Baur Software
ACTIVEZero-Trust for Everywhere
Launched July 20, 2026
About Baur Software
Chrysalis is a zero‑trust agentic registry that runs as a distributed fat binary on‑premises, eliminating any SaaS component and keeping Baur Software out of the trust chain. It enforces security at the execution boundary, offers bilateral client‑server caching that never transmits raw source code, bills only for changed context, and provides deterministic on‑machine agents for code‑search, generation and inference, all while delivering cryptographic proof that data never leaves the perimeter.
Pricing
Pricing information isn't available yet.
Capabilities
Zero‑trust agentic registry
Operates without a SaaS layer, letting organizations own the entire trust chain and run the registry locally.
Distributed fat binary deployment
Runs as a self‑contained binary on customer machines, with a central registry that nodes connect to in a federated network.
Bilateral caching
Synchronises client and server caches using a proprietary algorithm, ensuring no raw code is transmitted across the network.
Pay‑for‑changes billing model
Charges only for the delta of changed context, reducing costs compared to per‑token pricing of traditional LLM calls.
Deterministic on‑machine agents
Provides code‑search, code‑generation and inference agents that execute locally, eliminating the need for LLM calls for pure retrieval tasks.
Use Cases
Secure AI agent deployment on sensitive codebases
Allows development teams to run AI agents on regulated or confidential code while guaranteeing no data leaves the environment.
For: Software engineers, security teams, compliance officers
Cost‑efficient AI‑assisted development
Reduces AI usage expenses by billing only for changed inputs and handling deterministic tasks locally.
For: DevOps engineers, AI developers, product teams
On‑premises federated AI workloads
Enables organizations to build their own federated network of agents without relying on external SaaS platforms.
For: Enterprise IT departments, data‑center operators
Cryptographic proof of data residency
Provides hard proof that code and metadata never exit the perimeter, supporting audit and compliance requirements.
For: Regulated industries, security auditors