Employee freedom · enterprise AI security
Employees get the freedom to build AI apps in the tools they know. Security gets consistent ownership, access, data protection, and production controls. Janus brings both together, creating a repeatable path to 10× more AI deployments—even as apps move between languages, runtimes, and clouds.
Ownership · risk · data · obligations · resilience
Your rules change → your services and apps adapt
Your code · your services · your clouds
Your organization keeps and controls all source code, applications, and service adapters. Janus connects what you already own through consistent protocols that can reach across private infrastructure and multiple clouds—without forcing your apps into a proprietary runtime.
Start with Python, TypeScript, Go, Rust, or a browser app. Your organization owns the code and can rewrite, move, or replace it whenever the business needs something different.
Build and own adapters to identity, data, AI models, operations, and recovery services. Extend that service layer across clouds so teams can reuse what works without becoming dependent on one provider.
A low-risk employee tool should not carry the same burden as a regulated workflow. Each part of the organization gets the access, data protection, oversight, and release requirements its risk demands.
Your charter defines ownership, boundaries, required production steps, and evidence. Before a policy revision is activated, Janus formally checks its Cedar-style rules and creates a signed, verifiable record of what passed.
Change without starting over
Teams can rewrite an app, move it to another cloud, or connect it to a new service. Ownership, security expectations, production checks, and operating history stay connected through every change.
Your organization still owns the app. Its identity, responsible team, security boundary, and production record remain connected while developers replace the code in a new language.
Enterprise protection without one-size-fits-all friction
Security is not all-or-nothing. Janus lets each department or environment use the same trusted foundation while adjusting access, data protection, approved services, outside connections, oversight, and release rigor to the real business risk. Every application is treated as its own identity, tied to its approved origin and declared services—not a blanket credential shared across a team.
A named owner, a distinct app identity, approved data, time-limited access, basic activity visibility, and a fast path for low-impact iteration.
A team-owned boundary, exact grants for approved internal services and connections, dependable support, visible operations, and tested recovery.
Stronger access controls, narrower data and network boundaries, formal approvals, current standards, and durable audit evidence.
A secure startup path verifies the exact code release before and after launch, with independent health checks and automatic recovery. Protected nodes must then prove a non-exportable hardware identity before joining the trust boundary, so policy applies only to the verified node it was written for.
Secrets stay separate. A bundle request must match the application, its approved origin, and its explicit read permission. Authorization is signed, short-lived, and bound to the request and a temporary recipient key; the policy carries no raw secret value.
Trusted computing across platforms. Today, Janus combines verified code, independent recovery, and hardware-held node identity. The same provider-neutral trust contract is designed to extend to cloud security modules and edge trust chips, carrying policy across platforms without changing the organization’s governance model.
Your organization sets the rules
Janus does not hold your apps hostage. Your organization decides what must be true for AI software to operate safely, and your teams remain free to create, replace, and move their own solutions within those expectations.
Record the purpose, owners, data rules, security boundaries, approvals, recovery expectations, and evidence your organization requires—without prescribing a language or cloud.
Customer-owned adapters make identity, data, AI, operations, and recovery services available consistently wherever applications need to run. Hardware trust can evolve from today’s protected nodes to planned cloud and edge providers without rewriting the governance model.
Janus Policy Calculus checks each Cedar-style policy revision against formal safety conditions, including that an application is never granted more service access than it declared. The certified revision is fingerprinted and signed, creating a verifiable record before activation.
Janus Stack whitepapers
Technical papers for security, technology, and platform leaders turning AI prototypes into governed applications across regulated environments.
How formally verified application grants, hardware-backed node authentication, and one-use agent assertions create a repeatable production path for AI applications in healthcare and financial services—without putting every workload into one runtime or cloud.
The capacity for 10× AI delivery—without 10× the risk
Employees get a practical path from useful idea to trusted AI application. Security and IT keep ownership, approved services, proportional protection, and clear evidence across every language, runtime, and cloud.
Use the right language, keep the source code, reuse approved services, and replace the implementation whenever a better option arrives.
Extend customer-owned service adapters across private infrastructure and multiple clouds so every team can use the capabilities the organization already trusts.
Evaluate every application as its own identity, grant only the services it declared, and keep secret delivery short-lived and bound to the requesting app instead of spreading shared credentials through application code.
Update organizational requirements, apps, and adapters together while keeping every required check and decision connected.
Your code · your choices · your standards
You keep every app and every service adapter. Janus helps your teams build freely across languages and clouds while meeting the security, governance, and production requirements your own organization sets.