One platform to find, verify, and fix real vulnerabilities
RedStrike unifies reconnaissance, web app testing, CVE matching, and cloud posture under an AI agent orchestration layer — then verifies every result so your team acts on proof, not noise. Continuously, not once a year.
The problem
Why is the annual pentest no longer enough?
A traditional pentest is a photograph of your security on a single day. But you ship code every day, spin up cloud resources every week, and expand your attack surface every quarter.
Coverage decays the moment it ships
The report is stale the instant the next deploy lands. New endpoints, dependencies, and misconfigurations appear between engagements and go untested for months — often the exact window an attacker needs.
Scanners bury you in noise
Signature-only tools dump hundreds of unverified alerts ranked by raw CVSS. Engineers burn days triaging theoretical issues that were never actually exploitable, and stop trusting the queue.
Cloud and code drift apart
App findings live in one tool, cloud posture in another, and compliance evidence in a spreadsheet. Nobody sees the full picture an attacker chains together across all three.
Platform overview
A complete offensive-security core in one workspace
RedStrike runs best-in-class detection engines under an AI orchestration layer, normalizes their output into one data model, and verifies everything before it reaches you.
- Recon, DAST, CVE matching, and multi-cloud CSPM in a single platform
- An agent layer that plans, chains, and adapts each engagement automatically
- Safe, non-destructive verification on every candidate finding
- Live streaming, audit-ready reporting, and the integrations you already run
Module deep dive
What is actually inside the platform?
Five modules, orchestrated as one workflow. Each does one job well — and the agent layer decides how they chain together for your target.
Module 01 · Reconnaissance
Attack-surface discovery and service fingerprinting
What it does
Every engagement starts by building a live inventory of what can actually be tested. Subdomains are enumerated from dozens of passive and active sources, open ports and running services are mapped, and each live host is probed to fingerprint the technology behind it.
Why it matters
You cannot test the exposure you never enumerated. Most breaches begin at an asset security did not know existed — a forgotten staging box, an acquired domain, a service left open to 0.0.0.0/0. Continuous recon closes that gap so nothing testable stays hidden.
- Passive and active subdomain enumeration across your whole footprint
- Port, protocol, and service version fingerprinting
- Technology detection and live-host resolution
Module 02 · Web application testing
DAST and CVE matching against your apps and APIs
What it does
Discovered web assets are handed to a dynamic testing stack: applications are crawled and actively scanned, parameters and content are fuzzed, server misconfigurations are checked, and thousands of CVE and misconfiguration signatures — community and RedStrike-authored — are matched at scale.
Why it matters
Applications change on every deploy, and each change can reintroduce OWASP Top 10 exposure. Running DAST and template matching continuously — instead of once at release — means injection flaws, broken access control, and freshly disclosed CVEs surface within hours of shipping, not at the next audit.
- OWASP Top 10 coverage: injection, access control, SSRF, misconfiguration
- Thousands of CVE and misconfiguration signatures, matched at scale
- TLS and certificate hygiene checks on every exposed endpoint
Module 03 · Cloud posture (CSPM)
Continuous posture management for AWS, Azure & GCP
What it does
RedStrike runs cloud posture as a first-class scan module across your AWS accounts, Azure subscriptions, and GCP projects. Every resource is graded against the CIS Foundations benchmarks and additional best-practice checks for identity, storage, network, and logging — using scoped, read-only role delegation.
Why it matters
Cloud incidents rarely start with a zero-day; they start with a public bucket, an over-permissive IAM role, or an open security group. Posture drift accumulates silently between quarterly reviews. Continuous CSPM catches that drift within a scan cycle and unifies three clouds into one graded view.
- CIS Foundations grading for AWS, Azure, and GCP in one dashboard
- Identity, storage, network, and logging checks correlated with exposure
- Read-only, credential-less scanning via short-lived delegated tokens
Module 04 · Exploitation & verification
Safe, non-destructive proof that a finding is real
What it does
Candidate findings do not go straight to your queue. RedStrike attempts safe, non-destructive validation — for example confirming an injection point in a read-only mode — to prove exploitability before anything is reported. Confirmed issues are scored and enriched with reproduction steps.
Why it matters
False positives are what kill security programs: engineers stop trusting the queue and real issues get buried under theoretical ones. Verifying exploitability before reporting keeps signal high, and gives developers proof they can act on instead of a CVSS number they have to re-investigate.
- Non-destructive exploit confirmation designed to be production-safe
- Reproduction steps and evidence attached to every verified finding
- Deduplication so a recurring issue stays one tracked thread, not fifty alerts
Module 05 · AI agent orchestration
The reasoning layer that plans and chains the whole engagement
What it does
An orchestration layer plans each engagement, selects and sequences the right modules for the target, runs them in parallel across distributed workers, and reasons over the output — using what recon reveals to drive deeper follow-up tests. Progress streams live in real time.
Why it matters
Running a dozen tools by hand, correlating their output, and deciding what to test next is exactly the repetitive work that does not scale. The agent layer behaves like an always-on pentest team: it adapts to each target, parallelizes heavy workloads, and never forgets to re-test after a change.
- Adaptive test selection driven by live recon and earlier findings
- Parallel execution across horizontally-scaled workers
- Live streaming so you watch every test and finding in real time
The workflow
How does an engagement run end to end?
Every target moves through the same closed loop — and because it is continuous, the loop never stops after the first pass.
Discover
Continuous recon maps subdomains, hosts, ports, and cloud assets into a live inventory of what can be tested.
Test
The agent layer runs the right recon, DAST, vulnerability, and cloud posture modules in parallel across distributed workers.
Verify
Candidate findings are safely validated to confirm exploitability and strip out false positives automatically.
Prioritize
Confirmed issues are scored by exploitability and business impact, deduplicated, and ranked by real risk.
Re-test
After remediation, the next continuous run re-checks the fix and closes the loop — no manual re-scan needed.
Verified findings
Why do teams trust the RedStrike queue?
False positives destroy security programs. RedStrike verifies before it reports, so every issue in your queue is worth an engineer's time — and comes with the proof to act on it.
- Safe, non-destructive exploit verification on every candidate finding
- Severity and CVSS scoring with exploitability and business-context prioritization
- Reproduction steps and tailored remediation guidance attached per issue
- Deduplication across scans so a recurring issue stays a single tracked thread
Confirmed, not guessed
Each issue is proven exploitable before it reaches your queue, so noise stays out and trust stays in.
Ranked by real risk
Prioritization weighs exploitability and impact, not raw CVSS — so you fix what an attacker reaches first.
Live streaming
Watch testing modules execute and findings surface in real time as each stage of an engagement completes.
Deduplicated threads
Recurring issues collapse into one thread across scans, so your backlog reflects reality, not repetition.
Audit-ready reports
Export branded HTML and PDF reports with severity, reproduction steps, and remediation blocks, ready to share with stakeholders or auditors.
Framework-mapped
Findings map to SOC 2, ISO 27001, and PCI DSS controls so evidence exports cleanly.
Timestamped trail
Every scan is a durable, timestamped record — continuous proof of testing for customers and audits alike.
Secure by design
Tenant isolation, encryption in transit and at rest, SSO and RBAC. Read our trust & security page.
Reporting & evidence
What do you hand to an auditor or a customer?
Testing is only useful if you can prove it. RedStrike turns every engagement into shareable, framework-aligned evidence — generated automatically, not stitched together the week before an audit.
Integrations
Does it fit the stack you already run?
Verified findings flow to where your team works. Cloud connections are read-only. Everything is available through the API and webhooks.
Explore every connector on the integrations page.
How it compares
RedStrike vs. a traditional pentest vs. a scanner
A single scanner is fast but noisy. A manual pentest is thorough but rare. RedStrike gives you the depth of a pentest at the cadence of a scanner — with verification neither one offers.
| Legacy scanner | Annual pentest | RedStrike | |
|---|---|---|---|
| Coverage cadence | On demand / scheduled | Once or twice a year | Continuous, 24/7 |
| False positives | High — raw, unverified | Low, but slow | Near zero — verified before reporting |
| Exploit verification | None | Manual | Automated & non-destructive |
| Cloud posture (CSPM) | Rarely | Out of scope usually | AWS, Azure & GCP built in |
| Time from deploy to finding | Next scheduled run | Next engagement | Hours |
| Cost to scale coverage | Linear per scan | Steep — more pentester days | Flat — add targets, not headcount |
| Prioritization | Raw CVSS | Expert judgment | Exploitability + business impact |
| Audit evidence | Manual export | Single-point-in-time report | Continuous, framework-mapped |
Use cases
Who runs RedStrike, and why?
One platform, mapped to the teams that own risk — from the engineers shipping code to the MSSPs securing dozens of clients at once.
For AppSec teams
Shift testing left of the annual pentest. Every merge and deploy is covered by continuous DAST and CVE matching, and verified findings land in Jira and GitHub with reproduction steps developers can act on.
Continuous pentesting →For Cloud & platform teams
Unify AWS, Azure, and GCP posture in one graded dashboard. Catch a newly public bucket or over-broad IAM role within a scan cycle instead of a quarter — with read-only access and no keys to hand over.
Cloud security (CSPM) →For Compliance & GRC
Turn testing you already run into timestamped, framework-mapped evidence for SOC 2, ISO 27001, and PCI DSS. Walk into an audit with a closed remediation loop instead of a last-minute screenshot scramble.
Compliance evidence →For MSSPs & consultancies
Deliver always-on testing to every client from one multi-tenant platform. Isolated tenants, branded reports, and orchestration mean you scale coverage across engagements without scaling pentester headcount.
See plans →Outcomes
What changes when testing never stops?
FAQ
Frequently asked questions
Everything you need to know about how the RedStrike platform works.
What is the RedStrike platform?
RedStrike is an AI-driven offensive security platform that continuously discovers your attack surface, runs recon, DAST, vulnerability, and cloud posture scans through an agent orchestration layer, verifies findings to remove false positives, and delivers prioritized, remediation-ready results across your apps, network, and AWS/Azure/GCP.
How does the AI agent orchestration actually work?
An orchestration layer plans each engagement, selects and sequences the right scan modules for the target, runs them in parallel across distributed workers, and streams live output. Agents adapt follow-up tests based on what recon and earlier scans reveal — behaving like an always-on pentest team rather than a single tool.
What does RedStrike test?
Recon maps your external attack surface — subdomains, assets, ports, and services. Web/DAST tests applications and APIs for injection, misconfiguration, and known CVEs. Vulnerability matching covers CVEs and TLS/crypto hygiene. Cloud posture covers AWS, Azure, and GCP. Everything is normalized into one consistent workflow and data model.
What does 'verified findings' mean, and why does it matter?
Every candidate vulnerability passes a safe, non-destructive verification step that attempts to confirm exploitability before it is reported. This removes the flood of false positives typical of raw scanners, so engineers only spend time on issues that are actually exploitable — which is what keeps teams trusting the queue.
How is RedStrike different from a traditional vulnerability scanner?
Traditional scanners run point-in-time and flood you with unverified output ranked by raw CVSS. RedStrike runs continuously, chains multiple detection engines with AI orchestration, safely verifies exploitability, prioritizes by real risk, and adds cloud posture and audit evidence — closer to an always-on pentest team than a single scanner.
Is it safe to run against production systems?
Yes. Exploit verification uses non-destructive validation designed to confirm impact without damaging data or availability. You control scope and scheduling, every engagement requires you to confirm authorization first, and each run streams live so you can watch exactly what executes.
Does RedStrike integrate with our existing workflow?
Yes. RedStrike pushes verified findings to Slack, Jira, GitHub, PagerDuty, Microsoft Teams, and any endpoint via webhooks, and connects to AWS, Azure, and GCP for cloud scanning. See the integrations page for the full list and the API.
How does RedStrike handle scale and concurrency?
The platform is built for high concurrency: heavy testing workloads fan out across horizontally-scaled workers with resource limiting, and results stream back in real time — so large engagements stay fast and multi-tenant isolation stays intact.
Can RedStrike produce compliance evidence?
Yes. Verified findings and cloud posture checks map to SOC 2, ISO 27001, and PCI DSS controls, and RedStrike exports audit-ready HTML and PDF reports as evidence. See the compliance solution page for the framework mapping.
Do we need to install agents on our systems?
No. Attack-surface discovery and application testing are fully external and agentless — you provide targets you own or are authorized to test. Cloud posture scanning uses a scoped, read-only role you create, so no agents run on your hosts and no long-lived secrets leave your environment.
Ready to see what attackers see?
Start continuous, AI-driven security testing in minutes — no agents, no long procurement.