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From Alerts to action
‍All In One Platfrom

From threat detection to rapid response, everything in one platform.
Prioritize alerts, contain attacks, and reduce real risk effortlessly.
By Persona
Different solutions for different personas.
By Industry
orchestrate security across the full SaaS.
Workflow Examples
Prebuilt workflows, Start them out!

SOLUTIONS

How Soren works for
Soren For Roles
SecOpsAppSecCompliance & GRCSecurity architect
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Different Roles
industries

Security Opertations (SECOPS)

Security Operations teams live and die by speed, accuracy, and consistency. Your mission is to detect real threats early, contain them before they spread, and do it without burning out analysts with alert fatigue. Our platform automates the highest-friction SecOps workflows end-to-end, turning reactive firefighting into coordinated, measurable response.
The
Problem
Some Triages that most of SecOps face:
Phishing Triage & Response Automation
Endpoint Malware Triage & Containment
Conditional network isolation
Vulnerability Management Triage
Security Incident Orchestration
Mission of
SecOps
Your mission is to detect real threats early, contain them before they spread, and do it without burning out analysts with alert fatigue.
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Platform
How We Help You?
Our platform automates the highest-friction SecOps workflows end-to-end, turning reactive firefighting into coordinated, measurable response.

Problems & Solutions

How Can We Help You?
Phishing & Response Automation
Endpoint Malware
Vulnerability Management
Security Incident Orchestration
About workflow

Why It Matters & How Can We Help?

How Can We Help?
Phishing remains the #1 initial access vector for SaaS and tech enterprises. but not all phishing risk is equal. A failed response on a high-privilege executive account can be catastrophic, while the same attack on a low-impact user may carry limited risk. At the same time, phishing no longer arrives only through email. Attackers increasingly use chat platforms, fake web forms, SMS, and social engineering combined with dark-web infrastructure to bypass traditional controls. A single missed signal across any of these channels can still lead to credential theft, ransomware, and large-scale compromise.
The Challenge
Traditional phishing automation treats every alert exactly the same and relies primarily on user-reported email or gateway detection. Manual header analysis, URL reputation checks, sandbox detonations, mailbox searches, and inbox purges consume massive analyst time. More critically, lack of asset context and limited ingestion channels result in either over-automation that disrupts business or under-response that leaves high-value assets exposed.
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Workflow overview

How this workflow works?

We orchestrate a risk-adaptive, multi-channel phishing response that combines prevention and real-time containment
Multi-channel ingestion
Signals from email gateways, user reports, chat systems (Slack/Teams), web reporting forms, browser-based reporting, threat-intel feeds monitoring
Automatic header parsing and IOC extraction
across all message types
Real-time threat intelligence, URL detonation, and attachment sandboxing
Asset-aware risk scoring
Each event is enriched with user role, device criticality, identity privilege, and data access level
Environment-wide scope discovery
across mailboxes, SaaS sessions, endpoints, and cloud identity logs
Automated inbox purging, URL blocking, and domain takedown workflows
Built-in user notification and adaptive security awareness feedback
Risk-Adaptive
Response
High-impact targets
Automatic isolation
Credential resets
Session revocation
Lower-risk targets
Sandbox-first
Analyst-reviewed containment

Result

phishing incidents detected in under 2 minutes, scoped in under 5 minutes
Cutting MTTR by up to 80% while reducing analyst workload by more than half
About workflow

Why It Matters & How Can We Help?

We automate the full investigation and containment flow
How Can We Help?
Endpoint alerts are often your first signal of active compromise. Rapid isolation prevents lateral movement and data exfiltration.
The Challenge
Analysts must pivot across EDR, CMDB, identity, and network logs just to assemble context all while the attacker is still active.
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Try For Free
Workflow overview

How this workflow works?

We automate the full investigation and containment flow
Instant enrichment with user, device, and asset criticality
Automated process tree reconstruction
Conditional network isolation
Forensic artifact collection and IOC harvesting
Lateral movement and identity compromise checks

Result

Consistent, analyst-grade response at machine speed
About workflow

Why It Matters & How Can We Help?

How Can We Help?
Unpatched vulnerabilities remain one of the most reliable initial access vectors. But raw scanners produce overwhelming noise.
The Challenge
SecOps teams drown in thousands of findings that lack prioritization, ownership, and fix-context.
Book A Demo
Try For Free
Workflow overview

How this workflow works?

We turn raw scanner output into actionable remediation
Automatic de-duplication and historical comparison
Asset-to-owner mapping via CMDB and cloud inventory
Threat-intel-aware risk prioritization
Ticket aggregation by real “fix action” (not one ticket per CVE)
SLA tracking, breach escalation, and risk acceptance workflows

Result

Real risk reduction instead of endless ticket churn
About workflow

Why It Matters & How Can We Help?

How Can We Help?
uring a real breach, chaos is the enemy. Every minute of confusion increases business impact and legal exposure, our workflows fix it.
The Challenge
War rooms, evidence collection, stakeholder coordination, and regulatory obligations are still largely manual.
Book A Demo
Try For Free
Workflow overview

How this workflow works?

We provide structured, compliant incident orchestration
Automatic incident declaration and severity assignment
War-room creation with stakeholders pre-mapped
Evidence preservation and legal hold workflows
Containment, eradication, and recovery tracking
Post-incident reporting and control remediation tracking

Result

Predictable response under extreme pressure

Application Security (AppSec)

AppSec teams must protect production at the speed of development. The only way to succeed is to embed security directly into developer workflows without slowing delivery.
The
Problem
Some Triages that most of AppSecs face:
SAST & Pull Request Security Gates
Secrets Detection & Key Rotation
Infrastructure-as-Code (IaC) Security
Dependency & Supply Chain Security (SCA)
Runtime & API Protection
Mission of
AppSec
AppSec’s mission is to identify, prevent, and mitigate security vulnerabilities in applications to protect users and sensitive data.
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Platform
How We Help You?
We automate security across the entire SDLC  from code to cloud to runtime.

Problems & Solutions

How Can We Help You?
SAST & PR Security Gates
Secrets Detection & Key Rotation
IaC Security
SCA
Runtime & API Protection
About workflow

Why It Matters & How Can We Help?

How Can We Help?
Most exploitable vulnerabilities originate in source code. Catching them at PR time is exponentially cheaper than fixing them in production, Soren's workflows help you with that.
The Challenge
Traditional scanners overwhelm developers with noise, create friction, and slow CI pipelines.
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Workflow overview

How this workflow works?

We deliver developer-native, low-friction security gates
Automated false-positive suppression workflows
Severity-aware PR blocking only on true risk
Inline GitHub/GitLab code annotations
Diff-based scanning for speed
Real-time remediation guidance

Result

Security becomes a natural part of code review
About workflow

Why It Matters & How Can We Help?

We automate the full investigation and containment flow
How Can We Help?
Endpoint alerts are often your first signal of active compromise. Rapid isolation prevents lateral movement and data exfiltration.
The Challenge
Analysts must pivot across EDR, CMDB, identity, and network logs just to assemble context all while the attacker is still active.
Book A Demo
Try For Free
Workflow overview

How this workflow works?

We automate the full investigation and containment flow
Instant enrichment with user, device, and asset criticality
Automated process tree reconstruction
Conditional network isolation
Forensic artifact collection and IOC harvesting
Lateral movement and identity compromise checks

Result

Consistent, analyst-grade response at machine speed
About workflow

Why It Matters & How Can We Help?

How Can We Help?
Unpatched vulnerabilities remain one of the most reliable initial access vectors. But raw scanners produce overwhelming noise.
The Challenge
SecOps teams drown in thousands of findings that lack prioritization, ownership, and fix-context.
Book A Demo
Try For Free
Workflow overview

How this workflow works?

We turn raw scanner output into actionable remediation
Automatic de-duplication and historical comparison
Asset-to-owner mapping via CMDB and cloud inventory
Threat-intel-aware risk prioritization
Ticket aggregation by real “fix action” (not one ticket per CVE)
SLA tracking, breach escalation, and risk acceptance workflows

Result

Real risk reduction instead of endless ticket churn
About workflow

Why It Matters & How Can We Help?

How Can We Help?
uring a real breach, chaos is the enemy. Every minute of confusion increases business impact and legal exposure, our workflows fix it.
The Challenge
War rooms, evidence collection, stakeholder coordination, and regulatory obligations are still largely manual.
Book A Demo
Try For Free
Workflow overview

How this workflow works?

We provide structured, compliant incident orchestration
Automatic incident declaration and severity assignment
War-room creation with stakeholders pre-mapped
Evidence preservation and legal hold workflows
Containment, eradication, and recovery tracking
Post-incident reporting and control remediation tracking

Result

Predictable response under extreme pressure
How Soren Orchestrates Full CI/CD Pipeline
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#made by community

+300 Plugins

Join Soren on slack , you can collaborate with community there
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PreMade Workflows

Workflow Examples

VULNERABILITY MANAGEMENT IN CI/CD
CVE RESPONSE AUTOMATION
VULNERABILITY MANAGEMENT IN CI/CD
Workflow's goal
Prevent exploitable vulnerabilities from reaching production without slowing developer velocity
Control Type
Preventive + Risk-informed blocking
Scope
PR → Build → Test → Deploy

A. High-Level Architecture (Control Planes)

Ingress signals
GitHub/GitLab PR Webhooks

CI Pipeline Events (Build Start / Success / Failure)

Dependency Manager (package.json, pom.xml, go.mod)

IaC Manifests (Terraform, Helm)
Security Processing Layer
SAST Engine

SCA Engine

IaC Scanner

Reachability Engine

Policy Engine
Decision Outputs
PR Status Checks

Inline Code Comments

Jira Tickets (Grouped by Fix Action)

Runtime Virtual Patch Requests (WAF)

B. End-to-End Orchestration with Data Flow

STEP 1 — PR Event Ingestion
Trigger: Developer opens or updates a Pull Request.
Inbound Data
{
  "event_type": "pull_request",
  "repo": "payments-api",
  "pr_id": 812,
  "commit_sha": "a91f3e",
  "changed_files": [
    "src/payment/processor.java",
    "pom.xml",
    "infra/sg.tf"
  ],
  "author": "j.smith"
}
File classifier routes:
java        →      SAST
‍pom.xml →      SCA
.tf          →      IaC Security
STEP 2 — Parallel Security Scanning
All scanners run in parallel to avoid CI slowdown.
2.1 SAST Device
Input
Git diff (not full repo)
Output
{
  "type": "sast_finding",
  "file": "processor.java",
  "line": 214,
  "rule": "SQL_INJECTION",
  "severity": "HIGH",
  "fingerprint": "abc123"
}
2.2 SCA Device
Input
Git diff (not full repo)
Output
{
  "dependency": "org.apache.commons:commons-collections",
  "version": "3.2.1",
  "cve": "CVE-2015-6420",
  "cvss": 9.8,
  "fix_version": "3.2.2"
}
2.1 SAST Device
Input
Git diff (not full repo)
Output
{
  "type": "sast_finding",
  "file": "processor.java",
  "line": 214,
  "rule": "SQL_INJECTION",
  "severity": "HIGH",
  "fingerprint": "abc123"
}
STEP 1 — PR Event Ingestion
Trigger: Developer opens or updates a Pull Request.
Inbound Data
{
  "event_type": "pull_request",
  "repo": "payments-api",
  "pr_id": 812,
  "commit_sha": "a91f3e",
  "changed_files": [
    "src/payment/processor.java",
    "pom.xml",
    "infra/sg.tf"
  ],
  "author": "j.smith"
}
STEP 1 — PR Event Ingestion
Trigger: Developer opens or updates a Pull Request.
Inbound Data
{
  "event_type": "pull_request",
  "repo": "payments-api",
  "pr_id": 812,
  "commit_sha": "a91f3e",
  "changed_files": [
    "src/payment/processor.java",
    "pom.xml",
    "infra/sg.tf"
  ],
  "author": "j.smith"
}
STEP 1 — PR Event Ingestion
Trigger: Developer opens or updates a Pull Request.
Inbound Data
{
  "event_type": "pull_request",
  "repo": "payments-api",
  "pr_id": 812,
  "commit_sha": "a91f3e",
  "changed_files": [
    "src/payment/processor.java",
    "pom.xml",
    "infra/sg.tf"
  ],
  "author": "j.smith"
}
STEP 1 — PR Event Ingestion
Trigger: Developer opens or updates a Pull Request.
Inbound Data
{
  "event_type": "pull_request",
  "repo": "payments-api",
  "pr_id": 812,
  "commit_sha": "a91f3e",
  "changed_files": [
    "src/payment/processor.java",
    "pom.xml",
    "infra/sg.tf"
  ],
  "author": "j.smith"
}
See It In Action

In Soren , we provide the best 24/7 Support to you !

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Transparent pricing plans

Basic
Small businesses, startups, and security-conscious developers.
60$
Per month
100$ Per month
  • API Attack Surface Discovery
  • Automated Threat Modeling (LLM-based)
  • Basic Phishing Email Threat Intelligence Feed
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Book a demo
Popular
Standard
Small businesses, startups, and security-conscious developers.
90$
Per month
100$ Per month
  • API Attack Surface Discovery
  • Automated Threat Modeling (LLM-based)
  • Basic Phishing Email Threat Intelligence Feed
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  • API Attack Surface Discovery
Book a demo
premium
Small businesses, startups, and security-conscious developers.
90$
Per month
100$ Per month
  • API Attack Surface Discovery
  • Automated Threat Modeling (LLM-based)
  • Basic Phishing Email Threat Intelligence Feed
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Platinum
Small businesses, startups, and security-conscious developers.
90$
Per month
100$ Per month
  • API Attack Surface Discovery
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  • Automated Threat Modeling (LLM-based)
  • Basic Phishing Email Threat Intelligence Feed
  • API Attack Surface Discovery
Book a demo
Yearly
10 %
Monthly

WE BRING THE GLUE You Bring The Tools

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Contact with support using this email : support@sorenhq.com
Contact with support using this email : support@sorenhq.com
Contact with support using this email : support@sorenhq.com
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