Warp

TL;DR. Warp is an agentic development environment built around a Rust-based, GPU-accelerated terminal for macOS, Linux, and Windows. It combines a built-in AI coding agent, multi-agent orchestration via the Oz platform, and team knowledge sharing. Founded in 2020 by ex-Google engineer Zach Lloyd, it serves developers who work primarily in the terminal.

Overview

Warp is an open-source agentic development environment (ADE) that evolved from a modern terminal emulator, built to let developers code, debug, and ship software in collaboration with AI agents. Founded in June 2020 by Zach Lloyd, a former Principal Engineer at Google who led the Google Sheets team, Warp is headquartered in New York City and has raised approximately $73 million across three funding rounds.

What Warp Does

Warp began as a reimagining of the command-line terminal, built natively in Rust with GPU-accelerated rendering. The product introduced an IDE-like editing experience for commands, block-based output that organizes terminal history into discrete input-output units, and team collaboration features through Warp Drive. It is compatible with existing shells including zsh, bash, and PowerShell.

In 2025, Warp launched version 2.0, repositioning itself from a terminal to an "Agentic Development Environment." The ADE combines four capabilities in a single application: Code (an AI coding agent), Agents (multi-threaded agent management), Terminal (the original command-line interface), and Drive (shared team knowledge and context). Users can launch multiple AI agents in parallel, each capable of editing code, executing commands, and managing workflows. The platform also includes Oz, a cloud agent orchestration platform for running agents at scale. Warp supports macOS, Linux, and Windows.

The Warp Agent supports multi-agent orchestration, model routing across multiple LLMs, codebase indexing, and granular permission controls. According to the company, Warp's coding agent scored 71% on SWE-bench Verified and ranked #1 on Terminal-Bench as of the 2.0 launch.

Founding Story

Zach Lloyd founded Warp in June 2020. Before Warp, Lloyd spent seven years at Google (2007-2014), where he was a Principal Engineer and led the Google Sheets team, growing it from five people to over 100 engineers and helping scale the product to hundreds of millions of users. He subsequently served as interim CTO at TIME magazine. Lloyd has described his motivation for Warp as frustration with the terminal's antiquated interface, noting that the most powerful developer tool was locked behind a 50-year-old design that was unnecessarily difficult to use.

The company's beta launched in mid-2021 via a Hacker News post titled "Warp: Fast, Rust-based terminal." Early reception was mixed, with significant community debate around trust, security, and the concept of a terminal requiring login. Lloyd has said his experience transforming Google Sheets despite skepticism from Excel users prepared him for this pushback.

Funding History

Warp has raised approximately $73 million across three rounds:

• Seed ($6 million): Led by GV (Google Ventures) with participation from BoxGroup and Neo.

• Series A ($23 million, April 2022): Led by GV and Dylan Field (CEO of Figma). Announced alongside Warp's public launch.

• Series B ($50 million, June 2023): Led by Sequoia Capital, announced alongside the launch of Warp Drive and team collaboration features.

Notable angel investors include Sam Altman, Marc Benioff, Jeff Weiner, Tobi Lutke, and Elad Gil. In April 2026, Warp open-sourced its terminal emulator and Oz orchestration platform under AGPL-3.0 and MIT licenses, with financial support from OpenAI.

Company Details

• Founded: June 2020

• Founder and CEO: Zach Lloyd

• Headquarters: New York, NY

• Employee count: Approximately 44 employees (per PitchBook, as of recent data)

• Active users: Over 500,000 (as stated by the company)

• Notable customers: OpenAI, Atlassian, Cisco, Netflix, and Salesforce

Key Links

• Website: warp.dev

• GitHub: github.com/warpdotdev/warp

• Blog: warp.dev/blog

• Documentation: Available via the main website

Market Positioning

Warp operates in the AI-powered developer tools market, positioned at the intersection of terminals, IDEs, and AI coding agents. The company describes its category as the "Agentic Development Environment," distinct from both traditional IDEs (like VS Code) and CLI-based coding agents (like Claude Code). Warp's positioning emphasizes that as development shifts from hand-coding to prompt-driven workflows, the terminal's low-level system access makes it a natural foundation for agent-driven development across the full software lifecycle, from setup and coding to deployment and incident management. The product competes with AI coding tools including GitHub Copilot, Cursor, and Claude Code, while differentiating through its terminal-native architecture and multi-agent management capabilities.

Products & Features

Warp is an agentic development environment built around a high-performance terminal (written in Rust) that pairs a modern command-line UX with a built-in AI coding agent and orchestration platform called Oz. The product supports running Warp's own agent alongside third-party CLI agents (Claude Code, Codex, Gemini CLI, OpenCode) from a single workspace, and is available on macOS, Linux, and Windows with an open-source client (AGPL v3).

Core Product and Value Proposition

Warp positions itself as "the agentic development environment, born out of the terminal." Rather than embedding an AI assistant in a code editor sidebar, Warp builds the AI experience into the terminal itself. The core primitive is the block: every command produces a grouped unit containing the command, its output, exit code, duration, and a stable ID for linking and sharing. Blocks replace the traditional scrollback buffer with navigable, filterable, and shareable units.

Warp offers two interaction modes: Terminal Mode for standard command-line work and Agent Mode for multi-turn, natural-language conversations with the built-in AI agent. Natural-language detection runs locally via a classifier that ships with the app; no data leaves the terminal input until the user presses Enter.

Key Features

Terminal UX

• IDE-like text editing with mouse/cursor support, multi-line editing, syntax highlighting, and Vim keybindings

• Block-based input/output grouping for navigation, sharing, and filtering

• Smart completions (powered by fig/autocomplete specs for hundreds of common commands) with Tab navigation

• Automatic command correction suggestions for typos and missing parameters

• Command Palette, command search, rich history (exit codes, directory details, branch info), and a built-in Markdown viewer

• Custom themes, custom prompts (with context chips or PS1 for Powerlevel10k/Starship), transparency controls, and input position pinning

• Shell compatibility: Zsh, Bash, fish, PowerShell, WSL, Git Bash

Warp AI and Agent Mode

• AI Command Suggestions: natural-language command lookup

• Chat with Warp AI for walking through complex workflows

• Prompt Suggestions: contextual AI-powered suggestions that activate Agent Mode

• Next Command: AI-generated command previews tailored to the current session and history

• Agent Mode: multi-turn conversations where the agent can write and refactor code, debug issues, run commands, and plan multi-step tasks with user review and approval

Oz Orchestration Platform Oz is the platform powering all of Warp's intelligent features. It operates in two modes:

• Local agents: Run directly in the Warp app for real-time, interactive coding assistance. Users can review changes, steer the agent mid-task, and approve actions before execution.

• Cloud agents: Run in the background on Warp's infrastructure (or the customer's own) for automation at scale. Cloud agents support triggers (Slack, Linear, GitHub, custom webhooks), schedules (recurring tasks like dependency updates), parallelism (concurrent runs across repos), and observability (tracked, auditable, shareable runs).

• Oz is multi-model by design, letting users choose from a curated set of top LLMs.

• The Oz Platform provides a CLI, API/SDK, orchestration layer, cloud environments, secrets management, a built-in scheduler, and observability tools.

Universal Agent Support (Third-Party CLI Agents) Warp acts as a host for external coding agent CLIs, including Claude Code, Codex, Gemini CLI, and OpenCode. Features include:

• Vertical tabs for grouping and managing multiple concurrent agent sessions, with metadata like git branch, worktrees, and pull requests

• Tab Configs for saving directory, startup commands, theme, and worktree setup

• In-app and system notifications from any CLI agent, with a unified notification center

• Native code review with inline comments that can be sent directly to a running agent session

• Rich input: multiline prompts, voice input, image attachments, saved /prompts and /skills, @context references

• Remote control: publish any CLI agent session to the cloud for access from other devices or by teammates

Code Editor Warp includes a built-in code editor with a file tree, LSP support, and an interactive code review experience, so users can review agent changes without leaving the terminal.

Agent Context and Capabilities

• Codebase Context: indexes Git-tracked files so agents can search and understand the codebase (code is never stored on Warp's servers; works with both local and cloud agents)

• Rules: global and project-level guidelines that shape agent behavior

• Skills: reusable instructions for specific tasks

• MCP Servers: connect external tools and data sources (GitHub, Linear, databases) via the Model Context Protocol

Warp Drive (Knowledge and Collaboration)

• Workflows: save parameterized commands for reuse

• Notebooks: interactive runbooks that live in the terminal

• Personal and Team Drive: cloud-based libraries for development knowledge

• Environment Variables: save or sync environment variables across sessions

• Warp Drive on the Web: browser access to Drive objects and shared sessions

• Session Sharing and Block Sharing (permalink for any block)

Privacy and Security

• Secret Redaction with custom regexes

• Zero Data Retention (ZDR) policies with all contracted LLM providers; customer AI data is never retained, stored, or used for training

• SOC 2 Type 2 compliance

• SAML-based SSO and role-based access control (Business/Enterprise)

• Active AI can be globally disabled; telemetry can be turned off

• Password manager integrations: read secrets directly from 1Password or LastPass

• BYOLLM (Bring Your Own LLM) support and flexible hosting (self-hosted cloud agents on customer infrastructure) at the Enterprise tier

Pricing

In late 2025, Warp overhauled its pricing, consolidating multiple legacy tiers (Pro, Turbo, Lightspeed) into a single usage-based plan called Build. The new structure took effect immediately for new customers and at first renewal after December 1, 2025 for existing subscribers.

Credits and BYOK: Credits power AI features including code generation, debugging, and multi-agent workflows. Reload credits (replacing the legacy pay-as-you-go overage model) are approximately 50% cheaper than legacy overages, roll over month to month, and remain valid for 12 months. BYOK allows users to add their own OpenAI, Anthropic, or Google API keys; when used, the user pays the model provider directly and Warp's Active AI features (prompt suggestions, codebase indexing) continue to work without counting against the user's API key. Custom inference endpoints (OpenRouter, LiteLLM, z.ai, internal gateways) are also supported. SuperGrok and X Premium subscriptions can be used as inference sources.

API and Developer Tools

The Oz Platform provides a CLI, API/SDK, orchestration layer, cloud environments, secrets management, scheduler, and observability for building and managing cloud agents. Developers can start orchestrated runs from Warp, the Oz CLI, the Oz web app, or the Oz API. Cloud agents can be triggered by Slack, Linear, GitHub Actions, or custom webhooks, and support scheduled and parallel execution.

Integrations

• Code editors: VSCode, Zed, Cursor, system default

• Launchers: Raycast, Alfred

• Extensions: Docker

• Password managers: 1Password, LastPass

• MCP servers: GitHub, Linear, databases, Context7, and other external tools via the Model Context Protocol

• Cloud agent triggers: Slack, Linear, GitHub, custom webhooks

• Model providers (via BYOK): OpenAI, Anthropic, Google, plus OpenAI-compatible endpoints (OpenRouter, LiteLLM, z.ai, internal gateways)

Recent Product Launches and Updates (2025-2026)

• Open-source release (May 2026): Warp's client code was open-sourced under AGPL v3 (UI framework crates under MIT), available at github.com/warpdotdev/warp. OpenAI was named as a founding sponsor.

• Oz orchestration platform (April 2026): Introduced as the platform for cloud agent orchestration, with CLI, API/SDK, cloud environments, and a built-in scheduler.

• Universal Agent Support (April 2026): Announced support for running Claude Code, Codex, Gemini CLI, and OpenCode within Warp, with vertical tabs, notifications, native code review, rich input, and remote control.

• Pricing overhaul (October-November 2025): Consolidated Pro, Turbo, and Lightspeed plans into a single $20/month Build plan with BYOK and Reload credits.

• Multi-harness cloud agent orchestration: Ability to orchestrate Claude Code, Codex, and Warp Agent together in Oz.

• Cross-harness agent memory (Research Preview, Enterprise): Shared memory across different agent harnesses.

Platform Availability

• Desktop: macOS, Linux, Windows (native applications)

• Web: Warp Drive on the Web for browser access to Drive objects and shared sessions; Oz web app for managing cloud agents

• Mobile: Remote control of CLI agent sessions via cloud publishing (monitor and steer from phone or other computer)

• CLI: Oz CLI for running and orchestrating agents

• API: Oz API/SDK for programmatic agent management

• Open source: Client code available at github.com/warpdotdev/warp (AGPL v3)

Security & Compliance

Warp holds a SOC 2 Type II attestation and implements encryption in transit and at rest, Zero Data Retention (ZDR) agreements with all contracted LLM providers, and granular enterprise controls including SSO, SCIM, and admin-enforced telemetry policies. No data breaches have been reported, though one command injection vulnerability (CVE-2024-41997) was disclosed and patched in 2024.

Compliance and Certifications

Warp has obtained a SOC 2 Type II attestation, evaluated by Advantage Partners, covering the AICPA Trust Services Criteria for security, availability, processing integrity, confidentiality, and privacy. The report is available to Enterprise customers through Warp's Trust Center portal or by request to security@warp.dev. Warp conducts regular penetration testing and vulnerability management as part of its SOC 2 program. Warp does not publicly advertise ISO 27001, HIPAA, or GDPR-specific certifications, though its privacy page references GDPR compliance and it publishes a subprocessors list for vendor risk reviews.

Encryption and Data Handling

All data transmitted to Warp servers is encrypted in transit using TLS 1.2 or higher (the security FAQ page specifies TLS 1.3). All user data at rest is encrypted with AES-256. Data is stored on Google Cloud Platform (GCP) in datacenters that are SOC 2 and ISO 27001 certified, with database locations in the United States. Code and files remain on the user's local machine unless explicitly transmitted through features like Codebase Context indexing, session sharing, or Warp Drive. During Codebase Context indexing, code is sent to Warp's servers to generate embeddings, but the raw code is not stored; only the resulting embeddings are retained. Users can delete their data at any time, and data deletion requests are processed within 30 days. Warp states that data is never sold to third parties.

AI Data Privacy and Zero Data Retention

Warp has Zero Data Retention (ZDR) agreements with its contracted LLM providers (Anthropic, OpenAI, and Google), meaning these providers do not store or train on customer data. ZDR applies across all Warp plans. For Business and Enterprise plans, data collection is disabled by default. On the Free plan, telemetry must be enabled to use AI features, while paid plans can opt out of telemetry entirely and retain full AI functionality. Some models carry provider-specific data retention requirements and are therefore not covered by ZDR; for Enterprise teams, these models are off by default and require explicit admin enablement. Warp also supports a BYOLLM (Bring Your Own LLM) mode where requests are proxied through Warp's servers to the customer's own cloud infrastructure, and Warp does not store the content of those requests.

Secret Redaction

Warp includes a Secret Redaction feature that uses regex patterns to detect and redact sensitive information in terminal output before any data is sent to Warp's servers or LLM providers. It covers API keys (AWS, Google, GitHub, Stripe, OpenAI, Anthropic, Fireworks), passwords, SSH keys, JWTs, IP addresses, phone numbers, MAC addresses, and PII. Secret Redaction is disabled by default for individual users but is automatically enforced in all AI interactions for Enterprise teams. Administrators can add custom regex patterns through the Admin Panel. Warp Drive also prevents saving secrets in plain text in workflows, MCP server configurations, and prompts. Note that secret redaction is not applied in Session Sharing.

Enterprise Security Features

Warp's Enterprise plan includes:

• SSO: Supports SAML 2.0 and OIDC through providers including Okta, Microsoft Entra ID, Google Workspace, and OneLogin, provisioned via WorkOS. Admins can require SSO for all team members and enforce MFA through the identity provider.

• SCIM provisioning: Automated user lifecycle management through the identity provider.

• Admin Panel controls: Team-level enforcement of telemetry, data collection, AI access, and secret redaction policies.

• Self-hosted cloud agent execution: Enterprise teams can self-host the execution plane, keeping repository clones, build artifacts, and runtime secrets on their own infrastructure. The control plane (session transcripts, orchestration metadata) routes through Warp under ZDR.

• Audit and compliance support: SOC 2 reports, compliance questionnaire assistance, and architecture documentation available upon request.

• Enterprise support: Dedicated Slack/Teams channels, proactive security advisories, and incident assistance.

Warp's client code is published as open source under AGPL v3 on GitHub (warpdotdev/warp), allowing security teams to audit the codebase directly.

Transparency Controls

Warp provides a Network Log tool that lets users monitor all network requests in real time. The company publishes an exhaustive telemetry table documenting every event that can be collected. Users can opt out of telemetry and crash reporting at any time while retaining full application functionality, including AI features on paid plans.

Known Security Incidents

No data breaches have been publicly reported. One notable vulnerability was disclosed in 2024:

• CVE-2024-41997: A command injection vulnerability in Warp's Docker integration, affecting versions prior to v0.2024.07.16.08.02. An attacker could craft a malicious warp://action/docker/open_subshell hyperlink that, when clicked by a victim, resulted in arbitrary command execution on the victim's machine. The vulnerability required user interaction (clicking a link) to trigger. It was fixed in version 2024.07.18 (v0.2024.07.16.08.02). Warp has a responsible disclosure program coordinated through security@warp.dev.

User Feedback & Adoption

Warp has grown to over 700,000 monthly active developers and reached approximately $16M in revenue by 2025, earning strong praise for its AI-assisted command-line experience while drawing criticism for pricing changes, cloud dependency, and reduced customization compared to traditional terminals. User sentiment is polarized: developers who live in the terminal and embrace AI workflows tend to be highly enthusiastic, while power users who prefer minimalist, fully offline tools frequently express frustration.

Adoption Metrics

Warp reports over 700,000 professional software developers using the product each month, with adoption at over 56% of Fortune 500 companies (company-reported figures from Warp's customer pages). The company reached approximately $16M in revenue in 2025, up from $1.4M in 2024, with a team of roughly 78 employees as of late 2025 (GetLatka). Warp has raised $75.1M in total funding across four rounds, most recently a $50M Series B in 2023. CB Insights includes Warp in its AI 100 list of the most promising private generative AI companies.

Review Platform Presence

Warp's presence on major review platforms is limited. On Capterra, the product has no user reviews as of 2026. G2 lists Warp with a presence but review volume is not publicly accessible due to access restrictions. Product Hunt hosts user reviews, though the overall rating and count are not readily extractable. This relative absence from enterprise review platforms suggests Warp's user community congregates in developer-focused channels (Reddit, Hacker News, GitHub discussions) rather than traditional B2B review sites.

Common Praise Themes

AI-powered command assistance. Users consistently highlight Warp's ability to suggest commands, explain errors, and generate shell commands from natural language. A Reddit user in r/ChatGPTCoding called the autocomplete "next level," noting it can fix issues and install platforms seamlessly. Another user in r/osx praised the Claude Sonnet integration as "absolutely awesome."

Modern editing experience. The IDE-like text input, block-based command output, and multi-line editing are frequently cited as meaningful improvements over traditional terminals. Reviewers appreciate the ability to select, copy, and share individual command blocks without scrolling through walls of text.

Rust-based performance. Users note that Warp feels faster and smoother than Electron- or web-based terminals. Independent testing by Agent Finder measured shell startup at approximately 180ms, slower than Alacritty (40ms) but significantly faster than Electron-based terminals like Hyper (600ms+).

Aesthetics and theming. First-class theming support and a polished default appearance are recurring praise points. Reviewer Zachary Proser noted that "Warp looks great out of the box, even using the default theme."

Parallel agent workflows. The ability to run multiple AI agents simultaneously in separate tabs is highlighted as a differentiator impossible in classic terminals, particularly valuable for long-running tasks.

Common Complaint Themes

Pricing changes and cost. Pricing revisions in 2025-2026 sparked significant complaints on Hacker News and Reddit. A Reddit thread titled "Since the prices of warp are now unattractive, any terminal alternatives?" reflects this sentiment, though some users concluded that replacing Warp would require combining multiple tools and ultimately cost more in time. Users on heavy-agent workflows report that the included monthly credits fall short, forcing additional purchases or BYOK (bring your own key) setup.

Login requirement and cloud dependency. The mandatory account login to use the terminal is a persistent friction point. Reviewer Zachary Proser noted it "gives me pause to need to log into my terminal" and raised concerns about how gracefully Warp degrades when it cannot reach its cloud services. Advanced agentic capabilities (the Oz cloud platform) require internet connectivity, which is a barrier for air-gapped or high-security environments.

Reduced customization vs. traditional terminals. Power users migrating from iTerm2, Alacritty, or tmux frequently note the lack of fine-grained configuration options. tmux compatibility has been a long-standing gap, with an active GitHub discussion tracking the request. Users also report compatibility issues with tools like zoxide, fzf, and certain fish shell features.

Higher resource usage. Warp consumes approximately 200-400MB of RAM during typical sessions, compared to 50-80MB for lightweight terminals like Alacritty. This is a tradeoff for the AI and rendering features, but it is a barrier for users in constrained environments.

Product direction uncertainty. Some long-time users have expressed concern about Warp's evolving focus. A Reddit post titled "What have you done to Warp Terminal?" reflects frustration with UI changes introduced alongside the Oz cloud agent features, with one user noting the product feels like it has lost focus on its core terminal experience.

Barriers to Adoption

The most frequently cited barriers are: (1) the login requirement, which conflicts with developer expectations of terminal tools as instant, offline utilities; (2) closed-source status (prior to the May 2025 open-source release of Warp 2.0 under Apache 2.0), which deterred users who prefer FOSS alternatives; (3) the learning curve for power users with established tmux-based workflows; (4) resource overhead compared to minimalist terminals; and (5) pricing uncertainty as the product shifted from a free terminal to a credit-based AI platform.

Monetization & Business Model

Warp operates a freemium SaaS model with usage-based AI credits, having transitioned in late 2025 from multiple subscription tiers to a simplified plan structure centered on a $20/month "Build" plan. The company has raised $73 million in total funding, most recently a $50 million Series B led by Sequoia Capital in June 2023, and was generating approximately $16 million in ARR by October 2025 with rapid growth driven by AI agent adoption.

Revenue Model

Warp uses a freemium SaaS model with usage-based AI credits. Core terminal functionality is free. Paid plans include a monthly allowance of AI credits that power features such as code generation, debugging, and multi-agent workflows. When users exhaust their included credits, they can purchase Reload credits (replacing the former pay-as-you-go overage model) at volume-based discounts, or use Bring Your Own API Key (BYOK) to route AI usage through their own OpenAI, Anthropic, or Google accounts. Revenue growth is driven primarily by AI consumption rather than seat-based licensing: as developers incorporate more AI-powered workflows, credit usage increases, pushing users to higher tiers or add-on credit purchases.

Pricing Tiers (Current)

Warp consolidated its previously separate Pro, Turbo, and Lightspeed plans into a single "Build" plan in late 2025 (effective for existing customers at first renewal after December 1, 2025). The current plan lineup, as listed on Warp's pricing page:

• Free ($0/month): Modern terminal with core features, limited cloud agent access, bring-your-own AI inference, limited Warp Drive and collaboration features, limited cloud conversation storage. Does not include bundled AI credits for the Warp Agent.

• Build ($20/month): 1,500 AI credits per month, BYOK support for OpenAI/Anthropic/Google models, access to Reload credits with volume-based discounts, unlimited Warp Drive objects, codebase indexing up to 40 repositories (100,000 files each).

• Max (starting at $200/month billed annually, or $180/month with annual discount): Includes 12x the credits of Build, plus volume-based reload discounts, auto-reload, and team-wide spend caps.

• Business (starting at $50/user/month billed annually, or $45/user/month with annual discount): For teams up to 25 seats. Includes 1,500 credits per user/month, team usage metrics, admin-configurable data controls, SAML-based SSO, shared Reload credits across the team, and BYOK. Self-serve billing with credit card payments only.

• Enterprise (custom pricing): Unlimited seats, custom shared credit pools, advanced spend controls, enterprise admin controls and data governance, Enterprise Analytics API, multi-admin support, Bring Your Own LLM (BYOLLM) managed inference, self-hosted cloud agents on customer infrastructure, custom codebase indexing, white-glove onboarding, dedicated account manager, and a shared Slack channel.

The pricing page displays both monthly and annual rates, with annual billing offering a 10% discount. Reload credits can be purchased in increments of $10, $20, $50, and $100, roll over month to month, and remain valid for 12 months. Reload credits are approximately 50% cheaper per thousand credits than the legacy overage credits they replaced.

Free Tier and Trial

The Free plan is permanently available with no time limit. It includes the full modern terminal experience but with limited AI agent access and no bundled AI credits. Free users can still use the Warp Agent by bringing their own inference via BYOK, a custom inference endpoint, or a SuperGrok/X Premium subscription. The free tier serves as the top of a broad conversion funnel: individual developers adopt Warp for free, then convert to paid plans as AI usage grows, and teams upgrade for collaboration and admin features.

Enterprise Approach

Enterprise is sold via direct sales with custom pricing, credit allowances, and contract terms. It targets organizations needing advanced security, compliance, and scale. Key differentiators include BYOLLM managed inference (with Warp providing routing, orchestration, governance, and observability), self-hosted cloud agents on customer infrastructure, enterprise data governance with Zero Data Retention (ZDR) agreements with model providers, and dedicated support including an implementation engineer and account manager. The go-to-market strategy follows a B2B2C model: individual developers adopt Warp through the free tier, adoption spreads virally within engineering teams, and enterprise sales target security-focused verticals requiring SAML SSO, data retention controls, and on-premises or managed LLM deployment.

Funding History

Warp has raised approximately $73 million across three rounds:

• Seed (2021): $6 million, led by GV (Google Ventures) with participation from BoxGroup and Neo.

• Series A (April 2022): $17 million (also reported as $23 million including follow-on commitments), led by Dylan Field (CEO of Figma) with GV participation.

• Series B (June 2023): $50 million, led by Sequoia Capital, with Andrew Reed joining the board. GV, Dylan Field, BoxGroup, and Neo also participated.

Notable angel investors include Sam Altman, Marc Benioff, Tobi Lutke, Jeff Weiner, and Elad Gil. The company is headquartered in New York and has approximately 78 employees as of late 2025. Warp's valuation has not been publicly disclosed for the Series B round.

Revenue and Growth Metrics

Warp's revenue trajectory has accelerated sharply with the introduction of AI agent capabilities:

• 2025 ARR: Approximately $16 million as of October 2025 (per GetLatka data sourced from CEO Zach Lloyd).

• Growth rate: CEO Zach Lloyd stated in September 2025 that Warp was adding $1 million in ARR every 10 days, with week-over-week revenue growth of 5 to 15 percent.

• Revenue increase: Warp's revenue was reported as up 19x year-over-year in 2025.

• Active users: 600,000 active users as of September 2025, growing to approximately 800,000 developers by early 2026 (per Warp's own blog).

The first $1 million in ARR took over 300 days to achieve; by late 2025, the company was adding that same amount roughly every 10 days. This growth is driven by AI agent adoption rather than seat expansion, as credit consumption scales with deeper AI usage in developer workflows.

Total Addressable Market

Warp's addressable market expanded significantly with cross-platform support. The launch of Windows support in February 2025 (following Linux in February 2024) doubled the addressable developer population by reaching the estimated 48% of professional developers who primarily use Windows. The freemium model with hundreds of thousands of active users creates a substantial conversion funnel. Enterprise capabilities such as on-premises LLM deployment and data sovereignty controls also open addressable segments in European and Asian markets with strict data residency requirements.

Leadership & Team

Warp was founded in June 2020 by Zach Lloyd, who remains CEO. Lloyd is a former Principal Engineer at Google who led the engineering team behind Google Sheets and Google Docs, growing the Sheets team from five to over 100 engineers. Before founding Warp, he also served as interim CTO at TIME and co-founded the venture-backed startup SelfMade. Warp is headquartered in New York and has raised approximately $73 million across seed, Series A, and Series B rounds, with Sequoia Capital partner Andrew Reed on the board.

Founder & CEO

Lloyd's vision for Warp originated from his frustration with developer tools that were difficult to use, an interest honed during his years at Google reinventing the spreadsheet for the cloud era. At Google, he led the team that built Google Sheets into a product used by hundreds of millions of people, growing the engineering organization from roughly five to over 100 during his tenure. After leaving Google in 2014, he served as interim CTO at TIME and co-founded SelfMade before launching Warp in 2020.

Board & Key Investors

Warp's investor base includes Sequoia Capital (Series B lead, June 2023, $50M), GV / Google Ventures (seed lead, $6M), and Dylan Field, co-founder and CEO of Figma (Series A lead, $17M). Additional institutional investors include Neo, BoxGroup, and Elad Gil. Notable angel investors include Sam Altman, Tobi Lütke (Shopify CEO), Marc Benioff, and Jeff Weiner.

Early Engineering & Design Team

Warp's founding team grew from Lloyd to include several early hires who shaped the product's direction:

The initial Warp prototype was built as an Electron app but was rewritten in Rust for performance. The team drew talent from companies including Google, Dropbox, LinkedIn, and Gem.

Team Size & Growth

Team size estimates vary across data providers. PitchBook reports 44 employees, Latka reports 78, and Tracxn reports 102 as of mid-2025. The company appears to be in the 50 to 100 employee range. Warp is actively hiring across engineering, design, and go-to-market roles as it expands from a terminal product into an agentic development environment.

Company Culture & Values

Warp's stated mission is to "empower developers to ship better software more quickly, freeing them to focus on their work's creative and rewarding aspects." The company frames AI as giving developers "superpowers" rather than replacing them, envisioning a future where developers act as "tech leads" for groups of AI agents. The team is described as user-focused, with early engineers participating directly in user research sessions. Warp operates as a remote-friendly company with its headquarters in New York.

Target Audience & Use Cases

Warp serves individual developers, engineering teams, and large enterprises as its core audience, with a go-to-market model that starts with a free individual tier and expands virally into team and enterprise deployments. The platform is trusted by over 800,000 developers and thousands of engineering teams at companies including OpenAI, Atlassian, Cisco, Netflix, and Salesforce.

Primary Market Segments

Warp addresses three market tiers through its pricing structure:

• Individual developers (free tier): Core terminal functionality is free with no usage caps. The free plan includes 150 AI credits per month for the first two months and 75 credits per month thereafter, making it genuinely usable for solo workflows. This tier generates a broad top-of-funnel, with over 500,000 active users on the free plan as of 2025.

• Small teams and growing engineering organizations (Build and Business plans): The Build plan serves individuals or small teams with heavier AI usage. The Business plan, at $50 per user per month, adds admin-configurable data controls, SAML-based SSO, and centralized billing for multi-seat teams of up to 50 members.

• Enterprise organizations (Enterprise plan): Custom-priced for organizations needing higher seat counts, Bring Your Own LLM (BYOLLM) managed inference, granular admin controls, SOC 2 Type II compliance, and dedicated support. Organizations with more than 10 employees must use a Business or Enterprise plan for BYOK and custom inference features.

Target Personas

Warp's enterprise documentation identifies three primary audiences:

1. Professional developers and software engineers: The core user base. These are developers who spend significant time in the command line and want AI-assisted productivity, code generation, and an IDE-like terminal experience. Warp's Agent Mode processes natural language requests and translates them into shell commands using models from Anthropic, OpenAI, and Google.
2. DevOps engineers and infrastructure teams: A particularly strong fit, as these personas live in SSH sessions, manage deployments, and run operational automation. Warp's terminal-first approach with embedded AI agents appeals to DevOps engineers who prefer a traditional CLI-based experience over IDE-centric tools.
3. IT admins and platform engineering teams: Responsible for deploying and managing Warp across organizations with SSO (Okta, Microsoft Entra ID, Google Workspace), centralized administration, and usage visibility.
4. Data professionals: Data engineers and analysts who prefer staying in the terminal environment for tasks ranging from data pipeline management to infrastructure operations.
5. Engineering managers: Who need to give teams powerful agent development tools while enforcing coding standards and best practices through shared team resources.

Top Use Cases

1. Agentic software development: Warp's flagship use case is running AI coding agents (Warp Agent, Claude Code, Codex, Gemini CLI) directly from the terminal for code generation, refactoring, and multi-step development tasks. The platform supports multi-agent orchestration with cross-repo codebase management and long-running tasks.
2. DevOps automation and runbooks: Warp Drive enables teams to create, share, and parameterize workflows and runbooks for recurring operational tasks such as environment bootstrapping, credential rotation, deployment investigation, and data backfills. This addresses the problem of tribal knowledge concentrated in one or two engineers.
3. Incident response and debugging: AI agents work alongside engineers to investigate production issues, run diagnostic commands, and close feedback loops without switching to a separate chat panel. Cloud agents can run automated health checks and scheduled maintenance tasks.
4. Team collaboration and onboarding: Session sharing allows real-time collaboration on terminal sessions via shareable links. Shared Workflows, Notebooks, Prompts, and Environment Variables in Warp Drive help reduce onboarding time and give teams a shared system of work.
5. CI/CD and deployment orchestration: Cloud agents handle PR reviews, scheduled tasks, and distributed work across multiple repositories. The Oz orchestration platform runs agents at scale for codebase migrations, release coordination, and test generation.

Industry Verticals

Warp does not target a specific industry vertical but is horizontal across any sector with significant software engineering operations. Named customers span technology (OpenAI, Netflix, Salesforce), enterprise software (Atlassian, Cisco), and cloud infrastructure. Enterprise security and compliance features (SOC 2 Type II, Zero Data Retention, BYOLLM via AWS Bedrock) make it viable for regulated industries. The architecture supports hybrid deployment models where security-sensitive teams (e.g., infrastructure, payments) can use self-hosted agents while other teams use Warp-hosted infrastructure.

Company Size Sweet Spot

Warp's freemium model accommodates solo developers and small teams, but the product's collaborative features, Warp Drive, and agent orchestration create the most value for engineering teams of 10 to several hundred developers. The Business plan supports teams up to 50 seats, while the Enterprise plan serves organizations exceeding that threshold. The go-to-market strategy follows a B2B2C model: individual developers adopt the free tier, then expand within their organizations as teams adopt collaborative features, eventually converting to paid Business or Enterprise plans.

Geographic Focus

Warp is headquartered in San Francisco and initially launched as macOS-only. Cross-platform expansion to Linux (February 2024) and Windows (February 2025) roughly doubled the addressable developer population, reaching the approximately 48% of professional developers who primarily use Windows. Local LLM deployment capabilities and BYOLLM features support expansion into European and Asian markets with data sovereignty requirements. The open-source release of the terminal and Oz platform in April 2026 further broadens global accessibility.

Tags & Categories

Warp is an AI-native terminal and agentic development environment built in Rust, primarily classified under AI Coding with secondary relevance as an AI DevOps and AI Infrastructure tool. It combines a modern GPU-rendered terminal emulator with built-in AI coding agents, multi-agent orchestration, and support for external CLI agents like Claude Code, Codex, and Gemini CLI.

Primary Category: AI Coding

Categories: AI Coding, AI DevOps, AI Infrastructure

Tags: ai terminal, terminal emulator, agentic development environment, ai coding agent, rust, multi-agent orchestration, cli, developer productivity, mcp, claude code, codex, gemini cli, macos, linux, windows, open source, byollm, warp drive, soc2

Classification Rationale

Warp's core product is a terminal-based AI coding platform. Official marketing positions it as "the Agentic Development Environment," with its built-in Warp Agent ranking #1 on Terminal-Bench and in the top 5 on SWE-bench Verified. The platform supports running, reviewing, and steering multiple AI coding agents simultaneously, making AI Coding the unambiguous primary category.

The AI DevOps secondary category reflects Warp's deep terminal-level positioning: agents operate across the full software development lifecycle including deployment, debugging, and incident management, with native integrations into Slack, Linear, and GitHub Actions. The AI Infrastructure tag captures Warp's Oz Agent Platform, which provides cloud-based agent orchestration, SDK/CLI programmatic launch, BYOLLM (Bring Your Own LLM) support, and self-hosted cloud agents for enterprise customers.

Key Descriptive Tags

• ai terminal / terminal emulator: Warp is fundamentally a modern terminal emulator with GPU-accelerated rendering (via wgpu), block-based editing, and IDE-like input. Available on macOS, Linux, and Windows.

• agentic development environment: Warp's self-coined category (ADE), emphasizing prompt-first, multi-threaded agent workflows over traditional hand-coded editing.

• ai coding agent: The built-in Warp Agent provides state-of-the-art coding with codebase indexing, model routing, and planning mode using reasoning models.

• multi-agent orchestration: Users can run multiple agents in parallel with a management UI, status badges, and notifications. Agents include Warp Agent, Claude Code, Codex, and Gemini CLI.

• rust: Warp is written in Rust with a custom GPU renderer (WarpUI), sharing over 99% of its codebase across platforms.

• mcp (Model Context Protocol): Warp supports MCP servers for integrations with GitHub, Linear, Sentry, Figma, and other developer tools.

• byollm: Enterprise customers can bring their own LLM inference and self-host cloud agents on their infrastructure.

• warp drive: A shared knowledge store for teams and agents, providing reusable notebooks, workflows, prompts, and environment variables.

• open source: Warp's repository is open source on GitHub, with OpenAI as founding sponsor.

• soc2: SOC 2 Type 2 compliance with zero-data retention options and secret redaction for enterprise security.

Impact & Recommendations

Warp has positioned itself as the first "Agentic Development Environment" (ADE), evolving from a modernized terminal into a full agentic coding platform that competes with both IDE-based tools (Cursor, Windsurf) and CLI agents (Claude Code, Gemini CLI). With $73M in total funding, 800,000+ developers, and an estimated $1M in new ARR every 10 days as of late 2025, Warp has become one of the fastest-growing AI developer tools, though it faces intensifying competition from well-funded incumbents and platform-level AI integration from Docker, GitHub, and cloud providers.

Market Position and Competitive Landscape

Warp occupies a unique position at the intersection of terminals, IDEs, and AI coding agents. Originally launched in 2021 as a Rust-based, GPU-accelerated terminal for macOS, the product has expanded into a cross-platform agentic development environment available on macOS, Linux, and Windows. CEO Zach Lloyd frames the opportunity not as "developer tools" but as "the market for automating the production of software," emphasizing that big pieces of enterprise software production can now be automated with developers remaining in the loop.

The competitive landscape falls into several tiers:

AI-first IDEs (Cursor, Windsurf): These tools embed AI agents within a code-editor interface. Cursor, backed by significant funding, leads in IDE-first agentic editing with its Composer model. Windsurf competes on automatic context monitoring and multi-module monorepo navigation. Warp differentiates by arguing that as developers write less code by hand, an interface built for hand-editing code (an IDE) becomes less natural than a prompt-first environment.

CLI coding agents (Claude Code, Gemini CLI, Aider): These run inside existing terminals. Warp's advantage over pure CLI agents is its native GUI: users can edit agent-generated diffs in an embedded code editor, monitor multiple agents through a sidebar, and receive system notifications, none of which a CLI app running inside a terminal can offer. Warp also functions as a host for other CLI agents (Claude Code, Gemini CLI) through its terminal capabilities.

Platform incumbents (GitHub Copilot, Docker): GitHub Copilot has achieved feature parity with Cursor through agents available locally, via CLI, and in the cloud, backed by deep GitHub platform integration. Docker's Ask Gordon AI agent targets containerization-specific developer productivity, potentially reducing demand for general-purpose terminal AI among container-focused developers. These incumbents can offer lower-cost AI features with seamless integration into existing developer workflows, which limits Warp's pricing power for AI functionalities.

Key Growth Signals

Revenue velocity: Warp is adding approximately $1 million in annual recurring revenue every 10 days, according to founder Zach Lloyd, driven by the launch of AI agents rather than the terminal itself. This implies an annualized revenue growth rate that places Warp among the fastest-growing AI developer tool companies.

User base expansion: Warp reports 800,000+ developers using the platform, up from 500,000+ active users referenced in mid-2025. The Warp blog homepage cites "800,000 developers" as of late 2025.

Benchmark performance: Warp's coding agent ranked #1 on Terminal-Bench (61.2%) and in the top tier on SWE-bench Verified (75.6%) as of late 2025, positioning it competitively against Claude Code and Cursor on code-generation quality.

Production scale: In 2025, Warp's agents edited 3.2 billion lines of code, indexed 120,000+ codebases, and processed tens of trillions of LLM tokens. Agent-generated diffs achieved a 96%+ acceptance rate among users. The company reported that heavy AI developers save 6 to 7 hours per week by running multiple agents in parallel, and one global consulting firm reported a 240% increase in developer productivity after adopting Warp's agentic workflows.

Industry recognition: Warp received a TIME Best Inventions of 2025 mention and a Newsweek AI Impact Award. TechCrunch covered the terminal as "a surprising new home for AI coding tools."

Open-source traction: Warp's client was open-sourced under AGPL v3 and surpassed 50,000 GitHub stars, making it one of the fastest-growing developer tool repositories in Rust.

Cross-platform expansion: Windows support launched in February 2025, roughly doubling the addressable developer population by reaching the approximately 48% of professional developers who primarily use Windows. The platform now supports macOS, Linux, and Windows with x64 and ARM64 architectures.

Risk Factors

Pricing friction and user backlash: In late 2025, Warp overhauled its pricing model to a credit-based system, discontinuing its Lightspeed plan and restructuring tiers around a "Build" plan. Multiple Reddit threads in the r/warpdotdev community expressed frustration, with users describing the changes as "rushed, confusing, and anti-user." Some power users noted they could replicate Warp's workflow using free tools and direct API calls for roughly $50 in API costs, raising questions about the sustainability of Warp's pricing premium over raw model access.

AI compute cost pressure: CEO Zach Lloyd acknowledged the core economic challenge: power users can cost $80 in API fees while paying a $50 subscription. Warp's credit-based pricing attempts to balance this, but the broader risk is that as model costs decline and BYOK (Bring Your Own Key) becomes standard, users may bypass Warp's managed AI layer. Warp has responded by offering BYOK on its Free tier, but this shifts the monetization burden entirely to the platform's agent orchestration and UX value.

Intensifying competition from platform incumbents: GitHub Copilot, Docker, and cloud providers can embed AI features at lower cost through existing developer workflows. As AI capabilities commoditize, Warp's differentiation depends on the quality of its agent orchestration layer, which is difficult to sustain as a moat against well-resourced incumbents.

Historical trust concerns: Early in Warp's lifecycle, the requirement to log into a terminal drew significant criticism from the developer community around data privacy and security. While Warp has since removed the login requirement and implemented strict no-training-on-user-data policies, the company's cloud-connected architecture remains a consideration for security-conscious enterprises. The Enterprise tier addresses this with self-hosted cloud agents, BYO LLM, and enterprise data governance controls.

Execution risk in rapid pivoting: Warp's transition from terminal to ADE happened quickly, with multiple major releases in 2025 (Warp 2.0 in June, Warp Code in September, Agents 3.0 in November). Some users reported bugs and instability during these transitions, and the pace of change risks alienating users who valued Warp primarily as a terminal.

Competitive Advantages (Moat)

Terminal-native positioning: The terminal sits at a unique point in the development stack with access to the entire system: file systems, build tools, cloud infrastructure, Docker, Git, and production environments. Unlike IDE-based agents that are scoped to a project or workspace, Warp's agents can operate across multiple repos, execute infrastructure commands, and handle the full software development lifecycle from setup through deployment and incident management.

Rust-based GPU-accelerated architecture: Built entirely in Rust with GPU rendering, Warp delivers performance competitive with Alacritty and Ghostty on raw rendering benchmarks while supporting features (block-based output, IDE-like input editing, agent management UI) that no traditional terminal offers. This architecture is difficult to replicate and gives Warp a structural performance advantage over Electron-based alternatives.

Agent multithreading: Warp's ability to run and monitor multiple long-running AI agents in parallel, with granular control over autonomy levels, is a capability that neither CLI agents (which are single-threaded by nature) nor IDE-based agents (which are constrained to the editor context) fully replicate. This directly enables the 6 to 7 hours per week in time savings that Warp reports for heavy AI developers.

Warp Drive and team context: The shared knowledge store (Warp Drive) provides persistent context for both human teammates and AI agents, including on-call playbooks, environment-specific workflows, and standardized agent profiles. This creates a network effect within organizations: as teams accumulate shared context, switching costs increase.

Model-agnostic flexibility: Warp supports 20+ state-of-the-art models across providers (OpenAI, Anthropic, Google, and others), letting users select or switch models per task. Combined with BYOK support, this reduces lock-in risk for users and positions Warp as a model-agnostic orchestration layer rather than a single-model tool.

Comparison to Closest Competitors

Warp vs. Cursor: Cursor is the leading AI-first IDE, excelling at in-editor code generation, multi-file editing, and fast iteration loops. Warp's terminal-first approach covers a broader scope: coding, infrastructure management, deployment, debugging, and incident response. Independent testing found Warp roughly 3x faster and 1/6th the cost of Cursor for certain project builds, though this reflects the terminal's efficiency for specific workflows rather than a universal advantage. Cursor is better suited for developers whose work is primarily within a single codebase; Warp is stronger for full-stack and DevOps workflows that span code, infrastructure, and production environments. Cursor pricing starts at $20/month; Warp's Build plan is comparable, with usage-based credit scaling.

Warp vs. Claude Code: Claude Code (Anthropic's CLI agent) runs inside any terminal and excels at deep codebase reasoning. Warp's advantage is its native GUI: editable diffs, multi-agent management, and a richer UX that a CLI-only tool cannot provide. Warp can also serve as a host for Claude Code itself, positioning it as a platform layer above individual CLI agents. Claude Code is free with an Anthropic API subscription; Warp charges for its orchestration and UX layer on top of underlying model costs.

Warp vs. GitHub Copilot: Copilot benefits from deep GitHub integration and a massive existing user base, with agents available in the IDE, CLI, and cloud. Copilot's $10/month pricing (for the base tier) undercuts Warp significantly. Warp's differentiation is its terminal-native architecture, which provides broader system access than Copilot's IDE- and GitHub-scoped agents. For organizations already embedded in the GitHub ecosystem, Copilot's integration advantages are substantial; for teams that need agents operating across infrastructure and production, Warp offers deeper system-level access.

ICP Fit for the Chiri Atlas Audience

Warp is best suited for:

• Full-stack developers and DevOps engineers who split time between coding, infrastructure management, and production debugging. The terminal's system-level access makes it uniquely valuable for workflows that span these domains.

• Engineering teams (5 to 25 developers) adopting AI-assisted development. Warp Drive's shared context and agent profiles create compounding value as team adoption grows.

• Organizations with complex, multi-repo architectures where agents need to work across client-server boundaries within a single conversation.

• Enterprises with strict data governance requirements that need self-hosted LLM deployment, SAML SSO, and zero data retention controls. The Enterprise tier addresses these directly.

Warp is less suited for developers who want maximum terminal customization with minimal footprint (iTerm2, tmux power users), those committed to a specific IDE workflow, or individual developers whose work is confined to a single codebase where an IDE-based agent like Cursor may suffice.

Overall Recommendation and Outlook

Warp is a high-growth, well-funded player in the AI developer tools market with a defensible architectural position. Its transition from terminal to agentic development environment has unlocked significant revenue growth, and its benchmark performance and user adoption metrics validate the product's technical execution. The terminal-native approach gives Warp a structural advantage that IDE and CLI competitors cannot easily replicate: system-level access combined with a rich GUI for agent management.

The primary risks are pricing sustainability as model costs commoditize, competitive pressure from platform incumbents with existing distribution advantages, and user retention through rapid product evolution. Warp's response, model-agnostic flexibility with BYOK, positions it to weather model commoditization, but its long-term success depends on whether its agent orchestration and UX layer maintains sufficient differentiation to justify its pricing premium.

For engineering teams evaluating AI coding tools, Warp warrants serious consideration as a complement to (rather than replacement for) IDE-based agents, particularly for workflows that extend beyond code editing into infrastructure, deployment, and production operations.

Chiri Analysis

Chiri Score: 82/100

Verdict

Best for:

• Developers who live in the terminal and want AI-assisted command generation, debugging, and error explanation

• Engineering teams orchestrating multiple parallel or cloud agents (Warp Agent, Claude Code, Codex, Gemini CLI) from one workspace

• Enterprises needing SOC 2 Type II compliance, Zero Data Retention, SSO/SCIM, and self-hosted cloud agent execution

• Teams standardizing on shared workflows, runbooks, and knowledge via Warp Drive

• Organizations wanting BYOK/BYOLLM flexibility across OpenAI, Anthropic, Google, and custom endpoints

Not for:

• Power users who require fully offline, cloud-independent terminals

• Developers who prefer minimalist, highly customized shells and dislike login requirements

• Teams with tight, predictable budgets uneasy with usage-based AI credit consumption

• IDE-centric developers who want AI primarily inside a code editor rather than the terminal

• Organizations requiring published ISO 27001 or HIPAA certifications, which Warp does not advertise

Head-to-head

Frequently Asked Questions

Is Warp SOC 2 compliant?

Yes. Warp holds a SOC 2 Type II attestation evaluated by Advantage Partners, covering security, availability, processing integrity, confidentiality, and privacy. The report is available to Enterprise customers through Warp's Trust Center or by request to security@warp.dev.

How much does Warp cost?

Warp offers a Free plan at $0/month, a Build plan at $20/month with 1,500 AI credits, a Max plan starting at $200/month ($180/month annually) with 12x the credits, and a custom-priced Enterprise plan. A Business tier is reported at roughly $50/user/month.

Who are Warp's competitors?

Warp competes with AI-powered developer tools including Cursor, GitHub Copilot, and Claude Code, and with traditional terminals like iTerm2 and Alacritty. It differentiates through its terminal-native architecture and multi-agent orchestration via the Oz platform.

Is Warp good for enterprise?

Yes. Warp's Enterprise plan includes unlimited seats, SAML/OIDC SSO, SCIM provisioning, self-hosted cloud agents, BYOLLM, enterprise data governance, and an Analytics API. Warp reports adoption at over 56% of Fortune 500 companies, including OpenAI, Atlassian, Cisco, Netflix, and Salesforce.

Is Warp open source?

Yes. In 2026 Warp open-sourced its terminal emulator client and Oz orchestration platform under AGPL-3.0, with UI framework crates under MIT license, available at github.com/warpdotdev/warp. OpenAI was named a founding sponsor of the open-source release.

Does Warp keep or train on my data?

No. Warp has Zero Data Retention agreements with all contracted LLM providers (Anthropic, OpenAI, Google), so they do not store or train on customer data. Code stays local unless explicitly transmitted; codebase indexing sends code to generate embeddings but retains only the embeddings, not raw code.

What platforms and shells does Warp support?

Warp runs natively on macOS, Linux, and Windows. It supports Zsh, Bash, fish, PowerShell, WSL, and Git Bash. Linux support launched in February 2024 and Windows support in February 2025.

Can Warp run other AI coding agents?

Yes. Warp hosts third-party CLI agents including Claude Code, Codex, Gemini CLI, and OpenCode within the terminal, adding vertical tabs, unified notifications, native code review, rich input, and remote control. The Oz platform can orchestrate these agents together.

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Reviewed by Chiri Atlas Research Desk (AI Tooling Analyst) on 2026-07-04.