Agent-Native, Not Agent-Wrapped
Agents that share memory with the data, not call out to it. Persistent state, identity-bound access, no context re-hydration on every call.
Your network, operated by agents.
The agent-native control plane for DDI and DCIM. Discover, simulate, and reconcile your network from one live twin.
Open-standards DNS, DHCP and IPAM. Deterministic Rust math core, spatial graph topology, agents that act on drift instead of paging you about it.
$ omnitwin agent launch scout --subnet 10.0.0.0/16
✓ Scout sweeping 65,534 addresses
✓ 1,284 hosts found · 47 undocumented
$ omnitwin drift detect --scope production
! 12 records diverged from intent
✓ Reconcile plan staged, 0 conflicts
$ _What Makes Us Unique?
Built for the New Buyer
Designed for the engineer with a credit card - free tier that's actually useful, self-serve path all the way to Premium.
A Twin That Acts
Drift detection as a pulsing red line you can't ignore. One-click reconcile. The agent logs every action, every time.
Pricing That Implodes the Premium Tier
$350/month replaces legacy solutions costing $100k+ annually. Same capability, different architectural bet.
From the Engineering Blog
View all posts →
Beyond Database Branching: Why Network Safety Requires In-Memory Graph Simulation
Why treating network inventory like software code repositories leads to severe relational database bottlenecks, and how in-memory graph simulation enables zero-copy pre-flight validation.
Read article →
Beyond API Glue & Relational DBs: The Evolution to Gen-4 Agentic Network Control Planes
Why forcing modern AI agents into legacy relational databases and polling scripts hits a hard operational ceiling, and what built-from-the-ground-up agentic architecture actually looks like.
Read article →
Dark Control Planes: Securing Hybrid Infrastructure via Outbound-Only Zero-Trust Tunnels
For decades, managing DDI (DNS, DHCP, IPAM) and Data Center Infrastructure Management (DCIM) across distributed sites meant accepting a massive security compromise.
Read article →
From Manual Orchestration to Autonomous Execution: Rethinking Network Automation
Why script execution is no longer the bottleneck in NetOps, and how modern control planes move beyond human approval gating to deterministic in-memory execution.
Read article →
Is Runbook Era Coming To An End: Computing Network Recovery via Dynamic Graph Pathfinding
When an enterprise core network drops at two in the morning, the standard operational response follows a familiar, painful ritual.
Read article →
Semantic Log Search in Sub-Milliseconds: Eliminating the "Splunk Tax" in Network Operations
During a core network disruption, telemetry data is your most critical asset.
Read article →
Meet the Fleet: Designing Multi-Tenant Autonomous Agents for Deterministic Execution
The tech industry's obsession with general-purpose AI chatbots has created a dangerous misconception in network engineering.
Read article →
Pre-Flight Infrastructure Validation: How In-Memory Digital Twins Prevent Outages
In modern software engineering, pushing untested code directly to a production server is considered an egregious violation of basic operational standards.
Read article →Find what your records never knew about.
Passive telemetry only sees a device when it decides to talk. Scout sweeps the subnet directly over ICMP, ARP and SNMP, so silent bare-metal, static assignments and unallocated hardware all surface.
- Runs on a schedule or on demand after provisioning.
- Infers device type without an inbound firewall hole.
- Writes straight into the twin, no manual entry.
$ omnitwin agent launch scout --subnet 10.20.0.0/16
probing icmp · arp · snmp
✓ 10.20.4.17 dell poweredge r760 undocumented
✓ 10.20.4.18 cisco nexus 9300 matches twin
✓ 10.20.9.204 silent bare-metal undocumented
1,284 hosts · 47 undocumented · 12 staleWhat We Believe
"
Open-standards DDI isn't just architecture. It's a global repository of networking best practices, stress-tested by thousands of engineers who face the same complexities you do.
Open Standards DDI "
Unlike proprietary tools built by generalist vendors, OmniTwin is forged in the trenches of real-world network operations, with agents that act autonomously.
Real-World Operations "
DDI shouldn't be a spreadsheet your team dreads updating. It should be a living twin, with agents that discover, detect drift, and reconcile automatically.
Autonomous DDI$ omnitwin apply plan.tf --simulate
cloning twin branch sim/8f2a
✓ vlan 340 delegation resolves
✓ dhcp scope headroom 38%
✗ 10.128.0.0/20 overlaps sn_01HX7
blocked before production. 1 conflict.Break it in simulation, not at 3am.
Every change runs against a sandboxed branch of your twin before it touches anything real. Overlapping CIDRs, exhausted scopes and broken zone delegation get caught by hard mathematical rules, not by a reviewer.
- Fails the push instead of failing the network.
- Runs in CI next to the rest of your pipeline.
- Every simulation is auditable after the fact.
Drift Detected
When operational state diverges from source of truth, the canvas shows you. One click reconciles it. The agent logs who, what, when.
Why OmniTwin?
Built different from the ground up. Here is what sets us apart.
Works with Your Stack
OmniTwin integrates with your existing DNS, DHCP, and CMDB systems. No rip and replace. Your infrastructure stays yours while gaining autonomous intelligence.
Real-Time, Not Reactive
Agents detect drift the instant it happens and reconcile automatically. No more stale spreadsheets, no 3 AM pages for config mismatches you could have prevented.
Zero-Risk Validation
Every change runs through a sandboxed digital twin before touching production. Mathematical proof that your change cannot cause overlaps, leaks, or policy violations.
10x More Affordable
Legacy DDI platforms cost $100k+ annually with rigid licensing. OmniTwin starts at $100/month with the same enterprise capability on a fundamentally different architecture.
Built for Developers
Explore the platform at every layer. From high-level architecture to hands-on API endpoints.
Architecture
Dual-database design with Rust math validation, Go control plane, and graph-powered topology awareness.
Explore architecture →API Docs
RESTful endpoints for every resource. Full OpenAPI spec with authentication, pagination, and webhook support.
Read the docs →Playground
Try OmniTwin queries against a live sandbox. Test CIDR math, graph traversals, and agent workflows interactively.
Open playground →Enterprise-Grade Trust
Your network data is critical infrastructure. We protect it with the same rigor you would expect from the systems it manages.
Security
End-to-end encryption, zero-trust networking, WAF protection, and continuous vulnerability monitoring across all infrastructure.
View security practices →Compliance
SOC 2 Type II, ISO 27001, GDPR, and HIPAA-eligible. Independent audits, immutable audit logs, and full data residency controls.
View certifications →Trust Center
Data ownership guarantees, responsible AI agent policies, transparent operations, and business continuity commitments.
Visit trust center → SOC 2 Type II ISO 27001 GDPR HIPAA Eligible TLS 1.3 AES-256
Claim Your Code.
The beta opens in Q3 2026. Every signup gets an access code: it holds your seat in a cohort and puts you first in line for launch discounts and unlocked features.
Takes you to the beta program page to claim your code. By signing up you agree to our terms and privacy policy.