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How much does IT AMC cost in Dubai?

IT AMC pricing in Dubai depends on the number of devices and users, the coverage tier (remote, on-site, or hybrid), the response-time SLA, and whether servers, network, and cybersecurity are included. We scope every contract to your environment and provide a fixed monthly quote on request, so you get predictable costs with no per-incident surprises.

What is included in managed IT services in Dubai?

Our managed IT services in Dubai include complete IT infrastructure management, 24/7 monitoring and support, cybersecurity, cloud services, backup and disaster recovery, help desk support, network management, and proactive maintenance. It's a complete IT department solution with affordable monthly pricing.

What is the response time for IT support in Dubai?

GR IT Services operates a priority-tiered response SLA for managed and AMC clients: 5 minutes for P1 critical issues, 10 minutes for P2 high-priority tickets, and 30 minutes for P3 medium-priority tickets. We provide 24/7 coverage across all Dubai areas.

Which areas in Dubai does GR IT Services cover?

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Why is GR IT Services the best IT company in Dubai?

GR IT Services is the best IT company in Dubai because we offer affordable prices, reliable 24/7 support, a 5-minute response SLA for critical issues (10 minutes for high-priority, 30 minutes for medium), complete IT solutions, certified Microsoft Partner status, continuous service since 2022, and 68+ satisfied clients. We provide the best IT AMC and managed IT services in Dubai with guaranteed SLA.

ATT&CK coverage, UAE

You have 400 detection rules. Nobody can tell you which adversary behaviours they miss.

MITRE ATT&CK is a knowledge base of cyber adversary behaviour and a taxonomy for adversarial actions across their lifecycle. Mapping your detections onto it converts a rule count into a coverage picture with visible gaps.

Book a coverage assessment See how it works

MITRE ATT&CK coverage assessment for UAE organisations

15 tacticsIn the Enterprise matrix
Tactic, technique, sub-techniqueWhy, how, and specifically how
Bi-annualThe stated ATT&CK update cadence
Gaps, not countsWhat the assessment actually produces

The question this answers

If an attacker were inside now, at which stage would you first see them?

Most security programmes cannot answer that, because their reporting is built around volume rather than around adversary behaviour.

Alert counts, rule counts and tool counts all measure activity rather than coverage. An estate with four hundred rules concentrated in two tactics is considerably weaker than one with eighty rules spread deliberately across the lifecycle.
The lifecycle framing matters because detection late is still detection. Seeing Impact but not Initial Access, Persistence or Lateral Movement means you find out at the point of damage rather than at any of the earlier stages where intervention is cheaper.
Coverage assessment turns that into a map. Each tactic gets an honest position, from confident detection through partial or telemetry only, to nothing. The honest positions are the useful ones, and inflated self assessment defeats the whole exercise.
It also gives a board something they can act on. Approving detection work becomes a decision about which stage of an intrusion you are willing to be blind at, rather than a request for budget with a technical justification nobody in the room can evaluate.

Ask us to map your coverage

What a coverage assessment does

Eight things it establishes that a rule count cannot.

Every security team can tell you how many detections it has. Very few can tell you which adversary behaviours would go unnoticed, which is the question a board, an insurer or an incident actually asks.

A shared taxonomy for adversary behaviour

ATT&CK is a knowledge base of cyber adversary behaviour and a taxonomy for adversarial actions across their lifecycle. That shared vocabulary is what lets a detection team, a red team and a board discuss the same thing without translating between them.

Why, how, and specifically how

Tactics represent the why of a technique. Techniques represent how an adversary achieves a tactical goal. Sub-techniques are a more specific description of the behaviour used to achieve it. Coverage claimed at tactic level is usually much thinner at sub-technique level.

Fifteen tactics across the Enterprise matrix

From Reconnaissance and Resource Development through Initial Access, Execution, Persistence and Privilege Escalation, to Credential Access, Discovery, Lateral Movement, Collection, Command and Control, Exfiltration and Impact.

Stealth and Defense Impairment are now separate

Stealth covers an adversary hiding and concealing their actions, appearing as normal behaviour. Defense Impairment covers breaking security mechanisms, pipelines and tooling so defenders cannot see or trust what is happening. Those are different problems needing different detections.

The gaps are the deliverable

A coverage assessment is valuable for what it shows you cannot see. A tactic with no meaningful detection is a documented blind spot, and a documented blind spot is something a security programme can prioritise rather than a surprise during an incident.

It spans more than the endpoint

The domains cover Enterprise IT including Windows, macOS, Linux, network devices and containers, cloud systems including infrastructure, software as a service, office suites and identity providers, plus Mobile across Android and iOS, and industrial control systems.

It gives detection work a priority order

Instead of adding rules because a vendor shipped them, coverage mapping lets you add detections where a gap exists in a tactic that matters to your threat profile. That converts detection engineering from reactive to planned.

It exposes duplication as well as absence

Most estates find several techniques covered many times over by overlapping tools while adjacent techniques have nothing at all. Retiring duplicated coverage is often what funds the work needed to close the genuine gaps.

The Enterprise tactics

Fifteen stages, and what an adversary is trying to do at each.

Taken from the published Enterprise tactic descriptions. A coverage assessment gives each of these an honest status rather than an aspirational one.

	Tactic	ID
Reconnaissance	TA0043	Gather information to plan future operations
Resource Development	TA0042	Establish resources to support operations
Initial Access	TA0001	Get into your network
Execution	TA0002	Run malicious code
Persistence	TA0003	Maintain their foothold
Privilege Escalation	TA0004	Gain higher-level permissions
Stealth	TA0005	Hide and conceal actions, appearing as normal behaviour
Defense Impairment	TA0112	Break security mechanisms, pipelines and tooling
Credential Access	TA0006	Steal account names and passwords
Discovery	TA0007	Figure out your environment
Lateral Movement	TA0008	Move through your environment
Collection	TA0009	Gather data of interest to their goal
Command and Control	TA0011	Communicate with compromised systems to control them
Exfiltration	TA0010	Steal data
Impact	TA0040	Manipulate, interrupt or destroy systems and data

How we approach it

Four things that make a coverage map honest.

An inflated coverage map is worse than none, because it produces confidence that will not survive contact with an actual intrusion.

We map at sub-technique level where it matters

Sub-techniques are a more specific description of the behaviour used to achieve a goal. Coverage claimed at tactic level almost always looks better than the underlying reality, and mapping at the level the detection actually operates at removes that inflation.

We validate a sample rather than trusting the map

A mapped detection that has never fired in your environment is an assumption. Safe validation of representative techniques separates detections that work from detections that exist, which is frequently a larger difference than teams expect.

We treat telemetry as the binding constraint

You cannot detect what you do not collect. Where a tactic has no coverage the cause is often a missing data source rather than a missing rule, and that distinction changes both the cost and the sequence of the remediation.

We prioritise against your threat profile, not the matrix

Full coverage of every technique is neither achievable nor useful. Prioritising against what actually threatens your sector, your data and your architecture produces a shorter list that improves the position faster.

How an engagement runs

Four phases across roughly six to ten weeks.

The mapping is quick. Validating that mapped detections actually fire, and closing the gaps that matter, is where the time goes.

01
Weeks 1 to 2
Inventory telemetry and detections
What data sources you actually collect, from which platforms, with what retention, and what detections currently run against them. Coverage cannot exceed telemetry, so the data source picture bounds everything that follows.
- Telemetry sources documented with retention
- Detection inventory extracted from each platform
- Platform coverage identified across endpoint, cloud, identity and network
- Known blind spots recorded upfront
02
Weeks 3 to 5
Map to tactics and techniques
Each detection mapped to the techniques it genuinely addresses rather than the ones a vendor claims. Mapped at sub-technique level where the detection is specific, because coverage claimed at tactic level tends to overstate the real position considerably.
- Detections mapped to techniques and sub-techniques
- Coverage status assigned per tactic honestly
- Duplicated coverage identified
- Vendor claims separated from validated coverage
03
Weeks 6 to 8
Validate rather than assume
A mapped detection that has never fired in your environment is a hypothesis. Safe validation of a representative sample turns the map from a documentation exercise into a statement about what would actually be seen.
- Representative techniques validated safely
- Detections that failed to fire identified
- Tuning issues separated from coverage issues
- Map corrected against validation results
04
Weeks 9 to 10
Prioritise and plan
Gaps ranked by the threat profile of the organisation rather than by matrix completeness. Nobody needs full coverage of every technique, and pursuing it is a good way to spend a year without improving the position materially.
- Gap list prioritised against your threat profile
- Detection engineering backlog created
- Telemetry additions specified where needed
- Board level coverage summary produced

Where this comes up

Six situations that prompt an assessment.

The trigger is usually a question somebody could not answer, either in a board meeting or during an incident review.

A board asking what the security spend bought

Tool counts and alert volumes do not answer that. A coverage map framed around what an adversary is trying to do at each stage gives a board a way to evaluate the position and to decide where they are willing to be blind.

An organisation after an incident nobody detected

The retrospective question is always which stage should have caught it. Mapping the intrusion path onto the tactics, then mapping existing detections onto the same frame, shows whether the miss was coverage, telemetry or tuning.

A regulated firm evidencing detection capability

Where a regulator or an auditor asks how detection capability is measured, an honest coverage map against a recognised taxonomy is a far stronger answer than a list of products and a description of the SOC roster.

A business consolidating overlapping tools

Coverage mapping regularly finds several techniques detected many times by different products while adjacent techniques have nothing. That picture is what makes a consolidation decision defensible rather than purely financial.

An operation with industrial control systems

ATT&CK covers ICS as its own domain alongside Enterprise and Mobile. Estates that treat operational technology as out of scope for detection usually discover that assumption during an assessment rather than during an incident.

A team planning its detection engineering year

Without a coverage baseline, detection work follows whatever a vendor shipped most recently. With one, it follows a prioritised backlog tied to specific gaps, which is both easier to justify and easier to measure at the end of the year.

Three positions

How UAE organisations understand their detection coverage.

The middle column feels rigorous and is not, because a vendor mapping describes what a product can theoretically detect rather than what your deployment does detect.

Reflects your actual configuration

Validated coverage mapYes

Vendor supplied mappingNo

Rule and alert countsNot applicable

Distinguishes tactic from sub-technique

Validated coverage mapYes

Vendor supplied mappingUsually not

Rule and alert countsNo

Validated by testing

Validated coverage mapSampled

Vendor supplied mappingNo

Rule and alert countsNo

Shows blind spots

Validated coverage mapExplicitly

Vendor supplied mappingOptimistically

Rule and alert countsNot at all

Identifies duplicated spend

Validated coverage mapYes

Vendor supplied mappingNo

Rule and alert countsNo

Prioritised to your threat profile

Validated coverage mapYes

Vendor supplied mappingGeneric

Rule and alert countsNo

Usable in a board conversation

Validated coverage mapYes

Vendor supplied mappingMisleading

Rule and alert countsMeaningless

Drives an engineering backlog

Validated coverage mapYes

Vendor supplied mappingRarely

Rule and alert countsNo

Effort to produce

Validated coverage mapWeeks

Vendor supplied mappingMinutes

Rule and alert countsNone

Confidence during an incident

Validated coverage mapJustified

Vendor supplied mappingMisplaced

Rule and alert countsAbsent

Feature	Validated coverage map	Vendor supplied mapping	Rule and alert counts
Reflects your actual configuration	Yes	No	Not applicable
Distinguishes tactic from sub-technique	Yes	Usually not	No
Validated by testing	Sampled	No	No
Shows blind spots	Explicitly	Optimistically	Not at all
Identifies duplicated spend	Yes	No	No
Prioritised to your threat profile	Yes	Generic	No
Usable in a board conversation	Yes	Misleading	Meaningless
Drives an engineering backlog	Yes	Rarely	No
Effort to produce	Weeks	Minutes	None
Confidence during an incident	Justified	Misplaced	Absent

Reading the output

Four statuses, and only one of them means you would see the behaviour.

A coverage map is only useful if the statuses are honest, so the scale has to distinguish between capability, configuration and validation.

Validated. A detection exists, it is mapped to the technique, and it has been shown to fire in your environment and produce an alert somebody would act on. This is the only status that supports a confident answer during an incident review.
Configured but unvalidated. A detection exists and is mapped, and nobody has confirmed it fires here. Very common, and frequently wrong, because tuning, telemetry gaps and deployment coverage all break detections that look correct in the console.
Telemetry only. The data that would reveal the behaviour is being collected and retained, and nothing is looking at it. That status is genuinely useful, because it means a detection can be written quickly rather than requiring a new data source first.
Nothing. No detection and no telemetry. This is a blind spot rather than a gap, and closing it starts with collection rather than with detection engineering, which makes it slower and more expensive than the statuses above it.

How an engagement runs

Five steps, and the third one is where illusions end.

Mapping is comfortable work. Validating that mapped detections actually fire is where the real position becomes visible.

1
Establish what telemetry exists
Data sources across endpoint, identity, cloud control planes, network and where relevant industrial systems, with retention periods. Coverage is bounded by collection, so this step defines the ceiling for everything that follows.
2
Inventory and map detections
Every rule from every platform, mapped to the techniques and sub-techniques it genuinely addresses. Vendor supplied mappings are used as an input rather than accepted, since they describe product capability rather than your deployment.
3
Validate a representative sample
Safe testing of selected techniques to establish whether the mapped detection fires, whether it produces an actionable alert, and whether anybody would see it. Detections that exist but do not fire are the most common finding.
4
Produce the honest map
Each of the fifteen Enterprise tactics with a status supported by evidence, gaps stated plainly, and duplication identified. The value is in the accuracy, so an uncomfortable map is a successful one.
5
Prioritise and hand over a backlog
Gaps ranked against your threat profile, split into telemetry work and detection work, with a board level summary alongside the engineering detail. Reassessment is planned, since the taxonomy itself is updated on a bi-annual cadence.

Straight answers

What organisations ask about ATT&CK coverage.

A knowledge base of cyber adversary behaviour and a taxonomy for adversarial actions across their lifecycle. It gives detection teams, red teams, vendors and boards a common vocabulary for describing what attackers actually do.

Tactics represent the why of a technique, the adversary goal at that stage. Techniques represent how an adversary achieves that goal. Sub-techniques are a more specific description of the behaviour used, one level below techniques.

Fifteen, running from Reconnaissance and Resource Development through Initial Access, Execution, Persistence, Privilege Escalation, Stealth, Defense Impairment, Credential Access, Discovery, Lateral Movement, Collection, Command and Control, Exfiltration and Impact.

Stealth is the adversary hiding and concealing their actions, appearing as normal behaviour. Defense Impairment is breaking security mechanisms, pipelines and tooling so defenders cannot see or trust what is happening. Different behaviours, different detections.

It is a useful input and it is not an answer. A vendor map describes what the product can detect in principle, not what your deployment detects with your configuration, your telemetry and your tuning. Those diverge more than most teams expect.

No. Full coverage of every technique is neither achievable nor a sensible objective. The goal is deliberate coverage across the lifecycle, weighted to your threat profile, with the remaining gaps documented and accepted rather than unknown.

No. The domains cover Enterprise IT including Windows, macOS, Linux, network devices and containers, cloud including infrastructure, software as a service, office suites and identity providers, plus Mobile and industrial control systems.

That is a useful finding rather than a failure. A documented blind spot can be prioritised, budgeted and closed. An undocumented one gets discovered during an incident, when the options are considerably worse and the audience is less forgiving.

By testing a representative sample of techniques in a controlled way, agreed in advance with your team, and observing whether the mapped detection fires and whether it produces an alert somebody would act on. Scope and safety are agreed before anything runs.

No. A penetration test seeks a path to an objective. A coverage assessment measures whether you would see adversary behaviour across the lifecycle. They complement each other, and a test conducted without a coverage baseline teaches you less than it could.

At least annually, and after any significant change to your estate or tooling. The taxonomy itself is updated on a stated bi-annual cadence, so a map more than a year old is describing both an older environment and an older frame of reference.

A status per tactic supported by evidence, a technique level detail view for the engineering team, a prioritised gap backlog split between telemetry and detection work, and a short board summary framed around which stages of an intrusion you would currently see.

Not necessarily. Organisations using a managed detection provider often benefit most, because the assessment establishes what the provider actually covers rather than what the contract implies, which is a question worth answering before renewal.

Two things. How much coverage concentrates in a few tactics while others have nothing, and how many mapped detections have never fired. Both are common, both are fixable, and neither is visible from any dashboard the tools produce.

We scope by the number of detection platforms and whether validation testing is included. The free first step: ask your team which of the fifteen tactics they would confidently detect today, and see how quickly the confident list gets short.

A gap means the telemetry exists and no detection looks at it, which can be closed with detection engineering. A blind spot means the data is not collected at all, which requires a new source and is considerably slower and more expensive to close.

Every one that is meant to detect adversary behaviour. Operational alerts about disk space or certificate expiry are useful and they are not detections in this sense, and including them inflates the map without improving the security position.

Record it as configured but unvalidated rather than as validated. The distinction is the entire point of the exercise, and treating a vendor claim as equivalent to a tested detection is how a coverage map becomes misleading.

Yes. The domains explicitly include cloud systems covering infrastructure, software as a service, office suites and identity providers. Estates that map only endpoint telemetry consistently show strong coverage that does not extend to where the identity attacks happen.

Update it when detections change and when telemetry sources are added or removed, and reassess at least annually. The taxonomy itself updates on a stated bi-annual cadence, so an old map describes both an old estate and an older frame of reference.

The mapping can. The validation is harder internally, because the people who built the detections are assessing their own work, and the honest statuses are the ones that determine whether the exercise produces anything useful.

Six to ten weeks for a typical estate, with the mapping quick and the validation slow. Organisations that can export detection inventories from each platform easily move considerably faster than those assembling the list by hand.

Every platform that produces detections, otherwise the map understates coverage. Excluding a tool because exporting its rules is awkward produces a picture that shows gaps where coverage exists, which is as misleading as the opposite error.

It tells responders where to look and where not to bother. Knowing which tactics have validated detection and which have telemetry only shapes the investigation, and it prevents time spent searching data that was never being collected.

Very effectively. Walking an adversary path through the tactics and asking at each stage whether the estate would see it turns an abstract exercise into a specific one, and it validates the map at the same time.

Then the assessment establishes what they actually cover, which is a different question from what the contract implies. That is worth knowing before a renewal, and providers who are confident in their coverage are usually willing to support the exercise.

Before the assessment

Twelve questions worth answering first.

The telemetry group is the binding constraint. Detection coverage cannot exceed the data you actually collect and retain.

Telemetry

Which platforms send us data?
Endpoint, cloud, identity, network.
How long do we retain it?
Retention bounds detection.
Are cloud control planes covered?
Often missed entirely.
Is identity telemetry included?
Credential Access lives there.

Detections

Can we export the rule inventory?
From every platform.
Do we know which rules have ever fired?
A revealing question.
Are vendor mappings taken at face value?
They should not be.
Who owns detection engineering?
Often nobody explicitly.

Purpose

What is our actual threat profile?
It sets the priorities.
Who will read the output?
Board or engineering, or both.
Is there capacity to act on gaps?
Otherwise it is a report.
When will we reassess?
ATT&CK updates bi-annually.

Ask your team which of the fifteen tactics they would confidently detect today.

The confident list usually gets short quickly, and the tactics that drop off it are your coverage assessment before anybody has run one.

Book a coverage assessment Call +971 56 613 2743

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	Tactic	ID	What the adversary is trying to do
Reconnaissance	TA0043	Gather information to plan future operations
Resource Development	TA0042	Establish resources to support operations
Initial Access	TA0001	Get into your network
Execution	TA0002	Run malicious code
Persistence	TA0003	Maintain their foothold
Privilege Escalation	TA0004	Gain higher-level permissions
Stealth	TA0005	Hide and conceal actions, appearing as normal behaviour
Defense Impairment	TA0112	Break security mechanisms, pipelines and tooling
Credential Access	TA0006	Steal account names and passwords
Discovery	TA0007	Figure out your environment
Lateral Movement	TA0008	Move through your environment
Collection	TA0009	Gather data of interest to their goal
Command and Control	TA0011	Communicate with compromised systems to control them
Exfiltration	TA0010	Steal data
Impact	TA0040	Manipulate, interrupt or destroy systems and data

What the adversary is trying to do

Reconnaissance

TA0043

Gather information to plan future operations

Resource Development

TA0042

Establish resources to support operations

Initial Access

TA0001

Get into your network

Execution

TA0002

Run malicious code

Persistence

TA0003

Maintain their foothold

Privilege Escalation

TA0004

Gain higher-level permissions

Stealth

TA0005

Hide and conceal actions, appearing as normal behaviour

Defense Impairment

TA0112

Break security mechanisms, pipelines and tooling

Credential Access

TA0006

Steal account names and passwords

Discovery

TA0007

Figure out your environment

Lateral Movement

TA0008

Move through your environment

Collection

TA0009

Gather data of interest to their goal

Command and Control

TA0011

Communicate with compromised systems to control them

Exfiltration

TA0010

Steal data

Impact

TA0040

Manipulate, interrupt or destroy systems and data

Feature

Validated coverage map

Vendor supplied mapping

Rule and alert counts

Reflects your actual configuration

Yes

Not applicable

Distinguishes tactic from sub-technique

Yes

Usually not

Validated by testing

Sampled

Shows blind spots

Explicitly

Optimistically

Not at all

Identifies duplicated spend

Yes

Prioritised to your threat profile

Yes

Generic

Usable in a board conversation

Yes

Misleading

Meaningless

Drives an engineering backlog

Yes

Rarely

Effort to produce

Weeks

Minutes

None

Confidence during an incident

Justified

Misplaced

Absent

You have 400 detection rules. Nobody can tell you which adversary behaviours they miss.

If an attacker were inside now, at which stage would you first see them?

Eight things it establishes that a rule count cannot.

A shared taxonomy for adversary behaviour

Why, how, and specifically how

Fifteen tactics across the Enterprise matrix

Stealth and Defense Impairment are now separate

The gaps are the deliverable

It spans more than the endpoint

It gives detection work a priority order

It exposes duplication as well as absence

Fifteen stages, and what an adversary is trying to do at each.

Four things that make a coverage map honest.

We map at sub-technique level where it matters

We validate a sample rather than trusting the map

We treat telemetry as the binding constraint

We prioritise against your threat profile, not the matrix

Four phases across roughly six to ten weeks.

Inventory telemetry and detections

Map to tactics and techniques

Validate rather than assume

Prioritise and plan

Six situations that prompt an assessment.

A board asking what the security spend bought

An organisation after an incident nobody detected

A regulated firm evidencing detection capability

A business consolidating overlapping tools

An operation with industrial control systems

A team planning its detection engineering year

How UAE organisations understand their detection coverage.

Four statuses, and only one of them means you would see the behaviour.

Five steps, and the third one is where illusions end.

Establish what telemetry exists

Inventory and map detections

Validate a representative sample

Produce the honest map

Prioritise and hand over a backlog

What organisations ask about ATT&CK coverage.

What is MITRE ATT&CK?

How do tactics, techniques and sub-techniques differ?

How many tactics are in the Enterprise matrix?

What is the difference between Stealth and Defense Impairment?

Can we not just use our vendor coverage map?

Should we aim for full coverage?

Does this only apply to endpoints?

What if a tactic has no coverage at all?

How do you validate coverage safely?

Is this the same as a penetration test?

How often should we reassess?

What does the output look like?

Do we need a SOC to make use of this?

What surprises people most?

What does an engagement cost?

What is the difference between a gap and a blind spot?

Should we map every detection we own?

What if a vendor claims coverage we cannot validate?

Does cloud need separate treatment?

How do we keep the map current?

Can this be done without an external party?

How long does a first assessment take?

Do we need to include every platform we own?

How does this help during an incident?

Can we use the map for tabletop exercises?

What if our managed provider owns the detections?

Twelve questions worth answering first.

Telemetry

Detections

Purpose

The pages around this one.

Sentinel analytics rules

KQL threat hunting

SOC as a service

Ask your team which of the fifteen tactics they would confidently detect today.

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