// CATEGORY
All Cloud & Streaming
Broadcast-grade streaming and cloud infrastructure that never blinks under load.
ExploreCloud Security & Data Encryption
Cloud security architecture, encryption, and compliance engineering that protect attendee data, business systems, and reputations.
Event platforms hold exactly what attackers target: tens of thousands of identities, payment records, travel details, and sensitive attendee lists. ZebIQ approaches cloud security as an engineering discipline—threat modelling first, then layered controls proportionate to your actual risk. From encryption and zero-trust access to compliance documentation, we protect your attendee data, business systems, and reputation.
The Full Stack of Cloud Defence
Security isn't a single tool or checkbox—it's a coordinated practice across your entire stack:
- Identity & Access Management with least-privilege roles, MFA enforcement, and automated access reviews
- Network segmentation and zero-trust access patterns that assume breach and verify every request
- Encryption everywhere: TLS 1.3 in transit, AES-256 at rest, and field-level encryption for high-sensitivity data
- Key management through cloud KMS or dedicated HSMs with audit trails
- Infrastructure as code so security is reproducible and configurations don't drift over time
We also make compliance practical—DPDP Act for Indian personal data, GDPR for international audiences, PCI DSS for payment flows—with the architecture diagrams, data-flow maps, and incident-response runbooks that auditors and enterprise procurement teams actually demand.
Core Security Capabilities
Threat Modelling & Architecture Review
Structured analysis of what you hold, who would want it, and where your real exposure lies—before any tooling is purchased.
Encryption Engineering
TLS 1.3 in transit, AES-256 at rest, field-level encryption for sensitive records, and disciplined key management via KMS or HSM.
Identity & Access Management
Least-privilege IAM roles, MFA enforcement, SSO integration, and automated review of dormant or excessive access.
Infrastructure Hardening as Code
Security baselines codified in Terraform and IaC tools with drift detection, ensuring configurations stay hardened over time.
Monitoring & Incident Response
Centralised logging, anomaly alerting, and rehearsed incident-response runbooks with defined escalation paths and recovery procedures.
Compliance Enablement
DPDP, GDPR, and PCI DSS-aligned controls with the documentation packages enterprise and government procurement teams require.
How We Secure Your Event Cloud
Our approach follows a clear five-step process:
1. Assess & Threat-Model Inventory your data, systems, and access paths. Identify threats and gaps against your risk profile and compliance obligations.
2. Prioritised Remediation Plan Ranked roadmap separating critical fixes from hardening improvements, with effort and impact made explicit.
3. Implement Controls Encryption, IAM, network segmentation, and monitoring deployed as code with minimal disruption to live systems.
4. Validate Configuration review, vulnerability scanning, and coordinated penetration testing verify your controls hold under attack.
5. Operate & Review Ongoing monitoring, quarterly access reviews, and incident-response drills keep your posture current.
What Matters in Event Security
50,000+
Typical attendee records per platform
3
Major compliance regimes (DPDP, GDPR, PCI DSS)
AES-256
Industry-standard encryption at rest
TLS 1.3
Modern transport-layer encryption
Built for Your Use Case
Event Registration Platforms Attendee PII and payment flows protected to DPDP and PCI-aligned standards across registration, check-in, and analytics.
Government & High-Profile Events Hardened infrastructure, strict access control, and audit trails for events where attendee lists are themselves sensitive.
SaaS & Enterprise Cloud Workloads Security architecture and compliance documentation that unblock enterprise sales cycles and vendor security assessments.
Security is not a destination—it's a continuous discipline. The difference between systems that hold under pressure and those that don't is not complexity; it's rigour: clear threat models, proportionate controls, and disciplined operation.
Common Questions
We are a small team — is this level of security overkill?
Controls should be proportionate, and threat modelling determines exactly that. A small platform holding 50,000 attendee records needs strong fundamentals — encryption, MFA, backups, and access hygiene — not an enterprise SOC. We size the programme to your actual risk, not industry theatrics.
What does the DPDP Act mean for our event data?
India's Digital Personal Data Protection Act makes you accountable for attendee personal data: lawful purpose, consent management, security safeguards, and breach notification. We translate those obligations into concrete technical controls — encryption, retention policies, access logging — rather than leaving them as legal abstractions.
Can you secure systems you didn't build?
Yes. Most security engagements start with an existing estate. We audit what is running, fix the critical exposures first, and harden incrementally — without requiring a rebuild or freezing your roadmap.
How do you handle key management for encryption?
We use cloud-native KMS (AWS KMS, Azure Key Vault, GCP Cloud KMS) for most workloads, with HSM-backed key management for highest-sensitivity data. Keys are never stored alongside encrypted data, and access is logged and auditable.
What happens after implementation?
We don't hand off and disappear. Ongoing support includes quarterly access reviews, incident-response drills, monitoring health checks, and updates to your runbooks as threats and regulations evolve.
Ready to Secure Your Event Cloud?
Let's start with a threat-modelling conversation. We'll assess your actual exposure, outline proportionate controls, and build a roadmap that fits your team and timeline.
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