Sovereign, resilient security for enterprises and critical infrastructure.

Daksario is a cyber security consulting practice built for modern enterprises operating in complex, regulated, and high-threat environments.

Cyber risk today is no longer limited to data theft. It includes:

  • ransomware-driven downtime

  • identity compromise and privileged abuse

  • supply chain and third-party exposure

  • cloud security misconfiguration

  • insecure AI adoption and data leakage

  • OT and cyber-physical threats

Daksario helps organizations design and implement cyber programs that protect business-critical systems and enable secure growth. Our team brings deep experience across Big 5 consulting, finance, healthcare, and large-scale enterprise transformation programs.

Core Capabilities

  • Cloud Security Engineering

    We secure cloud foundations with architecture patterns designed for enterprise scale:

    secure landing zones

    logging and telemetry governance

    encryption and key management

    cloud segmentation, policy enforcement, and monitoring

  • Identity Security (IAM / IGA)

    Identity is the new perimeter. We help clients implement:

    role-based and risk-based access models

    joiner/mover/leaver governance

    privileged access governance

    identity lifecycle automation and audit readiness

  • SOC Modernization + Threat Operations

    We design SOC programs that are measurable and operationally effective:

    SOC operating model & workflows

    alert correlation and incident triage improvements

    automation, playbooks, and response readiness

    unified visibility (IT + OT + IoT) where required

  • OT / Cyber-Physical Security

    For organizations with industrial environments or operational systems:

    industrial asset discovery

    passive OT monitoring

    segmentation and zero trust principles for OT

    incident readiness without interrupting production

  • Cyber Resilience + Recovery Planning

    We build continuity programs designed for real-world failure:

    recovery sequencing

    golden backups and immutable recovery patterns

    tabletop exercises and disruption simulations

    readiness for executive and operational teams

Cyber-Physical SOC + OT Resilience for Refineries, Pipelines & Remote Assets

Merging IT/OT Security with Physical Perimeter Intelligence to Protect Continuity

Challenge

Energy infrastructure security extends beyond IT. Many operators face:

  • fragmented monitoring between IT SOC, OT engineering teams, and physical security groups

  • increased insider risk and remote site exposure (pipelines, compressor stations, substations)

  • OT environments with legacy devices that can’t tolerate active scanning

  • lack of tested continuity plans if systems are disrupted (screens dark, SCADA impacted, ransomware events)

Daksario Engagement

Daksario implemented a converged defense and resilience program to merge visibility + response + safe recovery across cyber and physical domains.

Key Workstreams Delivered

  • Unified Cyber-Physical SOC (U-SOC)

  • Correlation & Verification Controls

  • Industrial Asset Discovery (Passive Monitoring)

  • Black Start & Safe Restart Planning

Outcomes

  • Unified real-time visibility across cyber + OT + physical security

  • Improved detection quality and reduced false positives through cross-domain validation

  • Identified undocumented devices and pathways increasing OT risk exposure

  • Increased continuity readiness with tested recovery procedures designed for industrial safety and operational stability

  • Reduced incident response friction by aligning IT, engineering, and physical security workflows

Sovereign Cloud Security & AI Custodianship for Energy Operations

Building an “On-Soil” Architecture to Protect National Energy Intelligence

Challenge

Energy-sector operators increasingly rely on cloud platforms for monitoring, analytics, and AI-enabled optimization. This creates strategic risk when critical operational intelligence becomes dependent on foreign infrastructure, including:

  • cloud-hosted logs and telemetry pipelines outside sovereign control

  • limited visibility into where operational datasets are stored or processed

  • encryption models where the provider retains decryption capability

  • increasing exposure of sensitive data (reservoir metadata, production forecasts, trading intelligence, operational models)

Daksario Engagement

Daksario executed a sovereign security modernization program focused on data custodianship and AI sovereignty.

Key Workstreams Delivered

  • Sovereign Cloud Engineering
    Designed and deployed a private “on-soil” cloud architecture (Azure Local / private cloud) to ensure critical telemetry and datasets remain within national borders.

  • Sovereign Logging & Monitoring Architecture
    Implemented controlled pipelines for system logs, SOC telemetry, and operational data ingestion—ensuring evidence, audit trails, and observability remain local.

  • HYOK Encryption & Key Management
    Designed a Hold-Your-Own-Key (HYOK) approach where encryption keys are controlled by the operator (HSM-backed), preventing cloud providers from decrypting sensitive assets.

  • On-Premise Generative AI (Local LLMs)
    Enabled secure local-LLM deployment patterns for restricted environments and air-gapped use cases, ensuring proprietary intelligence never touches global services.

Outcomes

  • Achieved sovereign custody of operational data, telemetry, and encryption keys

  • Reduced strategic and geopolitical exposure by eliminating dependency on global decryption pathways

  • Established an architecture foundation for secure AI adoption (LLMOps / Local-LLM patterns)

  • Enabled security governance and audit readiness aligned to national critical infrastructure standards