Find the risk that reaches your data. Fix that first.

Code, dependencies, infrastructure and live URLs in one place, ranked by attack path, each with a drafted fix.

Book a demo See an attack path

An empty office at night overlooking a city, one desk lamp still on

Sightline Your app / Attack paths Search assets

Shortest path to a crown jewelCritical

3 hops from the internet to card data. Last scan 06:10.

Findings by blast radius 6 approved

Working cloud key in configpayouts-service

9.1

Debug route answers in productionapi.yourapp.com

7.5

Storage bucket allows public listingkyc-uploads

6.4

Branch protection off on mainyourapp/api

5.3

Container runs as rootci-runner

4.0

Every finding reviewed by Thinkiyo AppSec

The questionnaire lands the week the big deal closes.

Your CTO is the security team, and the buyer wants evidence.

A scanner dump nobody reads
Dependency alerts piling up
A SOC 2 spreadsheet
Questionnaires at midnight

From the pile to the path.

432raw results from fourteen scanners
268after duplicates merge across tools
131after known-safe findings drop out, with the reason kept
23exploitable, checked against your real architecture
1path reaches card data. A person approves it, and it goes first.

One platform, from the first commit to the live URL.

Fourteen open-source scanners run in one sandboxed pass. Every result lands on the same graph.

Code

Every repo, every lockfile.

Static analysis (SAST)
Secrets detection
Dependencies (SCA)
Bill of materials (SBOM)
Suspicious install scripts

Cloud

Infrastructure before it deploys.

Infrastructure as code
Kubernetes manifests
Dockerfiles
One asset graph
Attack paths

Live surface

What the internet can reach.

Dynamic testing (DAST)
Security headers
End-of-life versions
Vulnerable client libraries
WordPress plugins

Scan code, secrets and packages.

Static analysis, secret detection and dependency checks run in one pass, with extra rules for access control, injection and SSRF.

Static analysis (SAST)
Secrets checked for live use
Dependencies ranked by exploit odds
Install scripts and typosquats

Scan: yourapp/apimain, 06:10

AllStatic analysisSecretsDependenciesSupply chain

ScannerFindingSeverity

TruffleHog

Cloud key in config, still liveconfig/prod.env, value masked

Critical

Semgrep

User URL reaches fetch (SSRF)src/webhooks/forward.ts:42

High

Grype

XML parser 4.1.0, high exploit oddspackage-lock.json, fixed in 4.2.1

High

Supply chain

New package runs an install scriptpackage-lock.json, name close to a popular package

Medium

Bandit

YAML loaded without a safe loaderjobs/import.py:18

Medium

Secrets masked before storage

Catch cloud misconfiguration before deploy.

Terraform, CloudFormation, Kubernetes and Dockerfiles are checked against two policy sets, and overlapping results merge into one.

Terraform and CloudFormation
Kubernetes manifests
Dockerfiles and base images
Works with any provider

Infrastructure: yourapp/infraTrivy, Checkov, Hadolint

# storage/kyc.tfresource "storage_bucket" "kyc" {  name = "kyc-uploads"  acl  = "public-read"  versioning = true}

Bucket readable by anyoneFound by two tools, shown once.

Bucket readable by anyoneCriticalstorage/kyc.tf:3

Worker pod runs privilegedHighk8s/worker.yaml:21

Container runs as rootMediumDockerfile:12

Base image pinned to latestLowDockerfile:1

Database not encrypted at restHighdb/main.tf:8

Read-only checkout, deleted after the scan

Test what is live, from the outside.

Sightline probes your deployed URLs with no credentials, the way an attacker would, and fingerprints the stack it finds.

Dynamic testing (DAST)
Security headers
Outdated and end-of-life versions
WordPress core and plugins

Outside-in scan: app.yourapp.comNo credentials used

nginx 1.18Next.jsjQuery 1.12TLS 1.3

Nuclei

/debug answers in productionapi.yourapp.com/debug

Critical

Versions

nginx 1.18 is past end of lifeServer header

High

Libraries

jQuery 1.12 has known XSS issues/static/vendor.js

Medium

Headers

No Content-Security-PolicyAll pages

Medium

Headers

HSTS not setapp.yourapp.com

Low

Private and internal addresses blocked

Cut the noise before it reaches you.

Duplicates merge, known-safe findings drop out with the reason kept, and each finding is checked against your real architecture.

Duplicates merged across tools
Suppressions kept on record
Exploitability checked
A person approves each one

Triage queueBefore anything reaches you

Public anon key in the web bundleSuppressed: public by designRule kept on record

Bucket readable by anyoneMerged: Trivy and CheckovOne finding, two sources

SQL built from user inputExploitableReachable from /api/search

Weak hash in a test fixtureDowngraded: low confidenceNot on a path to data

Cloud key in config, still liveApproved by AppSecSent to the fix queue

The model that reads code has no tools and no network

Get the fix, not just the finding.

Each finding comes with a plain-English explanation, a CVSS score and a drafted fix. Nothing is applied without approval.

Drafted code fix
Breaking risk noted
Pull requests simulated first
Re-checked after the fix

User URL reaches fetch (SSRF)CVSS 8.6

Anyone can make the server fetch an address of their choosing, including internal ones. Allow only known webhook hosts and stop following redirects.

src/webhooks/forward.ts- const res = await fetch(req.body.url)+ const url = assertAllowedHost(req.body.url)+ const res = await fetch(url, { redirect: "manual" })

Breaking risk: lowPR simulated: no new path to data

DraftedApprovedShippedRe-checked

Never auto-applied to production

Map findings to the controls auditors ask about.

Open findings roll up into control checks for SOC 2, ISO 27001, OWASP ASVS and PCI DSS, ready to hand to a reviewer.

SOC 2 Trust Services Criteria
ISO 27001 Annex A
OWASP ASVS and PCI DSS
Printable evidence pack

Enterprise readinessEvidence pack

SOC 2 (Security)4 of 5

Logical access control1 open
Secret managementPassing
Change managementPassing

ISO 270013 of 4

A.9 Access control1 open
A.10 CryptographyPassing
A.14 Secure developmentPassing

OWASP ASVS4 of 5

V2 AuthenticationPassing
V4 Access control1 open
V14 ConfigurationPassing

PCI DSS3 of 4

Protect stored dataPassing
Restrict access1 open
No hardcoded keysPassing

Your auditor still gives the opinion

Know the day an advisory hits your stack.

New advisories are matched to each repo's bill of materials, and scans run again on a schedule you set.

OSV, GitHub and NVD advisories
Known exploited issues first
End-of-life dates tracked
Daily or weekly scans

Threat feedMatched to your stack

OSVGitHub advisoriesNVDKnown exploitedEnd of life

New advisoryXML parser, versions below 4.2.1. On the known exploited list.

Matched to SBOM12 repos checked

2 services affectedpayouts-service, ledger-api. Upgrade to 4.2.1.

Next scan daily, 06:00Postgres 14 reaches end of life on 12 Nov

Advisories pulled on a schedule

Severity is a matter of position, not of the finding.

It starts with anyone.

Sightline probes your public URLs from the internet, as an attacker would.

A debug route answers in production.

Nuclei finds /debug open on the API: the first hop.

Reachable from the internet

It leaks a cloud key that still works.

TruffleHog verifies the key in the payouts service is live.

Exploitable today

The key can read the payments database.

Card tokens and PII are crown jewels, so this path tops the queue.

Touches a crown jewel: fix this first

Rotate the key, remove the route.

The next scan confirms the path is gone and keeps the evidence.

Path closed

Connect a repo and a URL. Sightline reads the rest.

Read-only access. Nothing installed on your servers, and code is deleted after each scan.

GitHubRead-only repo

Live URLsFrom outside

One run, every surfaceFourteen open-source scanners in one sandbox

TerraformInfrastructure

CloudFormationInfrastructure

KubernetesManifests

DockerfilesContainers

JavaScriptCode and packages

PythonCode and packages

GoCode and packages

WordPressCore and plugins

OSVAdvisories

GitHub advisoriesAdvisories

NVDAdvisories

Known exploitedCISA list

Your code stays yours. A person signs off every finding.

A security tool should not become the riskiest thing in your stack.

01
Self-host it
One Docker image on your own server, with your own database.
02
Code never lingers
Code is deleted after each scan and secrets are masked first.
03
Every finding reviewed
An application security engineer approves it before you see it.
04
A team on the queue
A Thinkiyo team connects your sources and works findings with you.

A person on a dark beach holding up a red flare — Scanned, mapped, then handed to a person.

Works with the rest of Thinkiyo.

mosaic

Sightline flags any path that reaches your Mosaic customer profiles.

Visit Mosaic Rapport

Sightline watches who and what can reach your CRM records.

Visit Rapport MOMENTUM

Agent conversations and their keys stay inside your perimeter.

Visit Momentum

Questions founders ask.

Something else? Write to hello@thinkiyo.com.

Book a demo

What does Sightline do?

Sightline is application and cloud security for SaaS and fintech teams. It scans your code, dependencies, infrastructure files and live URLs, puts every result on one graph, and ranks findings by how short the path is from the internet to your sensitive data.

What does Sightline scan?

Source code, secrets, open-source dependencies, Terraform, CloudFormation, Kubernetes manifests, Dockerfiles and your deployed URLs. Fourteen open-source scanners run in one sandboxed pass.

Do I need a security team to use Sightline?

No. A Thinkiyo application security engineer reviews and approves every finding before it reaches you, with a plain-English explanation and a drafted fix.

Does Sightline fix issues automatically?

No. Sightline drafts the fix and notes its breaking risk, and a person approves it before anything changes. You can simulate a pull request first and re-check the finding once the fix ships.

Does Sightline help with SOC 2 and security questionnaires?

Yes. Sightline maps findings to SOC 2, ISO 27001, OWASP ASVS and PCI DSS controls and produces an evidence pack for reviewers. Your auditor still issues the audit opinion.

Where does my code and data go?

Sightline can be self-hosted from one Docker image with your own database. Source code exists only in a temporary checkout during a scan, and secrets are masked before a finding is stored.

Find the path before someone else walks it.

Bring one repo and one domain. We will show you the graph Sightline builds.

Book a demo

Find the risk that reaches your data. Fix that first.

The questionnaire lands the week the big deal closes.

From the pile to the path.

One platform, from the first commit to the live URL.

Code

Cloud

Live surface

Scan code, secrets and packages.

Catch cloud misconfiguration before deploy.

Test what is live, from the outside.

Cut the noise before it reaches you.

Get the fix, not just the finding.

Map findings to the controls auditors ask about.

Know the day an advisory hits your stack.

Severity is a matter of position, not of the finding.

It starts with anyone.

A debug route answers in production.

It leaks a cloud key that still works.

The key can read the payments database.

Rotate the key, remove the route.

Connect a repo and a URL. Sightline reads the rest.

Your code stays yours. A person signs off every finding.

Self-host it

Code never lingers

Every finding reviewed

A team on the queue

Works with the rest of Thinkiyo.

Questions founders ask.

What does Sightline do?

What does Sightline scan?

Do I need a security team to use Sightline?

Does Sightline fix issues automatically?

Does Sightline help with SOC 2 and security questionnaires?

Where does my code and data go?

Find the path before someone else walks it.