><td>Cost-reduction</td><td><i class="fa-x">:x:</i></td><td>Limited cost savings leads to unexpected bills</td><td><i class="fa-check">:check:</i></td><td>Up to 85% less on logging costs</td></tr></tbody></table>

### Radiant versus traditional SIEM solutions

Legacy SIEMs were designed to collect and correlate logs, not to investigate or respond to threats. They surface alerts through rule-based correlation and pass those alerts to analysts for manual triage. This leaves analysts to handle triage manually at a scale that consistently exceeds team capacity. Volume-based pricing compounds the problem: as environments grow, teams are forced to restrict data ingestion to control costs, creating coverage gaps that would otherwise be closed. The result is a platform that generates alert noise, constrains visibility, and requires additional tooling to complete workflows it was never built to finish.

<table><thead><tr><th></th><th width="70"></th><th>Legacy SIEM Solutions</th><th width="67.0999755859375"></th><th>Radiant</th></tr></thead><tbody><tr><td>Alert triage and investigation</td><td><i class="fa-x">:x:</i></td><td>Manual triage workflows with rule-based correlation that requires ongoing tuning</td><td><i class="fa-check">:check:</i></td><td>Agentic AI analysts triage 100% of alerts and auto-investigate with full context</td></tr><tr><td>Data storage and retention</td><td><i class="fa-x">:x:</i></td><td>Pricing forces data sampling and short retention windows</td><td><i class="fa-check">:check:</i></td><td>Unlimited retention and full data ownership with cloud-native storage</td></tr><tr><td>Incident response</td><td><i class="fa-x">:x:</i></td><td>Generates alerts only. Response requires separate tools and manual workflows</td><td><i class="fa-check">:check:</i></td><td>Integrated response: 1-click actions or fully automated actions within the platform</td></tr><tr><td>Pricing and total cost ownership</td><td><i class="fa-x">:x:</i></td><td>Per-GB ingestion fees create unpredictable costs and billing surprises</td><td><i class="fa-check">:check:</i></td><td>60–85% logging cost reduction vs. traditional SIEM-based log storage</td></tr><tr><td>AI and automation</td><td><i class="fa-x">:x:</i></td><td>Static rules require manual updates for new threat patterns</td><td><i class="fa-check">:check:</i></td><td>AI agents investigate novel threats without retraining or rule updates</td></tr><tr><td>Security outcomes</td><td><i class="fa-x">:x:</i></td><td>High false positives and missed threats despite significant investment</td><td><i class="fa-check">:check:</i></td><td>Auto-closes false positives and escalates real threats for faster mean to to respond (MTTR)</td></tr></tbody></table>
