Lepton AI
Build and deploy high-performance AI applications at scale with zero infrastructure management.

Smarter Dockerfile linting for optimized, secure, and best-practice container images.
Hadolint is a high-performance Dockerfile linter built in Haskell, designed to provide developers with immediate feedback on container image construction. It operates by parsing Dockerfiles into an Abstract Syntax Tree (AST), allowing for sophisticated rule-based analysis that goes beyond simple regex-based linting. A core differentiator is its native integration with ShellCheck, which enables Hadolint to lint the shell scripts embedded within RUN instructions—a common source of security vulnerabilities and bloat. In the 2026 landscape, Hadolint remains the industry standard for shift-left container security, helping teams enforce best practices like using specific base image tags, minimizing image layers, and avoiding root-user execution. Its ability to output results in multiple formats, including JSON, SARIF, and Codeclimate, ensures seamless integration with modern CI/CD orchestrators and IDEs. By catching misconfigurations before the build phase, Hadolint reduces compute costs associated with failed builds and mitigates supply chain risks by identifying insecure package manager usage and unauthorized repository sources.
Parses Dockerfiles into a structured Abstract Syntax Tree rather than using regular expressions.
Build and deploy high-performance AI applications at scale with zero infrastructure management.
The fastest polyglot Git hooks manager for high-performance engineering teams.
The version-controlled prompt registry for professional LLM orchestration.
Template-free Kubernetes configuration management for declarative application customization.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Directly invokes ShellCheck to analyze the Bash/Sh code within RUN commands.
Supports the Static Analysis Results Interchange Format for deep integration with security dashboards.
Allows administrators to define a whitelist of approved container registries in the config file.
Logic that understands the relationship between different stages in a multi-stage Dockerfile.
Configurable exit codes based on the severity level (Error, Warning, Info, Style) of the findings.
Ensures OCI (Open Container Initiative) compliant labels are present and correctly formatted.
Developers accidentally leaving SSH keys or using root users in production containers.
Registry Updated:2/7/2026
Re-scan to verify compliance
Inefficient instruction ordering leading to long CI build times.
Pulling images from unauthorized or 'latest' tags which are unpredictable.