PRIVATE ACCESS
Private Access to Blockchain Mainnet
Controlled. Observable. Region-optimized.
A private access point to Blockchain for teams that require full control: access governance, isolation, clearly defined limits, and real-time visibility. No public endpoint. No noise. No randomness.
Private is not an option. It is the baseline.
Project Phases
Enterprise onboarding • Private infrastructureA structured journey to transform an idea into an operated service. Each phase corresponds to a defined level of project maturity. The infrastructure evolves alongside the project — without disruption, shortcuts, or artificial jumps.
A0 — Exploration
Private BaselineMandatory entry phase. The project is explored within a private, secure, and already-instrumented infrastructure environment. The objective is to test an idea seriously, without public exposure.
Project objective
Outcome- Explore an idea and its first real-world flows
Your focus
Actions- Define scope
- Test
- Observe
Our focus
Infrastructure- Private environment
- Baseline security
- Initial observability
Technical outcome
Delivered- Active private infrastructure
- Monitoring enabled
- Baseline metrics visible
A1 — Validation
Isolated EnvironmentThe idea is confirmed and the project begins to take structure. The environment becomes isolated and usage rules are reinforced. The path toward scale and sustained operation is explicitly prepared.
Project objective
Outcome- Validate architecture and technical assumptions
Your focus
Actions- Stabilize flows
- Formalize integrations
Our focus
Infrastructure- Logical isolation
- Network rules
- Component-level supervision
Technical outcome
Delivered- Isolated environment
- Detailed metrics
- First stability signals
A2 — Execution
Private ProductionThe project enters production. Infrastructure becomes an active system component, continuously operated and integrated into project processes.
Project objective
Outcome- Launch the service and operate it over time
Your focus
Actions- Releases
- Operations
- Business impact monitoring
Our focus
Infrastructure- Continuous supervision
- Operating rules
- SLA tracking
Technical outcome
Delivered- Operated service
- Active alerts
- Operational procedures in place
A3 — Critical Operations
Private PerformanceThe project becomes business-critical. Performance, continuity, and resilience are directly tied to business outcomes.
Project objective
Outcome- Secure a mission-critical service
Your focus
Actions- Governance
- Business continuity
- Risk control
Our focus
Infrastructure- High availability
- Performance optimization
- Recovery scenarios
Technical outcome
Delivered- Reinforced architecture
- Continuity validated
- Recovery scenarios tested
Progression Logic
How the path works- A0 is mandatory
- A1 structures the project
- A2 marks entry into production
- A3 corresponds to a fully controlled, critical infrastructure
Commitment & Pricing
Project-based • Progressive engagementEach phase corresponds to a defined level of project commitment. Technical capabilities evolve with project maturity. Each phase concludes with simple, explicit project acceptance criteria.
A0 — Exploration
€250 / month- Instance: t3a.large
- CPU / RAM: 2 vCPU • 16 GiB
- Network: ≤ 5 Gbps
- Capacity: 5–10 RPS
- Latency: p95 ≤ 15 ms • p99 ≤ 40 ms
- Stability: error ≤ 70 • jitter ≤ 8 ms
- Acceptance: POC scope (1 page), 3 dashboard metrics, go/no-go + next steps
A1 — Validation
€500 / month- Instance: c6i.large
- CPU / RAM: 2 vCPU • 8 GiB
- Network: ≤ 10 Gbps
- Capacity: 15–25 RPS
- Latency: p95 ≤ 10 ms • p99 ≤ 30 ms
- Stability: error ≤ 50 • jitter ≤ 6 ms
- Acceptance: flow diagram, reproducible tests, A2 backlog + milestones
A2 — Execution
€1,000 / month- Instance: c6i.xlarge
- CPU / RAM: 4 vCPU • 16 GiB
- Network: ≤ 10 Gbps
- Capacity: 25–50 RPS
- Latency: p95 ≤ 8 ms • p99 ≤ 25 ms
- Stability: error ≤ 40 • jitter ≤ 5 ms
- Acceptance: runbook, active alerting + thresholds, go-live date + criteria
A3 — Critical Operations
€2,500 / month- Instance: c7i.2xlarge
- CPU / RAM: 8 vCPU • 32 GiB
- Network: 12.5 Gbps
- Capacity: 80–120 RPS
- Latency: p95 ≤ 6 ms • p99 ≤ 18 ms
- Stability: error ≤ 30 • jitter ≤ 3.5 ms
- Acceptance: SLA target + reporting, tested recovery scenario, governance rituals
Why This Progression Exists
No shortcutsA0 and A1 are not convenience products. They are designed to build a healthy, observable, and governable project before any pursuit of extreme performance.
The objective of the journey is clear: progressively guide your project toward a controlled low-latency infrastructure, without skipping steps, without technical debt, and without irreversible decisions made too early.
At this stage, the priority is not minimal latency, but project understanding, flow stability, metric clarity, and the ability to evolve the architecture with confidence.
Final Principle
You are not buying an endpoint. You are buying a project progression, with explicit technical KPIs and clear acceptance criteria on the project management side.