Is Defender for Endpoint actually better than the antivirus we run now?

In independent testing, Microsoft Defender consistently scores at the top tier for protection, alongside and often ahead of the incumbents. But the honest answer is that the comparison is not really about malware-blocking rates. Your current AV cannot show you an attack timeline, isolate a compromised laptop remotely, investigate its own alerts, or tell you which machines are missing critical patches. MDE does all of that from one portal that also sees your identity and email signals. If your current product is a signature AV, MDE is a category upgrade, not a brand swap.

Will it slow our machines down?

On Windows 10 and 11 the sensor is part of the operating system, so there is no additional third-party kernel driver, which is where most AV slowdown historically came from. In migrations we run, boot time and scan impact usually improve after the old agent is removed, because the estate stops running a heavyweight agent alongside Windows built-in components. We baseline performance on the pilot ring before and after, so the question gets answered with your own numbers rather than vendor claims. Exclusion tuning for databases and developer machines is part of the rollout.

Does it really cover Linux and Mac, or is that a checkbox?

Real coverage on both. The macOS sensor provides next-generation protection, EDR telemetry, device control and web filtering; it needs system extension and full disk access profiles pushed through MDM, which is the step DIY deployments skip and the reason Macs end up silently unprotected. On Linux, supported enterprise distributions get antimalware and EDR, deployable through script or configuration management tools. The practical caveats: servers need their own licences on every plan, and niche distributions should be checked against the supported list before you assume coverage.

Do we need Plan 2, or is Plan 1 or Defender for Business enough?

It depends on what you hold and what you need. Under 300 users, Defender for Business, included in Microsoft 365 Business Premium, gives you EDR, automated investigation, attack disruption and vulnerability management, which is enough for most SMBs. Plan 1, which comes inside Microsoft 365 E3, is prevention only: solid antivirus and ASR, but no detection and response. Plan 2 adds what nobody else has: 30 days of advanced hunting, six months of data retention, and Microsoft Threat Experts. If you need to investigate an incident that started before you noticed it, or a regulator or insurer requires demonstrable hunting capability, Plan 2 is the answer. We map this against your actual licences in the first conversation.

Can you run the alerts for us? We do not have a security team.

Yes, that is our managed detection and response service. We triage every alert, run investigations, take response actions like isolating devices, and escalate to you only when a decision genuinely needs your input, with a 30 minutes response SLA for managed clients. Monthly reporting shows what fired, what was real and what we did about it. For most Indian organisations without a 24/7 security function, this is the difference between owning EDR and benefiting from it: an alert nobody reads at 2am protects nothing.

What happens during the migration from McAfee, Symantec or CrowdStrike?

You are never unprotected, by design. Defender onboards first and runs in passive mode alongside your current product, with EDR telemetry already flowing. Only after we verify sensor health on a device does the old agent come off, using the vendor removal tool, because standard uninstalls leave drivers behind that keep Defender passive. Defender then promotes to active automatically, we confirm the protection state from the portal per device, and tamper protection goes on immediately. Waves are ringed, so a problem in the pilot never touches the estate. The old management servers are decommissioned at the end, and the renewal comes off your calendar.

Will attack surface reduction rules break our business applications?

If you switch them straight to block mode, quite possibly, which is why we never do that. Every ASR rule runs in audit mode for 2-3 weeks first, logging what it would have blocked. That surfaces the collisions, commonly Office add-ins used by finance teams, legacy ERP updaters and macro-driven workflows, before anything is enforced. Rules then move to block in rings with targeted exclusions where justified, or to warn mode where users need an override path. The end state is documented: which rules block, what is excluded and why. Done in this order, ASR is one of the highest-value ransomware controls you can deploy.

Our cyber insurance renewal asks about EDR. Does this satisfy it?

Insurers increasingly ask for EDR, managed detection, and specific controls like tamper protection by name, and a properly deployed MDE estate answers yes to those questions with evidence: onboarded device counts, ASR configuration, automation settings and response runbooks. What does not satisfy a proposal form is a licence with half the devices onboarded, which is also the situation a claims investigator will find after an incident. We have prepared the technical annexes for client insurance renewals as part of managed engagements.

How does this relate to the DPDP Act and CERT-In requirements?

The DPDP Act obliges organisations processing personal data to implement reasonable security safeguards and to report personal data breaches. CERT-In directions require reporting of covered cyber incidents on strict timelines, and accurate reporting requires knowing what actually happened. This is where EDR earns its place: the telemetry establishes when the intrusion started, what data was touched and which systems were affected, so your report is based on evidence rather than estimates. Defender does not make you compliant by itself, but it provides the detection, containment and forensic record those obligations assume you have.

What is tamper protection and why do you insist on it?

Modern ransomware playbooks disable the endpoint protection before encrypting, using admin credentials the attackers have already stolen. Tamper protection blocks that move: real-time protection, cloud protection and the sensor service cannot be switched off locally, even by a local administrator, because the setting is enforced from the cloud. We enable it at the end of every migration wave, and we treat any request to leave it off as a design smell to be investigated rather than accommodated.

Do we still need Microsoft Sentinel if we have Defender for Endpoint?

They answer different questions. MDE detects and responds on endpoints; Sentinel is a SIEM that correlates signals from everything: endpoints, identity, email, firewalls, cloud workloads and third-party systems, with long retention for compliance. Many organisations run MDE alone first and add Sentinel when audit requirements or estate complexity demand it. The native connector means nothing is wasted: your Defender telemetry streams straight in when you are ready. We deploy both, and we will tell you honestly if you are not yet at the point where Sentinel earns its cost in operational value.

What does vulnerability management add if we already patch monthly?

Visibility of what your patching misses. Monthly patching typically covers Windows and Office; the exposures that linger are the outdated browsers, Java runtimes, VPN clients and unsupported software versions scattered across the estate. Defender vulnerability management inventories all of it continuously from the same sensor, no scan windows and no separate scanner, and prioritises by whether an exploit is actually circulating. It is the quiet win of the deployment: most clients find their real exposure was not where they thought, and the fix list is finally ordered by risk rather than by CVE count.

How long does a deployment take, and what does it cost?

A typical estate of a few hundred devices runs 4-8 weeks end to end: discovery and licence mapping in week one, pilot in weeks one to two, wave migration through week six, ASR promotion and tuning finishing by week eight. Larger or multi-site estates run longer, mostly in the migration waves. Commercially we scope per engagement, driven by device count, platforms in scope and whether you want managed operations afterwards; there is no rate card because estates differ too much for one to be honest. Enquiries get an initial reply within 4 business hours, and the first conversation, where we tell you which Defender product your licensing already includes, costs nothing.

Defender for Endpoint, India

Enterprise EDR that replaces your third-party antivirus, deployed without a coverage gap.

Microsoft Defender for Endpoint is detection and response, not just antivirus. We onboard Windows, macOS, Linux, iOS and Android, roll out attack surface reduction in audit-then-block, tune automated investigation, and migrate you off McAfee, Symantec or CrowdStrike without a single unprotected hour. Remote-first from Gachibowli, Hyderabad, for organisations across India.

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Microsoft

Defender

Cloud Solution Partner

5 platformsWindows, macOS, Linux, iOS, Android
Audit firstASR rules never blind-blocked
Zero-gapAV migration methodology
30minManaged-client SLA

What Defender for Endpoint does

Eight capabilities that separate EDR from the antivirus you run today.

A legacy antivirus asks one question: does this file match a known signature? Defender for Endpoint watches behaviour, records telemetry, investigates alerts on its own, and can isolate a machine from the network in one click. These are the eight capabilities we deploy and tune on every engagement.

Endpoint detection and response

Behavioural sensors record process, file, registry and network activity on every device. When something malicious runs, you get the full attack story: entry point, lateral movement, persistence, and every affected machine, not just a quarantine popup.

Next-generation protection

Cloud-delivered antimalware with behaviour-based blocking replaces your signature-based AV outright. Fileless attacks, living-off-the-land binaries and script-based malware are caught by what they do, not what they look like.

Attack surface reduction rules

Policy rules that block the behaviours ransomware depends on: Office apps spawning child processes, obfuscated scripts, credential theft from LSASS, untrusted USB executables. We roll them out in audit mode first so nothing breaks unannounced.

Automated investigation and response

When an alert fires, Defender investigates it the way an analyst would: examines the file, checks prevalence, inspects related processes, then quarantines or remediates. Your team reviews verdicts instead of drowning in raw alerts.

Vulnerability management

Continuous discovery of missing patches, vulnerable software versions and misconfigurations across the estate, prioritised by exploit context. No scan windows, no separate scanner agent, no network credentials to manage.

Web content filtering

Category-based web filtering enforced by the endpoint itself, on or off the corporate network. Block gambling, adult content or personal cloud storage for the whole company or per device group, with reporting in the same portal.

Tamper protection

Ransomware operators disable antivirus before they encrypt. Tamper protection stops anyone, including a local administrator, from switching off real-time protection, deleting security intelligence or killing the sensor service.

One portal, Sentinel-ready

Every alert, investigation and device lands in the Microsoft Defender portal alongside identity and email signals. When you are ready for a SIEM, the connector streams the same telemetry into Microsoft Sentinel natively.

EDR vs legacy antivirus

Why detection and response replaces antivirus instead of sitting next to it.

The antivirus model assumes threats can be recognised before they run. Modern intrusions are built to defeat exactly that assumption: signed binaries, stolen credentials, PowerShell that never touches disk. EDR assumes something will eventually get through and makes sure you can see it, trace it and contain it when it does. That is a different product category, and it is why insurers, auditors and boards now ask for EDR by name.

A signature AV answers "is this file known-bad". EDR answers "what happened on this machine, when, and where did it spread". After an incident, only the second question matters.
Legacy AV has no memory. MDE keeps a searchable timeline of process, network and file events, so an investigation that starts today can look back at what actually happened.
Response actions are built in: isolate a device from the network while keeping the sensor connection alive, collect an investigation package, run a remote antivirus scan, block a file across the whole estate by indicator.
Running two real-time engines on one machine causes conflicts and slowdowns rather than doubling protection. The correct end state is Defender active and the old agent fully removed, reached through a managed migration, not a big-bang uninstall.

Ask us to assess your current AV

Why GR IT for MDE

Four reasons to run this deployment with us.

Defender for Endpoint is easy to switch on and easy to ruin. Blind-blocked ASR rules break finance apps, untuned alerts train people to ignore the console, and half-migrated estates run two AV engines at once. Here is how we do it differently.

Deployed across 80+ tenants

We have onboarded Defender across SMBs on Business Premium, mid-market firms consolidating agents, and regulated enterprises. The collision patterns, the exclusions that matter, the ASR rules that bite Indian line-of-business software: we have the pattern library.

Audit-then-block, always

No ASR rule goes to block mode without an audit period and a reviewed collision list. No automation level is defaulted. The deployment sequence is documented, ringed and reversible at every step, which is why our rollouts do not generate helpdesk fires.

Remote-first from Hyderabad

Delivered remotely from Gachibowli, Hyderabad to organisations across India, because endpoint deployment is portal and policy work, not desk visits. Managed clients get a 30 minutes response SLA, and scheduled on-site work is available where a project genuinely needs hands on hardware.

Evidence your auditors accept

DPDP Act reasonable security safeguards, CERT-In incident reporting timelines, ISO 27001 and insurer questionnaires all get answered from Defender telemetry and configuration exports. We package the evidence as part of the engagement, not as an afterthought.

Onboarding approaches

Three ways to onboard devices, and when each one is right.

Onboarding is how a device starts reporting to your Defender tenant. The right method depends on how the estate is managed today, and most Indian organisations end up using two of the three in combination. A licence with no devices onboarded protects nothing, so this is where every engagement starts.

Intune, the managed path

For estates already enrolled in Microsoft Intune, onboarding is a policy push. Defender policies, ASR rules, tamper protection and web filtering all deploy from the same console, and compliance status feeds back into conditional access.

Onboarding profile pushed per device group
Security settings management for policies
Conditional access can require a healthy device
Best long-term operating model for most estates

Group Policy, the AD path

Domain-joined estates without Intune onboard through Group Policy or Configuration Manager. The onboarding package deploys as a GPO, and ASR rules and antivirus policy follow through the same mechanism your team already operates.

No new management infrastructure required
Works for servers as well as workstations
Policies managed through familiar GPO tooling
Common bridge while an Intune rollout is planned

Local script, the gap filler

Workgroup machines, one-off servers and lab devices onboard with a local script. It is the right tool for the last few percent of the estate, and the wrong tool for the first ninety, because script-onboarded devices still need a policy source.

Onboards a device in minutes with no dependencies
Right for workgroup and unmanaged machines
Policy still needs Intune, GPO or portal management
We use it to close the tail, not run the estate

Who needs this

Six Indian situations where MDE is the right move.

The recommendation differs by size and licensing position. In the first case, the most common one in India, the answer is to deploy something already owned, which is the cheapest security project available.

SMBs already on Business Premium

Microsoft 365 Business Premium includes Defender for Business, which carries EDR, automated investigation and vulnerability management. If you are under 300 users and paying a third-party AV renewal on top, you are buying a weaker product than the one sitting idle in your licence.

Enterprises consolidating agents

Estates running a separate AV, a separate vulnerability scanner, a separate web filter and a separate EDR carry four agents, four consoles and four renewals. MDE collapses all four into one platform your Microsoft licensing already anticipates, with one incident queue.

Boards worried about ransomware

When the board asks what stands between the company and an encryption event, "we have antivirus" is no longer an answer. ASR rules, controlled folder access, tamper protection and automatic attack disruption are the specific controls that break the ransomware kill chain.

Regulated and DPDP-exposed firms

The DPDP Act expects reasonable security safeguards around personal data, and CERT-In directions require rapid incident reporting. EDR telemetry is what lets you detect an incident quickly, establish its scope, and report accurately within the required timelines instead of guessing.

Healthcare and patient data

Hospitals and diagnostics groups hold exactly the data ransomware crews target, on estates full of shared workstations. Device control, web filtering and EDR with automated response protect endpoints that no individual user owns or watches.

IT services and client-facing firms

Companies whose clients audit them, IT services, BPO, accounting and legal, increasingly face security questionnaires that ask for EDR by name. A tuned MDE deployment with documented configuration answers those questionnaires with evidence rather than assurances.

Every platform, one console

What MDE coverage looks like on each operating system.

Defender for Endpoint is not a Windows-only product, and Indian estates are rarely Windows-only either. Pick a platform to see what the sensor delivers there and what we configure during onboarding.

The deepest coverage: EDR, ASR, tamper protection, the full set

Windows 10 and 11 have the sensor built into the operating system, so onboarding is configuration, not agent installation. Windows Server onboards with its own licensing. This is where ASR rules, controlled folder access and automated investigation deliver their full value.

Built-in sensor, no third-party kernel driver
Full ASR rule set rolled out audit-then-block
Tamper protection enforced from the cloud
Automated investigation and response on every alert

Outcome

Built in

sensor ships inside Windows 10 and 11

EDR vs what you run today

Defender for Endpoint against a legacy signature antivirus.

The honest comparison is not Defender versus nothing, it is Defender versus the third-party AV you already pay for. A signature product still stops commodity malware. What it cannot do is show you an attack in progress or let you respond to one, and those are the capabilities incidents actually demand.

Feature	Legacy antivirus Signature-based, standalone console	Defender for Endpoint EDR, integrated with Microsoft 365
Known malware blocking	Yes	Yes, plus cloud-delivered behavioural blocking
Fileless and script-based attack detection
Attack timeline and forensic history		Searchable process, file and network telemetry
Remote device isolation
Automated investigation of alerts
Built-in vulnerability management
Web content filtering off-network	Separate product	Included
Correlation with identity and email alerts		Native in the Defender portal
Separate agent, console and renewal	Yes, all three	No, included in Microsoft licensing tiers
Accepted by cyber insurers as EDR	Increasingly not	Yes, asked for by name

Plan comparison, from Microsoft published table

Defender for Business vs Plan 1 vs Plan 2.

The plan names confuse almost everyone, so here is the comparison laid out plainly. The counter-intuitive part: Defender for Business, the small business product included in Microsoft 365 Business Premium, has detection and response capabilities that Plan 1, the enterprise product inside Microsoft 365 E3, does not. Where Microsoft marks a capability as optimised for smaller organisations, that is preserved below.

	Capability	Defender for Business	Plan 1
Next-generation protection	Yes	Yes	Yes
Attack surface reduction rules	Yes	Yes	Yes
Web content filtering	Yes	Yes	Yes
Cross-platform, macOS, iOS, Android	Yes	Yes	Yes
Endpoint detection and response	Yes, optimised	No	Yes
Automated investigation and remediation	Yes	No	Yes
Automatic attack disruption	Yes	No	Yes
Threat analytics	Yes, optimised	No	Yes
Vulnerability management, core	Yes	No	Yes
Monthly security summary report	Yes	No	Yes
Simplified firewall and AV configuration	Yes	No	No
Advanced hunting, 30 days	No	No	Yes
Six months data retention	No	No	Yes
Microsoft Threat Experts	No	No	Yes
User ceiling	Up to 300 users	None	None
Server protection	Extra licences	Extra licences	Extra licences

How the engagement runs

From licence check to managed operations, in five steps.

A typical estate of a few hundred devices completes onboarding and migration in 4-8 weeks. The first step regularly changes the shape of everything after it, because a meaningful share of organisations discover they already own the product.

1
Licence and estate discovery
Week 1
We establish which Defender plan your Microsoft licensing already includes, count real devices against what any console claims, and inventory the incumbent AV. Output: a written map of what you own, what needs licensing, and the migration wave plan.
2
Pilot onboarding
Week 1-2
A pilot ring onboards via Intune, GPO or script as fits your management stack. Defender runs in passive mode alongside the existing AV, ASR rules go to audit, and we validate sensor health, performance and exclusions before touching the wider estate.
3
Estate rollout and AV migration
Week 2-6
Wave by wave: onboard, verify health, remove the old agent with vendor tooling, confirm Defender is active, enable tamper protection. Windows first typically, then macOS with MDM profiles, Linux servers in maintenance windows, mobile last.
4
Hardening and tuning
Week 4-8
ASR rules promoted to block in rings, web content filtering policies applied, automated investigation trust levels set per device group, alert noise tuned, and vulnerability management findings routed into your patching workflow.
5
Handover or managed operations
Continuous
Either your team takes over with documented runbooks and training, or we operate it: alert triage, incident response, monthly reporting and quarterly tuning under a managed contract with a 30 minutes response SLA.

The two rollouts that decide success

ASR in audit-then-block, and learning to trust automated investigation.

Two parts of an MDE deployment are done badly almost everywhere: attack surface reduction rules switched straight to block mode, and automated investigation left in the default because nobody trusts it yet. Both have a correct sequence, and both reward patience.

01
ASR phase 1· 2-3 weeks
Every rule in audit mode
All attack surface reduction rules run in audit, logging what they would have blocked without blocking anything. This surfaces the line-of-business collisions before users feel them: the Tally add-in that spawns processes from Excel, the legacy ERP updater that looks exactly like malware behaviour.
- Full ASR rule set deployed in audit mode
- Audit telemetry reviewed weekly
- Collision list per rule with affected apps
- Exclusions drafted and justified in writing
02
ASR phase 2· 2-4 weeks
Block mode in rings
Rules that audited clean move to block for a pilot ring, then the wider estate. Rules that hit legitimate software get targeted exclusions or warn mode, never a blanket disable. The end state is documented: which rules block, which warn, what is excluded and why.
- Ring-based promotion, pilot then estate
- Warn mode where users need an override path
- Signed-off exclusion register
- ASR state documented for auditors
03
AIR phase 1· First month
Automation with human approval
Automated investigation runs on every alert, but remediation actions wait for approval. Your team, or ours under a managed contract, reviews each verdict. This is the trust-building period: you watch what the automation would have done and confirm it is right.
- AIR enabled across all device groups
- Remediation pending approval, human in the loop
- Weekly verdict review with false-positive log
- Device group design for graduated automation
04
AIR phase 2· From month 2
Full automation where it earned it
Device groups where verdicts have proven accurate move to full automation: malware is quarantined and remediated at machine speed, at 3am, without waiting for a human. Sensitive groups, such as servers and executive devices, can stay on approval deliberately. The point is that the automation level is chosen, not defaulted.
- Full automation on proven device groups
- Deliberate approval gates on sensitive groups
- Response time measured in minutes, not mornings
- Quarterly review of automation levels

Straight answers

Defender for Endpoint, the questions Indian IT leads actually ask.

Migration without a gap

The zero-gap checklist for leaving McAfee, Symantec or CrowdStrike.

The dangerous moment in any AV migration is the window between removing the old agent and confirming Defender is active. Our migration method makes that window zero: Defender goes on first in passive mode, proves itself healthy, and only then does the old product come off. This is the checklist we run per migration wave.

Before anything is removed

Defender sensor onboarded on every wave device
Defender Antivirus runs in passive mode alongside the incumbent, EDR telemetry already flowing.
Sensor health verified per device
A device that never reported in is a device that will be unprotected after the uninstall.
Exclusions translated, not copied
Ten years of accumulated third-party exclusions get reviewed; most are stale, some are dangerous.
Wave plan agreed
Pilot ring, then departments, servers handled in their own maintenance windows.

The switchover

Old agent removed with the vendor removal tool
Standard uninstalls leave drivers and filter services behind that keep Defender passive.
Defender flips from passive to active automatically
On Windows, removing the third-party product promotes Defender Antivirus without a reboot dependency.
Active mode confirmed per device, not assumed
We verify protection state from the portal for every migrated device before the wave closes.
Tamper protection switched on immediately
The estate is never left in the state where one script can disable its new protection.

After the wave

Old management servers decommissioned
ePO or SEPM servers left running become unpatched attack surface with admin reach.
Old licence renewal cancelled on the calendar
The commercial saving is real only when the renewal actually stops.
Performance baseline compared
Boot time and scan impact measured before and after, so the "Defender is slow" debate is settled with data.
Incident response runbook updated
Isolation, investigation and rollback steps now reference the Defender portal, not the old console.

The pages around this one.

Microsoft Defender

The wider Defender family: endpoint, identity, email and cloud apps, and how the pieces combine into XDR for an Indian estate.

Learn more

Microsoft Security Services India

The full Microsoft security stack, deployment and managed operations, and where Defender for Endpoint fits in the layered picture.

Learn more

Microsoft Sentinel

Cloud-native SIEM that consumes Defender for Endpoint telemetry natively. The step after EDR when correlation and retention start to matter.

Learn more

Next step

Find out which Defender plan you already own.

Under 300 users on Business Premium usually means Defender for Business is already paid for and idle. E3 means prevention without detection. Either way, the first conversation establishes what you hold, what your third-party AV renewal is duplicating, and what a zero-gap migration would look like. Initial reply within 4 business hours.

Book an endpoint review Explore Microsoft security services

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Explore more solutions that work great with this service

Enterprise EDR that replaces your third-party antivirus, deployed without a coverage gap.

Eight capabilities that separate EDR from the antivirus you run today.

Endpoint detection and response

Next-generation protection

Attack surface reduction rules

Automated investigation and response

Vulnerability management

Web content filtering

Tamper protection

One portal, Sentinel-ready

Why detection and response replaces antivirus instead of sitting next to it.

Four reasons to run this deployment with us.

Deployed across 80+ tenants

Audit-then-block, always

Remote-first from Hyderabad

Evidence your auditors accept

Three ways to onboard devices, and when each one is right.

Intune, the managed path

Group Policy, the AD path

Local script, the gap filler

Six Indian situations where MDE is the right move.

SMBs already on Business Premium

Enterprises consolidating agents

Boards worried about ransomware

Regulated and DPDP-exposed firms

Healthcare and patient data

IT services and client-facing firms

What MDE coverage looks like on each operating system.

The deepest coverage: EDR, ASR, tamper protection, the full set

Defender for Endpoint against a legacy signature antivirus.

Defender for Business vs Plan 1 vs Plan 2.

From licence check to managed operations, in five steps.

Licence and estate discovery

Pilot onboarding

Estate rollout and AV migration

Hardening and tuning

Handover or managed operations

ASR in audit-then-block, and learning to trust automated investigation.

Every rule in audit mode

Block mode in rings

Automation with human approval

Full automation where it earned it

Defender for Endpoint, the questions Indian IT leads actually ask.

Is Defender for Endpoint actually better than the antivirus we run now?

Will it slow our machines down?

Does it really cover Linux and Mac, or is that a checkbox?

Do we need Plan 2, or is Plan 1 or Defender for Business enough?

Can you run the alerts for us? We do not have a security team.

What happens during the migration from McAfee, Symantec or CrowdStrike?

Will attack surface reduction rules break our business applications?

Our cyber insurance renewal asks about EDR. Does this satisfy it?

How does this relate to the DPDP Act and CERT-In requirements?

What is tamper protection and why do you insist on it?

Do we still need Microsoft Sentinel if we have Defender for Endpoint?

What does vulnerability management add if we already patch monthly?

How long does a deployment take, and what does it cost?

The zero-gap checklist for leaving McAfee, Symantec or CrowdStrike.

Before anything is removed

The switchover

After the wave

The pages around this one.

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Microsoft Security Services India

Microsoft Sentinel

Find out which Defender plan you already own.

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Microsoft Sentinel