ShieldCore

ShieldCore provides integrated physical and cyber security services to financial institutions, critical infrastructure operators, and large corporate campuses across three continents. Its portfolio spans access control, video analytics, intrusion detection, identity governance, and security operations center tooling sold as managed offerings. Growth through acquisition left ShieldCore with overlapping products, incompatible alert formats, and SOC workflows requiring analysts to swivel between more than a dozen consoles per incident. Compliance audits exposed gaps in evidence retention and access certification. Customers demanded faster response and clearer reporting without new security risks during modernization. ShieldCore selected Raedyn to unify monitoring and access-control platforms, modernize SOC workflows, and deliver real-time response using raedyn.ai to accelerate safe integration across a heterogeneous installed base.

The Challenge

Before the overhaul, ShieldCore operated as a federation of regional platforms stitched together by custom scripts and manual processes. Access control in Europe ran on a different vendor stack than North American deployments. Video systems exported alerts in proprietary formats that did not map cleanly to the SIEM environment analysts trusted. Investigating a badge-swipe anomaly correlated with an unusual network login required exporting logs from three systems and normalizing timestamps by hand. Mean time to triage suffered, and false positive fatigue led to dangerous alert dismissal habits.

Financial services clients expected SOC 2 Type II controls, segregation of duties, and immutable audit trails for physical access changes. Monitoring tools generated high-volume telemetry with inconsistent severity schemas. Access-control systems treated physical permissions separately from logical identity stores, even though attackers exploit gaps between the two domains. Any modernization had to move fast while never blinking coverage — no big-bang approach that disabled monitoring even briefly at a hospital client or trading floor.

Approach

ShieldCore evaluated an in-house integration layer and large consulting firms with generic cloud playbooks. Internal build options underestimated adapter maintenance for dozens of vendor APIs. Generic consultants lacked depth in physical security where misconfigured door schedules could lock out emergency personnel. Raedyn brought cross-domain experience plus raedyn.ai to analyze legacy code, suggest normalization mappings, and generate test harnesses. Discovery surfaced badge events with mismatched timestamps because clocks were not synchronized.

Raedyn designed a unified security data plane ingesting alerts and configuration changes through vendor adapters translating payloads into a canonical event schema. Streaming processors enriched events with identity context, mapping badge holders and network accounts to unified person records. Correlation engines linked physical and logical indicators into consolidated incident timelines. A policy orchestration service provisioned and revoked permissions through governed workflows with emergency overrides generating audit events at shift handoff.

SOC workflows moved to a single investigation workspace integrating alerts, correlated context, playbooks, and evidence capture. Automation handled repetitive enrichment such as querying recent badge activity. Real-time response triggered pre-authorized containment within seconds — locking doors while preserving egress, forcing step-up authentication, and paging onsite personnel. Rollout proceeded in waves by client risk profile. Each wave deployed adapters in listen-only mode until normalized outputs matched legacy behavior. Dual-feed operations ran for weeks with analysts investigating through the new workspace while legacy tools remained as fallback. Red-team exercises at wave boundaries tested temporary dual-system complexity before expanding scope.

Outcomes

Within eighteen months, ShieldCore achieved measurable improvements. Mean time to triage for high-severity incidents fell by fifty-three percent, and mean time to contain validated threats improved by forty-one percent. False positives dropped as duplicate alerts collapsed into unified incidents. Access certification completion exceeded ninety-eight percent, and audit evidence assembly shrank from days to hours.

ShieldCore won new contracts where unified monitoring and real-time response were evaluation criteria, and existing clients expanded sites under management. Platform margins improved as redundant tooling licenses retired and engineers shifted from adapter firefighting to feature development.

Lessons

ShieldCore's transformation reinforced clear principles. Unified data models matter more than unified vendor logos — invest in canonical events early. Compliance should be automated from operational workflows, not recreated before audits. Analyst experience is a security metric. Automation must be policy-bound and reversible. AI-assisted engineering accelerates adapters, but red-team validation and phased dual operations remain non-negotiable when coverage cannot drop. ShieldCore now runs a unified platform aligning monitoring, access control, compliance, and SOC workflows — proving modernization can proceed without accepting the gaps it was meant to eliminate.