One install. Your entire DevOps stack.

Where Bundled DevOps Stack breaks today

Six months of DevOps wiring before line 1 of product

A modern auth-anchored backend needs NATS or Kafka, Redis, S3 with object lock, KMS or HSM, a webhook runner, and a SIEM. Each one is a separate vendor selection, a separate IAM model, and a separate audit gap.

$80K+/yr — typical mid-market infra-vendor bill before any product work · vendor list-price aggregation, 2025

The glue between vendors is the audit gap

Login by Clerk → webhook to your worker → write to Postgres → fan-out via Twilio → archive to S3. Each hop is a different vendor and the seam between them is exactly where forged or missing events hide. No single vendor can attest end-to-end.

6–8 — separate SaaS vendors a typical bundle replaces · customer interviews, 2025

Sealing cannot be retrofitted later

Cryptographic integrity has to be wired into every transition the moment it happens. Adding a tamper-evident chain after the fact means re-architecting every service. Auth0, Clerk, and WorkOS were not built with this primitive — they cannot bolt it on without breaking customers.

K-SOX 2026 · EU AI Act — regulators now require non-repudiable trail end-to-end

Three patents, deployed against this industry's threat model

Each of Axowl's three filed patents maps to a specific structural failure mode in Bundled DevOps Stack. Together they form a single, end-to-end defense.

Hierarchical Distributed Trust Fabric — One chain across every infra layer — message bus, cache, archive, KMS

Each component in the bundle (event bus, cache, object store, key vault, autoscaler) carries a chain identity derived from the same hardware root. A message produced in NATS, cached in Redis, archived to R2, and re-keyed via the KMS all share one verifiable lineage. You do not stitch six vendor audit logs together; the chain already did it at write time.

Transition-Sealed Integrity System — Every event across every service, sealed at the boundary

Login, permission grant, message publish, cache invalidation, archive write, key rotation, autoscale event — each one crosses a sealed transition the moment it happens. Even an engineer with root on every service cannot rewrite a single boundary, because the seal is one-way and mirrored to L3 outside the operator's reach.

Pre-grant LLM Conflict Verification — Pre-grant conflict verification across the whole bundle

A permission like "finance agent reads accounting AND writes payroll" is detected as a toxic combination at grant time — not at the next audit cycle. The LLM gate evaluates against every service the bundle covers (identity, accounting, payroll, archive), so the unsafe combination is refused before any service ever sees it.

Deployment that fits the threat model

Most bundle customers start at the Standard tier (vTPM, regulator-grade audit, full SDK). Upgrade to Iron (PUF / FPGA) is a single line-item change when a regulated customer arrives — no migration, no replatform.

Recommended tier: T1 · Standard

Deployment path: vTPM default · zero infra work

Operational detail: Install one SDK package (JS / .NET / Python). The bundle provisions identity, audit chain, event bus, cache, archive, KMS, autoscale, and messaging behind a single API surface. Default hosting on vTPM with mirrored L3 archive. Median customer is in production within 48 hours.

Three concrete deployments

Pre-seed startup with no DevOps team

A 3-person team installs the SDK on day 0, ships their MVP on day 14, and answers an enterprise security questionnaire on day 30 — without hiring an IT engineer or wiring NATS / Redis / S3 themselves. The General tier is free; the Standard tier is one toggle when traction arrives.

Mid-market replacing six vendor invoices

Replace Clerk + Twilio + Stripe + Sumo Logic + Vanta + a managed Redis with one platform and one bill. Migration is per-service over 30 days; the audit chain is unified from day one of switch-over so nothing is lost in transition.

AI agent audit trail (RAG era)

An LLM agent that reads, writes, and pays across multiple services emits a sealed transition at every step. The same chain that records a user login also records the agent's vector lookup, its decision, and the downstream side effect — answering "did the agent actually do what it claimed?" with cryptographic certainty.

Versus what's deployed today

Today — Clerk + Twilio + Stripe + Sumo Logic + Vanta + managed Redis

Six vendors, six consoles, six audit logs, and a hand-rolled webhook layer between them. Each seam is a separate trust assumption — and the integrity of the whole is only as strong as the most-leaked vendor in the chain. Sealing cannot be retrofitted across vendor boundaries you do not control.

With DPSM — Axowl DPSM

One SDK ships the whole production backend. The chain is the architecture, not a feature bolted on top — every event across every service is sealed by the same hardware-rooted chain from day one. Skip six months of DevOps, drop in the SDK, and ship the product.

Standards & regulatory frameworks aligned

• SOC 2 Type II readiness
• ISO 27001 / 27017 / 27018 readiness
• GDPR Article 32 (technical measures)
• K-SOX operating report (2026 effective)
• EU AI Act Article 12 (logging obligations)
• HIPAA / PCI DSS 4.0 (add-on path)