2025 — Entry, alignment, partnerships

AramVolt defines the Sovereign AI Blueprint for the Kingdom.

National AI architecture aligned with Saudi data residency, NCA cybersecurity, and SDAIA governance. Strategic partnerships initiated with HPE, AMD, and national stakeholders.

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01
2026–2027 — Build, own, operate

Sovereign AI Data Center designed, built, and commissioned.

Sovereign AI service agreements signed. High-security compute clusters deployed. Go-live with 15,000 GPUs and Closed-AI platform under national data residency rules.

View full roadmap 2025–2030
02
2028–2030 — National scale and sovereignty

From smart city AI to mission-critical national systems.

Expansion into defense-grade, healthcare, finance, robotics, and emergency response. 100,000 GPUs in operation. Unified AI backbone across the Kingdom by 2030.

Investor valuation & growth
03
2025 — Sovereign AI Blueprint defined (NCA / SDAIA aligned)
2026 — Sovereign AI Data Center design + build starts
2027 — Go-live with 15,000 GPUs under national data residency
2028–2030 — National AI backbone across defense, health, finance (100k GPUs)
2025 → 2030 Roadmap

Execution timeline for national AI sovereignty.

2025 — Strategic Alignment & Architecture.
AramVolt defines the Sovereign AI Blueprint aligned with NCA cybersecurity and SDAIA governance. Partnerships formalized with HPE and AMD. Sovereign AI service model scoped with the Kingdom.

2026 — Build, Own & Operate Initiation.
Sovereign AI Infrastructure Agreement signed. Data center design and construction begins under a sovereign-backed BOO model. Long-term AI service agreements established.

2027 — Go-Live / First Deployment.
Commission and launch first Sovereign AI Data Center. 15,000 GPUs activated under full national data residency. Closed-AI platform brought online for critical state workloads.

2028–2030 — National Scale.
Expansion into mission-critical sectors — defense, infrastructure, health, finance, robotics, emergency response. Scale to 100,000 GPUs and deliver a unified national AI backbone under full Saudi control.

2030 target: full sovereign AI backbone for the Kingdom across security, smart city, healthcare, and finance.
National AI infrastructure footprint
High-security GPU cluster expansion

AramVolt Roadmap — 2025 to 2030

Phased rollout of full sovereign AI capability — physical capacity, regulatory control, and economic scale, built to remain in the Kingdom.

Strategic partnerships and AI blueprint formation
2025 — Foundation
Program definition and sovereign control model

Core architecture defined: security model, tenancy model, data residency model. BOO (build–own–operate) commercial and regulatory framework aligned with national AI strategy. Anchor government stakeholders identified and onboarded.

View 2025 phase
Sovereign data residency, regulated launch, first production workloads
2026–2027 — Build & Go-Live
Physical capacity online, first workloads in production

Tier-III/IV AI data center cells activated. High-density GPU clusters installed and certified. Ministry and defense tenants run live inference/training in fully sovereign, in-kingdom environments. Residency, auditability, and key custody proven in production.

View 2026–2027 phase
Scaled operations, AI reliability, economic optimization
2028 — Expansion
Scale, efficiency, commercial onboarding

Capacity scales across multiple regions. Utilization targets >65% with pricing stability at ~€3/GPU-hour. Controlled access opens to strategic private sector (finance, telecom, energy) under the same sovereign security, monitoring, and residency guarantees.

View 2028 phase
Full national AI grid and exportable BOO model
2029–2030 — National Integration
Sovereign AI grid, export-ready

AI compute, data, orchestration, monitoring, and compliance are fully contained within national jurisdiction. The proven model (hardware + operations + regulatory + financing) becomes exportable to allied states under BOO terms, delivering predictable EBITDA and strategic autonomy.

View 2029–2030 phase
Roadmap Milestones

From blueprint to full national AI backbone.

AramVolt follows a defined national-scale build path: 2025 — Strategic alignment and architecture.
2026–2027 — Sovereign AI Data Center is built, commissioned, and goes live with 15,000 GPUs under in-country residency.
2028–2030 — Expansion into mission-critical systems and scale to 100,000 GPUs.

Sovereign AI Blueprint defined and aligned with NCA cybersecurity and SDAIA AI governance. Vendor alliances formalized (HPE | AMD). Operating model locked: Build–Own–Operate with sovereign backing.

Status: Architecture + partnerships

Sovereign AI Data Center designed, constructed, and commissioned. First sovereign service agreements signed with guaranteed utilization. 15,000 GPUs activated and brought under full in-kingdom data residency. Closed-AI platform launched for state workloads.

Output: Operational sovereign compute

AI is embedded into high-sensitivity domains: defense operations, smart city infrastructure, public safety, emergency response, and predictive anomaly detection. GPU capacity scales to ~50,000.

Focus: National security + resilience

AI becomes sovereign infrastructure. Health, finance, industrial robotics, and critical infrastructure all operate on the same national AI backbone. GPU clusters scale toward 100,000 under full Saudi control.

End state: Unified Sovereign AI backbone
Trusted by national agencies and leading enterprises across KSA.

100k

GPUs by 2030 under sovereign contracts.

4.9K

National AI Job Empowerment Project

Roadmap to full national AI sovereignty —

How the AramVolt roadmap delivers Sovereign AI for the Kingdom

2025 — Strategic foundation

National Sovereign AI Blueprint defined with NCA / SDAIA. Governance, security, and data residency baselines are set before hardware is deployed.

2026–2027 — Build & go-live

Sovereign AI Data Center is built, commissioned, and activated with 15,000 GPUs under in-country residency. Closed-AI platform goes live for state workloads.

2028 — Mission-critical rollout

AI is embedded into security, smart city, health, emergency response, and infrastructure operations. GPU capacity scales toward 50,000+.

2029–2030 — National AI backbone

Unified sovereign AI infrastructure, ~100,000 GPUs, running finance, healthcare, robotics, public safety and national infrastructure under Saudi control.

15k+

GPUs live at first deployment (2027)

50k+

GPUs targeted for mission-critical rollout (2028)

100k+

GPUs under full sovereign control (2030)
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