SaaS & identity posture (SSPM)

Your SaaS is misconfigured — and no one's watching.

The breach rarely starts in your code. It starts with a missing MFA, an over-scoped third-party app, or a GitHub org anyone can push to. TensorShield continuously checks your identity providers and SaaS apps for the settings that let attackers in — grounded, compliance-mapped, and fixed with you in the loop.

Google Workspace Microsoft 365 Okta GitHub Slack Zoom Atlassian Salesforce
What we check

The misconfigurations that get SMBs breached.

Identity and SaaS-app settings, assessed continuously from a read-only connection — no agent to install.

MFA enforcement gaps

Admins and members without a second factor across Google Workspace, Microsoft 365, and Okta — the single highest-leverage identity risk.

Risky OAuth / third-party apps

Shadow-admin grants and unverified-publisher apps that can read your data — surfaced live across Google, M365, Okta, and GitHub/Slack app installs.

Stale & over-privileged accounts

Dormant logins and excess owners/admins — the lateral-movement surface an attacker inherits after a single phish.

Email spoofing (DMARC/SPF/DKIM)

Your sending domains resolved from public DNS — a weak or missing DMARC record is open season for phishing in your name.

GitHub org hardening

Org-wide 2FA enforcement, default repo permissions, secret scanning / push protection, outside collaborators, and insecure webhooks.

Slack workspace hardening

2FA / SSO enforcement, app-approval governance, public file-link sharing, guest accounts, and admin sprawl.

Zoom account hardening

2FA / SSO enforcement, meeting passcodes and waiting rooms, cloud-recording protection and retention, app-approval governance, and admin sprawl.

Atlassian (Jira/Confluence) hardening

2FA / SSO enforcement, public Confluence spaces, SSO-bypassing user API tokens, open sign-up, Marketplace app governance, and admin sprawl.

Salesforce org hardening

MFA / SSO enforcement, public Experience Cloud guest access (the well-known data-leak path), broad-scope connected apps, Modify-All-Data sprawl, login IP restrictions, and admin sprawl.

Why it's different

Grounded, continuous, and it fixes things.

Grounded — a hardened app is silent

Every finding cites the exact setting or account it's about. A correctly-configured workspace returns zero findings, so the alerts you get are real and actionable.

Continuous + compliance-mapped

Re-checked on a schedule, and every finding maps to the controls it touches (SOC 2, CIS, NIST, PCI) — flowing into the same signed evidence pack as your code and cloud.

Fixed with you in the loop

The agent prepares the fix — enforce MFA, revoke the grant, suspend the stale account — and applies it the moment you approve (live today for Okta; runbooks for the rest).

How it works

Connect once. It watches from there.

STEP 1

Connect

One-click, read-only OAuth into Google, M365, Okta, GitHub, Slack, Zoom, Atlassian, or Salesforce. Tokens sealed at rest; never a password.

STEP 2

Snapshot

A grounded snapshot of every relevant setting and account — MFA, OAuth grants, org/workspace config, DNS.

STEP 3

Assess

Deterministic checks map each gap to its compliance controls. A hardened workspace produces zero findings.

STEP 4

Fix on approval

The agent prepares — and on your tap, applies — the fix. Every decision signed into a tamper-evident ledger.

Vs an AppSec-only scanner

Most tools never look past your code.

TensorShield
SaaS + identity
AppSec scanner
code + cloud only
Identity MFA / OAuth / stale-account posture
Email spoofing (DMARC/SPF/DKIM)
GitHub org configuration posture
Slack workspace configuration posture
Zoom account configuration posture
Atlassian (Jira/Confluence) configuration posture
Salesforce org configuration posture
Compliance-mapped into one evidence pack
Fixes the misconfiguration on approval

Category comparison — capabilities vary by vendor and plan.

Close the door attackers actually use.

Connect your identity provider and SaaS apps, see every risky setting in minutes — with the fix ready to ship.