AUTONOMOUS AI PENTESTING

Pentesting at AI scale, for every release

CredShields One discovers, exploits, and proves vulnerabilities across your web, mobile, cloud, and API surface. Behind it sits a senior offensive security team that validates every finding.

BUILT FOR DEVOPS, ENGINEERING, AND SECURITY TEAMS
$10B+
Value protected
Across audited protocols
200+
Audits completed
Since 2021
0
Post-audit exploits
Zero · to date
99.9%
Uptime SLA
24/7 monitoring
72h
Avg. delivery
AI-led continuous pentest
Trusted by industry leaders · 200+ protocols & institutions
Canton AVALANCHE Rootstock IMMUNEFI Gnosis XDC Blockscout
CHECKMARX IoTeX HACKENPROOF BuildBear QUICKSWAP Resonance HEMI

Trusted by teams shipping to production every week

/ Inside the platform

One run, end to end

One run, from mapped endpoints to a signed, compliance mapped report.

one.credshields.com/projects
CredShields One engagement overview: risk score, severity breakdown, scan coverage, and top high-impact issues
OVERVIEW Risk score, severity breakdown, and scan coverage for the release. Every issue carries a CWE reference and a confidence score, ranked by impact.
one.credshields.com
CredShields One findings list with severity, CWE, confidence, and affected endpoint
FINDINGS Every finding, searchable. Severity, CWE, confidence, and the endpoint it was found on.
one.credshields.com
CredShields One finding detail with description, proof of concept, and remediation
FINDING DETAIL Description, proof of concept, remediation. Reproduction commands, root cause, and the code fix.
/ Where it fits

Vulnerability detection that keeps up with your releases

CredShields One maps your attack surface, exploits what it finds, and proves which vulnerabilities are real. A senior pentester reviews every finding before it reaches you, and you decide which environment it runs against.

Most teams gate releases with DAST, SAST, or a scanner. Those tools flag patterns. CredShields One tests the way a pentester does: it exploits the issue, then proves it.

COMMIT
Engineering ships
BUILD
CI runs
DEPLOY
Release goes live
/ How it works

How CredShields One works

Five stages. The AI handles scale, senior pentesters handle judgment.

01

Discover

AI + HUMAN

Maps your attack surface: web, mobile, APIs, auth paths, cloud.

02

Attack

AI + HUMAN

Tests APIs, sessions, and business logic on every release.

03

Verify

AI + HUMAN

Senior pentesters reproduce every exploit. False positives die here.

04

Report

AI + HUMAN

Audit-ready, mapped to SOC 2, ISO 27001, and GDPR. In days.

05

Retest

AI + HUMAN

Re-runs the exact exploit chain against your patch.

~/credshields-one · zsh LIVE
$ cs-one pentest --target app.acme.io --scope cloud,api
[recon]   mapped 1,284 endpoints · 27 auth flows
[attack]  chained 14 exploits · 3 business-logic flaws
[human]   reviewed by @m.laurent · 2 confirmed, 1 ruled out
[report]  GDPR · SOC 2 · ISO 27001 · export ready
[retest]  patch verified · 0 regressions
$
SAFE BY SCOPE

It scans exactly the environment you provide. We exploit to prove impact, then stop.

/ Comparison

How CredShields One compares

TRADITIONAL PENTEST
DAST / SAST / SCANNERS
Runs on every release
Finds business-logic flaws
Every finding proven, not flagged
Senior human on every engagement
Retests included in the engagement
Time to first validated finding
2 to 6 weeks
hours, mostly noise
Cost model
per engagement, 5 figures
subscription
/ Who it's for

Built for the whole release path

DevOps, engineering, security, and compliance each get what they need from the same run.

DEVOPS

Test without holding the release

Runs against staging or a deploy rather than a calendar. No coordination overhead, no waiting on a vendor to open a window.

CI-TRIGGERED · SCOPED BY YOU
ENGINEERING

Fix what is proven

Every finding arrives with a reproduced exploit chain and the exact fix. No triaging 400 maybes out of a scanner export.

PROVEN · REPRODUCIBLE · IN JIRA
SECURITY

Reach what a scanner cannot

Business logic, chained exploits, and auth flaws, found by senior pentesters directing the AI. Retest any fix on the next commit.

HUMAN-VALIDATED · RETESTS INCLUDED
COMPLIANCE

Stay audit-ready between reviews

SOC 2, ISO 27001, and GDPR mappings regenerated on every run. Your report is current as of your last release.

AUDIT-READY · EXPORT ANYTIME
/ The team

The pentesters behind the platform

CredShields was built by offensive security researchers. The same team validates your findings.

2,000+
VAPT ENGAGEMENTS
20+
YEARS OFFENSIVE EXPERIENCE
20+
CVES DISCLOSED
100%
REPORTS HUMAN-REVIEWED
Indranil Roy

Indranil Roy

Co-Founder & CBO

Ex-Deloitte Cyber Risk. Nmap and Metasploit contributor. Recognized by Tesla, Samsung, Cisco, and 20+ others.

NMAP · METASPLOIT CONTRIBUTOR
Aditya

Aditya

Audit & Research Lead

10+ years, 500+ pentests. Led pentest teams at Cobalt and HackerOne.

OSCP · CREST CPSA · AWS SECURITY
01 · AI at the core
AI at the core of every audit.
Machine-speed analysis.
AI-powered scanning processes millions of lines of code in minutes, surfacing vulnerabilities that human-only teams would take weeks to find.
Zero false-positive triage.
Proprietary ML classifiers filter noise so senior engineers focus on real, exploitable issues - not alert fatigue.
Continuous AI pentesting.
24/7 AI-driven adversarial testing that evolves with your codebase, catching new attack vectors the moment they emerge.
02 · Solutions
360° coverage.
01·SMART CONTRACTS
Smart Contract Audits
AI-powered detection plus line-by-line manual review by senior engineers. Ethereum, Solana, and other blockchain protocols.
Economic modeling Gas optimization Formal verification
02·DAPP & PROTOCOL
DApp & Protocol Security
Full-stack review across frontends, RPCs, indexers, and smart contracts. Bridge, DEX, lending, and staking flows.
Cross-chain RPC hardening Frontend DOM
03·BLOCKCHAIN SEC
Blockchain Security
P2P, node security, RPC calls, cryptography, consensus mechanisms - Bitcoin, Ethereum, Cosmos, and beyond.
Consensus P2P layer Node security
04·PENTEST
Penetration Testing
AI-powered recon and exploitation at machine speed, verified by elite human pentesters. NIST and OWASP standards covered.
NIST · OWASP API Infrastructure
05·WALLET
Wallet Security
Hot and cold wallet architecture review, key-management flows, biometric bypass, and wallet-tracker monitoring.
Key management MPC Recovery flows
06·AI TOOLS
AI Security Tools
SolidityScan - cloud scanner with 180+ detectors. RustScan - permission-less Web3 security layer. Web3 HackHub for researchers.
SolidityScan RustScan HackHub
03 · AI-led continuous pentest
High-velocity teams.
01
AI-driven recon
Our AI maps your attack surface, enumerates dependencies, and identifies high-value targets faster than any human-only team.
0–12h · Machine-scale
02
Human strike team
Elite pentesters exploit what the AI surfaces - chaining vulnerabilities, validating impact, eliminating false positives.
12–60h · Senior-led
03
Audit-ready report
Dev-ready findings with reproducible PoCs, remediation guidance, and re-test verification delivered straight to your sprint board.
60–72h · Integrated · Slack · Jira · GitHub
04 · Battle-tested methodology
Seven phases, nothing skipped.
01
Reconnaissance & scoping
AI-driven dependency graphing and attack surface mapping.
02
AI-powered scanning
Proprietary ML models with industry-leading scanners and fuzzers for unmatched coverage.
03
AI-assisted code review
Senior security engineers augmented by AI pattern matching - every line reviewed, nothing missed.
04
Economic attack modeling
AI-driven game-theory simulation for DeFi protocols, incentive analysis, MEV pathways.
05
Exploitation & chaining
Elite human pentesters chain findings into realistic attack scenarios, validating impact.
06
Reporting & remediation
Dev-ready tickets, executive summary, and compliance mapping - SOC 2, ISO 27001, OWASP.
07
Re-test & verification
Unlimited in-scope retests. Fix lands, we verify. Sign-off only when it's actually fixed.
05 · Security arsenal
Next-gen tooling.
Static analysis
Slither · Mythril · Securify
Advanced pattern matching for vulnerability detection across Solidity, Vyper, and EVM bytecode.
Dynamic testing
Echidna · Manticore · Foundry
Property-based testing and symbolic execution against live contract state.
AI-powered
Custom ML models
In-house classifiers for anomaly detection, false-positive filtering, and exploit-path synthesis.
Formal verification
K Framework · TLA+
Mathematical proof of contract correctness for critical invariants - lending, stablecoin, bridge.
06 · Success stories
Real wins. Real numbers.
DeFi Protocol $500M TVL
Prevented $500M loss in 48h.
Critical flash-loan reentrancy vulnerability in their lending protocol that could have drained the entire treasury through flash loan manipulation.
Read Case Study →
Fintech Startup Series B
23 issues · SOC 2 in 3 weeks.
Complete security assessment revealed multiple API vulnerabilities and helped achieve SOC 2 Type II compliance for their funding round.
Read Case Study →
NFT Marketplace Gaming
40% gas savings · 2× faster.
Optimized gas usage and fixed multiple security issues in their NFT minting and trading contracts for 50,000+ active users.
Read Case Study →
07 · Institutions
For those who carry other people's money.
I · 01
VCs & Crypto Funds
Portfolio-wide security posture assessments, pre-investment technical diligence, and post-funding audits.
I · 02
Stablecoins
Reserve-backed and algorithmic stablecoin reviews. Oracle risk, peg mechanics, and reg alignment (MiCA, FinCEN).
I · 03
Cross-chain bridges
The highest-value target in crypto. Message layer, validator sets, replay resistance, and economic griefing vectors.
I · 04
Real-world assets
Tokenized treasuries, private credit, and RWA platforms. Off-chain oracle dependencies and compliance hooks.
I · 05
Payments
On-chain payment rails, stablecoin rails, and fiat on/off-ramps. PCI DSS + FATF Travel Rule alignment.
I · 06
Web3 protocols & exchanges
DEX, CEX, perps, lending - continuous coverage for high-velocity release cycles.
08 · Enterprise-grade compliance
Meeting the bar, wherever you file.
Core frameworks
SOC 2 Type II OWASP ISO 27001 GDPR NIST
Blockchain & crypto
MiCA (EU) FinCEN FATF Travel Rule SEC
Financial services
PCI DSS Lv1 SOX Basel III FFIEC
/ AI Access Controls

How we secure your data and our AI

The questions every security review opens with, answered.

OWASP LLM Top 10 NIST AI RMF SOC 2 Type II
Request the full control document →
01 Your data never trains models Code, findings, prompts, and logs never train any model.

Application code, scan results, vulnerability findings, prompts, HTTP requests and responses, and interaction logs are never used to train, fine-tune, or improve any model, ours or a third party’s. Model development relies entirely on our own internal test cases. Each customer’s data is logically isolated and processed only for that customer’s scan.

02 Role-based access control RBAC scopes access per user and per project.

RBAC governs who can launch scans, view findings, configure targets, and export reports. Permissions are scoped per user and per project, so access to scan data and AI output is limited to authorized team members. Adding users, changing scan targets, and deleting data are restricted to admin roles.

03 You choose the target It scans the environment you provide, nothing else.

The scan target is configurable and entirely at your team’s discretion. Provide a staging or UAT URL and only that environment is scanned; provide production and only production is scanned. The platform includes guardrails to minimize disruption. We recommend staging or UAT during a PoC.

04 Human oversight A human validation layer confirms findings before they are finalized.

AI scale with human tradecraft, not autonomous AI acting without review. A senior pentester confirms or rules out every finding before it is finalized, which provides oversight over AI-generated conclusions.

05 External LLM providers Only the data required for the requested test is sent.

Our engine is AI-native and uses external LLM providers for reasoning. The provider is configurable and can be selected or swapped to meet your requirements. Only the data required to perform the requested security testing is sent, for example the specific request, response, or code segment under analysis.

06 Retention is user-controlled Delete a scan and everything associated with it is removed.

Findings, requests, and scan artifacts are retained only for as long as you need access to the results. Deleting a scan permanently removes it and all associated data: findings, requests and responses, screenshots, configuration, and generated reports. We can provide formal confirmation of deletion at the end of an engagement.

07 Prompt injection handling All scanned content is treated as untrusted input.

Because our agents analyze untrusted target content, our architecture separates control instructions from analyzed data, so content encountered during a scan cannot redirect agent behavior or exfiltrate data. Findings are validated before reporting, adding a second layer against manipulated output.

08 Logging and governance alignment Every action is attributable, mapped to recognized frameworks.

Scans launched, targets configured, data deleted, and reports exported are logged and attributable to the user who performed them, supporting your own audit and access-review requirements. Our practices align with the OWASP Top 10 for LLM Applications and the NIST AI Risk Management Framework.

New AI-POWERED FEATURES

Shipping LLM features? We pentest those too

The same humans-in-the-loop pipeline, applied to the attack surface your AI just added.

PROMPT INJECTION AGENT MANIPULATION RAG LEAKAGE GUARDRAIL BYPASS TOOL-CALL ABUSE
/ Beyond the Platform

Services and blockchain security

Human-led VAPT engagements and smart contract audits. Every engagement gets a named lead, a signed report, and a committed date.

ENGAGEMENT DETAIL 2 to 3 weeks

Web app pentesting

WHAT WE TEST
Business logic and workflow abuse Multi-tenant isolation boundaries Authentication and session handling Privilege escalation paths
STANDARDS
OWASP ASVS L2/L3OWASP Top 10PTES
YOU RECEIVE

Signed report with reproduction steps, CVSS scoring, and control mapping.

SOC 2 Type II report on file · ISO 27001 in progress · Reports map to

SOC 2 ISO 27001 GDPR PCI DSS HIPAA
/ Get started

Start with a scoped assessment

Tell us what you are securing. We reply with scope and next steps within one business day.

  • Scoping within a day, findings within the first week
  • A senior pentester on every engagement
  • Scope and pricing before you commit
We respond within one business day.
OR
Book a Demo ↗
Start here

The pentest your auditor will accept.
The findings your engineers will fix.

Scope in hours. Report in days. No hidden fees, no drawn-out contracts, no vague promises - just a named pentester, a signed report, and a delivery date we commit to.

Secure your protocol today

Don't wait for a
security incident.

Get your comprehensive security audit from the team trusted by 200+ protocols and enterprises worldwide. Fast turnaround. Proven track record. Direct access to senior security engineers.

Fixed-Fee Pricing
No engineer-hour billing
Audit-Ready by Default
SOC 2, ISO, PCI, HIPAA
Engineer-Validated
Not scanner output