An operating system, not a bundle.
Anyone can sell you a stack of apps. Argos OS is different because of what sits underneath every product: a shared kernel that gives the whole suite one identity model, one client record, one event stream and one tamper-evident audit trail.
Four things, solved once — for every product.
Most MSP stacks store “the client” seven times, in seven schemas, with seven definitions of done. The Argos Kernel owns the common entities once. Every product is a citizen that resolves identity and the client graph from the kernel, publishes its events to the spine, and writes to the shared audit chain.
- Identity & Tenancy — one tenant model; isolation enforced in one place with app-layer scoping and database row-level security.
- The Client Graph — one canonical Client, Contact, Asset and User that every product reads from and writes to.
- The Event Spine — a transactional-outbox event bus that guarantees zero event loss, even if the bus is briefly down.
- Hash-chained Audit — a cryptographically verifiable log; tampering is mathematically detectable.
The citizen model
When everything shares a kernel, the platform behaves like one product. A single event can ripple across the whole suite.
Example: ransomware fires on an endpoint.
Argos Defense intercepts the encryption key and rolls the endpoint back → it publishes the event to the kernel → Identity revokes SSO across every connected app → Service opens and prioritizes the ticket → Red maps the blast radius across the attack-path graph → GRC logs the evidence to the hash-chained audit — all in seconds, with no human stitching tools together. That is what an operating system does that a bundle cannot.
Sovereign AI Gateway
Every AI prompt routes by tier — Public, Sovereign Cloud, Sovereign On-Prem, or Bring-Your-Own key and endpoint. Your CISO chooses per tenant and per workload. Prompts are never stored; only SHA-256 hashes are audited.
Secure by Design
Every product is hardened against an internal red team — rate-limiting, IDOR client-scoping, SSRF guards and least-privilege scoped service keys. The kernel runs internal-only with no public ingress and constant-time token auth.
Provable Evidence
The highest-assurance events — e-signatures, MFA approvals, executed documents — are hash-chained and anchored daily to Bitcoin via OpenTimestamps. Court-grade proof of who did what, and when.
See the kernel connect it all
Book a walkthrough and we'll show one event flow across five products, live.