What we do

Cybersecurity, infrastructure, and AI agents turned into reliable operation.

We work on a real technology base —Dell, VMware, Red Hat, AWS, Microsoft 365, Trend Micro, and CrowdStrike— and build automation, AI agents, and custom software on top of it, leaving explicit blockers when evidence is missing.

EDEN / CAPABILITIES

Cybersecurity, infrastructure, and automation turned into verifiable deliverables.

Layers of technology infrastructure with interconnected servers and components.

Scope

Infrastructure and servers

Architecture, sizing, and operation of servers on Dell Technologies: storage, hyperconvergence, and end-user equipment.

Problem: Infrastructure without clear architecture, capacity, or continuity criteria.
Target outcome: A documented, properly sized server foundation ready to scale.
Scope: Platform design, capacity sizing, and operation documentation.

Possible deliverables

Infrastructure diagram
Capacity plan
Operation documentation

Security and monitoring nodes connected around a central point.

Scope

Advanced cybersecurity (EDR/XDR)

Threat detection and response with CrowdStrike and endpoint protection with Trend Micro, with the discipline of a swarm: many points watching, a single intelligence coordinating them.

Problem: Endpoints and access without active detection or incident response.
Target outcome: Continuous visibility and threat response at the operation's critical points.
Scope: EDR/XDR deployment, monitoring, and response, plus traditional and advanced endpoint protection.

Possible deliverables

Endpoint coverage
Alerts and response
Exposure report

Data flows converging across technology services.

Scope

Cloud and productivity

Architecture and operation on AWS and Gigas, plus productivity and identity with Microsoft 365, Dynamics 365, Active Directory, and SQL Server.

Problem: Workloads and data without a clear cloud architecture or identity control.
Target outcome: An organized, documented, and operable cloud and productivity platform.
Scope: AWS architecture, migration, identity, and managed databases.

Possible deliverables

Cloud architecture
Identity model
Operation documentation

Layers of virtualized resources organized in a cluster.

Scope

Virtualization

Consolidation and virtualization of workloads with VMware vSphere and disaster recovery with Site Recovery Manager.

Problem: Underused physical servers or servers without a failure-recovery plan.
Target outcome: Virtualized, consolidated infrastructure with continuity in the face of failures.
Scope: vSphere cluster design, workload migration, and disaster recovery.

Possible deliverables

Virtualized cluster
Recovery plan
Operation documentation

Data flow replicating toward a recovery path.

Scope

Backup and continuity

Protection and recovery of critical data with Veeam, integrated with existing infrastructure and cloud.

Problem: Critical data without verified backup or a clear recovery path.
Target outcome: Backup with tested recovery and known restoration windows.
Scope: Backup policy design, Veeam configuration, and restoration testing.

Possible deliverables

Backup policy
Recovery tests
Restoration log

A network of nodes and devices connected across layers.

Scope

Automation and connected agents

We automate tasks, processes, and devices with intelligent agents, logical IoT, and sensors connected to the operation.

Problem: Manual tasks, rework, or devices that don't communicate with each other.
Target outcome: Processes and devices coordinated by agents with monitoring and handoff.
Scope: Process automation, logical IoT integration, and AI agents with supervision.

Possible deliverables

Automated flow
Runbook
Error log

System flows converging in an integration layer.

Scope

Consulting and systems integration

Technical discovery, architecture, and integration between platforms, APIs, and data so the operation can share information without fragile manual steps.

Problem: Systems that don't share information or depend on fragile integrations.
Target outcome: An integration map with visible contracts, limits, and responsibilities.
Scope: Discovery, architecture, connectors, mappings, and exchange testing.

Possible deliverables

Technical brief
Integration map
Data contracts

A technology operation path connecting modules and services.

Scope

Custom development, AI, and support

End-to-end software development —web and mobile apps, APIs, self-managed servers (VPS, Docker)— and AI agents, with documentation and support through to operation.

Problem: Ideas or needs without a clear path from prototype to functional agent to sustained operation.
Target outcome: A product, automation, or agent built in stages, documented, with a clear handoff.
Scope: Design, development, testing, release, and operational handoff subject to agreed scope, capacity, and coordination.

Possible deliverables

MVP or functional agent
Runbook
Release checklist

Next step

Let's talk about what your operation needs to protect, automate, or build.

The first conversation should confirm context, limits, available data, owners, and blockers before turning the idea into a proposal.

Protect endpoints with EDR/XDR
Organize infrastructure or cloud
Automate a process with AI agents
Build a custom product or integration

Request a technical conversation

EDENSWARM

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