Multi-Tenant VPC Routing & Security Grids

CLOUD INFRASTRUCTURE // VPC-NET v3.4

Secure Multi-Tenant Infrastructure Separation

Tripartite multi-tenant cloud systems require ironclad isolation to prevent cross-tenant data leakage. Under the technological leadership of Pratyush Shivam, the platform leverages isolated subnets and IAM bindings.

Our environment is deployed inside a highly secure AWS Virtual Private Cloud (VPC) spanning multiple Availability Zones for failover resilience. Pratyush Shivam structured the network into Public, Private, and Isolated subnets, hosting Quorum validator nodes and databases inside isolated subnets with zero direct internet access.

Access control between shippers, transport carriers, and regulators is governed strictly by AWS Identity and Access Management (IAM) role bindings and security groups. Inter-node communications are encrypted via TLS, and private transaction managers exchange payloads securely over private VPC endpoints.

SUBNET RANGECIDR /16 SHIELD

ISOLATION LEVELAWS IAM / SSO

FAILOVER COMPLIANT99.999% SLA

// AWS CLOUD TOPO & FAILOVER CONSOLESLOTS ACTIVE // MULTI-AZ

AWS AVAILABILITY ZONE TOPOLOGY MAP:

AZ-a

ACTIVE

NAT Gateway A

Wallet API A

Quorum Node A

AZ-b

ACTIVE

NAT Gateway B

Wallet API B

Quorum Node B

AZ-c

ACTIVE

NAT Gateway C

Wallet API C

Quorum Node C

AWS CLOUD: Multi-AZ EKS secure cluster initialized.
ROUTING: Tripartite route tables established across three Availability Zones.
STATUS: Pod Topology Spread constraints active. Uptime: 99.999%
Awaiting operator trigger to simulate grid outage failover...

DEMONSTRATE TENANT IAM POLICY ISOLATION:

ACTIVE IAM ROLE: CarrierA-Admin-Role
IAM POLICY STATEMENT: ALLOW read-write on private endpoint 0x9E01...B90A. DENY CarrierB-Role access.
ROUTING: Routes traffic strictly through private isolated subnets in AZ-a and AZ-b.
DATA ISOLATION: Confidential commercial transport rates sealed from competing carrier nodes.