Technical Blog

IPv6 Translation

NAT-APP46: Building a Real-Time Stateless IPv4-to-IPv6 Protocol Engine

A technical walkthrough of how APP46 performs real-time stateless IPv4-to-IPv6 translation at the client, covering RFC 7915/6052 compliance, address mapping, TCP session handling, and the engineering decisions behind a protocol engine that runs transparently as a Windows service.

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Hardware

GPU-Accelerated Network Appliances: CUDA Kernel Offloads on NVIDIA Coprocessors

How IVO Networks leverages NVIDIA CUDA coprocessors to offload computationally intensive packet processing — including encryption, deep packet inspection, and traffic classification — from general-purpose CPUs to dedicated GPU cores for dramatic throughput gains.

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Hardware

High-Performance Network Modules Architecture: Partnering with NVIDIA for ConnectX-6, RSS, and Multi-Queue Packet Distribution

An inside look at how IVO Networks appliances use NVIDIA ConnectX-6 (Mellanox) powered network modules with Receive Side Scaling and multi-queue packet distribution to achieve wire-speed processing across multiple CPU cores — eliminating bottlenecks in high-throughput VPN and security workloads.

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Engineering

Engineering a Linux-Based Appliance OS for Network Security Hardware

The process of building a minimal, security-hardened Linux distribution purpose-built for network appliance hardware — from kernel configuration and driver selection to read-only root filesystems, automated recovery, and secure boot chain validation.

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Engineering

IKEv2 VPN Architecture: Session Lifecycle, Rekeying, and Scale to 50,000+ Concurrent Tunnels

When enterprise customers ask how many concurrent VPN sessions a single appliance can sustain, the answer depends far less on raw throughput than on how the platform manages tunnel lifecycle at scale. At IVO, we engineered our IKEv2 implementation to handle 50,000+ concurrent tunnels — not by overprovisioning hardware, but by designing the session management […]

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Security

SSL/TLS Interception and HTTP/HTTPS Content Inspection in Enterprise Security Platforms

Breaking down the architecture of SSL/TLS interception in gateway appliances — how IngressGuard performs real-time certificate substitution, content inspection, and threat detection on encrypted HTTP/HTTPS traffic without degrading user experience or throughput.

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Engineering

Granular Access Controls: Building a Policy Engine for Enterprise and Government Deployments

Access control in enterprise and government networks is not a binary gate. It is not simply “allow” or “deny.” The real requirement is far more nuanced: allow this user, on this device, from this network, to access this specific application — and restrict everything else. Building a policy engine that evaluates those conditions in real […]

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Engineering

Firewall Engineering: Rule Engines, Signature Matching, and False Positive Management

The hardest problem in firewall engineering is not detection. It is the space between detection and noise. A firewall that catches every SQL injection attempt but generates hundreds of false positives per day is a firewall that gets its alerts ignored. A firewall that never fires a false positive but misses real attacks has a […]

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Compliance

FedRAMP Authorization While Maintaining Continuous Delivery

The practical reality of pursuing FedRAMP authorization for network security products without freezing your release pipeline — how to structure continuous monitoring, automate OSCAL documentation, maintain an Authority to Operate, and still ship updates on a regular cadence.

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Zero Trust

Zero-Trust Remote Access: Architecting Secure Connectivity for Enterprise and Government

Designing a zero-trust remote access architecture that satisfies both enterprise security teams and government compliance requirements — combining always-on VPN, conditional access, TPM attestation, endpoint health verification, and continuous authorization.

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Zero Trust

Multi-Protocol Authentication in Zero-Trust Platforms: Kerberos, RADIUS, and Policy-Based Access

Implementing Kerberos ticket-based authentication alongside RADIUS for network access control in a zero-trust architecture — how IVO Networks appliances enforce policy-based access decisions using identity, device health, and conditional access rules.

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