The Forolock platform
Security from prompt to production.
Find exploitable weaknesses in AI-built applications, control what autonomous agents can do, and understand every important action across your software.
Forolock lifecycle
- BUILD
- SCAN
- ATTACK
- SHIP
- CONTROL
Software is now written, configured and run with AI. Forolock is one security layer that follows it all the way: from the first prompt to the agent acting in production.
That means: fewer tools, fewer blind spots, clearer decisions.
One security layer across the software lifecycle.
Security usually lives in disconnected scanners and runtime tools that never share context. Forolock connects them.
A scanner sees code. A cloud tool sees infrastructure. An identity tool sees users. None of them see the path an attacker actually takes, which runs straight through all of them.
Forolock follows that path. It maps how source, infrastructure, deployments, identities, agents and production fit together, so a finding comes with its context and a fix.
- 01
Source
Repositories and AI-written code
- 02
Infrastructure
Cloud, databases and storage
- 03
Deployment
Builds, previews and production
- 04
Identity
Users, roles, keys and tokens
- 05
Agent
Coding and autonomous agents
- 06
Runtime
Requests and actions in production
Find what is actually exposed.
Scan reads your application the way an attacker would. It finds insecure code, risky configuration and the paths that lead to sensitive data.
- Insecure code and dependencies
- Misconfigured databases and storage
- Over-broad permissions and exposed services
- Secrets and sensitive data paths
- Critical
Row-level security disabled
db/policies.sql
- High
Service key exposed to client
src/lib/supabase.ts:4
- High
Admin route without auth check
app/api/admin/route.ts
- Medium
Storage bucket publicly listable
infra/storage.tf
Know what can be exploited.
Attack safely tests which findings are real. Instead of a list of maybes, you get the issues an attacker could use, with the exact steps.
- Safe, controlled exploit validation
- Step-by-step attack path
- Exact endpoint, resource or record affected
- Severity based on proven impact
- 1
Sign up as a new user
POST /auth/signup
- 2
Request another tenant’s record
GET /api/accounts/1042
- 3
Server returns full account
200 OK · 2.1 KB
See what your agents can reach.
Agents understands every agent you run, what it can touch and what it is allowed to do. Then it gives each action a boundary.
- Inventory of agents, tools and MCP servers
- Permissions mapped to real systems
- Allow, block or require approval per action
- Short-lived, scoped credentials
- Read CRM contactALLOW
- Issue refund over $250APPROVAL
- Export customer databaseBLOCK
- Send email to customerAPPROVAL
Give every action a boundary.
Runtime watches production and enforces policy as actions happen, so a mistake or a manipulated agent stops at the limit you set.
- Policy enforced at the moment of action
- Approvals for sensitive operations
- Anomalies flagged as they happen
- A reason recorded for every decision
- 14:02:11support-agent crm.contacts.readALLOW
- 14:02:19support-agent stripe.refund 420.00APPROVAL
- 14:03:02build-agent db.export usersBLOCK
- 14:03:40api accounts.read ownALLOW
From repository to runtime.
Five steps, from connecting a repository to protecting what runs in production.
- 1
Connect
- GitHub
- GitLab
- 2
Map
- Code
- Infrastructure
- APIs
- Data
- Agents
- 3
Test
- Static analysis
- Attack simulation
- Runtime checks
- 4
Remediate
- Suggested fix
- Pull request
- Policy
- 5
Protect
- Runtime enforcement
- Agent boundaries
- Audit
Fix what matters.
Most tools tell you what might be wrong. Forolock shows you what is.
Hundreds of theoretical alerts
- No: Unclear exploitability
- No: Duplicate findings
- No: No path to impact
- No: Developers learn to ignore the noise
In plain terms: A long list. Little certainty.
Proven risk, ready to fix
- Yes: Exploit validated
- Yes: Attack path shown
- Yes: Exact resource identified
- Yes: Remediation provided
That means: Fewer findings. Every one worth fixing.
Understand every important action.
Every finding, fix, approval and blocked action is recorded with who or what did it, why, and what policy applied.
Security and engineering see the same timeline, so questions get answered from evidence rather than memory.
In plain terms: If something happened, you can see it, and see why.
Fits the stack you already use.
Forolock works with the tools teams already build with. Integrations are listed by category; none implies a partnership.
Source
- GitHubSupported integration
- GitLabSupported integration
AI coding
- Claude CodeSupported integration
- CodexSupported integration
- CursorSupported integration
Deployment
- VercelSupported integration
- CloudflareSupported integration
- AWSSupported integration
Data
- SupabaseSupported integration
- FirebaseSupported integration
- PostgresSupported integration
Agents
- MCPSupported integration
- OpenAI-compatible agentsSupported integration
- Agent frameworksSupported integration
Frequently Asked Questions
What applications can Forolock secure?
Forolock is built for modern web applications and APIs, especially those written or changed with AI tools: full-stack JavaScript and TypeScript apps, backends on managed databases such as Supabase, Firebase and Postgres, and the agents and MCP tools connected to them.
Does Forolock require access to source code?
Scan works on repositories you choose to connect. Attack and Runtime can test and observe a deployed application without full source access, but connecting the repository gives Forolock the context to explain findings and propose fixes.
Can Forolock automatically fix vulnerabilities?
Forolock proposes fixes and can open them as pull requests. A person reviews and merges every change; Forolock does not push code to your main branch on its own.
Does Forolock protect production applications?
Yes. Runtime observes production activity and enforces the policies you set, such as blocking or requiring approval for sensitive actions.
Can Forolock secure AI agents?
Yes. Agents inventories the agents you run, maps what each can reach, and lets you allow, block or require approval for individual actions.
Does Forolock support MCP?
Forolock treats MCP servers and tools as part of your attack surface: it identifies them, maps the permissions they grant and applies policy to the actions taken through them.
Can Forolock be used in CI/CD?
Forolock is designed to run on every pull request and as a gate before deployment, so exploitable issues are caught before they ship. See the Developers page for how this fits your pipeline.
Can Forolock run privately?
Options for teams with strict data requirements, including private deployment, are part of our roadmap. Talk to us about what you need and we will tell you plainly what is available today.