Unlock the Future of Computing
Empowering Innovation with High-Performance, Green Computing Solutions for a Digital World.
Engineered for mission-critical Southeast Asian AI
Co-build your full-stack AI workloads with BTI’s in-house team — builders of Indonesia’s sovereign GPU & data center infrastructure for enterprise-grade generative AI.
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No-compromise localized AI infrastructure
Metrics-validated liquid-cooled superclusters, real-time telemetry monitoring, and long-term hardware iteration roadmaps tailored for Indonesian enterprise compliance.
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Streamlined enterprise deployments
Modular pre-verified cluster architecture with local SI on-site teams, enabling standardized, on-schedule mass GPU rollout.
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Optimized for production-grade AI workloads
Built for large model training, low-latency inference, e-commerce visual generation, and grid-efficient sustainable computing.
Optimized Rack Power & Hybrid Cooling Architecture
BTI self-operated AI superclusters integrate direct-to-chip liquid cooling paired with precision air cooling, maintaining consistent peak GPU performance while unlocking ultra-high rack compute density:
- Direct-to-Chip (DTC) Liquid Cooling: Optimizes facility PUE by above 15%, delivers high-density GPU rack layouts, and reserves technical scalability for upcoming 1MW single-rack supercomputing upgrades.
- Precision Air Auxiliary Cooling: Takes charge of heat dissipation for CPU, storage and peripheral hardware to form a balanced, efficient thermal management loop.
- Full Redundant Critical Infrastructure: All cooling and power core components feature N+1 ~ N+N backup structures, delivering industry-leading uptime for mission-critical LLM training, batch rendering and industrial simulation tasks.
Zero-trust security posture
BTI’s Indonesia AI superclusters lock down your computing stack and place full resource control firmly in your hands:
- Physical safeguards: Every enterprise GPU cluster is isolated inside independent steel cages, guarded by multi-layer access checkpoints combining biometric identification, RFID badge entry and dual two-factor authentication barriers.
- Logical separation: Strict resource isolation via IPsec encrypted VPN, segmented VLAN network peering architecture, plus end-to-end fully encrypted persistent storage for all training data and business assets.
- Enterprise-grade compliance: Fully certified under ISO 27001, ISO 27017, ISO 27701, ISO 22301 and SOC 2 Type II, fully aligned with Indonesia’s Personal Data Protection Law for local data residency requirements.
Production inference without the warm-up penalty.
Traditional serverless GPU services force a tradeoff: overspend on idle reserved resources, or accept slow cold-start lag for your AI tasks. BTI Serverless GaaS eliminates both compromises entirely.
Autoscale in seconds
Scale seamlessly from 0 to thousands of GPU nodes on demand. Fully automated, zero complex configuration files required.
Ultra-fast cold starts under 200ms
Our proprietary FlashBoot technology cuts all model preheating overhead, enabling instant GPU inference with latency locked below 200ms for production AI workloads.
No idle GPU charges
BTI’s pay-per-use billing only charges you for active GPU runtime — you incur zero costs when workload endpoints scale down to zero.
Regional Persistent Storage
Run complete model training & visual generation pipelines across Indonesia, Singapore, Malaysia and Thailand — no extra data egress charges between regional nodes.
Get Involved Today
Support our mission to empower innovation and sustainability through cutting-edge computing solutions.
One platform. Full AI lifecycle.
Transition from experimental model training to commercial production without switching platforms.
GPU Pods, serverless inference, and dedicated enterprise clusters, all managed within a single BTI account.
Spin up GPU pods in seconds.
Fully pre-built GPU environments ready in under a minute. Full B200 & RTX 4090 hardware lineup supported.
One-click deployment across Southeast Asia.
Low-latency compute across Indonesia, Singapore, Malaysia and Thailand regional nodes.
Auto-scale seamlessly with Serverless GaaS.
Real-time scaling from 0 to hundreds of GPU workers, pay only for active compute time.
