Warpgate
Warpgate is a self-hosted secure access proxy that consolidates infrastructure access control into a single interface. It replaces manual SSH key distribution with centralized RBAC, enforces 2FA and SSO via OIDC or LDAP, and provides browser-based terminal access to SSH, HTTPS, RDP, VNC, Kubernetes, PostgreSQL, and MySQL targets. All sessions are recorded and logged for audit. Because it is open-source and self-hosted, your infrastructure team owns the deployment and all access data; commercial support and custom features are available separately. Warpgate eliminates the operational overhead of managing scattered credentials and access policies across heterogeneous infrastructure.
Warpgate is a self-hosted secure access proxy, integrating with OIDC, LDAP, Kubernetes, and PostgreSQL. InnovaAI scores it 3.5/10 for agency adoption, best for DevOps Engineer, Infrastructure Lead, and Operations Manager roles handling 5+ client meetings per week.
Agency Audit
Warpgate is a self-hosted secure access proxy that replaces manual SSH key management and scattered access controls with centralized SSO, RBAC, and browser-based terminal access across SSH, HTTPS, RDP, VNC, Kubernetes, and database targets. DevOps agencies, managed service providers, and IT security consultancies benefit most from adopting it internally because it consolidates infrastructure access into one audit trail, eliminates the operational overhead of distributing and rotating keys across team members, and enforces 2FA and session recording without requiring client-side tooling changes. If your team manages multiple infrastructure environments or client deployments, Warpgate reduces access-control friction and audit burden significantly.
5recommended
60/mo
No paid plan published
Moderate
Illustrative scenario. Not a guarantee. Net capacity needs a verified paid base plan, and none is published for this service, so it is not modeled. Hours saved come from the service estimate; implementation, taxes, and unprovided usage charges are excluded.
- DevOps Engineer handling SSH key provisioning and rotation
- Infrastructure Lead handling infrastructure access auditing
- Operations Manager handling contractor and team member onboarding
- Your team is entirely cloud-native (AWS, GCP, Azure IAM only) and does not manage on-premise servers, databases, or Kubernetes clusters. Warpgate's value is highest when you have heterogeneous infrastructure targets that lack native SSO.
- You have fewer than 3 team members or manage fewer than 2 infrastructure targets. The setup and maintenance overhead will exceed the time saved by centralized access control.
- Your infrastructure already uses a commercial bastion host or jump-server solution with SSO and audit logging built in. Warpgate adds complexity without clear advantage.
Internal Adoption Path
No paid plan published
60 hr/mo
5 seats × 12 hr each
$4,500/mo
modeled at $75/hr labor rate
No paid plan published
Illustrative scenario. Not a guarantee. No verified paid base plan is published for this service, so subscription cost and net capacity are not modeled. Implementation, taxes, and unprovided usage charges are excluded.
Platform Features
Core capabilities of Warpgate
Centralized access control across heterogeneous targets
Assign users to groups and define role-based access rules for SSH, HTTPS, RDP, VNC, Kubernetes, PostgreSQL, and MySQL in a single interface. Operations and security leads no longer manage access separately for each tool or infrastructure type.
Browser-based terminal and connection proxy
Team members connect to infrastructure via a web interface without installing SSH clients or VPN software. Reduces onboarding friction for contractors and junior engineers while keeping all connections routed through Warpgate for audit.
Automatic SSH key lifecycle management
Eliminates manual authorized_keys distribution and rotation. Warpgate generates and revokes credentials on demand, reducing the operational burden on DevOps and infrastructure teams.
Full session recording and audit logs
Every terminal session, database query, and RDP connection is recorded and logged. Security and compliance leads can review who did what and when across all infrastructure access without relying on fragmented system logs.
2FA and SSO enforcement
Integrate with OIDC or LDAP to enforce multi-factor authentication and single sign-on across all infrastructure targets. Removes the need to configure 2FA separately for SSH, databases, or Kubernetes.
Non-interactive connection support
Scripts, CI/CD pipelines, and monitoring tools can authenticate to infrastructure via Warpgate without human interaction. DevOps engineers define access policies for automation without sharing long-lived credentials.
What Makes Warpgate Different
Unique advantages vs similar tools in this niche
No client application required
vs Teleport requires a custom clientWarpgate exposes native protocol listeners, allowing users to connect with standard tools like SSH clients or browsers.
Precise 1:1 user-to-service assignment
vs VPNs typically grant full network accessWarpgate allows exact assignment of users to specific services, improving security.
Open-source and free forever
vs Commercial PAMs like Teleport charge for SSOWarpgate is 100% open-source and free, with SSO included at no cost.
Value Equation
Outcome-likelihood-time-effort assessment for Warpgate
Value math requires real pricing
The Value Equation (dream outcome × likelihood ÷ time × effort) feeds directly into ROI math. Warpgate has no published pricing, so we hold this section until real numbers are available.
Contact WarpgatePricing
Pricing data not yet available for Warpgate.
Reality Check
Warpgate requires self-hosting and initial infrastructure setup, which adds deployment complexity compared to SaaS alternatives. The ROI is strongest for teams managing 5+ infrastructure targets or 5+ team members with varying access levels; smaller setups may not justify the operational overhead.
Moderate effort: standard configuration with some customization needed
How This Accelerates White-Label Services
Who It's For
- ✓managed-service-providers
- ✓it-security-consultancies
- ✓devops-agencies
Acceleration Steps
- 1Create your account and complete setup wizard
- 2Configure provide secure access to ssh, https, rdp, vnc, kubernetes, postgresql and mysql targets
- 3Connect OIDC
- 4Launch your first client project
Academy for Warpgate
Work through it in order: the course for this service first, then the modules behind it.
No Academy modules are published for this service yet. Browse the full Academy
Why this category matters
The commercial case before the tooling.
Core concepts
The mental model you need to price and scope the work.
- Non-Human Identity PerimeterConcept
The Non-Human Identity Perimeter framework reframes IAM for agencies: every AI agent, API key, and service account is an identity that must be governed with the same rigor as a human employee. As agencies deploy agents for content, reporting, and client communication, each one becomes a potential entry point. A single misconfigured credential can expose client data or trigger compliance failures. The framework urges agencies to inventory all non-human identities, assign ownership, and enforce least-privilege access. For example, when Meta's ad AI altered approved creative post-launch, it highlighted how platform agents operate outside traditional human access controls. Tools like Zluri and Securden now offer dedicated non-human identity governance, while 1Password extends vaults to AI agents. Agencies that ignore this perimeter risk client trust and regulatory penalties.
- Identity Blast RadiusConcept
Identity Blast Radius is a framework for sizing the potential damage of a single compromised credential or misconfigured access path. For agencies, the blast radius is not just the client's data but the agency's own reputation and compliance posture. A single breach from weak credential management can collapse client trust, as the category description warns. The framework forces agencies to map every identity, human or non-human, to the resources it can reach, then measure the worst-case outcome if that identity is compromised. Consider an agency using Okta for SSO and 1Password for secrets: if a shared vault credential is exposed, the blast radius includes every client project that vault touches. The goal is to shrink the radius by enforcing least privilege, segmenting access, and rotating credentials, turning a potential catastrophe into a contained incident. Recent agentic AI incidents, where autonomous agents posted thousands of messages or altered approved creative, expand the blast radius to non-human identities, making this framework essential for modern agency security.
- Access Surface RatioConcept
The Access Surface Ratio framework measures the total number of access pathways an agency manages (human logins, API keys, AI agent credentials, machine identities) against the number of actual resources those pathways protect. A high ratio means many identities point to few critical assets, amplifying breach risk. Agencies often accumulate unused SaaS accounts, stale service accounts, and over-provisioned AI agent permissions, inflating the surface without adding value. For example, a recent incident where an AI agent swarm posted 18,000+ messages externally shows how ungoverned non-human identities can act at scale. Tools like Zluri or Securden help discover and govern these identities, but the framework urges agencies to calculate their own ratio: list every identity, map it to resources, and eliminate orphaned access. Lowering the ratio reduces client compliance exposure and simplifies audits.
Decision and risk
How to judge the fit, and the ways it goes wrong.
- IAM Rule: Govern Non-Human Identities Before Scaling AI AgentsEvaluation Rule
Inventory and govern every non-human identity, including AI agents and service accounts, before granting them broader access to client systems.
- IAM Rule: Map Every Identity Before You Grant Any AccessEvaluation Rule
Before adding any new identity or access tool, inventory every human and non-human identity that touches your systems and map their current access rights.
- The Identity Sprawl Trap: Why IAM & Access Control Stalls in AgenciesFailure Pattern
- The Agent Credential Blind Spot: Why IAM & Access Control Stalls in AgenciesFailure Pattern
8 modules selected for Warpgate
Frequently Asked Questions
Answers about pricing, setup, implementation
Warpgate is a self-hosted secure access proxy that acts as a bastion host for infrastructure. It provides centralized access control, SSO, and RBAC for SSH, HTTPS, RDP, VNC, Kubernetes, PostgreSQL, and MySQL targets. Users connect via a browser-based terminal instead of managing SSH keys or VPN credentials, and all sessions are recorded for audit. It eliminates manual authorized_keys management and enforces 2FA across all infrastructure types.
Warpgate is open-source and free to self-host. Commercial support contracts and custom feature development are available; pricing for those services is negotiated directly with the vendor.
DevOps engineers and infrastructure leads save time on access provisioning and key rotation. Operations and security leads gain centralized audit trails and compliance reporting without manual log aggregation. Account executives and project managers benefit when they need to grant temporary client access or demonstrate infrastructure during onboarding without sharing credentials. Founders of managed service providers and IT consultancies reduce operational overhead and liability by eliminating long-lived SSH keys.
A DevOps or infrastructure engineer managing 5+ servers and 5+ team members can save 4-6 hours per week on access provisioning, key rotation, and audit log aggregation. Savings scale with team size and infrastructure complexity; smaller teams or simpler setups may see 1-2 hours per week.
Initial deployment typically takes 2-4 hours for a single server and basic OIDC or LDAP integration. Scaling to multiple infrastructure targets and defining granular RBAC policies adds 4-8 hours of configuration. Your infrastructure team should plan for a half-day to full-day rollout depending on environment complexity.
Because Warpgate is self-hosted, all session recordings and audit logs remain on your infrastructure. You retain full access to historical data and can export or archive it as needed. There is no vendor lock-in or data loss risk.