Eternal Security Suite, our XXDR platform
One lightweight agent on the endpoint. One console for the whole estate. An AI driven detection engine that correlates what it sees on devices, on the network, in email and in identity, then acts without waiting for a human to notice.
One agent instead of five
Antivirus, firewall, DLP, device control, deception and Zero Trust ship in the same agent, so there is one install, one update path and no conflicts between vendors.
One console instead of five
A centralised dashboard gives device health, user activity, detections, vulnerabilities and compliance status in a single place for troubleshooting and reporting.
Response without a ticket queue
When a detection is confident, the platform blocks the process, isolates the endpoint and revokes the credential immediately, then escalates the case to the SOC with full context.
What each layer does, in plain language
Select a layer to see the controls inside it and the question each control answers for your team.
| Control | What it does | The question it answers |
|---|---|---|
| Anti malware protection | Detects and removes known malware to protect systems from infection. | Is anything known bad running right now? |
| Anti ransomware protection | Watches for mass encryption behaviour and stops it before it spreads across shares. | Can one infected laptop take down the file server? |
| Anti exploit protection | Blocks the memory and process techniques used to exploit unpatched software. | What protects us between patch cycles? |
| Anti spyware detection | Finds software that quietly watches users and sends data out. | Is anyone recording our screens or keystrokes? |
| Host based firewall | Controls and monitors incoming and outgoing network traffic at the device level. | Is this laptop still protected on a home or hotel network? |
| Email security gateway | Protects against phishing, spam and malicious attachments. | How do we stop the first click? |
| Web security with whitelisting | Allows approved web destinations and blocks the rest. | Can a user reach a malware hosting site at all? |
| Software vulnerability remediation | Finds weak software versions and drives timely patching. | Which known holes are still open, and for how long? |
| Anti hacking policy management | Applies hardening policies that remove the easy footholds attackers rely on. | Are our machines configured to resist, not just to detect? |
| Control | What it does | The question it answers |
|---|---|---|
| Deception technology | Places decoy credentials, files, services and servers that no real user touches. | Is someone already inside and looking around? |
| Real time detection | Analyses process and system events as they happen, not on a schedule. | How quickly do we know? |
| Network monitoring and threat detection | Watches traffic patterns for scanning, lateral movement and suspicious connections. | Is anything moving sideways across our network? |
| Process and event monitoring | Records what runs, what launched it and what it touched. | What exactly happened on that machine? |
| New system detection and mapping | Identifies unknown devices appearing on the network. | What just joined our network that we did not approve? |
| AI and generative AI based threat analysis | Correlates weak signals into a single explained incident instead of many raw alerts. | Which of these alerts actually matter? |
| Threat intelligence platform | Brings outside knowledge of attacker infrastructure and exposed data into local detection. | Is this attacker already known, and what else do they do? |
| Control | What it does | The question it answers |
|---|---|---|
| Data leak prevention | Safeguards sensitive data from unauthorised access, leakage or loss. | Can this file leave the organisation? |
| HID and removable device blocking | Controls USB storage and untrusted human interface devices at the port. | What happens when someone plugs in an unknown device? |
| Device formatting remotely | Wipes a managed device remotely when it is lost or compromised. | A laptop just disappeared. What now? |
| Device theft tracking | Tracks a managed device after loss to support recovery and reporting. | Where is the missing asset? |
| User activity analysis | Shows login activity, USB connections, command history, file downloads and risky actions per user. | What was this user doing before the incident? |
| Data collection and ingestion | Collects the telemetry and logs the SOC needs for investigation and retention. | Will we have the evidence afterwards? |
| Control | What it does | The question it answers |
|---|---|---|
| End Control Zero Trust security | Verifies every process, user and device continuously rather than trusting the network location. | Why should this access be allowed at all? |
| Identity and access management | Centralises identities, permissions and authentication across business systems. | Who has access to what, and who approved it? |
| Privileged access management | Secures administrator and service accounts with vaulting, approvals and session monitoring. | What can an administrator account do unsupervised? |
| Application allowlisting | Restricts execution to approved software and trusted behaviour. | Can an unknown binary run here? |
| Control | What it does | The question it answers |
|---|---|---|
| Centralised dashboard | Shows the whole estate, device by device, with troubleshooting built in. | Where do I look first? |
| MITRE ATT&CK detection and reporting | Maps detections to recognised attacker techniques and shows coverage. | Which techniques would still get past us? |
| Alerting and notification | Routes prioritised alerts to the right people through the right channel. | Who gets woken up, and when? |
| Investigation tools | Gives analysts timelines, process trees and user context in one case view. | How do we prove what happened? |
| Incident response | Runs containment steps and coordinates the people involved. | What do we do in the first thirty minutes? |
| Automation and SOAR | Executes approved playbooks for enrichment, containment and case handling. | What can we stop doing by hand? |
| IT management | Supports day to day operational tasks alongside security controls. | Can one team run both? |
Deception technology
Eternal Security Suite introduces an intelligent deception layer designed to detect attackers at the earliest stage of an intrusion. Realistic but controlled digital decoys are deployed across endpoints and networks, so malicious activity can be identified with very high confidence and very few false positives. The deception layer operates alongside End Control Zero Trust, so every process, user and system is continuously verified while any suspicious interaction with a decoy generates an alert immediately.
Why it matters
- Intruders are detected before damage is done.
- Alerts fire only when an attacker interacts with a trap.
- The attacker's movement is tracked live inside your environment.
- Decoys are invisible to attackers and visible to defenders.
Why false positives are near zero. Deception artefacts are never used by legitimate users or applications. Any interaction with a decoy is an unambiguous indicator of malicious activity, which removes the alert noise that comes with signature based detection.
High level architecture
The deception capability operates across two layers, coordinated by a centralised engine.
| Endpoint deception layer | Network deception layer |
|---|---|
| Decoy credentials, usernames and passwords | Decoy file servers |
| Decoy configuration files | Decoy database services |
| Simulated authentication tokens | Decoy authentication services |
| Decoy service account references | Decoy administrative endpoints |
| Simulated connection strings | Decoy internal applications |
| Decoy network resource references | Decoy administrative services |
AI driven behavioural deception
The platform learns how users, systems and applications normally operate: authentication behaviour, file access patterns and system interactions. It then deploys deception artefacts that closely resemble the real resources used in that environment, which is what makes them convincing.
Normal behaviour patterns
- Authentication patterns
- File access sequences
- System interactions
Adaptive decoys
- Realistic artefacts
- Invisible to legitimate users
- Context aware placement
High confidence alerts
- Minimal false positives
- Early stage detection
- Rich threat context
Network deception
To detect unauthorised reconnaissance and lateral movement inside the internal network, the platform deploys decoy systems that simulate legitimate infrastructure services across controlled network segments.
| Real infrastructure | Deception environment, fully monitored |
|---|---|
| User workstations | Decoy file server |
| Application servers | Decoy database service |
| Database systems | Decoy authentication service |
| Authentication services | Decoy administrative endpoint |
| File servers | Decoy internal applications |
| Normal operations, no alerts | Any access is an immediate alert |
How we deploy it responsibly. Deception complements endpoint, identity and network security rather than replacing them. Every decoy is isolated so that it can never become a pathway into your production systems, and realism is validated through effectiveness testing before the environment goes live.
End Control Zero Trust
Zero Trust is a security framework that assumes no one inside or outside the network is trusted. Every user, device and application must be continuously verified before being granted access. It is an architectural change rather than a single product, and the NIST SP 800-207 model is the reference we work from.
Authenticate every time
Users and devices prove who they are on every access attempt, with multi factor and conditional checks where the risk justifies it.
Use least privilege
Give only the access needed for the task at hand, for as long as the task lasts, and no longer.
Monitor and respond instantly
Sessions are reassessed when device posture, user behaviour, location or risk changes, and containment is automatic.
What Zero Trust adds when a decoy is touched
When a deception trigger occurs, Zero Trust supplies the extra verification and the context that turns an alert into an action.
| Verification factor | What is evaluated | Automated response |
|---|---|---|
| Process legitimacy | Known and authorised processes | Block suspicious processes |
| User authentication context | Identity and authentication state | Revoke compromised credentials |
| Device security posture | Patch level and compliance | Isolate compromised endpoints |
| Application behaviour | Normal usage patterns | Alert the SOC team |
| Access privileges | Least privilege checks | Escalate to the SOC |
Detection workflow
Six steps from interaction to escalation
- Attacker interaction detected
- Access to the deception asset logged
- Detection engine triggered
- Zero Trust context verification
- Threat correlation analysis
- Security alert generated and escalated
What the alert carries
- Affected endpoint identification
- Source of the activity
- Attempted authentication behaviour
- Access patterns observed
- Indicators of lateral movement
- Timeline of events
- Network context and connections
Threat Intelligence Platform
The Threat Intelligence Platform is a centralised system that collects, analyses, correlates and distributes threat intelligence from many sources: the dark web, the deep web, the surface web, open source feeds, paid threat sources, sensors and your own internal logs.
Most organisations discover a leak when a customer or a regulator tells them. The purpose of this module is to make sure you are the first to know, while there is still time to reset credentials, take down a fake domain and brief your teams.
- Comprehensive intelligence collection across public and closed sources.
- Correlation, enrichment and automation, so raw feeds become usable signals.
- Actionable operational intelligence that maps to the controls you already run.
SOC, SIEM and SOAR in one solution
A Security Operations Centre continuously monitors threats, investigates suspicious activity and coordinates the response. You can run your own, or subscribe to ours. Either way the three layers work together: the SOC supplies the people and the process, SIEM supplies the correlation, SOAR supplies the automation.
Security Operations Centre
Continuous monitoring across networks, endpoints and users, with alert triage, investigation, escalation and incident coordination.
Security Information and Event Management
Advanced log correlation with MITRE ATT&CK aligned analytics, plus managed log retention for regulatory and forensic needs.
Security Orchestration, Automation and Response
Playbook driven enrichment, case management and approved containment actions that reduce analyst workload.
What you get on day one
- Real time monitoring across networks, endpoints and users
- Automated threat detection with prioritised alerting
- Playbook driven automated incident response
- Centralised dashboard for complete security visibility
- Reduced analyst workload and faster threat remediation
Why it is one platform and not three
When detection, correlation and response live in separate tools, every incident pays a tax in copying data between consoles. Running them together means a deception trigger can be enriched, verified against Zero Trust policy and contained inside the same workflow, before an analyst has finished reading the first line of the alert.
Everything inside Eternal Security Suite
The full control set shipped and managed from the centralised dashboard.
Compliance support. The suite is built to support end to end compliance programmes across DPDPA, GDPR, ISO 27001, SOC 2, HIPAA, PCI DSS, CERT-In and other global cyber security standards. We supply the controls, the evidence and the reporting your auditors ask for.
Watch the console, not the slide deck
We will show the dashboard, trip a deception alert live and walk through the automated response path with your team.