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Resurgenix - Video Intelligence Layer
Data Governance & Security Architecture

Security, Privacy & Deployment Architecture

An honest, non-marketing overview of how Resurgenix processes video data, enforces access controls, maintains auditability, and protects data sovereignty.

Surveillance intelligence must protect physical operations without creating cyber vulnerabilities or compromising privacy. Our platform is built around local data containment, strict role-based access, and customer-controlled retention.

Honest Certification Policy: We Do Not Claim Certifications We Do Not Hold

Resurgenix is in an early commercial and pilot stage. We do not currently hold formal third-party certifications such as ISO/IEC 27001, SOC 2 Type II, or BIS compliance stamps. We never make claims of being “100% secure”. Instead, we design our software architecture—local on-premise execution, granular RBAC, immutable event logging, and customer-controlled data retention—to support enterprise customers in satisfying their own internal compliance and data governance obligations.

Architecture & Data Locality

Deployment Options: Where Video Is Processed & Stored

Video surveillance files contain sensitive operational and spatial data. We offer flexible deployment models so enterprise security and IT teams can choose exactly where processing occurs and where data resides.

1. Edge Appliance Deployment

Recommended for Industrial & Remote

Compact GPU-accelerated appliances installed locally on the facility LAN, ingesting RTSP feeds directly from nearby switches.

Where Video is Processed: Directly on the local edge hardware appliance.
Where Video is Stored: On existing customer NVR/DVR or local appliance disk. Never leaves the physical site.
External Bandwidth: Zero KB for video frames. Only optional JSON alert telemetry is routed.

2. On-Premise Server Deployment

Recommended for Multi-Camera Campuses

Deployed on customer-supplied server hardware or virtualized infrastructure in the internal corporate data center.

Where Video is Processed: Internal enterprise server room / private data center.
Where Video is Stored: Customer enterprise SAN, NAS, or centralized recording servers.
External Bandwidth: Fully air-gapped capable; complete internal network containment.

3. Hybrid Architecture

Distributed Multi-Site Enterprises

Localized video inference at each branch or factory, with centralized multi-site dashboard aggregation for enterprise security operations.

Where Video is Processed: Locally at each distributed facility edge node.
Where Video is Stored: Local branch storage; raw video stays at the branch.
External Bandwidth: Minimal outbound traffic (heartbeat telemetry, incident counts, authorized alerts).

4. Dedicated Cloud Instance

Light Commercial & Distributed Retail

Deployed in a dedicated customer cloud virtual private cloud (VPC) where local GPU hardware is operationally impractical.

Where Video is Processed: Isolated customer VPC cloud compute cluster.
Where Video is Stored: Customer-managed encrypted cloud object storage buckets.
External Bandwidth: Requires continuous upstream camera bandwidth; protected via TLS encryption.

Need guidance on network topology? Read how the video pipeline integrates with local infrastructure →

Identity & Governance

Access Control & User Permission Tiers

To prevent unauthorized surveillance monitoring or unauthorized configuration changes, the platform enforces strict Role-Based Access Control (RBAC) and individualized user accounting.

Tier 01

Super Administrator

Full administrative scope: camera stream onboarding, AI model pipeline allocation, user provisioning, network parameters, and system purge policies.

Tier 02

Security Supervisor

Operational control: virtual boundary zone configuration, alert threshold calibration, shift scheduling, and incident report generation.

Tier 03

Station Operator

Live monitoring role: viewing authorized camera feeds, receiving real-time intrusion alerts, and acknowledging operational alarms. Cannot edit zones or users.

Tier 04

Compliance Auditor

Read-only governance role: reviewing system audit logs, user login history, alert response metrics, and data retention compliance without stream access.

Operational Accountability

Tamper-Evident Auditability & Event Logging

Every operator action within the platform is recorded in an immutable, searchable event history. This ensures complete transparency for internal security investigations and external compliance reviews.

  • •User Session Auditing: Logins, logouts, failed authentication attempts, and IP addresses are recorded.
  • •Stream Access Logging: Exact timestamps of when an operator accesses a live stream or downloads an alert clip.
  • •Configuration Change History: Modifications to virtual boundaries, sensitivity thresholds, and notification recipients are tracked with user attribution.
Data Protection

Data Governance & Customer-Set Retention

We believe video data governance must be customer-controlled, adhering to the principle of data minimization rather than perpetual hoarding.

  • •Data Minimization: By default, our vision pipeline extracts and stores structured event metadata (bounding boxes, classifications, timestamps) rather than creating duplicate video archives.
  • •Customer-Set Retention Periods: You define how long alert snapshots and event records are retained (e.g., 30, 60, or 90 days) based on your corporate policy.
  • •Automated Purge Policies: Expired event records and cached temporary frames are automatically scrubbed on schedule, eliminating unmonitored data accumulation.
Privacy by Design

Our Privacy Approach for Face-Related Features

Biometric features require strict boundaries, clear purpose limitation, and unequivocal user consent. Here is how Resurgenix designs and deploys facial verification capabilities:

Consent-Based Enrolment

Facial verification is strictly confined to opt-in workflows—such as authorized staff shift attendance or registered contractor verification. Features are generated only after explicit enrolment.

Purpose Limitation

Biometric representations are used solely to verify identity at authorized checkpoints. They are never repurposed for behavioral analytics, advertising profiling, or cross-platform tracking.

Zero Public Mass-Surveillance

We do not position, sell, or deploy our software for unconsented public crowd facial identification, indiscriminate public scraping, or mass citizen indexing.

Compliance

Regulatory Alignment

While Resurgenix does not hold independent legal compliance certifications, our facial verification workflows are engineered with technical controls—such as localized storage, purpose limitation, and consent-driven enrollment—designed to help enterprise clients operate in harmony with data protection regulations, including the Digital Personal Data Protection (DPDP) Act, 2023. For details, read our CCTV DPDP Act Compliance Guide.

Operational Reliability

Automated Camera Health & Tamper Diagnostics

An AI analytics platform is only as reliable as the camera streams feeding it. Resurgenix includes automated health diagnostics that continuously audit the optical and network status of every connected stream.

Zero Silent Failures

Security personnel are immediately alerted if a camera feed is disrupted, avoiding the dangerous scenario of blind surveillance zones going unnoticed for days.

Signal Loss Detection

Instant notification when an RTSP stream drops, network switch fails, or power is cut.

Lens Occlusion & Tamper

Detects when a camera lens is spray-painted, physically blocked, redirected, or defocused.

Stream Jitter & Packet Drop

Monitors frame rate drops and network latency that could degrade computer vision accuracy.

Low-Light & Glare Warnings

Flags illumination issues where IR illuminator failure or severe headlight glare compromises detection.

Infosec & CISO Inquiries

Questions Security Teams Ask Us

Direct, technical answers to the most common questions raised by enterprise IT and physical security evaluation teams.

Discuss Your Network & Security Requirements

Speak directly with our engineering team about deployment architecture, bandwidth sizing, and on-premise pilot evaluation.