Network observation: collect approved traffic, DNS, flow and security telemetry from defined links or sensors, correlate suspicious activity and build an event timeline.
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Security technology · Engineering · Security assessments
Your network already has controls. You need to see what happens between them.
If your security team watches several Internet links, remote sites or connected devices, an isolated alert often leaves the most important questions unanswered: which asset was involved, what policy applied and what action was authorized? We assess where DeepShield can add network visibility and a controlled response process without disrupting the protections you already operate..
Security testing is part of how we build and maintain our products
Deep InfoSec performs daily automated security scanning, annual penetration tests of its solutions, recurring security assessments combining human analysis with AI, and ongoing adversarial exercises intended to break assumptions before attackers exploit them. We use the findings to correct code, configuration, authentication, dependencies and operational controls, then verify the fixes in the affected environment.
Deep Advisor explores attack-path hypotheses beyond known single-vulnerability patterns. It evaluates combinations of reachability, privileges and exposed services, proposes mitigations linked to each path, and helps analysts reduce the set of viable paths open to an attacker. These insights inform technical remediation and its verification.
Review the assessment methods ↗Engineering, evidence and operational results
See the work behind the offer
Follow a realistic engineering situation, from the first signal to the decision and the evidence handed over.
DEEP INFOSEC
What this means for your organisation
If your security team watches several Internet links, remote sites or connected devices, an isolated alert often leaves the most important questions unanswered: which asset was involved, what policy applied and what action was authorized? We assess where DeepShield can add network visibility and a controlled response process without disrupting the protections you already operate.
You see the detection-to-decision path in an agreed environment. The work records the telemetry sources, the operational policy, the evidence your analyst receives and what happens when traffic is legitimate or connectivity fails. You can judge the role of observation, orchestration and any approved enforcement from the results.
See what we can evaluate in your environmentNo registration required
Read the public technical evaluation ↗A practical starting point
Choose a starting scope, review the evidence and prepare a usable purchasing brief. Public service information is open to everyone; confidential architecture and qualification materials follow the secure dossier process.
Prepare a project brief ↗Selected readings ↗Explore the product workflow
How this works in practice
Choose a representative situation and follow the signal, the operational decision and the evidence produced.
Suspicious outbound connection
01
Network telemetry shows repeated connections to an unusual destination from a business-critical device.
02
The analyst sees context and a proposed policy response: investigate, restrict or block within the approved scope.
03
Event timeline, related asset, applied policy and escalation record.
Example workflow
A useful technical evaluation
We select an authorized environment and agree what a successful decision will require before collecting data. The plan identifies prerequisites, integration contacts, data boundaries, operator permissions and rollback responsibilities. We test an agreed set of realistic scenarios and record both relevant results and any coverage gaps. The handover contains configuration and architecture notes, examples of decisions, explicit go/no-go criteria and the next implementation steps.
Discuss an evaluation scope ↗DeepShield
Active defence and controlled protection
Security teams need protection that works across mixed networks, constrained sites and sensitive assets—not another isolated alert console.
Banks, campuses, distributed enterprises and operators whose services must remain available.
The challenges we solve
Specialist workstreams
Active network defence with explainable detection, controlled response and audit evidence.
Threat detection: combine signatures, policy, reputation and behavioral indicators to surface phishing, command-and-control, abnormal egress and connected-device anomalies.
Controlled response: design alert, quarantine, firewall, DNS or orchestration actions around change control and the approved operational mode; blocking depends on the qualified deployment architecture.
Evidence and operations: record decisions, detections, policy changes and response outcomes; feed prioritized investigations into Deep Advisor and the security team.
What your team receives
What your team receives
- Protected-asset and network integration map
- Detection and response policy matrix, including exceptions and fallback behavior
- Operator runbook, event timeline and investigation evidence examples
- Pilot acceptance plan with alert-quality, reliability and recovery tests
Defined entry offers
Acceptance is tied to the agreed deliverables and documented review.
01
Technical assessment
Network observation: collect approved traffic, DNS, flow and security telemetry from defined links or sensors, correlate suspicious activity and build an event timeline.
Protected-asset and network integration mapRequest a technical and commercial proposal ↗02
Design and controlled evaluation
Threat detection: combine signatures, policy, reputation and behavioral indicators to surface phishing, command-and-control, abnormal egress and connected-device anomalies.
Detection and response policy matrix, including exceptions and fallback behaviorRequest a technical and commercial proposal ↗03
Delivery, review & continuity
Evidence and operations: record decisions, detections, policy changes and response outcomes; feed prioritized investigations into Deep Advisor and the security team.
Pilot acceptance plan with alert-quality, reliability and recovery testsRequest a technical and commercial proposal ↗Scope & architecture
How a project progresses
Appliance or sensor integration; Observe, controlled enforcement and orchestration options depend on approved hardware, topology and scope.
- 01
Discover and define: assets, objectives, dependencies, data access, stakeholders and boundaries.
- 02
Design and validate: target architecture, methods, constraints, workplan and objective acceptance criteria.
- 03
Deliver and transfer: approved implementation, findings, tests, documentation, training and next-stage options.
Request a technical and commercial proposal
Begin with a protected-asset inventory, network topology, operational constraints and a controlled evaluation workshop.
Engineering and services that work together
What changes for your organization
Where this matters
A security team should be able to understand what a device is doing on its network and why an intervention is proposed. DeepShield combines network observation, attack-pattern detection, policy-controlled response and event timelines. We start by defining protected assets, traffic paths, safe intervention boundaries and escalation responsibilities. The result is a protection design that operators can assess without losing sight of availability or business impact.
Solutions for your role
Begin with your decisions, risks and procurement obligations—not a generic product catalogue.