AetherShield XDR.
Endpoint to identity to email to cloud — one model.
Extended detection and response across the whole estate: endpoint, identity, email and cloud, fused into one incident — with next-gen antimalware, EDR, attack-surface reduction, vulnerability management, automated investigation, advanced hunting, automated attack disruption, threat intel, ITDR, email security, CASB, SOAR, SIEM and a Security Copilot. Microsoft unified XDR parity, on one model, deployable self-hosted and air-gapped.
- Subsystems
- 19, one platform
- Coverage
- Endpoint → cloud
- BAFS
- ≤ 1s p95
- Deploy
- Cloud · self-hosted · air-gapped
Nineteen subsystems, one incident.
A SOC today runs an EDR, a SIEM, a SOAR, an email gateway, a CASB and an identity tool — six products, six consoles, and the seams between them are where attackers operate. AetherShield runs the whole surface on one model: every signal normalises to OCSF and fuses into a single incident, so the email that phished, the identity it stole and the endpoint it landed on are one story, not three alerts nobody connected.
Endpoint sensor agent
Kernel-grade telemetry via ETW/ELAM, eBPF CO-RE and the Apple Endpoint Security framework — tamper-protected (PPL), TLS 1.3, offline-resilient, with live response and forensic collection.
Next-gen antimalware
Layered real-time protection with cloud-assisted block-at-first-sight under a one-second p95, detonation/sandboxing, fileless and PUA detection, and explainable verdicts.
EDR engine
MITRE ATT&CK-mapped detections, Sigma rules and detection-as-code, full process-tree reconstruction and ransomware-behaviour detection, with low detection latency.
Attack-surface reduction
ASR rules, exploit, ransomware, network and web protection, plus device and application control — closing the paths before they're used.
Vulnerability management
Continuous, agent-based vulnerability and misconfiguration assessment, prioritised by exploitability and exposure across the fleet.
Automated investigation & remediation
Auto-investigation of alerts to a verdict and automated remediation under a latency budget — the SOC analyst's first pass, done by the machine.
Advanced hunting
A fast query engine over raw and enriched telemetry — schema-rich, sub-second at scale, for threat hunting and custom detections.
XDR correlation & fusion
Signals from endpoint, identity, email and cloud fused into a single incident with one timeline — not four consoles of disconnected alerts.
Automated attack disruption
Contain an in-progress attack automatically — isolate a host, disable an account, block a path — within a tight disruption-latency budget, before it spreads.
Cyber threat intelligence
Curated and customer telemetry-driven intelligence — actors, campaigns and indicators — wired into detection and hunting, not a separate feed.
External attack surface
Discover internet-facing assets, shadow infrastructure and exposures the way an attacker sees them — outside-in, continuously.
Identity threat detection (ITDR)
Detect identity-based attacks — token theft, privilege escalation, lateral movement — across your directory and identity providers.
Email & collaboration security
Phishing, BEC and malicious-attachment protection across email and collaboration, correlated into the same incident as the endpoint.
Cloud app security (CASB)
Discover and govern SaaS and cloud app usage, shadow IT and risky OAuth grants, with the cloud signal feeding XDR fusion.
SOAR
Orchestration and playbooks across the whole estate — capability-gated automated response with reversible, audited actions.
SIEM & security analytics
High-scale ingestion, normalisation (OCSF) and analytics — your SIEM and your XDR on one platform, not two procurements stitched together.
Security Copilot
A natural-language analyst over the whole estate — investigate an incident, write a hunt, summarise a campaign, draft the report, in plain language.
RBAC, multi-tenancy & MSSP
Fine-grained RBAC and true multi-tenancy for MSSPs and large enterprises, with per-tenant isolation and one console across them.
Sense, detect, correlate, disrupt.
The point of XDR isn't more alerts — it's getting from a signal to a contained attack automatically, before it spreads.
Kernel-grade endpoint telemetry plus identity, email and cloud signals, normalised to OCSF — the raw material, from everywhere an attack touches.
NGAV, EDR, ITDR and email engines raise ATT&CK-mapped detections in near-real-time, with explainable verdicts and detection-as-code.
XDR fusion stitches signals across domains into one incident and one timeline — the four-console problem collapses into a single story.
Automated attack disruption contains it — isolate the host, disable the account, block the path — within a tight latency budget, before it spreads.
The whole SOC stack, on one model.
The endpoint vendors bolt on the rest; the gaps between their products are the risk. AetherShield covers the surface end to end — and runs where your data is allowed to live.
A SOC analyst, not a dashboard.
The model investigates, scores and proposes the response — with the autonomy gated and every action logged.
Security Copilot
Ask the estate a question in plain language — what is this incident, what's the blast radius, what should I do — and get an answer grounded in your telemetry, with the actions to take.
Agentic investigation
Auto-investigation walks an alert to a verdict the way an analyst would — pulling the process tree, the identity context, the email lineage — and proposes the remediation.
ML detection & FPR control
Models for malware, fileless and behaviour score detections against labelled corpora to a stated accuracy and false-positive target — so the SOC trusts the queue.
Audited, gated automation
Automated disruption and remediation act only within explicit, capability-gated envelopes, every action reversible and logged — autonomy with an audit trail.
Fast enough to stop it.
Detection that arrives after the attack is just forensics. These are the budgets the platform is built to.
cloud-assisted NGAV verdict
EDR, at the endpoint
XDR fusion across domains
within a tight latency budget
one platform
open schema, no lock-in
per-tenant isolation
where your data must stay
Six consoles, one platform.
The endpoint suite, the SIEM, the SOAR, the email gateway, the CASB and the identity tool collapse into one model, one incident queue and one audit trail.
Good to know.
Those are strong endpoint platforms that bolt on identity, email, cloud and SIEM as separate products and consoles — and the seams between them are where attacks live. AetherShield runs all 19 subsystems on one model, normalises everything to OCSF, and fuses endpoint, identity, email and cloud into one incident — so a token-theft, the email that delivered it and the endpoint it landed on are one story, not three alerts in three tools.
Automated attack disruption and remediation are real, but capability-gated: the platform contains an in-progress attack — isolate a host, disable an account, block a path — within explicit envelopes, every action reversible and logged. The Security Copilot proposes; the autonomy stays inside what you've granted.
Yes — SIEM ingestion and analytics and SOAR orchestration are subsystems of the same platform, not separate procurements. Your detections, your hunts and your playbooks run on the same telemetry the XDR engines do, with one RBAC model and one audit trail.
Yes — self-hosted and fully air-gapped, with multi-tenancy for MSSPs, per-tenant isolation, and OCSF-normalised data that egresses to your tooling. The sensor is tamper-protected and offline-resilient, so coverage holds even when the endpoint is off the network.
Run the whole SOC on one model.
Endpoint to cloud, detection to disruption, SIEM to copilot — one platform with one fused incident queue and capability-gated automation. Request access to deploy it self-hosted or air-gapped behind your firewall.
Part of Aether Security — one platform across thirteen domains. AetherShield sits on the same foundation as the rest of Aether — one model, every discipline.