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SECURITY POSTURE & SERVICE LEVEL AGREEMENT
LAST AUDITED: 2026-10-10·YOGYAKARTA, ID
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Security Dossier
Continuous Hardening
PRODUCTION UPTIME TARGET99.9% Availability SLABacked by global edge CDN distribution, automated failover, and multi-region health checks.
SECURITY ARCHITECTUREZero-Trust & Static-FirstEliminating server-side attack surfaces via static generation, edge caching, and strict CSP policies.
INCIDENT RESPONSE< 1 Hour P1 TriageRapid emergency engineering response for critical production outages or vulnerability reports.
Studio/Security & SLA
ACTIVE COMMITMENT

Security Posture & Service Level Agreement.

We engineer digital systems built for resilience, deterministic performance, and zero runtime vulnerabilities. Our Service Level Agreement (SLA) guarantees high uptime, rapid incident remediation, and transparent security standards for all client deployments.

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Specifications
6 Core Commitments
01 · RESILIENCE & RELIABILITY FRAMEWORK

Enterprise Uptime, Zero-Trust Hardening & SLA Guarantees.

Comprehensive engineering standards governing code security, production hosting reliability, scheduled maintenance, and incident triage.

SECTION 01

99.9% Production Uptime SLA & High Availability

For client digital products hosted via our recommended managed edge networks (Cloudflare, Vercel, AWS Edge), Kairav Studio commits to an operational availability target of 99.9% uptime per calendar month. This excludes pre-announced scheduled maintenance windows and upstream tier-1 ISP outages. In the event of an unscheduled outage exceeding our threshold, eligible clients on active maintenance retainers receive pro-rata service credits applied toward subsequent billing periods.

SECTION 02

Zero-Trust Architecture & Static-First Attack Surface Elimination

Our core architectural doctrine prioritizes Static Site Generation (SSG) with targeted island hydration over monolithic server-side rendering. By compiling production sites to static HTML, CSS, and immutable asset hashes, we eliminate traditional attack vectors such as SQL injections, server execution exploits, and database credential scraping at the edge. Every build incorporates strict Content Security Policies (CSP), HTTP Strict Transport Security (HSTS), and Subresource Integrity (SRI) headers.

SECTION 03

Data Encryption Standards & Zero Unnecessary Retention

All traffic to and from Kairav Studio infrastructure is encrypted in transit via modern TLS 1.3 cryptographic protocols with perfect forward secrecy. Sensitive credentials, API tokens, and client secrets are managed exclusively through hardware-backed secret managers (e.g. AWS KMS, Doppler, Cloudflare Secrets) and never committed to source repositories. We enforce a zero-bloat tracking policy: user data submitted through lead capture forms is never monetized, brokered, or shared with third-party tracking conglomerates.

SECTION 04

Incident Severity Matrix & Mean Time to Remediation (MTTR)

Production incidents are categorized into three structured severity tiers:

• Severity 1 (Critical Outage): Complete system downtime or validated security vulnerability affecting active production environments. Initial engineer triage commences within < 1 hour, with continuous hourly status dispatches until full service restoration.
• Severity 2 (Major Impairment): Non-critical functional degradation or performance anomalies where core user workflows remain partially accessible. Engineering triage within < 4 hours.
• Severity 3 (Minor Defect): Cosmetic layout discrepancies or non-blocking edge-case defects. Triage and scheduled patch deployment within < 24 business hours.

SECTION 05

Vulnerability Disclosure & Proactive Code Auditing

Kairav Studio operates an internal security review protocol led by engineers with offensive security and CTF backgrounds. Prior to production release, applications undergo automated dependency vulnerability audits (npm audit, Trivy, Dependabot) and manual logic verification. We welcome responsible vulnerability disclosures from security researchers and clients at hello@kairav.studio, with an initial acknowledgment SLA of 24 hours.

SECTION 06

Disaster Recovery, Automated Rollbacks & Backup Redundancy

All builds and infrastructure-as-code definitions are version-controlled in deterministic Git repositories. In the event of an unforeseen regression or edge corruption, our edge infrastructure supports instant, zero-downtime rollbacks with a Recovery Time Objective (RTO) of < 60 seconds. For projects involving relational or document databases, automated nightly snapshots and WAL archiving guarantee a Recovery Point Objective (RPO) of < 24 hours.

Review Terms & Conditions→Review Privacy Policy→Initiate Engineering Discovery→
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HARDENED SYSTEMS · ZERO RUNTIME VULNERABILITIES

Build Your Digital Infrastructure on a Resilient, Secure Foundation.

Need enterprise-grade SLAs, custom security reviews, or high-velocity development without operational bloat? Let’s schedule a technical discovery call.

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Let’s Build Something That Defines Your Brand and Drives Real Growth.

Kairav Studio helps ambitious teams turn bold ideas into high-velocity websites, scalable systems, and automated workflows.

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KAIRAV.studio
AVAILABLE FOR PROJECTS · YOGYAKARTA, ID
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Copyright © 2026 Kairav Studio

CONTACT

  • hello@kairav.studio
  • 17 Mataram St, Yogyakarta, ID
  • +62 822 4190 7338

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