The Full Stack Security OS — one platform for cloud security, AI security, SOC, and compliance, accessible from web, iOS, voice, and chat. Built so a CISO eventually sees every security, privacy, and safety signal across the company in one product.
Live: shasta.transilience.cloud · Status: v2 shipping daily · Owner: Transilience.ai
Shasta is the open-source, pre-GA avatar of the commercially supported Transilience platform — same engine; the hosted product adds enterprise support, SLAs, and managed operations.
A modern CISO juggles fragmented tools: Wiz for cloud, Sentinel for SIEM, Defender for endpoints, Drata for compliance, Snyk for code, plus a growing pile of AI-specific scanners that don't talk to any of them. Each tool has its own findings model, its own identity graph, its own compliance crosswalk, its own UI. The CISO becomes the integration layer — which doesn't scale, and breaks every time something changes.
Transilience is the opposite bet. One unified findings model. One identity graph. One compliance crosswalk that maps to NIST AI RMF, ISO 42001, EU AI Act, SOC 2, ISO 27001, PCI, FedRAMP, and CIS — automatically. One front door, accessible from a web console, an iOS app, a real-time voice interface, and an MCP-driven chat surface. Every signal flows through the same pipeline, carries the same metadata, and surfaces in the same place.
The thesis: Full Stack Security OS. Start with cloud + AI + SOC +
compliance because that's where the unfair advantage is today — the
Shasta open-source scanner gives us a head start on cloud + AI
detection, and the 10 AI-specific repo detectors in ai_scanner/ cover
ground no upstream tool addresses cleanly. Extend the OS into DSPM,
CTEM, Cloud MDR, compliance wizards, privacy posture, and safety
posture once the foundation is rock-solid.
One platform. Every signal a CISO needs.
- AWS scanner — CloudFormation-onboarded, ECR-hosted scanner images,
findings tagged across 8 frameworks. Quick / Medium / Deep tiers — the
Deep tier (an
enterprise-plan entitlement) adds exploitable-CVE findings via AWS Inspector. - Azure scanner — Activity Log + Resource Graph + Microsoft Cloud Security Benchmark + Defender (when on). No Sentinel dependency.
- GCP scanner — Cloud Asset Inventory + IAM + Cloud Audit Logs + Security Command Center (when on).
- Entra scanner — Microsoft Graph: conditional access, MFA enforcement, identity governance, sign-in risk events.
- AI workload discovery — Bedrock, SageMaker, Cognitive Services, OpenAI / Anthropic-bound resources surfaced as first-class entities.
- AI SaaS visibility — Entra sign-in pass against a 30-app catalog (ChatGPT, Claude, Cursor, Copilot, Perplexity, Gemini, Mistral, …) with per-tier classification.
- AI code scanner — GitHub App connector + 9 detectors walking connected repos: model usage (OpenAI / Anthropic / Bedrock calls), embeddings, frameworks (LangChain / LlamaIndex), vector DBs, MCP servers, prompt files, secrets-in-AI-code, agentic workflows, cross-domain (AI code touching cloud OIDC).
- AI-specific frameworks — NIST AI RMF, ISO 42001, EU AI Act, MITRE ATLAS, OWASP LLM, NIST AI 600-1 mapped automatically.
- Unified
/aiview — family-grouped tiles, drill-down to findings, top-AI-users table.
- AWS Config drift events in real time — every config change against a customer-onboarded account flows through.
- EventBridge → router → SQS → enrichment Lambda pipeline with per-tenant rate limit + per-tenant daily LLM spend cap.
- AI-enriched events — LiteLLM → Claude Sonnet writes a narrative, an anomaly score, three suggested next-step CLI commands, MITRE technique, and a confidence rating per event.
- Threat-intel substrate — 5,726 IOCs across AbuseCH Feodo + ThreatFox, CISA KEV, and Tor exit nodes. GreyNoise on-demand fallback for unmatched IPs.
- Per-event provenance — every enrichment records the rule IDs that fired and the TI sources that matched.
/socconsole with timeline + filter chips (severity / source) + detail pane (narrative + anomaly score + next-step commands + features disclosure + related findings + 👍/👎 feedback).
- Compliance Mapping Engine v2 — two-stage normalize → augment pipeline. ~65 rewrite rules + 13 canonical augment rules.
- 8 frameworks tagged automatically: NIST AI RMF, ISO 42001, EU AI Act, SOC 2, ISO 27001, PCI DSS, FedRAMP, CIS Benchmarks, NIST AI 600-1.
- Family-grouped tiles on
/aiand the dashboard (security / AI / industry). - Per-finding provenance — every finding records the rule IDs that
applied (
_registry_rule_ids), so an auditor can ask "why is this finding tagged with PCI 8.3?" and get a real answer. /findings?framework=<key>filter with the "Mapping only — not a compliance attestation" disclaimer on every tile + chip.
Transilience is built so a CISO can choose the surface that matches the moment.
| Surface | Best at | Tech |
|---|---|---|
| Web | The analyst console — findings, /ai, /soc, /compliance, /connect. Dense, keyboard-driven. |
Vite + React + TypeScript + Tailwind, served from S3 + CloudFront |
| iOS | The alerting + handoff companion. Push notifications when something demands attention, a quick read on the go, a one-tap handoff to a teammate. | SwiftUI (iOS 17+), Cognito OAuth via ASWebAuthSession, APNs push |
| Voice | Hands-free walk-through. "What changed in AWS yesterday?" "Show me Entra users who logged into ChatGPT this week." | WebRTC real-time (not WebSocket — the platform AEC prevents the speakerphone echo loop), OpenAI / Gemini realtime models |
| Chat | The question-answer surface. Streaming responses with tool calls into the underlying data. Replaces the home-page dashboard for many users. | Lambda Web Adapter for streaming on managed Python Lambda, LiteLLM for model abstraction |
| MCP | (Future) Outbound action layer — Transilience drafts the Slack message, the JIRA ticket, the M365 share, all approval-gated. | MCP servers per integration, see ROADMAP.md §M5 |
Each row is a sub-project: brainstorm → design spec → implementation plan → vertical-slice execution → review → deploy → verify.
| Date | Module | Status |
|---|---|---|
| 2026-05-16 | v1 KEV Brief (Cloudflare Worker — pivoted in week 1) | Sunset |
| 2026-05-18 | v2 platform foundation — AWS CDK, Aurora Postgres, Cognito, scanner pipeline | Shipped |
| 2026-05-19 | SP4 chat-first front door — streaming chat with tool calls | Shipped |
| 2026-05-20 | AI Discovery cloud-AI connector + Findings overhaul (Fail / Partial / Pass tiles + grouping) | Shipped |
| 2026-05-22 | Azure scanner uplift v2 + GCP scanner uplift Slices 1–2 | Shipped |
| 2026-05-22 | AI Visibility v2 Slice 1 — Azure-AI cloud pass + unified /ai view |
Shipped |
| 2026-05-23 | AI Visibility v2 Slice 2 — Entra AI sign-in pass (30-app catalog) | Shipped |
| 2026-05-24 | AI Visibility v2 Slice 2.1 — Entra Free-tier licensing banner | Shipped |
| 2026-05-24 | Compliance Mapping Engine v2 — 8 frameworks, two-stage normalize → augment | Shipped |
| 2026-05-25 | SOC Slice 1 — AWS Config drift + AI enrichment + /soc console |
Shipped |
| 2026-05-26 | SOC Slice 1c — Threat-intel substrate (5,726 IOCs) | Shipped |
| Next | "Transilience" brand consolidation + capability gating + billing module | In progress |
| Next | SOC Slice 2 — Identity drift (AWS IAM + Entra audit logs) | Planned |
Transilience is built AI-natively. We use Claude Code
and the Anthropic SDK as a daily development surface, the same way an
earlier generation of engineers used vim + git + a REPL. That's
worth naming explicitly because the velocity above isn't an accident, and
it isn't magic either. It's the product of a few principles we hold to
hard:
- Plan-first, spec-first. Every sub-project starts as a brainstorm, becomes a design spec, then an implementation plan, and only then becomes code. The spec is committed before the implementation. If it isn't worth writing down, it isn't worth building.
- Vertical slices, not horizontal phases. Each slice crosses every layer (DB + service + API + UI) and ships end-to-end. Slice 1 vibrating an iPhone is shippable; "phase 1 = all DB work" is not.
- Evidence before assertions. Nothing is "shipped" until it has been manually run end-to-end against a real cloud account and a screenshot or log line backs it up. The HANDOFF.md "verified" tags are not performative.
- Wrap OSS, don't reinvent. The Shasta open-source cloud + AI scanner sub-package is consumed today. The threat-intel and SBOM roadmap will pull in Trivy / Syft / OSV.dev / NVD when we ship M1. Where we do build custom detection (the 10 AI repo detectors, the AI SaaS sign-in catalog), it's because no upstream tool covers the AI-shaped problem cleanly. We add the platform layer (multi-tenant, unified findings, compliance crosswalk, surfaces) on top — that's the value.
- Honest gotchas. Every load-bearing decision that bit us in
production is captured in ARCHITECTURE.md as an ADR.
The Cognito federation subject-extraction bug, the EventBridge
sourcefilter that silently dropped management events, the LiteLLM Anthropicresponse_formatquirk — all on record so the next engineer (human or AI) doesn't pay the same cost.
The codebase looks the way it does because we treated AI-augmented development as engineering discipline, not as a shortcut.
The fastest path: sign in at shasta.transilience.cloud with a Google or Microsoft account. You'll land on the onboarding flow and can connect an AWS, Azure, GCP, or Entra tenant in a few minutes — signup is self-service, no waitlist.
For Transilience team members: ping Team Transilience directly for the test-tenant shortcut.
| Layer | Stack |
|---|---|
| Infrastructure | AWS CDK (TypeScript), single-AWS-account multi-tenant |
| Backend | Python Lambda (managed + containerised), Aurora PostgreSQL 16 (Data API), EventBridge, SQS, ECR scanner images |
| Identity | Amazon Cognito with Google + per-tenant Microsoft federation |
| Frontend | Vite + React 18 + TypeScript + Tailwind CSS, S3 + CloudFront |
| iOS | SwiftUI (iOS 17+), WebRTC SPM, Cognito OAuth via ASWebAuthSession, APNs |
| Voice | WebRTC real-time data + audio, OpenAI / Gemini realtime models |
| LLM abstraction | LiteLLM (default: claude-sonnet-4-6; swappable per call) |
| OSS leverage | Shasta scanner sub-package (cloud + AI), with Trivy / Syft / OSV.dev / Semgrep / gitleaks landing via the M1 threat-intel roadmap |
Transilience is a multi-tenant SaaS-shaped codebase. There is no
docker-compose up path today — running it end-to-end requires an AWS
account, a Cognito user pool, an Aurora Postgres cluster, an ECR
repository for scanner images, and Microsoft + Google OAuth app
registrations.
If you want to try Transilience the easy way: sign in at shasta.transilience.cloud.
If you want to deploy your own copy: a proper "deploy your own
Transilience" guide is on the ROADMAP.md — not today. You'll
need to read the CDK stacks in platform/lib/ and the scanner images in
platform/lambda/shasta_runner_*/ to fill in the gaps. Pull requests
welcome — for anything larger, ping Team Transilience first so we can point
you at the right surface.
platform/ AWS CDK (TypeScript) + Lambda Python + Docker scanner images
bin/ CDK app entry
lib/ one stack per file (network, data, auth, ecr, static, events, scan, api)
lambda/ one Lambda per directory; each has main.py + (optional) build.sh
cfn/ customer-facing artifacts (aws-onboard.yaml, azure/onboard.sh, gcp/onboard.sh)
sql/ Aurora schema migrations
.env ENTRA_*, GOOGLE_*, DOMAIN, APPROVAL_RECIPIENT (not checked in)
ios/ SwiftUI app, iOS 17+, WebRTC SPM dep, Cognito OAuth via ASWebAuthSession
CISOCopilot/ Services, Views, RootView, App entry
project.yml xcodegen source — regenerate xcodeproj from this
web/ Vite + React + TS + Tailwind; deployed to S3 + CloudFront
src/routes/ SignIn, Callback, PendingApproval, Welcome, ConnectClouds, Findings, AISummary, SOC, …
src/lib/ cognito.ts (OAuth) + api.ts (HTTP)
ARCHITECTURE.md Design decisions and ADRs
ROADMAP.md Where the OS extends next
- ARCHITECTURE.md — the load-bearing design decisions, ADRs, system overview.
- ROADMAP.md — where Transilience extends next: SOC slices, M1–M7 heavy lifts, the OS-extension arenas (DSPM, CTEM, MDR, …), and the anti-roadmap (what we explicitly won't build).
MIT — software should be free. This repository is the open-source, pre-GA avatar of the commercially supported Transilience platform; the MIT terms apply to everything in it.
- Team Transilience: hello@transilience.ai — for general inquiries, test-tenant access, design-partner pilots, and commercial questions
- Founder: KK Mookhey · kkmookhey@transilience.ai · Transilience.ai