Full-Stack Infrastructure Analysis

Analysis at Every Layer

Most infrastructure tools analyze one thing well. Your firewall vendor analyzes security. Your monitoring vendor analyzes availability. Your backup vendor analyzes data protection. But no single vendor sees the full picture.

The SDNS platform does. Because each product specializes in a different infrastructure layer, and because they share context through the platform's internal communication bus, the analysis spans the entire stack — from packet-level security to business-level capacity planning.

Security

OpenUTM analyzes firewall rules, VPN health, IPS alerts, DNS filtering effectiveness, threat patterns in traffic logs, and configuration drift from security baselines. Every rule is scored. Every change is risk-classified.

Network

NIVMIA does far more than monitor — it manages, standardizes, and corrects. Fleet-wide configuration enforcement, VLAN/BGP/OSPF validation and correction, broadcast storm detection and suppression, QoS capacity planning and implementation, bandwidth trending, and error analysis. Covers every device on your network including third-party vendor equipment (ISP routers, MSP firewalls, carrier CPE, SD-WAN appliances).

Compute

IVMIA analyzes the entire compute estate — VM placement, resource contention, storage performance across all hypervisors and clouds, plus workstation fleet health, endpoint compliance, and physical device inventory (Windows, macOS, Linux, POS terminals, field devices). One view, everything that runs a workload.

Data Protection

VaultSync analyzes backup completion for VMs, physical servers, network configs, and company mobile devices. Deduplication health, replication lag, retention compliance, capacity forecasting. It also extracts business data from backups — contact directories from phone SIMs, configuration history for compliance, and recovery artifacts.

Cross-Layer

SDNS Platform correlates insights across products. A storage latency spike (VaultSync) + network congestion (NIVMIA) + VM migration (IVMIA) = root cause in seconds, not hours.

What Each Product Analyzes

OpenUTM: Security Posture Analysis

Analysis	What It Finds	Why It Matters
Rule audit	Shadowed rules, redundant rules, overly permissive rules	Reduces attack surface, simplifies ruleset
Security grade	A through F score across 6 domains	Tracks security posture over time
Threat detection	DNS tunneling, port scans, brute force, C2 callbacks	Identifies active threats in real-time
Change impact	Risk classification of proposed config changes	Prevents misconfigurations before they're applied
VPN health	Tunnel uptime, rekeying patterns, latency trends	Predicts VPN failures before they happen
Compliance drift	Deviations from CIS benchmarks, NIST 800-53	Maintains compliance between audits

NIVMIA: Network Infrastructure Analysis

Analysis	What It Finds	Why It Matters
Device discovery	Every device on the network, including unauthorized ones	You can't secure what you don't know about
Config standardization	Fleet-wide baseline enforcement, automated rollback of unauthorized changes	Every switch, router, and firewall configured to your standard
Misconfiguration correction	VLAN trunk errors, access port misassignment, STP issues, duplex mismatches	Fix problems before they cause outages
Routing validation	BGP peering health, OSPF adjacency tables, route redistribution, path analysis	Catch routing loops, missing peers, and suboptimal paths
Storm detection	Broadcast storms, multicast floods, spanning tree loops	Detect and suppress before they take down the network
Interface health	Error rates, CRC errors, utilization, drops, discards	Catches hardware failures and congestion early
Bandwidth & QoS planning	Per-interface, per-VLAN, per-protocol trending + QoS policy modeling	Capacity planning AND implementation, not just reports
Flow analysis	Top talkers, protocol distribution, anomalous flows	Identifies shadow IT and unauthorized services
Third-party vendor gear	ISP routers, MSP firewalls, carrier CPE, SD-WAN appliances	Manage equipment you depend on but don't own
Fleet operations	Bulk config push, firmware upgrades, compliance scanning across hundreds of devices	Manage 500 switches as easily as 5
Multi-vendor normalization	Cisco, Juniper, Arista, Fortinet + 13 more platforms	One view, one language, regardless of vendor mix

IVMIA: Compute and Virtualization Analysis

Analysis	What It Finds	Why It Matters
Resource utilization	CPU, memory, storage, network per VM and per host	Right-size VMs, eliminate waste
Placement optimization	VM-to-host affinity, anti-affinity, DRS recommendations	Balanced clusters, better performance
Storage analysis	IOPS, latency, thin provisioning ratios, snapshot sprawl	Prevents storage-caused outages
Resource allocation	CPU, memory, storage assigned vs used per VM and per host	Right-size VMs, eliminate over-provisioning waste
Resource redistribution	Rebalance workloads across hosts based on utilization, affinity, and constraints	Balanced clusters without manual migration planning
Hardware compatibility	Validate new server hardware against existing cluster requirements before purchase	Never buy incompatible hardware again
Cross-platform view	VMware + Proxmox + KVM + Hyper-V + cloud in one dashboard	No more switching between consoles
Endpoint fleet	Workstation health, patch status, compliance across Windows/macOS/Linux	Manage the CEO's laptop and the warehouse scanner from the same console
Physical device tracking	POS terminals, field devices, kiosks, scanners	Every device that runs a workload, not just VMs
Lifecycle tracking	VM/endpoint age, patch status, last backup, owner, warranty	Eliminates orphaned assets, tracks accountability
Capacity planning	Growth modeling, resource exhaustion forecasting, procurement recommendations	Buy what you need before you need it, not after you're out
Cloud cost analysis	Instance utilization vs cost across AWS, Azure, GCP, OCI	Stop paying for idle instances

VaultSync: Data Protection Analysis

Analysis	What It Finds	Why It Matters
Backup health	Success rates, duration trends, size anomalies	Catches failures before they become data loss
RPO compliance	Actual recovery points vs policy targets	Proves your SLAs are met
Dedup analysis	Ratio trends, declining efficiency indicators	Early warning for data corruption
Mobile device backup	Company phone backup status, SIM contact extraction, data freshness	Company directory from phone contacts; compliance for mobile data
Capacity forecast	Storage growth modeling, time-to-full projections	Buy storage before you run out, not after
Replication lag	Cross-site replication delays, bandwidth utilization	Ensures DR site is actually current
Retention audit	Policy compliance, legal hold verification	Compliance proof for auditors
Data extraction	Business data from backup sets: contacts, configs, compliance artifacts	Backup is a data source, not just a recovery mechanism

Correlated Analysis: The Platform Advantage

Individual product analysis is valuable. Correlated analysis across products is transformative. When the SDNS platform sees all four layers simultaneously, it can answer questions that no single product can:

"Why are backups slow?" — VaultSync sees the symptom (backup duration increased 40%). NIVMIA sees the cause (network link to backup target is saturated by a new VM). IVMIA identifies the VM. OpenUTM can apply QoS to protect backup traffic. Root cause to resolution in one platform.
"Are we ready for an audit?" — OpenUTM provides security compliance score. NIVMIA provides network configuration compliance. VaultSync proves backup and retention policies are met. IVMIA shows the complete asset inventory. One report, all layers.
"What happens if this host fails?" — IVMIA shows which VMs are affected. OpenUTM shows which firewall rules depend on those VMs' addresses. NIVMIA shows which monitoring targets go dark. VaultSync shows the last backup time for each affected system. Impact analysis in seconds.
"Is our investment growing efficiently?" — IVMIA tracks compute utilization trends. NIVMIA tracks bandwidth growth. VaultSync tracks storage consumption. OpenUTM tracks threat volume. Together: a complete picture of whether infrastructure spend is keeping pace with demand.

The value of analysis is not in the data. It is in the correlations. One product sees a symptom. Four products see the cause.

From Infrastructure Analysis to Business Intelligence

The analysis capabilities described above are operational — they answer questions about infrastructure health, security posture, and capacity. But the same data, collected over time and correlated across products, becomes the foundation for business intelligence.

2026

Infrastructure Analysis (Current)

Per-product analysis: security audit, network health, compute optimization, backup compliance. Cross-product correlation for root cause analysis and impact assessment.

2027

Operational Intelligence

Trend analysis across months and quarters. Capacity forecasting with confidence intervals. Cost optimization recommendations. SLA tracking and reporting. Automated compliance evidence generation.

2027+

Business Intelligence Platform

Infrastructure metrics tied to business outcomes. Cost-per-service analysis. Risk quantification in business terms. Board-ready reports that translate infrastructure state into business language. The data already exists in the platform — the BI layer makes it speak to executives, not just engineers.

This progression is natural because the SDNS platform already collects the data. Every firewall rule analyzed, every device discovered, every VM tracked, every backup verified — this operational data, accumulated over time, becomes the basis for answering business questions:

How much does it cost to run service X? (IVMIA compute + NIVMIA network + VaultSync storage + OpenUTM security overhead)
What is our risk exposure? (OpenUTM security grade + VaultSync RPO compliance + NIVMIA config drift)
Are we growing efficiently? (Resource utilization trends vs infrastructure spend)
What should we budget for next year? (Capacity forecasting across all layers)

The Long Game

Infrastructure vendors sell products. We're building a platform that starts with operational tools and grows into business intelligence. The customer who buys a firewall today gets security analysis. The customer who deploys the full platform next year gets a BI dashboard that ties infrastructure health to business outcomes. The data was always there. The platform just learns to ask better questions over time.

Analysis Without Exposure

All analysis stays under the customer's control. The AI engine, the analyzers, the correlation engine, and the BI layer all operate within the customer's environment, using the customer's data, without any external API calls. This is not a design constraint — it is a competitive advantage.

Customers in regulated industries cannot send infrastructure data to cloud analytics services. They cannot allow third-party AI models to process their firewall rules. They cannot share network topology with external vendors for "threat intelligence enrichment." The SDNS platform's local-first architecture means they don't have to choose between analysis and privacy. They get both.

The best analysis of your infrastructure comes from a system that sees all of it, understands all of it, and never shares any of it.