ManySignal

Roundup — 2026

Best ITDR Solutions 2026

Ranked comparison of identity threat detection and response (ITDR) solutions — covering AitM session theft, MFA fatigue, non-human identity, Okta / Entra ID / AWS IAM coverage, and managed ITDR options for 2026.

Top 10 ITDR solutions ranked (2026)

Evaluated on identity attack detection breadth, AD / Entra ID / Okta / AWS IAM coverage, non-human identity monitoring, investigation depth, response automation, and SOC integration. Updated for 2026.

1

ManySignal

AI SOC platform with deep identity threat detection across IdP, cloud, and SaaS

Strengths

  • Correlates identity events with endpoint and cloud telemetry
  • Detects AiTM, MFA fatigue, impossible travel, session hijacking
  • Autonomous investigation of identity threat chains

Watch-outs

  • — Full-platform approach — not an identity-only point solution

Best for

Teams wanting identity threat detection as part of unified SOC operations

2

CrowdStrike Falcon Identity Protection

ITDR with deep Active Directory and Entra ID monitoring

Strengths

  • Real-time AD and Entra ID threat detection
  • Tight Falcon EDR correlation
  • Strong credential theft and lateral movement detection

Watch-outs

  • — Best value in CrowdStrike-heavy environments
  • — Premium pricing

Best for

CrowdStrike shops wanting identity threat detection natively correlated with endpoint

3

SentinelOne Singularity Identity

ITDR with Active Directory and identity infrastructure protection

Strengths

  • Active Directory deception capabilities (honey credentials)
  • Tight SentinelOne EDR integration
  • Real-time identity attack detection

Watch-outs

  • — Best value in SentinelOne environments
  • — Less compelling as standalone ITDR

Best for

SentinelOne EDR customers wanting identity threat detection natively integrated

4

Microsoft Entra ID Protection

Built-in identity risk scoring for Entra ID and Microsoft 365

Strengths

  • No additional cost for existing Entra P2 customers
  • Real-time sign-in risk scoring
  • Integration with Conditional Access for automated response

Watch-outs

  • — Limited to Microsoft identity ecosystem
  • — Alert volume can be noisy without tuning

Best for

Microsoft-first organisations wanting identity risk scoring built into Entra ID

5

Okta Threat Intelligence

Identity-centric threat detection and response built into Okta's identity cloud

Strengths

  • Native to Okta identity events
  • ThreatInsight IP reputation blocking
  • Identity governance integration

Watch-outs

  • — Limited to Okta-managed identities
  • — Less investigation depth than full SOC platforms

Best for

Okta-primary organisations wanting identity threat detection within the Okta platform

6

Obsidian Security

SaaS identity security posture and threat detection across cloud apps

Strengths

  • Deep SaaS posture management — Salesforce, GitHub, Workday, Box
  • Identity threat detection across SaaS applications
  • Good OAuth app risk monitoring

Watch-outs

  • — Primarily SaaS-focused — less strong for on-premises AD
  • — Separate from endpoint and network detection

Best for

Cloud-first organisations with SaaS identity risk as the primary concern

7

Silverfort

Unified identity protection with MFA enforcement across all authentication protocols

Strengths

  • Extends MFA to legacy protocols (NTLM, Kerberos) without agents
  • Identity risk scoring across all authentication events
  • Non-human identity monitoring

Watch-outs

  • — Complex network architecture requirements
  • — Less analyst-facing investigation tooling

Best for

Enterprises with legacy authentication protocols needing MFA and ITDR coverage

8

Semperis

Active Directory security and identity threat detection with directory rollback

Strengths

  • AD-specific threat detection with deep expertise
  • Directory rollback capability for ransomware recovery
  • Strong DCshadow and Golden Ticket detection

Watch-outs

  • — AD-centric — less relevant for cloud-native identity environments
  • — Recovery capabilities require separate budget justification

Best for

Enterprises with large Active Directory environments and AD-focused security requirements

9

Vectra AI — Identity

AI-driven identity threat detection and lateral movement analysis

Strengths

  • AI-based lateral movement detection
  • Network-layer identity attack detection
  • Good integration with SIEM and SOC workflows

Watch-outs

  • — Network sensor requirement adds deployment complexity
  • — Identity detection strongest when combined with Vectra NDR

Best for

Teams that also use Vectra for network detection wanting identity coverage in same platform

10

Netwrix Threat Manager

ITDR platform focused on Active Directory and data access threat detection

Strengths

  • Strong Active Directory monitoring
  • Data access monitoring integrated
  • Mid-market pricing

Watch-outs

  • — Less cloud-native than newer entrants
  • — Limited coverage for non-AD identity systems

Best for

Mid-market organisations with Active Directory and data access as primary ITDR focus

Where ManySignal fits

ManySignal provides identity threat detection as a core capability within its unified AI SOC platform — not as a standalone tool requiring separate deployment. Identity events from Okta, Entra ID, Google Workspace, and AWS IAM are correlated with endpoint, cloud, and network telemetry in ManySignal's entity graph, enabling attack chain investigations that start with a suspicious login and trace through to lateral movement and data access.

Methodology

Rankings based on Gartner IAM Hype Cycle, Gartner Innovation Insight for ITDR, product documentation, G2 reviews, live vendor demos, and editorial evaluation. ManySignal is ranked first as publisher. Last updated January 2026.

Decision matrix

ITDR vendor decision matrix (2026)

Side-by-side comparison of ITDR platforms compatible with Azure AD (Entra ID), Okta, and AWS IAM — covering service accounts, non-human identities, session-hijack detection, MDR-native delivery, and best-fit team size.

Vendor Okta Entra ID AWS IAM Service accounts Non-human identity Session-hijack detection MDR-native Best-fit team size
Microsoft Defender for Identity Via Entra ID federation Native (deepest coverage) Via Defender for Cloud Yes — AD service accounts Limited (managed identities) Yes — token theft signals Microsoft Defender Experts Any team on M365 E5
Silverfort Yes — via inline proxy Yes — including legacy protocols Partial — federated access Best-in-class discovery + MFA Strong (NHI focus) Yes — via risk scoring Partner-delivered 20+ analysts
CrowdStrike Falcon Identity Protection Yes Yes Via Falcon Cloud Yes Growing (2026 roadmap) Yes — endpoint-correlated Falcon Complete MDR 10+ analysts
Semperis Limited Yes (DSP for Entra ID) No Yes — AD service accounts AD-scope only Limited (AD-centric) IR retainer via Semperis 10+ analysts in AD-heavy shops
Oort (Cisco Identity Intelligence) Native Native Yes Yes Yes — OAuth apps + workload identities Yes — cross-IdP correlation Via Cisco XDR MDR 5+ analysts, cloud-first
ManySignal (identity threat detection) Native Native Native Yes — with entity graph Yes — including AI-agent identities Yes — AitM + session replay detection MDR-native platform 2–15 analysts

Coverage requirements

What ITDR needs to cover in 2026

The identity attack surface has expanded past directories. Any ITDR platform under evaluation in 2026 must demonstrate detection across all five categories below — with cross-telemetry correlation, not point-alerts.

AitM session theft

Adversary-in-the-middle phishing kits (EvilProxy, Tycoon) steal live session cookies to bypass MFA. 2026 ITDR must detect anomalous session imports, cookie replay, and impossible-travel between MFA success and first API call.

MFA fatigue & push bombing

Attackers spam MFA prompts until a user approves. Detection needs prompt-frequency baselines, denial patterns, and correlation with password-spray attempts on the same account.

Non-human identity sprawl

Service accounts, OAuth apps, CI/CD tokens, and workload identities now outnumber humans 10–100x. ITDR must inventory, baseline, and detect misuse of NHIs across Okta, Entra ID, and cloud IAM.

Cross-cloud identity chains

A single breach now traverses Okta → Entra ID → AWS IAM → GitHub → Salesforce in minutes. ITDR must stitch identity events across IdPs and cloud providers into a single attack graph.

AI-agent identities

Coding agents, browser agents, and MCP servers all authenticate on behalf of humans. 2026 ITDR treats agent identities as first-class entities — baselining tool use, session scope, and delegated permissions.

Buyer checklist

8 questions to ask ITDR vendors in 2026

Use this list on every ITDR shortlist call. If a vendor can't answer with live product screens or MITRE ATT&CK mapping, they're still selling an AD-monitoring tool with an ITDR label.

1

Which identity providers are supported natively — Okta, Entra ID, Google Workspace, AWS IAM, Ping?

Most identity attack chains cross at least two IdPs. Coverage gaps become detection gaps.

2

How does the platform detect AitM (Adversary-in-the-Middle) session theft?

AitM is now the #1 initial-access technique. Ask for specific detections: cookie replay, impossible travel post-MFA, session-token export.

3

Are non-human identities and OAuth apps monitored?

NHIs are the fastest-growing identity attack surface. ITDR without NHI coverage misses supply-chain and cloud-lateral-movement attacks.

4

Does the platform correlate identity events with endpoint, cloud, and email telemetry?

Standalone identity alerts have high false-positive rates. Cross-telemetry correlation is what turns anomalies into confirmed incidents.

5

Which response actions are supported — session revoke, MFA reset, account disable, token invalidate?

ITDR is only as fast as its containment actions. Ask which are one-click, which need approval, and which need SOAR.

6

How are AI-agent and MCP-server identities handled?

By late 2026, most organisations have autonomous agents in production. ITDR must baseline their tool use and detect misuse.

7

How does the vendor validate detection efficacy — Atomic Red Team, MITRE Engenuity, purple-team engagements?

Ask for a MITRE ATT&CK coverage map focused on TA0006 (Credential Access) and TA0004 (Privilege Escalation).

8

Is ITDR sold as a standalone product, an EDR add-on, or part of a unified SOC platform?

Standalone ITDR duplicates data pipelines. Unified platforms (agentic SOC, XDR) usually deliver faster time-to-value.

ITDR solution FAQs

What is ITDR?

Identity Threat Detection and Response (ITDR) is a security discipline focused on detecting and responding to attacks targeting identity infrastructure — authentication systems, directory services, identity providers, and privileged access management. ITDR addresses the gap between traditional IAM (which manages identity configurations) and SOC detection operations (which detect attacks using identities).

Why has identity become the primary attack surface?

Attackers have adapted to the modern perimeter-less enterprise: network perimeters are porous, endpoints have EDR, but stolen credentials remain highly effective. Identity is the control plane for cloud, SaaS, and remote access. Once an attacker has valid credentials, they can move through the environment without triggering traditional network or endpoint detections.

What are the most important identity threats to detect?

Top identity threats: (1) AiTM (Adversary-in-the-Middle) phishing — stealing session cookies to bypass MFA; (2) MFA fatigue attacks — overwhelming users with MFA push notifications; (3) Password spraying — low-volume attempts across many accounts; (4) Golden Ticket — forged Kerberos tickets for persistent AD access; (5) Pass-the-Hash / Pass-the-Ticket — credential relay attacks; (6) OAuth consent abuse — malicious app gaining persistent access.

How does ITDR differ from IAM and PAM?

IAM (Identity and Access Management) manages who has access to what — provisioning, deprovisioning, access reviews. PAM (Privileged Access Management) specifically manages and monitors privileged accounts. ITDR is detection-focused: it monitors identity systems in real time for signs of attack or compromise. IAM/PAM prevent unauthorized access; ITDR detects when authorised credentials are being abused.

Does MFA prevent identity threats that ITDR detects?

MFA prevents many attacks but is not sufficient on its own. AiTM phishing bypasses MFA by stealing the authenticated session cookie. MFA fatigue attacks manipulate users into approving fraudulent MFA requests. Pass-the-hash attacks reuse harvested credential hashes. ITDR detects these post-MFA-bypass attack patterns that MFA alone cannot prevent.

What is a Golden Ticket attack and how is it detected?

A Golden Ticket attack creates a forged Kerberos ticket using the KRBTGT account's password hash, granting attackers persistent, long-lasting authentication tickets for any service in the Active Directory domain. Detection requires monitoring for anomalous Kerberos ticket lifetimes, ticket requests without corresponding TGT events, and logins from non-domain-joined systems.

How should ITDR integrate with existing SOC operations?

ITDR alerts should flow into the SOC's primary investigation platform (SIEM or AI SOC platform) for correlation with endpoint, network, and cloud events. A standalone ITDR alert for a suspicious login is enriched when correlated with the user's endpoint process events, email security events, and cloud access patterns. Cross-telemetry correlation reduces false positives and builds complete attack chains.

What is non-human identity and why does it matter for ITDR?

Non-human identities include service accounts, API keys, OAuth tokens, and machine identities (AWS IAM roles, Kubernetes service accounts). They outnumber human identities in modern environments by 10–100x and are frequently over-privileged and poorly monitored. ITDR platforms that include non-human identity monitoring catch attacks using compromised service credentials that human-identity-only tools miss.

How do I prioritise which identity threats to detect first?

Prioritise based on your threat model and environment: (1) Entra ID / Okta attacks if you're cloud-first; (2) Active Directory attacks if you have large on-premises infrastructure; (3) SaaS identity attacks if your sensitive data is in SaaS applications; (4) MFA bypass attacks universally, as they're the most common initial foothold for cloud attacks. Build detections in order of likely attacker use against your environment.

What response actions should ITDR support?

Key ITDR response actions: (1) Terminate active sessions — revoke all active sessions for a compromised account immediately; (2) Disable account — suspend the account pending investigation; (3) Require MFA re-enrolment — useful when MFA token is suspected stolen; (4) Reset credentials — force password change and invalidate all Kerberos tickets; (5) Quarantine device — isolate the device associated with suspicious authentication. Response actions should require human approval for production accounts.

Detect identity threats before they become breaches

See ManySignal's identity attack chain detection in a 30-minute demo.