Investigation · Board Report · Threat Hunt — now live
Changelog
v1.5 · AUTONOMOUS AGENTS LIVE

Provethe breach beforethey take it.

Your scanner returns four thousand findings. Three of them reach your production database. xsee proves exactly those three — then signs each path off the moment it's closed.

2 MIN TO CONNECT·READ-ONLY IAM·NO AGENTS·DATA STAYS IN AWS
Live evidence · acme-prodsigned
LIVE
us-east-1 · acme-prod
  • Attack paths mapped
    14
  • Reachable to prod data
    3
  • Live exploit sims
    2
  • Closed & signed today
    8
13:42:07 · new path · alb-prod-edge → svc-app
Path · live evidence

Watch a breach path build itself.

01See
02Chain
03Prove
04Close
INTERNETPublic0.0.0.0/0ALBEdge LBalb-prod-edgeEC2App serveri-0a3f2c8dIAM ROLEsvc-appsvc-app-prodTARGETProd DBprod-postgresHTTP 443forwardsts:AssumeRolerds:ConnectSIGNEDPath closed · receipt #4f2a1.2s · 4 hops · 92% conf.
BREACH PATH · 4 HOPS·EVIDENCE: AWS CLOUDTRAIL
1.2s · scan-to-proof·4 hops · Internet → RDS·92% exploit confidence
See full receipt

Works with your stack

XSEE plugs into the tools your security team already runs

Cloud, identity, and observability platforms — generating signed Receipts across your existing workflow.

Integrations include Google Cloud, GitHub, Okta, Datadog, Splunk, Cloudflare, Kubernetes, Terraform, Snowflake, Jira, GitLab, PagerDuty, Grafana, Elastic, Docker, Jenkins, Prometheus, Sentry.

The core problem

Every cloud security tool tells you what's wrong.None of them prove it can actually be exploited.

Posture tools rank findings by CVSS scores that don't know your environment. Attack-path tools draw theoretical graphs. CSPMs generate thousands of alerts that age and never get verified.

Your security team spends weeks triaging findings — and the attacker doesn't care about your CVSS scores. They follow the graph. Proof requires more than detection. It requires a live AWS API call per hop, simulated end-to-end, verified after the fix, and signed.

XSEE is built around one premise: proof, or it doesn't count.

How it works

From connection to certificatein a single, prioritized flow.

  1. 01

    Connect

    Read-only IAM role. No agents, no friction. Live in about two minutes.

  2. 02

    Map

    We inventory every asset, identity, and network path across your cloud.

  3. 03

    Simulate

    Real attack paths run on your actual graph — not generic CVE lists.

  4. 04

    Prioritize

    Score the handful of paths that truly reach your crown jewels.

  5. 05

    Certify

    A signed Breach Prevention Certificate the moment each path is closed.

How XSEE works · autonomous proof loop

From 4,000 findingsto one proven fix.

Every path XSEE finds is validated against the live AWS API, simulated end-to-end, and signed before it reaches your queue. Watch the loop close — in real time, every time.

4,000 FINDINGSINTERNET0.0.0.0/0ALBalb-prodEC2i-0a3f2c8dIAMsvc-appsts:AssumeRoleec2:Describe*iam:GetRole*INTERNET0.0.0.0/0ALBalb-edgeEC2i-7b1e44aIAMci-deploysts:AssumeRolelambda:Invokeiam:Pass*INTERNET0.0.0.0/0EC2i-9c2d11eIAMcross-acctIAMdata-readsts:AssumeRolerds:Describe*iam:Get*PROD-POSTGRESprod-postgres-01BREACH PREVENTION CERTIFICATE · 00423 paths · closedre-simulated · failed at hop 3 · deniedSIGNED · VERIFIEDcert/0042-a3f2c82026-05-15 · 17:51:31Z
01SEE
02CHAIN
03PROVE
04CLOSE
014,000 findings across your AWS account.Cloud signals, untriaged.
02xsee chains three of them into proven breach paths.Internet → IAM → prod-postgres.
03Live AWS API call per hop. Receipts signed.Evidence package, per finding.
04One fix breaks all three paths. Certificate issued.Re-simulated, verified, signed.
EVIDENCE
Live AWS API call · per hop
SIMULATION
Replayed on your real graph
CERTIFICATE
Signed · re-simulation failed at hop 3

Live on your account · 30 minutes

This is what XSEE findsin your AWS environment.

Connect a read-only IAM role. XSEE builds the attack graph, validates each hop against the live AWS API, and writes a signed Receipt for every path that reaches production data.

app.xsee.io / attack-intelligence
monitoring · 2m ago

Attack graph · prod-eu-west-1

3 critical paths

Receipt · Path 0042

Internet prod-postgres-db

Critical · 92% exploit confidence

Live AWS API calls · per hop

  • 1sts:AssumeRolesuccess
    2026-05-15T17:42:11.213Z · sig …a3f2c8
  • 2iam:GetRolePolicysuccess
    2026-05-15T17:42:13.408Z · sig …7b1e44
  • 3ec2:DescribeInstancessuccess
    2026-05-15T17:42:14.762Z · sig …d09c11
  • 4rds:DescribeDBInstancessuccess
    2026-05-15T17:42:16.094Z · sig …5e8a02

Signed by XSEE·Verifiable·30-day retention

The new threat

Human hackers were bad enough.AI attackers are a different category.

XSEE simulates AI attacker behavior — so you can measure your defenses against the threat that's actually coming. Not the one your SIEM was built for.

01

10,000× faster

An AI attacker runs 10,000 attack variations in the time a human runs 10. Your team cannot keep up manually.

02

Infinitely adaptive

AI attackers learn from every blocked attempt and instantly try a different path. Static defenses fail by design.

03

Invisible to legacy tools

Your SIEM, GuardDuty, and XDR were built to detect human attack patterns. AI attackers move differently — and quietly.

04

Non-Human Identities

In 2026, machine identities outnumber humans. 92% of organizations cannot track them. XSEE maps and validates every NHI.

See your AI attacker exposure·Free · 15 min · Read-only IAM

Detection Coverage Score

Your tools catch1 in 3 attack steps.

XSEE measures exactly how much of each attack chain your current tools can see. The average team is blind to 66% of what happens on their most critical paths. Now you have the number. Now you can fix it.

Human attacker

34%

avg coverage

AI attacker

18%

avg coverage

By MITRE technique · cluster avg

YouAI
Initial Access
You 0%·AI 0%
Credential Access
You 0%·AI 0%
Privilege Escalation
You 0%·AI 0%
Lateral Movement
You 0%·AI 0%
Defense Evasion
You 0%·AI 0%
Data Exfiltration
You 0%·AI 0%

Source · last 30d, all customers

See your score

Production telemetry

The platform in numbers.What XSEE proves, every day.

Live read-only scans
0+

attack patterns in XSEE's engine

0

engines in the autonomous loop

0%

avg exploit confidence score

<0m

time to first proven breach path

$0.0M

avg data-at-risk proven on first scan

Platform · 7 engines

Seven engines. One autonomous loop.

From discovery to verified closure — automatically. Every other platform stops at engine 1 or 2. XSEE runs all seven.

ENGINE · 01

L2 AWS API Validation

Live AWS API call per hop — cryptographic evidence per finding. Not theory. Proof.

ENGINE · 02

XseeCyber Simulation

Replays confirmed paths against your live graph. Human + AI attacker models. Detection Coverage Score.

ENGINE · 03

Breach Prevention Certificate

Before/after cryptographic proof. Issued when L2 confirms a path is closed. Board-ready, SOC 2-ready.

ENGINE · 04NEW

Autonomous Agents

Investigation, Board Report, Threat Hunt, Remediation. The AI security analyst that never sleeps.

ENGINE · 05

Smart Remediation

One fix that eliminates the most paths simultaneously. Terraform, CloudFormation, CLI — your choice.

ENGINE · 06PRO

Real-Time Detection

Optional Lambda agent. Sub-60s detection. UEBA behavioral analysis. Auditable code.

ENGINE · 07

Nightly CVE Hunt

Auto-matches new CVEs to your assets every night at 02:00 UTC. Emails CISO when KEV-listed CVEs hit critical paths.

The access model

Scoped write. Customer-owned.Revocable.

Most cloud security vendors hold standing write access to your account. XSEE doesn't. The only role that can change anything is one you deploy, scope, and revoke.

XSEE · READ-ONLYALWAYS ACTIVE

XSEE Scanner

Read-only, always

AWS ReadOnlyAccess. Discovers assets, validates attack paths, and runs the attack simulations. It cannot write, delete, or modify anything in your account.

What the scanner can do

AWS ReadOnlyAccess managed policy
Discovers assets · validates paths
Runs attack simulations
Cannot write anything
Cannot delete anything
Cannot modify anything
YOUR ACCOUNT · SCOPED WRITEYOU DEPLOY & REVOKE

XseeRemediationRole

Scoped write — you own it

Deployed in your account via CloudFormation. Every fix is constrained by a per-call AWS STS session policy to exactly the actions that fix needs — enforced by AWS, not by us. Revoke it anytime from your console.

Hard, role-level DENY

Deployed via CloudFormation · your account
Per-call STS session policy · scoped by AWS
Revoke anytime from your console
DENY · CloudTrail
DENY · GuardDuty
DENY · Organizations

No standing write access. No fix without one human approval. Every action scoped, logged, and signed.

How a fix lands

ONE HUMAN APPROVAL

01 · SCAN
Path found + proven

read-only

02 · PROPOSE
Exact fix as code

terraform · cfn · cli

03 · APPROVE
ONE human decision

ops@acme

04 · APPLY
Assume scoped role

per-call STS · single action

05 · RE-SIMULATE
Attack replayed (L2)

auto-rollback if path holds

06 · CERTIFY
Signed certificate

breach prevention

One human decision. Every step is scoped, re-proved, and cryptographically signed — from the read-only scan to the final certificate.

Vendor comparison

The same reads. A very different blast radius.

SOURCE · VENDOR DOCS · MAY 2026

Wiz
Cortex
Orca
XSEE
Reads your AWS resources
Yes
Yes
Yes
Yes
Standing write access to your cloud
Yes
Yes
Limited
None — scoped, revocable role only
Applies a fix without approval
No
Cryptographic proof per hop
No
No
No
Yes · signed
Re-verification via re-simulation
No
No
No
Yes

Cryptographic proof per hop and re-verification by re-simulation are unique to XSEE.

The autonomous loop

From scan to signed certificate. One human decision.

01

Discover

Read-only IAM role. XSEE enumerates resources and builds the attack graph in 18 minutes for a typical AWS estate.

ec2:i-0a3f2c8d        prod-eu-west-1
rds:prod-postgres-01  prod-eu-west-1
…1,247 resources
02

Validate

Every hop is verified with a live AWS API call. Each call is timestamped, signed, and retained for audit.

success · sts:AssumeRole
2026-05-15T17:42:11Z · sig …a3f2c8
03

Simulate

The end-to-end attack is replayed against an isolated copy of your environment. A path only counts if it actually reproduces.

04

Prioritize

Paths are ranked by data-at-risk and exploit confidence — not by CVSS. The three paths that reach prod data surface first.

Data at risk

47.2 TB · 12.4M records

05

Propose

For each path, XSEE generates the exact fix as code — Terraform, CloudFormation, or AWS CLI. Diff is reviewable, not generated prose.

+ cidr_blocks = ["10.0.0.0/8"]
- cidr_blocks = ["0.0.0.0/0"]
06

Approve

A single human decision per fix lands in the Approval Queue. Everything else is automated.

Awaiting approvalops@acme.com
07

Apply

Your Lambda — running under IAM policies you control — applies the fix. XSEE never holds write keys.

Duration: 84 ms
applied: sg-bastion · ingress :5432
08

Verify

The simulation is re-run. If the attack still works, the fix auto-rolls back. Closure is not assumed — it is reproved.

Re-simulated end-to-end. Attack failed at hop 3 — sts:AssumeRole denied. Path closed.

09

Certify

A signed Breach Prevention Certificate is issued. Cryptographically linked to the original evidence. Board-ready.

Breach Prevention

cert/0042-a3f2c8issued 17:51:08Z · verified closed

One human decision at stage 5. XSEE handles detection, proof, proposal, verification, and certification. Your Lambda handles execution — XSEE never holds write keys.

Customer story

After three weeks triaging 1,800 findings with no clear priority, XSEE showed us the three paths that actually reached our database. One security group change. Done before lunch.

Head of Security

B2B SaaS · 200 employees · AWS eu-central-1

“Our CTO asks the same question every security review: 'Can you prove it?' After XSEE: yes. AWS API response per hop. Timestamped. In our SOC 2 file.

Cloud Security Engineer

·

Fintech · Series A

12.4M records at risk proven

18 min to report

“XSEE's Detection Coverage Score showed our tools were blind to 72% of the actual attack steps in our EKS cluster. That number is now in every board presentation.”

DevSecOps Lead

·

DevOps platform · scale-up

72% detection gap found

4 of 5 blind spots closed

The artifact

Audit-grade proof of closure.

When the path is closed and verified, XSEE issues a Breach Prevention Certificate. Re-validation runs the original attack against the new configuration. If the attack now fails, the path is provably closed. Signed. Timestamped.

The first artifact in cloud security that proves a problem is actually fixed — not just patched.

  • + Re-simulation result attached to every issuance
  • + SHA-256 signature, verifiable from any CLI
  • + 30-day evidence retention by default · longer on request

Breach Prevention Certificate

VERIFIED
XSEE
cert/0042-a3f2c8

Path closed

InternetIAM RoleEC2Production Database

Issued

2026-05-15T17:42:11.832Z UTC

Verified closed

2026-05-15T17:51:08.214Z UTC

Re-simulation

Attack failed at hop 3 — sts:AssumeRole denied. Path is closed.

Cryptographic signature

sha256:a3f2c8b7d09c11e5e8a02…
Verify signature
Issuer: XSEE · authority root

The competitive landscape

Every other tool finds problems.XSEE is the only one that proves them.

Other platforms show you theoretical paths and generic simulations. XSEE validates your specific paths with live AWS API evidence and simulates AI attackers. No other platform closes the full loop.

Question
Wiz
Cortex
Orca
XSEE
Can vendor read your AWS resources?YesYesYesYes
Can vendor modify your AWS resources?YesYesLimitedNo, ever
Can vendor apply a fix without your approval?ConfigurableConfigurableYesNo (Layer 1)
Attacker access if vendor is breachedWrite access to your cloudWrite access to your cloudLambda on your accountRead-only data already in our reports
Boundary enforcementVendor controls + SOC 2Vendor controls + SOC 2Customer Lambda + AWS IAMCustomer Lambda + AWS IAM
Procurement security review timeWeeksWeeksDaysDays
Cryptographic proof per hopNoNoNoYes · signed
Re-verification via re-simulationNoNoNoYes

Based on vendor documentation. Wiz's own 2021 research found 76% of organizations have at least one third-party application capable of complete account takeover. Source: wiz.io.

Pricing

See your real attack paths in 15 minutes — no credit card, no sales call, no theory.

// Free Trial

Free Trial

Free trial
$0· 14 days

14-day free trial • No credit card required

14 days • Full product • No credit card

  • 1 AWS account
  • Full L1 + L2 + L3 scanning
  • Unlimited findings
  • Claude AI investigation
  • Breach Prevention Certificate
Start Free Trial
14-day free trial · No credit card · Cancel anytime
// Pro

Pro

Founding Price
Pro
$3,500/month

14-day free trial • No credit card required

We detect changes to your attack surface in 60 seconds. You know about new paths before attackers do.

  • Up to 3 AWS accounts
  • Everything in Starter
  • Real-time Detection Agent (60s alerts)
  • UEBA behavioral analysis
  • Scheduled automatic scans
  • Slack + email notifications
  • 10 users
  • Priority support
14-day free trial · No credit card · Cancel anytime
1,000+
attack patterns
7
engines
92%
avg exploit confidence
$3.2M
avg financial exposure proven on first scan

The average cloud breach costs $4.88M. XSEE needs to prevent ONE breach by ONE percent to pay for itself.

7 spots remaining at founding price

14-day free trial · No credit card required · Starter $1,800/mo (founding) · Pro $3,500/mo (founding)

Built by

Security engineers and researchers who spent the last decade shipping the tools we now compete with.

Snowflake
security platform
AWS
IAM, networking
Anthropic
applied research
Datadog
observability

Get started

The breach your scanner missedis already in your graph.

Most teams find out during an incident. XSEE gives you the proof before the attacker does. One IAM role. Thirty minutes. The truth about your cloud.

FREE

Free Risk Assessment

Connect your AWS account with read-only IAM. XSEE scans your environment, validates attack paths, and delivers a ranked HTML report in 30 minutes. No commitment. No credit card. No agents.

Run Free Scan →
Read-only access. No agents deployed. Results in 30 minutes.

FULL PLATFORM

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14-day full access to all 7 engines + autonomous agents. See your Detection Coverage Score. Generate evidence packages. After trial: Starter $1,800/mo, Pro $3,500/mo — view plans.

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Get your free Risk Assessment.

We connect to your AWS account with read-only IAM access, run a full attack graph analysis using 1,000+ attack patterns, and show you the exact paths that reach your crown-jewel assets. You keep the validated HTML report — no commitment required.

  1. 01

    Zero-touch access

    Connect a read-only IAM role — no agents, no code deployment, nothing installed. Live in under 2 minutes.

    ~2 min setup
  2. 02

    Live environment analysis

    We run a full attack-graph analysis on your real AWS environment with 1,000+ patterns — never a staged walkthrough.

    1,000+ patterns
  3. 03

    Validated report delivered

    Ranked exposures, exact attack paths, fix recommendations, and evidence packages. Yours to keep, no strings.

    Delivered in 30 min

Request Your Free Risk Assessment

We'll reach out within one business day to schedule the scan.

No commitment · Read-only IAM · Report delivered in 30 min