IP Address Lifecycle Management
Enterprise, service provider, and blockchain networks are drowning in address complexity. Octet32 manages IP space at the block level — the way networks are actually built — with prevention-first conflict detection that stops problems before they reach the wire.
The problem
Most organizations manage IP addresses one at a time, reactively, in tools that were never designed for the scale and complexity of modern networks. The consequences show up as downtime, not tickets.
Duplicate or overlapping address allocations surface during routing failures, not before. By then the damage is done.
Allocated blocks that are never tracked, never reclaimed, and never reused quietly waste capacity that organizations pay for.
Merging two enterprise address spaces with no systematic block-level overlap detection means months of manual reconciliation.
Managing dual-stack environments simultaneously requires tools designed for a single protocol to do the job of two.
The de-facto standard for IPALM in most organizations — with no validation, no conflict prevention, and no hierarchy.
Untracked addresses that appear in the network without audit trails create vulnerability surface that security teams cannot see.
The platform
Octet32 acts as a Local Internet Registry within your environment — receiving upstream allocations and managing block delegation downward through your network hierarchy with correctness enforced at every step.
A hierarchical view of your entire address space, organized by the topology that matches your organization — Region, Site, VLAN, host subnet — with utilization inline on every node.
Invalid allocations are rejected at input. No warnings that allow an operator to proceed with bad data. Correct by construction means the database never contains a conflict.
Request a sub-block and the system finds the next available gap in the parent — filling holes before extending sequentially, with nibble-boundary alignment for IPv6.
Utilization is calculated for any node in the tree — total addresses, allocated, available, and reserved — with /64 subnet counts as the primary metric for IPv6 planning.
Public, private, and ARIN-allocated address types managed in a single system. RFC 1918 boundaries enforced. Multiple routing domains supported with no cross-domain conflicts permitted.
Scope, function, and block-size limits per user. A site admin can manage their subnet without touching regional allocations. Audit logging on every write.
Market opportunity
The DNS, DHCP, and IP Address Management market is growing at 15% annually, driven by IoT proliferation, IPv6 transition, and M&A network integrations. Octet32 addresses the architectural gap that every existing vendor shares.
Total addressable DDI market (2023)
Projected growth through 2032
Multi-site networks, M&A integration, IPv6 transition programs, and compliance-driven address governance.
Multi-tenant block delegation at scale. Each customer managed in an isolated address domain with full hierarchy.
Strict governance requirements, audit trail compliance, and address space recapture across complex agency networks.
IPv6 multicast for distributed node networks. Quick-start templates for blockchain organizations implementing peer-to-peer addressing.
Device group management at scale. Regional hierarchy across municipal infrastructure with thousands of managed endpoints.
The team
The founding team has spent decades in the infrastructure that Octet32 now manages. The authority behind the product comes from the engineers who helped build the modern IPv6 Internet.
IPv6 Hall of Fame engineer with 8 patents in network architecture and IP address management. Decades of direct experience designing and implementing IPv6 at scale — the technical foundation of Octet32's core architecture.
IPv6 Hall of FameDrives operations, go-to-market execution, investor relations, and strategic planning. Oversees the company's commercial development as Octet32 moves from prototype to production platform.
Operations & StrategySystems engineer and architect responsible for Octet32's cloud infrastructure and agentic AI systems design. Shapes the technical foundation supporting the platform's Phase 2 AI and enterprise-grade deployment requirements.
Cloud & AI ArchitectureWe are building toward an investor-ready prototype demonstrating real conflict prevention, block-level hierarchy visualization, and auto-suggest subnet planning across both enterprise and blockchain network scenarios.
Interested in early access or investor information?
Contact us at info@octet32.com