Semgrep, Inc.
Semgrep's mission is to make it expensive to exploit software by providing developer-friendly code security tools that enable teams to find, fix, and prevent security vulnerabilities without slowing down development.
At a Glance
- Late-stage startups and scale-ups
- Enterprise technology companies
- Fintech companies
- SaaS platforms
- +8 more
AI Tools by Semgrep, Inc.
(1)Semgrep
SAST and AppSec Platform
Discussions
No discussions yet
Be the first to start a discussion about Semgrep, Inc.
Latest News
Semgrep Announces $100M Series D Funding Led by Menlo Ventures
Malicious Dependency Detection Reaches General Availability with 80,000+ SCA Rules
Semgrep Launches Assistant with Memories - AI-Powered Triage System with 96% Accuracy
Private Beta Launch of AI-Powered Detection for Business Logic Vulnerabilities
Products & Services
Free, open-source command-line SAST tool that provides basic static analysis with community-contributed rules. Fast scanning for 40+ programming languages. Licensed under LGPL v2.1. Core written in OCaml, CLI written in Python.
SAST (Static Application Security Testing) tool to find and fix code issues. Includes Pro Engine with high-precision dataflow analysis, cross-function taint analysis, and cross-file analysis. Supports 30+ languages (35+ in Pro). Integrates with CI/CD, PR/MR, and IDEs (VS Code, JetBrains).
SCA (Software Composition Analysis) tool for finding and fixing reachable dependency vulnerabilities. Features reachability analysis to reduce false positives by up to 98%, malicious dependency detection with 80,000+ rules, SBOM generation, license compliance checking, and dependency graph analysis for Maven and Gradle.
Semantic analysis tool for finding and fixing hardcoded secrets in code. Uses entropy analysis and secret validation rather than just pattern matching.
Market Position
Semgrep positions itself as a modern, developer-first alternative to legacy SAST/SCA tools. Key differentiators include: 1. Speed: Real-time scanning in CI/CD, PRs, and IDEs versus long scan cycles of traditional tools 2. AI Integration: Built-in AI Assistant with Memories that learns from triage decisions (96% accuracy) vs. AI as expensive add-ons 3. Accuracy: Reachability analysis reduces false positives by up to 98%; semantic analysis over simple pattern matching 4. Developer Experience: YAML-based rules that developers can write vs. complex proprietary rule languages 5. Open Source Foundation: Active community with 3,000+ community rules and transparent development vs. closed-source systems 6. Cost Efficiency: Predictable per-contributor pricing and lower TCO vs. high service-dependent costs 7. Customization: Simple rule writing and community templates vs. complex tuning requirements Competitive advantages over specific players: - vs. Checkmarx: Faster scans, better developer UX, lower costs - vs. Snyk: Higher accuracy with reachability analysis, better false positive rates, more comprehensive SAST - vs. Veracode: More granular and adaptable for developer workflows - vs. Legacy tools (Microsoft Purview, HCL AppScan, Black Duck): Modern architecture, faster deployment, developer-native design The company is described as the "Grammarly of code" - democratizing security for all developers rather than requiring specialized security expertise.
Leadership
Founders
Isaac Evans
CEO and Co-Founder. MIT graduate (SM '15) in Electrical Engineering and Computer Science. Completed a master's thesis on advanced software security. Former Entrepreneur in Residence at Redpoint Ventures (2016-2017). Experience at Palantir and Fortune 500 companies. Conducted research into binary exploitation at MIT Lincoln Laboratory and U.S. Department of Defense. Member of Simmons Hall and the Gordon-MIT Engineering Leadership (GEL) Program at MIT.
Drew Dennison
CTO and Co-Founder. MIT graduate ('13) in Electrical Engineering and Computer Science. Former Entrepreneur in Residence at Redpoint Ventures (2016-2017). Experience at MIT computer science research labs and Fortune 500 companies. Member of Simmons Hall and the Gordon-MIT Engineering Leadership (GEL) Program at MIT. Mentored by Professor Joel Schindall.
Luke O'Malley
CPO (Chief Product Officer) and Co-Founder. MIT graduate ('14) in Electrical Engineering and Computer Science. Joined as Head of Product in December 2017. Member of Simmons Hall and the Gordon-MIT Engineering Leadership (GEL) Program at MIT.
Executive Team
Isaac Evans
Founder and CEO
MIT graduate (SM '15) in EECS. Former Entrepreneur in Residence at Redpoint Ventures. Experience at Palantir, MIT Lincoln Laboratory, and U.S. Department of Defense.
Drew Dennison
Co-Founder and CTO
MIT graduate ('13) in EECS. Former Entrepreneur in Residence at Redpoint Ventures. Experience at MIT computer science research labs.
Board of Directors
Founding Story
Semgrep was founded in 2017 by three MIT graduates - Isaac Evans, Drew Dennison, and Luke O'Malley - who shared a mission to profoundly improve software security from day one. The founders first collaborated during MIT's Independent Activities Period in 2011 on a contract to secure Android apps for the U.S. Army, which sparked their interest in software security. In 2016, Evans and Dennison became Entrepreneurs in Residence at Redpoint Ventures, where they explored opportunities in the software security space. They recognized a fundamental problem: security tools were too complex, slowed down development, and created an asymmetry where attackers had the advantage. Security was treated as a specialized skillset rather than something every developer could participate in. In 2019, during an internal hackathon at their startup (then called r2c), the team encountered the open-source sgrep tool, originally created by Yoann Padioleau at Facebook. They recognized its potential and hired Padioleau to help revive and expand the project. This became the foundation of Semgrep - a tool designed to democratize security by making it as easy as using "Grammarly for code." The founders' vision was to create a developer-friendly security platform that would make it expensive to exploit software by empowering every programmer to write security rules and participate in securing code, rather than requiring highly specialized security expertise. Their goal was to allow companies to maintain development velocity without sacrificing security, addressing the core problem that defenders were at a disadvantage against attackers.
Business Model
Revenue Model
SaaS subscription model based on number of contributors (developers). Free for teams under 10 contributors. Revenue streams from SAST (Code), SCA (Supply Chain), and Secrets Detection subscriptions. Enterprise customers pay custom pricing for scale and dedicated support.
Pricing Tiers
Open-source rules, DIY CI/CD setup, community support, lightweight fast scanning
Pro rules, AI Assistant, SSO, award-winning support, managed scans option, advanced features
Reachability analysis, malicious dependency detection, SBOM generation, license compliance
Semantic secrets detection, entropy analysis, secret validation
Dedicated account management, volume pricing, custom SLAs, enterprise support, scale features
Target Markets
- Late-stage startups and scale-ups
- Enterprise technology companies
- Fintech companies
- SaaS platforms
- Cloud-native applications
- Developer teams and engineering organizations
- Secure Vibe Coding (securing code written by AI or humans)
- Open-Source Malware Protection
- Static Application Security Testing (SAST)
- OWASP Top 10 vulnerability prevention
- Secure Guardrails for automated security enforcement
- Software Composition Analysis (SCA) for dependency vulnerabilities
- Lyft
- Snowflake
- Figma
- Dropbox