Business email compromise
Attackers impersonate executives, suppliers or finance staff to redirect payments or obtain sensitive data—often without an attachment.
Human-Centred Cybersecurity
Cloud Email Security Solutions in UAE
Reduce phishing, business email compromise, account takeover and malicious content with layered cloud email security designed around your people, mail flow, identity and response process.
Microsoft 365 and Google WorkspacePhishing and BEC defenceAccount takeover signalsPost-delivery response
Email-focusedPre- and post-delivery controls
Human riskImpersonation and BEC
Layered defenceLinks, files and behaviour
Response-readyTriage and remediation workflow
Quick Answer
What is cloud email security?
Cloud email security adds specialised detection, prevention and response controls around cloud mail platforms such as Microsoft 365 and Google Workspace. Depending on the product and deployment model, it can inspect messages before delivery, analyse mailbox content through APIs, detect impersonation and account takeover, evaluate links and attachments, automate remediation, support continuity, or protect related cloud data.
Native mail controls are an important baseline. Additional protection is considered when organisations need deeper phishing and business email compromise detection, cross-tenant visibility, faster post-delivery response, stronger reporting, or support for compliance and continuity requirements.
Short answer: modern email attacks often contain no malware. They use trusted accounts, payment requests, look-alike domains, QR codes, legitimate cloud links or stolen sessions. Effective email security therefore combines message analysis, identity signals, authentication, user awareness and a rehearsed response process.
Risk Context
The email threats that bypass basic spam filtering
The most damaging messages are designed to look like normal business. emtech maps controls to the specific ways attackers target finance, executives, HR, procurement, IT and external partners.
Credential and session theft
Phishing pages, adversary-in-the-middle kits and device-code lures can abuse legitimate sign-in journeys and cloud sessions.
Conversation hijacking
A compromised mailbox can be used inside a real thread, giving fraudulent requests trusted context and timing.
QR and image-based phishing
Destinations hidden inside images or QR codes can move the user to a less-controlled mobile device and evade simple link checks.
Malicious links and files
Time-of-click protection, attachment analysis and sandboxing help address payloads that change or activate after delivery.
Account takeover
Suspicious logins, forwarding rules, OAuth grants, mailbox changes and unusual sending behaviour can indicate compromise.
Solution Scope
A layered email-security capability—not one filter
The final design depends on your mail platform, threat profile, licences, data requirements and security operations. emtech separates prevention, detection, response and recovery.
Phishing and BEC detection
Use behavioural, language, relationship and sender context to detect impersonation and social-engineering attacks.
URL and attachment protection
Evaluate links at delivery and click time, inspect files and use deeper analysis for suspicious payloads where supported.
Identity and account signals
Connect email risk with account takeover indicators, suspicious authentication and malicious mailbox behaviour.
Pre- and post-delivery defence
Combine gateway or mail-flow controls with API-based mailbox analysis and automated removal where appropriate.
SPF, DKIM and DMARC alignment
Improve domain authentication and reporting to reduce spoofing risk and protect trusted outbound email.
Investigation and response
Define alert ownership, message search, quarantine, purge, account containment, evidence and communication steps.
Architecture & Delivery
Email security must connect the message, the identity and the user
A secure deployment begins with mail domains, accepted domains, connectors, forwarding, shared mailboxes, privileged users, third-party senders, SPF/DKIM/DMARC, retention, backup and incident workflows. Protection is then layered without creating mail loops, delivery delays or unmanageable false positives.
emtech pilots high-risk users and representative mail flows, validates alerts with the security team, and tunes policy before wider rollout. Security awareness is linked to observed attacks instead of treated as a once-a-year exercise.
- Microsoft 365 or Google Workspace posture review
- Mail-flow and API deployment design
- VIP and high-risk user protection
- Authentication and domain-spoofing controls
- Post-delivery search, purge and account-containment workflow
Technology Fit
Cloud email security platforms we can evaluate
Feature availability varies by product tier and deployment model. emtech validates current vendor documentation, tenant prerequisites, privacy requirements and operating responsibilities before design.
GR
Graphus
An API-based, AI-driven email-security platform for Microsoft 365 and Google Workspace focused on phishing, BEC, account takeover and related email-borne threats.
Best fit to assess: rapid API deployment and automated phishing defenceMC
Mimecast
Offers cloud-integrated and mail-flow security options with phishing, BEC, malicious link and attachment controls plus broader human-risk capabilities.
Best fit to assess: layered enterprise email and collaboration protectionPP
Proofpoint
Provides email protection for Microsoft 365 and Google Workspace using threat intelligence, machine learning and behavioural analysis across malware and non-malware attacks.
Best fit to assess: people-centric enterprise threat protectionBA
Barracuda
Combines email gateway, API-based inbox defence, automated response and optional data-protection capabilities for Microsoft 365 and Google Workspace.
Best fit to assess: integrated protection, response and recovery optionsDecision Framework
What should you compare before selecting email security?
Use the comparison as a discovery checklist. Final architecture and product choice should follow validated technical and commercial requirements.
| Decision area | What to evaluate | emtech approach |
|---|---|---|
| Threat coverage | Phishing, BEC, impersonation, account takeover, QR codes, malicious links, files and outbound risk | Test with representative threats and investigate false positives—not just vendor demos. |
| Deployment model | MX/mail-flow gateway, API-based protection, integrated cloud controls or a combination | Confirm mail routing, permissions, data access, latency, rollback and coexistence. |
| Response capability | Search, quarantine, post-delivery purge, account containment and automated remediation | Define who approves and owns automated actions. |
| Identity integration | Login signals, mailbox rules, OAuth apps, risky users and privileged accounts | Connect email alerts to identity and incident-response procedures. |
| Data and continuity | Encryption, retention, archive, backup, recovery and mail continuity where required | Separate email security from backup and compliance needs, then cover each deliberately. |
| Operations and reporting | Multi-tenant or multi-domain visibility, alert quality, APIs, SIEM integration and audit evidence | Measure analyst workload and time to investigate, not only blocked-message counts. |
Delivery Journey
From discovery to an operational security control
A phased approach protects production services, creates clear acceptance criteria and gives internal teams time to validate the change.
Assess
Review platform licences, domains, mail flow, authentication, threat history and response maturity.
Design
Select deployment model, policy layers, integrations, data handling and operational ownership.
Pilot
Protect representative and high-risk users; validate delivery, detection and false-positive handling.
Roll out
Expand in controlled phases, align user communication and activate response playbooks.
Improve
Tune detections, review incidents, strengthen authentication and focus awareness on observed risk.
Expected Outcomes
What a mature email-security programme provides
Success is measured in security clarity, operational usability and tested business continuity—not only successful installation.
Fewer high-risk messagesLayered controls reduce phishing, BEC and malicious content reaching users.
Faster containmentSecurity teams can find and remove post-delivery threats and contain affected accounts.
Protected trustDomain-authentication and impersonation controls help protect customers, suppliers and staff.
Actionable awarenessTraining and communication reflect the attacks users actually encounter.
Financial servicesHealthcareLegal and professional servicesRetailEducationHospitalityConstruction and tradingGovernment-adjacent organisations
Why emtech
Why UAE businesses choose emtech for email-security projects
Email incidents cross technology boundaries: mail flow, Microsoft 365 or Google Workspace, identity, endpoints, users, finance processes and incident response. emtech can coordinate these layers instead of treating the project as an isolated spam-filter installation.
We help you evaluate platforms, deploy controls, tune policy, document response and align ongoing support with your internal IT or security team.
Frequently Asked Questions
Answers for business and IT decision-makers
These concise answers also help procurement, risk and leadership teams evaluate the project with the right questions.
Does Microsoft 365 or Google Workspace already include email security?
Both platforms include valuable native controls, and those controls should be configured well. Additional cloud email security may be justified by your threat profile, licence level, detection depth, post-delivery response, reporting, compliance and operational needs.
What is the difference between phishing and business email compromise?
Phishing broadly tries to trick users into clicking, signing in, opening content or sharing information. BEC often impersonates a trusted person or supplier to request a payment, data or business action and may contain no malicious file or link.
What is API-based email security?
API-based products connect to the cloud mail platform to analyse messages and mailbox signals, often without changing MX records. Capabilities vary, so permissions, processing timing, remediation and data handling must be reviewed.
Do SPF, DKIM and DMARC stop all email attacks?
No. They help authenticate domains and reduce direct spoofing, but they do not stop every look-alike domain, compromised account, conversation hijack or socially engineered message. They are essential layers in a broader programme.
Can cloud email security remove a threat after delivery?
Many platforms support post-delivery search, quarantine or automated remediation. The exact capability depends on product, permissions and policy. emtech defines approval, evidence and account-containment steps around those actions.
Will advanced email security block legitimate mail?
Any filtering system can create false positives. A staged pilot, sender and domain analysis, policy tuning, quarantine workflow and user-reporting process reduce business disruption while maintaining protection.
Does email security include backup and continuity?
Sometimes these are available in the same vendor suite, but they are different requirements. Email security prevents and responds to threats; backup, archive and continuity protect data access and recovery. The design should confirm each separately.
Can emtech help after a mailbox compromise?
Yes. Depending on scope, response can include session and credential containment, mailbox-rule and OAuth review, message search and purge, evidence preservation, domain and identity checks, and measures to reduce recurrence.
Related Solutions
Build the surrounding security and operations layer
Concerned about phishing, payment fraud or mailbox compromise?
Request an email-security assessment. We will review your mail platform, domains, high-risk users, current controls and response process before recommending the right protection model.
Your details remain private. emtech will use them only to respond to your enquiry.
