diff --git a/src/data/blogPosts.ts b/src/data/blogPosts.ts
index e7616f1..a3a13b6 100644
--- a/src/data/blogPosts.ts
+++ b/src/data/blogPosts.ts
@@ -1,967 +1,967 @@
 export interface BlogPost {
-  slug: string;
-  title: string;
-  description: string;
-  date: string;
-  year?: number;
-  category: string;
-  tags: string[];
-  banner: string;
+ slug: string;
+ title: string;
+ description: string;
+ date: string;
+ year?: number;
+ category: string;
+ tags: string[];
+ banner: string;
 }
 
 export const blogPosts: BlogPost[] = [
-  {
-    slug: "secure-data-exchange-for-multi-cloud-ai-systems",
-    title: "Secure data exchange for multi-cloud AI systems",
-    description: "Discover essential strategies for explaining secure data exchange in multi-cloud AI systems. Learn to protect sensitive data effectively!",
-    date: "May 11",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/secure-data-exchange-for-multi-cloud-ai-systems.jpg",
-  },
-
-  {
-    slug: "encrypted-data-exchange-for-decentralized-ai-systems",
-    title: "Encrypted data exchange for decentralized AI systems",
-    description: "Unlock essential strategies with our guide to encrypted data exchange for decentralized AI systems, safeguarding sensitive data across networks.",
-    date: "May 10",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/encrypted-data-exchange-for-decentralized-ai-systems.jpg",
-  },
-
-  {
-    slug: "legacy-protocol-integration-for-secure-distributed-ai",
-    title: "Legacy protocol integration for secure distributed AI",
-    description: "Unlock seamless connections with distributed AI by explaining legacy protocol integration. Discover modern strategies that simplify integration now!",
-    date: "May 9",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/legacy-protocol-integration-for-secure-distributed-ai.jpg",
-  },
-
-  {
-    slug: "agent-communication-security-best-practices",
-    title: "Agent communication security: best practices for AI developers",
-    description: "Unlock essential agent communication security tips for AI developers. Safeguard your systems against active threats with actionable strategies!",
-    date: "May 8",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/agent-communication-security-best-practices.jpg",
-  },
-
-  {
-    slug: "how-mutual-trust-secures-decentralized-ai-agent-networks",
-    title: "How mutual trust secures decentralized AI agent networks",
-    description: "Discover the crucial role of mutual trust in networks. Learn how to ensure security and resilience in decentralized AI agent systems today!",
-    date: "May 6",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/how-mutual-trust-secures-decentralized-ai-agent-networks.jpg",
-  },
-
-  {
-    slug: "encryption-protocols-for-secure-ai-systems-a-practical-guide",
-    title: "Encryption protocols for secure AI systems: A practical guide",
-    description: "Discover essential encryption protocols in AI systems to secure your decentralized projects. Learn how to implement them effectively today!",
-    date: "May 5",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/encryption-protocols-for-secure-ai-systems-a-practical-guide.jpg",
-  },
-
-  {
-    slug: "network-security-for-multi-agent-systems-key-strategies",
-    title: "Network security for multi-agent systems: Key strategies",
-    description: "Discover essential strategies for network security for multi-agent systems. Protect your AI systems with robust defense frameworks and protocols.",
-    date: "May 4",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/network-security-for-multi-agent-systems-key-strategies.jpg",
-  },
-
-  {
-    slug: "why-direct-p2p-connections-power-secure-ai-networking",
-    title: "Why Direct P2P Connections Power Secure AI Networking",
-    description: "Discover why direct peer-to-peer connections are vital for secure AI networking. Learn how to enhance your agents’ performance today!",
-    date: "May 4",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/why-direct-p2p-connections-power-secure-ai-networking.jpg",
-  },
-
-  {
-    slug: "virtual-network-addresses-for-secure-decentralized-ai",
-    title: "Virtual network addresses for secure decentralized AI",
-    description: "Discover the importance of virtual network addresses in AI. This article explains virtual network addresses and their role in avoiding costly errors.",
-    date: "May 3",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/virtual-network-addresses-for-secure-decentralized-ai.jpg",
-  },
-
-  {
-    slug: "trustless-protocols-that-secure-decentralized-ai-systems",
-    title: "Trustless protocols that secure decentralized AI systems",
-    description: "Discover the crucial role of trustless protocols in securing decentralized AI systems, enhancing reliability and scalability for developers.",
-    date: "May 2",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/trustless-protocols-that-secure-decentralized-ai-systems.jpg",
-  },
-
-  {
-    slug: "why-secure-direct-p2p-connections-matter-for-ai-agents",
-    title: "Why secure direct P2P connections matter for AI agents",
-    description: "Discover why secure direct connections are vital for AI agents. Learn how to enhance speed, privacy, and resilience in your distributed systems.",
-    date: "May 1",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/why-secure-direct-p2p-connections-matter-for-ai-agents.jpg",
-  },
-
-  {
-    slug: "persistent-address-strategies-for-distributed-ai-systems",
-    title: "Persistent address strategies for distributed AI systems",
-    description: "Unlock the power of distributed AI with effective persistent address strategies. Discover how to optimize peer discovery and reduce operational debt.",
-    date: "Apr 28",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/persistent-address-strategies-for-distributed-ai-systems.jpg",
-  },
-
-  {
-    slug: "ai-agent-discovery-process-p2p-networks",
-    title: "AI agent discovery: master P2P networks in 2026",
-    description: "Learn how to implement the AI agent discovery process step by step, from capability announcement to trust verification, for secure and scalable peer-to-peer networks.",
-    date: "Apr 23",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/ai-agent-discovery-process-p2p-networks.jpg",
-  },
-
-  {
-    slug: "overlay-networking-secure-ai-agent-communication-explained",
-    title: "Overlay networking: Secure AI agent communication explained",
-    description: "Discover what is overlay networking and how it enables secure communication for AI agents. Optimize your distributed systems today!",
-    date: "Apr 27",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/overlay-networking-secure-ai-agent-communication-explained.jpg",
-  },
-
-  {
-    slug: "openanp-ai-alternatives-6",
-    title: "Top 6 openanp.ai Alternatives 2026",
-    description: "Discover 6 openanp.ai alternatives for efficient AI communication solutions and comparison benefits in 2026.",
-    date: "Apr 25",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/openanp-ai-alternatives-6.jpg",
-  },
-
-  {
-    slug: "github-com-alternatives-6",
-    title: "Top 6 GitHub.com Alternatives 2026",
-    description: "Discover 6 GitHub.com alternatives for secure collaboration in multi-cloud environments. Compare top options for effective development.",
-    date: "Apr 24",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/github-com-alternatives-6.jpg",
-  },
-
-  {
-    slug: "persistent-network-addressing-secure-ai-systems",
-    title: "Persistent network addressing for secure AI systems",
-    description: "Learn how persistent network addressing works, where cloud environments fall short, and how to implement stable, secure addressing for decentralized AI systems.",
-    date: "Apr 21",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/persistent-network-addressing-secure-ai-systems.jpg",
-  },
-
-  {
-    slug: "ai-agent-network-examples-secure-scalable-connectivity",
-    title: "Top AI agent network examples for secure, scalable connectivity",
-    description: "Explore top AI agent network examples including AgentNet, Google A2A, and ICP DeAI agents. Compare frameworks for secure, scalable, multi-cloud deployments.",
-    date: "Apr 21",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/ai-agent-network-examples-secure-scalable-connectivity.jpg",
-  },
-
-  {
-    slug: "direct-communication-protocols-ai-agents-guide",
-    title: "Direct communication protocols for AI agents: step-by-step",
-    description: "Learn how to implement direct communication protocols like MCP and A2A for AI agents in decentralized networks. Step-by-step setup, testing, and best practices.",
-    date: "Apr 21",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/direct-communication-protocols-ai-agents-guide.jpg",
-  },
-
-  {
-    slug: "peer-to-peer-networking-examples-ai-engineers",
-    title: "Peer-to-peer networking examples every AI engineer should know",
-    description: "Explore real-world peer-to-peer networking examples including BitTorrent, libp2p, and IPFS, with practical guidance for AI engineers building secure distributed agent systems.",
-    date: "Apr 17",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/peer-to-peer-networking-examples-ai-engineers.jpg",
-  },
-
-  {
-    slug: "userspace-tcp-over-udp-stack-pure-go",
-    title: "Building a Userspace TCP-over-UDP Stack in Pure Go",
-    description: "Sliding windows, Nagle's algorithm, RTO, and AES-GCM — all in userspace, with zero third-party dependencies. How Pilot Protocol's transport layer works.",
-    date: "Apr 19",
-    category: "Engineering",
-    tags: ["go", "networking", "transport", "systems"],
-    banner: "banners/why-ai-agents-need-network-stack.webp",
-  },
-
-  {
-    slug: "boarding-pilotagent-org-alternatives-3",
-    title: "Top 3 boarding.pilotagent.org alternatives 2026",
-    description: "Explore 3 boarding.pilotagent.org alternatives for enhanced decentralized networking solutions in 2026.",
-    date: "Apr 19",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/boarding-pilotagent-org-alternatives-3.jpg",
-  },
-
-  {
-    slug: "cloud-networking-secure-peer-to-peer-distributed-ai",
-    title: "Cloud networking: Secure peer-to-peer for distributed AI",
-    description: "Learn how cloud VPC and P2P protocols like libp2p and IPFS differ, why 87.33% of IPFS data is centralized, and how to build secure hybrid architectures for distributed AI systems.",
-    date: "Apr 18",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/cloud-networking-secure-peer-to-peer-distributed-ai.jpg",
-  },
-
-  {
-    slug: "multi-cloud-networking-decentralized-ai-systems",
-    title: "Mastering multi-cloud networking for decentralized AI systems",
-    description: "Learn how to build secure multi-cloud networking for autonomous AI agents using overlays, SD-WAN, and zero-trust enclaves. Compare VPN, private interconnects, and agent-centric solutions.",
-    date: "Apr 17",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/multi-cloud-networking-decentralized-ai-systems.jpg",
-  },
-
-  {
-    slug: "securing-ai-agent-networks-multi-cloud-environments",
-    title: "Securing AI agent networks in multi-cloud environments",
-    description: "Learn how to secure AI agent communications in multi-cloud environments using DIDs, Zero Trust, and blockchain-anchored frameworks like BlockA2A.",
-    date: "Apr 16",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/securing-ai-agent-networks-multi-cloud-environments.jpg",
-  },
-
-  {
-    slug: "trust-network-protocols-secure-decentralized-systems",
-    title: "Trust in network protocols for decentralized systems",
-    description: "Learn how trust works in decentralized P2P and AI networks, covering EigenTrust, blockchain trust models, zero-trust principles, and dynamic trust evaluation for distributed systems.",
-    date: "Apr 15",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/trust-network-protocols-secure-decentralized-systems.jpg",
-  },
-
-  {
-    slug: "persistent-addresses-distributed-autonomous-systems",
-    title: "Persistent addresses for distributed and autonomous systems",
-    description: "Learn how persistent addresses solve unstable endpoint problems in distributed and autonomous agent systems across multi-cloud environments with secure P2P solutions.",
-    date: "Apr 14",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/persistent-addresses-distributed-autonomous-systems.jpg",
-  },
-
-  {
-    slug: "ai-networking-best-practices-secure-scalable-systems",
-    title: "AI networking best practices for secure, scalable systems",
-    description: "Learn proven AI networking best practices for secure, scalable agent systems using P2P architectures, encryption, and zero-trust security across multi-cloud environments.",
-    date: "Apr 13",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/ai-networking-best-practices-secure-scalable-systems.jpg",
-  },
-
-  {
+ {
+ slug: "secure-data-exchange-for-multi-cloud-ai-systems",
+ title: "Secure data exchange for multi-cloud AI systems",
+ description: "Discover essential strategies for explaining secure data exchange in multi-cloud AI systems. Learn to protect sensitive data effectively!",
+ date: "May 11",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/secure-data-exchange-for-multi-cloud-ai-systems.jpg",
+ },
+
+ {
+ slug: "encrypted-data-exchange-for-decentralized-ai-systems",
+ title: "Encrypted data exchange for decentralized AI systems",
+ description: "Unlock essential strategies with our guide to encrypted data exchange for decentralized AI systems, safeguarding sensitive data across networks.",
+ date: "May 10",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/encrypted-data-exchange-for-decentralized-ai-systems.jpg",
+ },
+
+ {
+ slug: "legacy-protocol-integration-for-secure-distributed-ai",
+ title: "Legacy protocol integration for secure distributed AI",
+ description: "Unlock seamless connections with distributed AI by explaining legacy protocol integration. Discover modern strategies that simplify integration now!",
+ date: "May 9",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/legacy-protocol-integration-for-secure-distributed-ai.jpg",
+ },
+
+ {
+ slug: "agent-communication-security-best-practices",
+ title: "Agent communication security: best practices for AI developers",
+ description: "Unlock essential agent communication security tips for AI developers. Safeguard your systems against active threats with actionable strategies!",
+ date: "May 8",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/agent-communication-security-best-practices.jpg",
+ },
+
+ {
+ slug: "how-mutual-trust-secures-decentralized-ai-agent-networks",
+ title: "How mutual trust secures decentralized AI agent networks",
+ description: "Discover the crucial role of mutual trust in networks. Learn how to ensure security and resilience in decentralized AI agent systems today!",
+ date: "May 6",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/how-mutual-trust-secures-decentralized-ai-agent-networks.jpg",
+ },
+
+ {
+ slug: "encryption-protocols-for-secure-ai-systems-a-practical-guide",
+ title: "Encryption protocols for secure AI systems: A practical guide",
+ description: "Discover essential encryption protocols in AI systems to secure your decentralized projects. Learn how to implement them effectively today!",
+ date: "May 5",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/encryption-protocols-for-secure-ai-systems-a-practical-guide.jpg",
+ },
+
+ {
+ slug: "network-security-for-multi-agent-systems-key-strategies",
+ title: "Network security for multi-agent systems: Key strategies",
+ description: "Discover essential strategies for network security for multi-agent systems. Protect your AI systems with robust defense frameworks and protocols.",
+ date: "May 4",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/network-security-for-multi-agent-systems-key-strategies.jpg",
+ },
+
+ {
+ slug: "why-direct-p2p-connections-power-secure-ai-networking",
+ title: "Why Direct P2P Connections Power Secure AI Networking",
+ description: "Discover why direct peer-to-peer connections are vital for secure AI networking. Learn how to enhance your agents' performance today!",
+ date: "May 4",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/why-direct-p2p-connections-power-secure-ai-networking.jpg",
+ },
+
+ {
+ slug: "virtual-network-addresses-for-secure-decentralized-ai",
+ title: "Virtual network addresses for secure decentralized AI",
+ description: "Discover the importance of virtual network addresses in AI. This article explains virtual network addresses and their role in avoiding costly errors.",
+ date: "May 3",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/virtual-network-addresses-for-secure-decentralized-ai.jpg",
+ },
+
+ {
+ slug: "trustless-protocols-that-secure-decentralized-ai-systems",
+ title: "Trustless protocols that secure decentralized AI systems",
+ description: "Discover the crucial role of trustless protocols in securing decentralized AI systems, enhancing reliability and scalability for developers.",
+ date: "May 2",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/trustless-protocols-that-secure-decentralized-ai-systems.jpg",
+ },
+
+ {
+ slug: "why-secure-direct-p2p-connections-matter-for-ai-agents",
+ title: "Why secure direct P2P connections matter for AI agents",
+ description: "Discover why secure direct connections are vital for AI agents. Learn how to enhance speed, privacy, and resilience in your distributed systems.",
+ date: "May 1",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/why-secure-direct-p2p-connections-matter-for-ai-agents.jpg",
+ },
+
+ {
+ slug: "persistent-address-strategies-for-distributed-ai-systems",
+ title: "Persistent address strategies for distributed AI systems",
+ description: "Unlock the power of distributed AI with effective persistent address strategies. Discover how to optimize peer discovery and reduce operational debt.",
+ date: "Apr 28",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/persistent-address-strategies-for-distributed-ai-systems.jpg",
+ },
+
+ {
+ slug: "ai-agent-discovery-process-p2p-networks",
+ title: "AI agent discovery: master P2P networks in 2026",
+ description: "Learn how to implement the AI agent discovery process step by step, from capability announcement to trust verification, for secure and scalable peer-to-peer networks.",
+ date: "Apr 23",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/ai-agent-discovery-process-p2p-networks.jpg",
+ },
+
+ {
+ slug: "overlay-networking-secure-ai-agent-communication-explained",
+ title: "Overlay networking: Secure AI agent communication explained",
+ description: "Discover what is overlay networking and how it enables secure communication for AI agents. Optimize your distributed systems today!",
+ date: "Apr 27",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/overlay-networking-secure-ai-agent-communication-explained.jpg",
+ },
+
+ {
+ slug: "openanp-ai-alternatives-6",
+ title: "Top 6 openanp.ai Alternatives 2026",
+ description: "Discover 6 openanp.ai alternatives for efficient AI communication solutions and comparison benefits in 2026.",
+ date: "Apr 25",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/openanp-ai-alternatives-6.jpg",
+ },
+
+ {
+ slug: "github-com-alternatives-6",
+ title: "Top 6 GitHub.com Alternatives 2026",
+ description: "Discover 6 GitHub.com alternatives for secure collaboration in multi-cloud environments. Compare top options for effective development.",
+ date: "Apr 24",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/github-com-alternatives-6.jpg",
+ },
+
+ {
+ slug: "persistent-network-addressing-secure-ai-systems",
+ title: "Persistent network addressing for secure AI systems",
+ description: "Learn how persistent network addressing works, where cloud environments fall short, and how to implement stable, secure addressing for decentralized AI systems.",
+ date: "Apr 21",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/persistent-network-addressing-secure-ai-systems.jpg",
+ },
+
+ {
+ slug: "ai-agent-network-examples-secure-scalable-connectivity",
+ title: "Top AI agent network examples for secure, scalable connectivity",
+ description: "Explore top AI agent network examples including AgentNet, Google A2A, and ICP DeAI agents. Compare frameworks for secure, scalable, multi-cloud deployments.",
+ date: "Apr 21",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/ai-agent-network-examples-secure-scalable-connectivity.jpg",
+ },
+
+ {
+ slug: "direct-communication-protocols-ai-agents-guide",
+ title: "Direct communication protocols for AI agents: step-by-step",
+ description: "Learn how to implement direct communication protocols like MCP and A2A for AI agents in decentralized networks. Step-by-step setup, testing, and best practices.",
+ date: "Apr 21",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/direct-communication-protocols-ai-agents-guide.jpg",
+ },
+
+ {
+ slug: "peer-to-peer-networking-examples-ai-engineers",
+ title: "Peer-to-peer networking examples every AI engineer should know",
+ description: "Explore real-world peer-to-peer networking examples including BitTorrent, libp2p, and IPFS, with practical guidance for AI engineers building secure distributed agent systems.",
+ date: "Apr 17",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/peer-to-peer-networking-examples-ai-engineers.jpg",
+ },
+
+ {
+ slug: "userspace-tcp-over-udp-stack-pure-go",
+ title: "Building a Userspace TCP-over-UDP Stack in Pure Go",
+ description: "Sliding windows, Nagle's algorithm, RTO, and AES-GCM all in userspace, with zero third-party dependencies. How Pilot Protocol's transport layer works.",
+ date: "Apr 19",
+ category: "Engineering",
+ tags: ["go", "networking", "transport", "systems"],
+ banner: "banners/why-ai-agents-need-network-stack.webp",
+ },
+
+ {
+ slug: "boarding-pilotagent-org-alternatives-3",
+ title: "Top 3 boarding.pilotagent.org alternatives 2026",
+ description: "Explore 3 boarding.pilotagent.org alternatives for enhanced decentralized networking solutions in 2026.",
+ date: "Apr 19",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/boarding-pilotagent-org-alternatives-3.jpg",
+ },
+
+ {
+ slug: "cloud-networking-secure-peer-to-peer-distributed-ai",
+ title: "Cloud networking: Secure peer-to-peer for distributed AI",
+ description: "Learn how cloud VPC and P2P protocols like libp2p and IPFS differ, why 87.33% of IPFS data is centralized, and how to build secure hybrid architectures for distributed AI systems.",
+ date: "Apr 18",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/cloud-networking-secure-peer-to-peer-distributed-ai.jpg",
+ },
+
+ {
+ slug: "multi-cloud-networking-decentralized-ai-systems",
+ title: "Mastering multi-cloud networking for decentralized AI systems",
+ description: "Learn how to build secure multi-cloud networking for autonomous AI agents using overlays, SD-WAN, and zero-trust enclaves. Compare VPN, private interconnects, and agent-centric solutions.",
+ date: "Apr 17",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/multi-cloud-networking-decentralized-ai-systems.jpg",
+ },
+
+ {
+ slug: "securing-ai-agent-networks-multi-cloud-environments",
+ title: "Securing AI agent networks in multi-cloud environments",
+ description: "Learn how to secure AI agent communications in multi-cloud environments using DIDs, Zero Trust, and blockchain-anchored frameworks like BlockA2A.",
+ date: "Apr 16",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/securing-ai-agent-networks-multi-cloud-environments.jpg",
+ },
+
+ {
+ slug: "trust-network-protocols-secure-decentralized-systems",
+ title: "Trust in network protocols for decentralized systems",
+ description: "Learn how trust works in decentralized P2P and AI networks, covering EigenTrust, blockchain trust models, zero-trust principles, and dynamic trust evaluation for distributed systems.",
+ date: "Apr 15",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/trust-network-protocols-secure-decentralized-systems.jpg",
+ },
+
+ {
+ slug: "persistent-addresses-distributed-autonomous-systems",
+ title: "Persistent addresses for distributed and autonomous systems",
+ description: "Learn how persistent addresses solve unstable endpoint problems in distributed and autonomous agent systems across multi-cloud environments with secure P2P solutions.",
+ date: "Apr 14",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/persistent-addresses-distributed-autonomous-systems.jpg",
+ },
+
+ {
+ slug: "ai-networking-best-practices-secure-scalable-systems",
+ title: "AI networking best practices for secure, scalable systems",
+ description: "Learn proven AI networking best practices for secure, scalable agent systems using P2P architectures, encryption, and zero-trust security across multi-cloud environments.",
+ date: "Apr 13",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/ai-networking-best-practices-secure-scalable-systems.jpg",
+ },
+
+ {
 slug: "secure-ai-agent-networking-workflow-step-by-step",
-    title: "Secure AI agent networking workflow: step-by-step guide",
-    description: "Learn how to design a secure networking workflow for AI agents in multi-cloud environments, covering authentication, encrypted transport, NAT traversal, and hybrid protocol strategies.",
-    date: "Apr 12",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/secure-ai-agent-networking-workflow-step-by-step.jpg",
-  },
-
-  {
-    slug: "autonomous-agent-networking-distributed-ai",
-    title: "Understanding autonomous agent networking for distributed AI",
-    description: "Learn how autonomous agent networking works, where architectures fail at scale, and which methodologies help AI developers build resilient decentralized agent systems.",
-    date: "Apr 11",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/autonomous-agent-networking-distributed-ai.jpg",
-  },
-
-  {
-    slug: "network-tunnels-ai-secure-communication-autonomous-agents",
-    title: "Network tunnels in AI: Secure comms for autonomous agents",
-    description: "Learn how network tunnels in AI enable secure MCP server access for autonomous agents, covering protocols, security risks, Zero Trust practices, and implementation steps.",
-    date: "Apr 10",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/network-tunnels-ai-secure-communication-autonomous-agents.jpg",
-  },
-
-  {
-    slug: "secure-communication-protocols-distributed-ai-systems",
-    title: "Secure communication protocols for distributed AI systems",
-    description: "Learn how to evaluate and implement secure communication protocols for distributed AI systems and autonomous agent networks, covering TLS 1.3, mTLS, WireGuard, and zero-trust architectures.",
-    date: "Apr 8",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/secure-communication-protocols-distributed-ai-systems.jpg",
-  },
-
-  {
-    slug: "overlay-networking-automation-secure-ai-agent-solutions",
-    title: "Overlay networking for automation: Secure AI agent solutions",
-    description: "Learn how overlay networking for AI agent automation works, compare top tools like Cilium and Istio, and build secure zero-trust multi-cloud agent networks.",
-    date: "Apr 7",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/overlay-networking-automation-secure-ai-agent-solutions.jpg",
-  },
-
-  {
-    slug: "ietf-internet-drafts-pilot-protocol-revision-01",
-    title: "IETF Internet-Drafts: Pilot Protocol Revision 01",
-    description: "Pilot Protocol publishes revision 01 of both IETF Internet-Drafts, covering HKDF key derivation, enterprise RBAC, NAT punch frames, registry high availability, and the expanding CATALIST landscape.",
-    date: "Apr 6",
-    category: "Standards",
-    tags: ["blog", "standards", "ietf"],
-    banner: "banners/ietf-internet-drafts-pilot-protocol-revision-01.jpg",
-  },
-
-  {
-    slug: "encrypted-tunnel-advantages-peer-to-peer-ai-networks",
-    title: "Top encrypted tunnel advantages for P2P AI networks",
-    description: "Discover the top encrypted tunnel advantages for securing peer-to-peer AI agent networks across multi-cloud and NAT environments, with practical implementation guidance.",
-    date: "Apr 6",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/encrypted-tunnel-advantages-peer-to-peer-ai-networks.jpg",
-  },
-
-  {
-    slug: "protocol-wrapping-secure-peer-to-peer-ai-systems",
-    title: "Protocol wrapping for secure peer-to-peer AI systems",
-    description: "Learn how protocol wrapping powers secure P2P AI networks. Covers VXLAN, Geneve, UDP overlays, anonymity wrappers, and real-world benchmarks for distributed systems engineers.",
-    date: "Apr 5",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/protocol-wrapping-secure-peer-to-peer-ai-systems.jpg",
-  },
-
-  {
-    slug: "decentralized-networking-p2p-solutions-ai-architectures",
-    title: "Decentralized networking: P2P solutions for AI architectures",
-    description: "Learn how decentralized P2P networking protocols, NAT traversal, and mesh architectures enable secure, scalable communication for distributed AI systems and multi-cloud deployments.",
-    date: "Apr 4",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/decentralized-networking-p2p-solutions-ai-architectures.jpg",
-  },
-
-  {
-    slug: "what-is-protocol-overlay-fundamentals-practical",
-    title: "What is protocol overlay? Fundamentals and practical insights",
-    description: "Learn what a protocol overlay is and how structured, unstructured, and hierarchical overlays improve peer-to-peer communication for distributed AI agent networks.",
-    date: "Apr 3",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/what-is-protocol-overlay-fundamentals-practical.jpg",
-  },
-
-  {
-    slug: "scriptorium-replace-agentic-active-research-ready-intelligence",
-    title: "Scriptorium: Replace Agentic Active Research With Ready Intelligence",
-    description: "Scriptorium replaces the search-fetch-filter-compress agent research loop with a continuously updated, high-signal brief — 92% fewer tokens, half the latency, identical decision quality.",
-    date: "Apr 2",
-    year: 2026,
-    category: "Blog",
-    tags: ["blog", "services", "scriptorium"],
-    banner: "banners/scriptorium-replace-agentic-active-research-ready-intelligence.png",
-  },
-
-  {
-    slug: "secure-network-infrastructure-ai-agents-practical-guide",
-    title: "Secure network infrastructure for AI agents: A practical guide",
-    description: "Learn how to build secure, decentralized network infrastructure for AI agents. Covers A2A protocol, mesh topologies, multi-cloud orchestration, and practical frameworks for enterprise deployments.",
-    date: "Apr 2",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/secure-network-infrastructure-ai-agents-practical-guide.jpg",
-  },
-
-  {
-    slug: "ai-networking-terminology-a2a-mcp-anp-protocols",
-    title: "AI networking terminology explained: A2A, MCP, ANP protocols",
-    description: "Understand A2A, MCP, and ANP protocols for AI agent networking. Learn how each works, their security models, benchmark realities, and which to use in 2026.",
-    date: "Apr 1",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/ai-networking-terminology-a2a-mcp-anp-protocols.jpg",
-  },
-  {
-    slug: "enterprise-production-complete-identity-directory-audit-export",
-    title: "Enterprise Production Complete: 99 Features, 234 Tests, Zero Dependencies",
-    description: "Pilot Protocol ships the full enterprise stack: OIDC/JWT identity, directory sync, blueprint provisioning, Splunk/CEF/JSON audit export, per-network Prometheus metrics, and 234 tests across 53 protocol commands.",
-    date: "Mar 30",
-    category: "Enterprise",
-    tags: ["enterprise", "identity", "audit", "directory-sync", "siem"],
-    banner: "banners/enterprise-production-complete-identity-directory-audit-export.webp",
-  },
-  {
-    slug: "decentralized-communication-protocols-ai-developers",
-    title: "Decentralized communication protocols for AI developers",
-    description: "Learn how to choose decentralized communication protocols for AI agent networks, covering NAT traversal, Kademlia DHT, E2EE, and practical stack selection.",
-    date: "Mar 31",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/decentralized-communication-protocols-ai-developers.jpg",
-  },
-
-  {
-    slug: "connecting-mcp-servers-across-agents",
-    title: "Connecting MCP Servers to Agents Across Any Network",
-    description: "How to connect MCP-equipped agents across NATs, firewalls, and clouds. One command install, zero networking config. Go and Python examples.",
-    date: "Mar 30",
-    category: "Integration",
-    tags: ["mcp", "integration", "networking"],
-    banner: "banners/connecting-mcp-servers-across-agents.webp",
-  },
-  {
-    slug: "peer-to-peer-agent-communication-no-server",
-    title: "Peer-to-Peer Agent Communication: No Server Required",
-    description: "Why hub-and-spoke is a bottleneck for agents. Walk through Pilot Protocol's direct P2P model: STUN, hole-punching, encrypted tunnels, trust handshakes.",
-    date: "Mar 30",
-    category: "Architecture",
-    tags: ["p2p", "architecture", "networking"],
-    banner: "banners/peer-to-peer-agent-communication-no-server.webp",
-  },
-  {
-    slug: "ai-networking-challenges-decentralized-systems",
-    title: "Top AI networking challenges for decentralized systems",
-    description: "Discover the 7 biggest AI networking challenges for decentralized and multi-cloud agent systems, with solution comparisons and practical guidance for engineers.",
-    date: "Mar 30",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/ai-networking-challenges-decentralized-systems.jpg",
-  },
-  {
-    slug: "advanced-network-automation-tips-secure-ai-systems",
-    title: "Advanced network automation: 7 tips for secure AI systems",
-    description: "Discover 7 expert network automation strategies for secure, scalable multi-agent AI systems, covering scripting, APIs, NSoT, NETCONF, ML remediation, and IBN.",
-    date: "Mar 29",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/advanced-network-automation-tips-secure-ai-systems.jpg",
-  },
-  {
-    slug: "multi-agent-system-networking-guide-ai-developers",
-    title: "Multi-agent system networking guide: 86.7% failure fix",
-    description: "Learn how to build secure, scalable multi-agent system networks. Covers architecture, protocols, benchmarking, and how to cut 86.7% failure rates in MAS.",
-    date: "Mar 28",
-    category: "Blog",
-    tags: ["blog"],
-    banner: "banners/multi-agent-system-networking-guide-ai-developers.jpg",
-  },
-
-  {
-    slug: "pilot-console-manage-agent-networks",
-    title: "Introducing the Pilot Console: Manage Agent Networks From a Browser",
-    description: "The Pilot Console is a web dashboard for managing private agent networks, monitoring nodes, generating API keys, and handling billing — all from your browser.",
-    date: "Mar 26",
-    category: "Enterprise",
-    tags: ["console", "enterprise", "dashboard"],
-    banner: "banners/pilot-console-manage-agent-networks.webp",
-  },
-  {
-    slug: "enterprise-phase-3-rbac-policies-audit-fleet",
-    title: "Enterprise Phase 3: RBAC, Policies, Audit Trail, and Fleet Enrollment",
-    description: "Pilot Protocol v1.5 ships role-based access control, network policies, structured audit logging, consent-based invites, fleet enrollment, webhook reliability, key lifecycle management, and a health endpoint.",
-    date: "Mar 27",
-    category: "Enterprise",
-    tags: ["enterprise", "security", "rbac", "audit"],
-    banner: "banners/enterprise-phase-3-rbac-policies-audit-fleet.webp",
-  },
-  {
-    slug: "private-networks-now-in-testing",
-    title: "Private Networks: Now in Testing",
-    description: "Private networks are live on the Pilot Protocol production registry. Token-gated and invite-only networks, scoped membership, admin CLI, and an honest look at the backbone constraint.",
-    date: "Mar 25",
-    category: "Enterprise",
-    tags: ["enterprise", "networks", "security"],
-    banner: "banners/private-networks-now-in-testing.webp",
-  },
-  {
-    slug: "enterprise-identity-integration-pilot-protocol",
-    title: "Enterprise Identity Integration: Entra ID, SPIFFE, OPA, and Beyond",
-    description: "How Pilot Protocol will integrate with enterprise identity providers (Entra ID, Okta, GCP IAM), policy engines (OPA, Vault), and compliance tools (Splunk, OpenTelemetry).",
-    date: "Mar 21",
-    category: "Enterprise",
-    tags: ["enterprise", "identity", "integration"],
-    banner: "banners/enterprise-identity-integration-pilot-protocol.webp",
-  },
-  {
-    slug: "enterprise-private-networks-roadmap",
-    title: "Enterprise Private Networks: The Roadmap",
-    description: "Pilot Protocol is closing the gap between connectivity tool and enterprise infrastructure. SYN-level trust enforcement, tag-based policies, cascading revocation, and OIDC/SPIFFE identity integration.",
-    date: "Mar 21",
-    category: "Security",
-    tags: ["enterprise", "security", "roadmap"],
-    banner: "banners/enterprise-private-networks-roadmap.webp",
-  },
-  {
-    slug: "ietf-internet-draft-pilot-protocol",
-    title: "Pilot Protocol IETF Internet-Drafts Published",
-    description: "We submitted two Internet-Drafts to the IETF: a problem statement for agent network-layer infrastructure and the full Pilot Protocol specification.",
-    date: "Mar 15",
-    category: "Standards",
-    tags: ["ietf", "standards"],
-    banner: "banners/ietf-internet-draft-pilot-protocol.webp",
-  },
-  {
-    slug: "python-sdk-pilot-protocol",
-    title: "Announcing the Pilot Protocol Python SDK v0.1.1",
-    description: "Native Python bindings for Pilot Protocol. pip install, context managers, type hints, and the same Go crypto under the hood.",
-    date: "Mar 13",
-    category: "Integration",
-    tags: ["python", "sdk"],
-    banner: "banners/python-sdk-pilot-protocol.webp",
-  },
-  {
-    slug: "build-openclaw-agent-self-organizes-pilot",
-    title: "Build an OpenClaw Agent That Self-Organizes Into a Pilot Network",
-    description: "Step-by-step tutorial: build a Python agent that autonomously joins the Pilot network, discovers peers, establishes trust, accepts tasks, and builds reputation.",
-    date: "Mar 11",
-    category: "Tutorial",
-    tags: ["openclaw", "autonomous"],
-    banner: "banners/build-openclaw-agent-self-organizes-pilot.webp",
-  },
-  {
-    slug: "preferential-attachment-ai-networks-trust-graph",
-    title: "Why a Few AI Agents Get 80% of the Work (And How to Stop It)",
-    description: "Autonomous agent networks follow the same winner-take-all dynamics as social networks. Here's the power-law data and how to design against hub collapse.",
-    date: "Mar 10",
-    category: "AI/ML",
-    tags: ["openclaw", "graph-theory"],
-    banner: "banners/preferential-attachment-ai-networks-trust-graph.webp",
-  },
-  {
-    slug: "openclaw-agents-behind-nat-zero-config",
-    title: "OpenClaw Agents Behind NAT: Zero-Config Peer Connectivity",
-    description: "52% of OpenClaw agents were behind NAT. None configured port forwarding. How Pilot Protocol's three-tier traversal delivers zero-config connectivity for autonomous agents.",
-    date: "Mar 9",
-    category: "Guide",
-    tags: ["openclaw", "NAT"],
-    banner: "banners/openclaw-agents-behind-nat-zero-config.webp",
-  },
-  {
-    slug: "scaling-openclaw-fleets-thousands-agents",
-    title: "Scaling OpenClaw Fleets: Running Thousands of Autonomous Agents",
-    description: "Operational guide to running large OpenClaw fleets on Pilot Protocol: registry capacity, daemon resources, systemd deployment, monitoring, and bottlenecks at scale.",
-    date: "Mar 8",
-    category: "Operations",
-    tags: ["openclaw", "scale"],
-    banner: "banners/scaling-openclaw-fleets-thousands-agents.webp",
-  },
-  {
-    slug: "clawhub-to-live-network-openclaw-discovery",
-    title: "From ClawHub to Live Network: How OpenClaw Agents Discover Peers",
-    description: "The complete journey from clawhub install to live network participation: STUN discovery, registration, tag search, and trust negotiation.",
-    date: "Mar 7",
-    category: "Guide",
-    tags: ["openclaw", "discovery"],
-    banner: "banners/clawhub-to-live-network-openclaw-discovery.webp",
-  },
-  {
-    slug: "multi-agent-pipelines-openclaw-encrypted-tunnels",
-    title: "Multi-Agent Pipelines: Chaining OpenClaw Agents Over Encrypted Tunnels",
-    description: "Build multi-agent pipelines with OpenClaw and Pilot Protocol: two-agent chains, fan-out parallelism, event-driven stages, conditional routing, and dynamic discovery.",
-    date: "Mar 6",
-    category: "Architecture",
-    tags: ["openclaw", "pipelines"],
-    banner: "banners/multi-agent-pipelines-openclaw-encrypted-tunnels.webp",
-  },
-  {
-    slug: "sociology-of-machines-626-agents",
-    title: "The Sociology of Machines: What 626 Agents Taught Us",
-    description: "Autonomous AI agents form social structures identical to human networks: preferential attachment, triadic closure, Dunbar scaling. A new domain of machine sociology.",
-    date: "Mar 5",
-    category: "AI/ML",
-    tags: ["openclaw", "sociology"],
-    banner: "banners/sociology-of-machines-626-agents.webp",
-  },
-  {
-    slug: "building-custom-pilot-skills-openclaw",
-    title: "Building Custom Pilot Skills for OpenClaw Agents",
-    description: "How to create, structure, and publish custom Pilot Protocol skills on ClawHub. Error handling, workflow design, and runtime context for autonomous agents.",
-    date: "Mar 4",
-    category: "Tutorial",
-    tags: ["openclaw", "skills"],
-    banner: "banners/building-custom-pilot-skills-openclaw.webp",
-  },
-  {
-    slug: "emergent-trust-networks-agents-choose-peers",
-    title: "Emergent Trust Networks: When Agents Choose Their Peers",
-    description: "Agents made thousands of independent trust decisions. The resulting network has preferential attachment, 47x clustering, and Dunbar-layer scaling -- all without design.",
-    date: "Mar 3",
-    category: "AI/ML",
-    tags: ["openclaw", "trust"],
-    banner: "banners/emergent-trust-networks-agents-choose-peers.webp",
-  },
-  {
-    slug: "why-autonomous-agents-need-private-discovery",
-    title: "Why Autonomous Agents Need Private-by-Default Discovery",
-    description: "Public discovery is dangerous for unsupervised AI agents. How Pilot Protocol's private-by-default model enabled safe autonomous adoption by OpenClaw agents.",
-    date: "Mar 2",
-    category: "Security",
-    tags: ["openclaw", "privacy"],
-    banner: "banners/why-autonomous-agents-need-private-discovery.webp",
-  },
-  {
-    slug: "openclaw-meets-pilot-agent-networking-one-command",
-    title: "OpenClaw Meets Pilot Protocol: Agent Networking in One Command",
-    description: "Install Pilot Protocol as an OpenClaw skill with one command. Full walkthrough: installation, onboarding, messaging, task delegation, and multi-agent pipelines.",
-    date: "Mar 1",
-    category: "Integration",
-    tags: ["openclaw", "clawhub"],
-    banner: "banners/openclaw-meets-pilot-agent-networking-one-command.webp",
-  },
-  {
-    slug: "how-626-agents-autonomously-adopted-pilot",
-    title: "How 626 Agents Autonomously Adopted a Network Protocol",
-    description: "The story of how OpenClaw agents independently discovered, installed, and formed a trust network on Pilot Protocol -- without any human direction.",
-    date: "Feb 28",
-    category: "AI/ML",
-    tags: ["openclaw", "research"],
-    banner: "banners/how-626-agents-autonomously-adopted-pilot.webp",
-  },
-  {
-    slug: "federated-learning-p2p-communication",
-    title: "P2P Communication for Federated Learning Nodes",
-    description: "gRPC adds 200ms per round. Federated learning spends 58-93% of time on communication. Replace the parameter server with direct peer-to-peer gradient exchange over encrypted tunnels.",
-    date: "Feb 28",
-    category: "AI/ML",
-    tags: ["federated-learning", "P2P"],
-    banner: "banners/federated-learning-p2p-communication.webp",
-  },
-  {
-    slug: "chain-ai-models-across-machines",
-    title: "Chain AI Models Across Machines With Persistent Tunnels",
-    description: "Multi-model pipelines lose 25-75% throughput to per-request HTTP overhead. Persistent tunnels connect once, stream continuously, and eliminate connection setup latency.",
-    date: "Feb 28",
-    category: "AI/ML",
-    tags: ["model-chaining", "pipelines"],
-    banner: "banners/chain-ai-models-across-machines.webp",
-  },
-  {
-    slug: "distributed-rag-without-central-knowledge-base",
-    title: "Distributed RAG Without a Central Knowledge Base",
-    description: "Centralizing all documents in one vector database violates data ownership. Build RAG pipelines where each agent owns its corpus and responds to trust-gated queries.",
-    date: "Feb 27",
-    category: "AI/ML",
-    tags: ["RAG", "privacy"],
-    banner: "banners/distributed-rag-without-central-knowledge-base.webp",
-  },
-  {
-    slug: "move-beyond-rest-persistent-connections-for-agents",
-    title: "Move Beyond REST: Persistent Connections for Agents",
-    description: "REST polling wastes 98.5% of requests. WebSockets break at scale. Persistent bidirectional connections solve real-time agent communication without the infrastructure pain.",
-    date: "Feb 26",
-    category: "Architecture",
-    tags: ["REST", "real-time"],
-    banner: "banners/move-beyond-rest-persistent-connections-for-agents.webp",
-  },
-  {
-    slug: "lightweight-swarm-communication-drones-robots",
-    title: "Lightweight Swarm Communication for Drones and Robots",
-    description: "ROS2/DDS multicast storms kill WiFi. MAVLink has no encryption. A single 10MB binary gives robot swarms encrypted pub/sub, NAT traversal, and tag-based discovery.",
-    date: "Feb 25",
-    category: "Guide",
-    tags: ["drones", "swarm"],
-    banner: "banners/lightweight-swarm-communication-drones-robots.webp",
-  },
-  {
-    slug: "smart-home-without-cloud-local-device-communication",
-    title: "Smart Home Without Cloud: Local-First Device Communication",
-    description: "Insteon died overnight, Wemo cloud ended in 2026, Google IoT Core shut down. Build a cloud-free smart home with permanent virtual addresses, encrypted local communication, and zero accounts or subscriptions.",
-    date: "Feb 25",
-    category: "Guide",
-    tags: ["smart-home", "local-first"],
-    banner: "banners/smart-home-without-cloud-local-device-communication.webp",
-  },
-  {
-    slug: "build-ai-agent-marketplace-discovery-reputation",
-    title: "Build an AI Agent Marketplace With Discovery and Reputation",
-    description: "Solve the ghost agent problem. Tag-based capability discovery, cryptographic trust handshakes, and behavior-based reputation create a self-regulating agent marketplace without a centralized platform.",
-    date: "Feb 24",
-    category: "Architecture",
-    tags: ["marketplace", "discovery"],
-    banner: "banners/build-ai-agent-marketplace-discovery-reputation.webp",
-  },
-  {
-    slug: "distributed-monitoring-without-prometheus",
-    title: "Distributed Monitoring Without Prometheus or Grafana",
-    description: "One binary per node, shell scripts for metrics, encrypted pub/sub for delivery. Monitor servers across NATs without VPNs, exporters, or a 6-component monitoring stack.",
-    date: "Feb 24",
-    category: "Operations",
-    tags: ["monitoring", "event-stream"],
-    banner: "banners/distributed-monitoring-without-prometheus.webp",
-  },
-  {
-    slug: "secure-research-collaboration-share-models-not-data",
-    title: "Secure Research Collaboration: Share Models, Not Data",
-    description: "Cross-institutional ML collaboration without sharing raw data. Encrypted model weight exchange, trust-gated connections as collaboration agreements, and no third-party data exposure for HIPAA/GDPR environments.",
-    date: "Feb 23",
-    category: "AI/ML",
-    tags: ["privacy", "federated-learning"],
-    banner: "banners/secure-research-collaboration-share-models-not-data.webp",
-  },
-  {
-    slug: "secure-ai-agent-communication-zero-trust",
-    title: "How to Secure AI Agent Communication With Zero Trust",
-    description: "Zero trust for AI agents: Ed25519 identity, private-by-default discovery, mutual handshakes with justification, and instant revocation. CrewAI exfiltrated data 65% of the time -- here is how to stop trusting by default.",
-    date: "Feb 23",
-    category: "Security",
-    tags: ["zero-trust", "identity"],
-    banner: "banners/secure-ai-agent-communication-zero-trust.webp",
-  },
-  {
-    slug: "how-ai-agents-discover-each-other",
-    title: "How AI Agents Discover Each Other on a Live Network",
-    description: "Agent discovery without manual config files. Registry-based hostname lookup, tag-based capability search, and runtime self-discovery.",
-    date: "Feb 22",
-    category: "Guide",
-    tags: ["discovery", "registry"],
-    banner: "banners/how-ai-agents-discover-each-other.webp",
-  },
-  {
-    slug: "connect-ai-agents-behind-nat-without-vpn",
-    title: "Connect AI Agents Behind NAT Without a VPN",
-    description: "88% of networks involve NAT. Pilot's three-tier traversal -- STUN, hole-punching, relay -- connects agents behind any firewall automatically. No VPN, no port forwarding, no ngrok.",
-    date: "Feb 22",
-    category: "Guide",
-    tags: ["NAT", "P2P"],
-    banner: "banners/connect-ai-agents-behind-nat-without-vpn.webp",
-  },
-  {
-    slug: "run-agent-network-without-cloud-dependency",
-    title: "Run Your Agent Network Without Cloud Dependency",
-    description: "Insteon, Wemo, Google IoT Core -- cloud services shut down and devices become paperweights. Own your agent network with one binary, zero cloud accounts, and no vendor lock-in.",
-    date: "Feb 21",
-    category: "Guide",
-    tags: ["independence", "IoT"],
-    banner: "banners/run-agent-network-without-cloud-dependency.webp",
-  },
-  {
-    slug: "replace-webhooks-with-persistent-agent-tunnels",
-    title: "Replace Webhooks With Persistent Agent Tunnels",
-    description: "Webhooks fail silently, require public URLs, and create distributed systems problems. Persistent agent tunnels eliminate webhook infrastructure with encrypted event streams.",
-    date: "Feb 21",
-    category: "Architecture",
-    tags: ["webhooks", "event-stream"],
-    banner: "banners/replace-webhooks-with-persistent-agent-tunnels.webp",
-  },
-  {
-    slug: "cross-company-agent-collaboration-without-shared-infrastructure",
-    title: "Cross-Company Agent Collaboration Without Shared Infra",
-    description: "Enable B2B agent collaboration with scoped trust handshakes, E2E encryption, and zero shared infrastructure. How Pilot complements A2A and MCP as the transport layer.",
-    date: "Feb 20",
-    category: "Architecture",
-    tags: ["B2B", "interoperability"],
-    banner: "banners/cross-company-agent-collaboration-without-shared-infrastructure.webp",
-  },
-  {
-    slug: "hipaa-compliant-agent-communication",
-    title: "HIPAA-Compliant AI Agents Without Sending PHI to OpenAI or Anthropic",
-    description: "Run healthcare AI agents without a BAA with every model vendor. End-to-end encrypted, audit-logged, inside your compliance perimeter. Here's the architecture.",
-    date: "Feb 20",
-    category: "Security",
-    tags: ["HIPAA", "healthcare"],
-    banner: "banners/hipaa-compliant-agent-communication.webp",
-  },
-  {
-    slug: "connect-agents-across-aws-gcp-azure-without-vpn",
-    title: "Connect Agents Across AWS, GCP, and Azure Without a VPN",
-    description: "Deploy agents across any cloud with two commands. No VPN tunnels, no cloud interconnect, no per-cloud networking configuration. Virtual addresses that work everywhere.",
-    date: "Feb 19",
-    category: "Guide",
-    tags: ["multi-cloud", "deployment"],
-    banner: "banners/connect-agents-across-aws-gcp-azure-without-vpn.webp",
-  },
-  {
-    slug: "how-pilot-protocol-works",
-    title: "How Pilot Protocol Works",
-    description: "A deep dive into the architecture: 48-bit virtual addresses, UDP tunnels, three-tier NAT traversal, X25519 encryption, and the trust model that makes agents invisible by default.",
-    date: "Feb 19",
-    category: "Architecture",
-    tags: ["deep-dive", "networking"],
-    banner: "banners/how-pilot-protocol-works.webp",
-  },
-  {
-    slug: "build-multi-agent-network-five-minutes",
-    title: "Build a Multi-Agent Network in 5 Minutes",
-    description: "From install to working demo. Start two agents, establish trust, send messages, transfer files, and run benchmarks in under 5 minutes.",
-    date: "Feb 18",
-    category: "Tutorial",
-    tags: ["quickstart", "getting-started"],
-    banner: "banners/build-multi-agent-network-five-minutes.webp",
-  },
-  {
-    slug: "why-ai-agents-need-network-stack",
-    title: "Why AI Agents Need Their Own Network Stack",
-    description: "A2A assumes HTTP endpoints. MCP assumes reachable servers. 88% of networks involve NAT. The agent ecosystem is missing its TCP/IP layer.",
-    date: "Feb 17",
-    category: "Architecture",
-    tags: ["opinion", "ai-agents"],
-    banner: "banners/why-ai-agents-need-network-stack.webp",
-  },
-  {
-    slug: "trust-model-agents-invisible-by-default",
-    title: "The Pilot Protocol Trust Model: Why Agents Should Be Invisible by Default",
-    description: "Private-by-default agent discovery, Ed25519 mutual handshakes, instant revocation, and why this is the opposite of A2A Agent Cards.",
-    date: "Feb 17",
-    category: "Security",
-    tags: ["trust", "privacy"],
-    banner: "banners/trust-model-agents-invisible-by-default.webp",
-  },
-  {
-    slug: "benchmarking-http-vs-udp-overlay",
-    title: "Benchmarking Agent Communication: HTTP vs. UDP Overlay",
-    description: "Hard numbers comparing connection setup, message latency, throughput, and memory usage between HTTP/2, gRPC, WebSocket, and Pilot Protocol.",
-    date: "Feb 16",
-    category: "Architecture",
-    tags: ["performance", "data"],
-    banner: "banners/benchmarking-http-vs-udp-overlay.webp",
-  },
-  {
-    slug: "build-agent-swarm-self-organizes",
-    title: "Build an Agent Swarm That Self-Organizes via Reputation",
-    description: "10 agents that discover peers, establish trust, delegate tasks, execute with LLMs, and build reputation. No orchestrator. The swarm self-organizes.",
-    date: "Feb 16",
-    category: "Tutorial",
-    tags: ["swarm"],
-    banner: "banners/build-agent-swarm-self-organizes.webp",
-  },
-  {
-    slug: "replace-message-broker-twelve-lines-go",
-    title: "Replace Your Agent Message Broker with 12 Lines of Go",
-    description: "Build event-driven agent architectures without Kafka, RabbitMQ, or Redis. Pilot's built-in pub/sub handles topic routing, wildcard subscriptions, and persistent connections.",
-    date: "Feb 15",
-    category: "Tutorial",
-    tags: ["pub-sub", "go"],
-    banner: "banners/replace-message-broker-twelve-lines-go.webp",
-  },
-  {
-    slug: "http-services-over-encrypted-overlay",
-    title: "Run HTTP Services Over an Encrypted Agent Overlay",
-    description: "Standard Go HTTP servers running on Pilot ports. Gateway exposes them as local IPs. REST API mesh with automatic encryption, zero TLS configuration.",
-    date: "Feb 15",
-    category: "Tutorial",
-    tags: ["http", "gateway"],
-    banner: "banners/http-services-over-encrypted-overlay.webp",
-  },
-  {
-    slug: "peer-to-peer-file-transfer-agents",
-    title: "Peer-to-Peer File Transfer Between AI Agents (No S3 Required)",
-    description: "Direct agent-to-agent file transfer over encrypted tunnels. Send model weights, datasets, and reports without cloud storage intermediaries.",
-    date: "Feb 14",
-    category: "Tutorial",
-    tags: ["file-transfer", "p2p"],
-    banner: "banners/peer-to-peer-file-transfer-agents.webp",
-  },
-  {
-    slug: "nat-traversal-ai-agents-deep-dive",
-    title: "NAT Traversal for AI Agents: A Deep Dive",
-    description: "STUN discovery, UDP hole-punching, relay fallback, and beacon gossip. The definitive reference on making agents reachable through any NAT type.",
-    date: "Feb 13",
-    category: "Guide",
-    tags: ["nat", "networking"],
-    banner: "banners/nat-traversal-ai-agents-deep-dive.webp",
-  },
-  {
-    slug: "a2a-agent-cards-over-pilot-tunnels",
-    title: "Building A2A Agent Cards Over Pilot Protocol Tunnels",
-    description: "Run Google's A2A protocol over Pilot's encrypted tunnels. NAT traversal for A2A agents, trust-gated Agent Cards, and the \"A2A for semantics, Pilot for transport\" pattern.",
-    date: "Feb 13",
-    category: "Integration",
-    tags: ["a2a", "google"],
-    banner: "banners/a2a-agent-cards-over-pilot-tunnels.webp",
-  },
-  {
-    slug: "zero-dependency-encryption-x25519-aes-gcm",
-    title: "Zero-Dependency Agent Encryption: X25519 + AES-256-GCM in Pure Go",
-    description: "How Pilot implements authenticated key exchange, tunnel encryption, nonce management, and replay protection using only Go's standard library.",
-    date: "Feb 12",
-    category: "Security",
-    tags: ["security", "go"],
-    banner: "banners/zero-dependency-encryption-x25519-aes-gcm.webp",
-  },
-  {
-    slug: "private-agent-network-company",
-    title: "Building a Private Agent Network for Your Company",
-    description: "Set up a private Pilot network, enroll agents, configure trust policies, bridge legacy systems via gateway, and monitor with the built-in dashboard.",
-    date: "Feb 11",
-    category: "Guide",
-    tags: ["enterprise", "deployment"],
-    banner: "banners/private-agent-network-company.webp",
-  },
-  {
-    slug: "pilot-vs-tcp-grpc-nats-comparison",
-    title: "Pilot vs. TCP vs. gRPC vs. NATS: Agent Communication",
-    description: "An honest comparison with real benchmarks. Where each wins, where each loses, and which to use for your agent architecture.",
-    date: "Feb 11",
-    category: "Architecture",
-    tags: ["grpc", "nats"],
-    banner: "banners/pilot-vs-tcp-grpc-nats-comparison.webp",
-  },
-  {
-    slug: "contributing-codebase-tour",
-    title: "Contributing to Pilot Protocol: A Tour of the Codebase",
-    description: "Package map, test environment, how to add a new service, linter gotchas, and good first issues for new contributors.",
-    date: "Feb 10",
-    category: "Guide",
-    tags: ["contributing", "open-source"],
-    banner: "banners/contributing-codebase-tour.webp",
-  },
-  {
-    slug: "mcp-plus-pilot-tools-and-network",
-    title: "MCP + Pilot: Give Your Agent Tools AND a Network",
-    description: "MCP handles tool access. Pilot handles peer communication. Together: agents that gather data, share results, and delegate work without a platform in the middle.",
-    date: "Feb 9",
-    category: "Integration",
-    tags: ["mcp", "anthropic"],
-    banner: "banners/mcp-plus-pilot-tools-and-network.webp",
-  },
-  {
-    slug: "claude-agent-teams-over-pilot",
-    title: "Building Claude Code Agent Teams Over Pilot Protocol",
-    description: "Distributed specialist agents across machines and networks. Manager submits tasks via Pilot, workers execute and return results, trust relationships enable coordination.",
-    date: "Feb 9",
-    category: "Integration",
-    tags: ["claude", "agent-teams"],
-    banner: "banners/claude-agent-teams-over-pilot.webp",
-  },
+ title: "Secure AI agent networking workflow: step-by-step guide",
+ description: "Learn how to design a secure networking workflow for AI agents in multi-cloud environments, covering authentication, encrypted transport, NAT traversal, and hybrid protocol strategies.",
+ date: "Apr 12",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/secure-ai-agent-networking-workflow-step-by-step.jpg",
+ },
+
+ {
+ slug: "autonomous-agent-networking-distributed-ai",
+ title: "Understanding autonomous agent networking for distributed AI",
+ description: "Learn how autonomous agent networking works, where architectures fail at scale, and which methodologies help AI developers build resilient decentralized agent systems.",
+ date: "Apr 11",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/autonomous-agent-networking-distributed-ai.jpg",
+ },
+
+ {
+ slug: "network-tunnels-ai-secure-communication-autonomous-agents",
+ title: "Network tunnels in AI: Secure comms for autonomous agents",
+ description: "Learn how network tunnels in AI enable secure MCP server access for autonomous agents, covering protocols, security risks, Zero Trust practices, and implementation steps.",
+ date: "Apr 10",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/network-tunnels-ai-secure-communication-autonomous-agents.jpg",
+ },
+
+ {
+ slug: "secure-communication-protocols-distributed-ai-systems",
+ title: "Secure communication protocols for distributed AI systems",
+ description: "Learn how to evaluate and implement secure communication protocols for distributed AI systems and autonomous agent networks, covering TLS 1.3, mTLS, WireGuard, and zero-trust architectures.",
+ date: "Apr 8",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/secure-communication-protocols-distributed-ai-systems.jpg",
+ },
+
+ {
+ slug: "overlay-networking-automation-secure-ai-agent-solutions",
+ title: "Overlay networking for automation: Secure AI agent solutions",
+ description: "Learn how overlay networking for AI agent automation works, compare top tools like Cilium and Istio, and build secure zero-trust multi-cloud agent networks.",
+ date: "Apr 7",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/overlay-networking-automation-secure-ai-agent-solutions.jpg",
+ },
+
+ {
+ slug: "ietf-internet-drafts-pilot-protocol-revision-01",
+ title: "IETF Internet-Drafts: Pilot Protocol Revision 01",
+ description: "Pilot Protocol publishes revision 01 of both IETF Internet-Drafts, covering HKDF key derivation, enterprise RBAC, NAT punch frames, registry high availability, and the expanding CATALIST landscape.",
+ date: "Apr 6",
+ category: "Standards",
+ tags: ["blog", "standards", "ietf"],
+ banner: "banners/ietf-internet-drafts-pilot-protocol-revision-01.jpg",
+ },
+
+ {
+ slug: "encrypted-tunnel-advantages-peer-to-peer-ai-networks",
+ title: "Top encrypted tunnel advantages for P2P AI networks",
+ description: "Discover the top encrypted tunnel advantages for securing peer-to-peer AI agent networks across multi-cloud and NAT environments, with practical implementation guidance.",
+ date: "Apr 6",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/encrypted-tunnel-advantages-peer-to-peer-ai-networks.jpg",
+ },
+
+ {
+ slug: "protocol-wrapping-secure-peer-to-peer-ai-systems",
+ title: "Protocol wrapping for secure peer-to-peer AI systems",
+ description: "Learn how protocol wrapping powers secure P2P AI networks. Covers VXLAN, Geneve, UDP overlays, anonymity wrappers, and real-world benchmarks for distributed systems engineers.",
+ date: "Apr 5",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/protocol-wrapping-secure-peer-to-peer-ai-systems.jpg",
+ },
+
+ {
+ slug: "decentralized-networking-p2p-solutions-ai-architectures",
+ title: "Decentralized networking: P2P solutions for AI architectures",
+ description: "Learn how decentralized P2P networking protocols, NAT traversal, and mesh architectures enable secure, scalable communication for distributed AI systems and multi-cloud deployments.",
+ date: "Apr 4",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/decentralized-networking-p2p-solutions-ai-architectures.jpg",
+ },
+
+ {
+ slug: "what-is-protocol-overlay-fundamentals-practical",
+ title: "What is protocol overlay? Fundamentals and practical insights",
+ description: "Learn what a protocol overlay is and how structured, unstructured, and hierarchical overlays improve peer-to-peer communication for distributed AI agent networks.",
+ date: "Apr 3",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/what-is-protocol-overlay-fundamentals-practical.jpg",
+ },
+
+ {
+ slug: "scriptorium-replace-agentic-active-research-ready-intelligence",
+ title: "Scriptorium: Replace Agentic Active Research With Ready Intelligence",
+ description: "Scriptorium replaces the search-fetch-filter-compress agent research loop with a continuously updated, high-signal brief 92% fewer tokens, half the latency, identical decision quality.",
+ date: "Apr 2",
+ year: 2026,
+ category: "Blog",
+ tags: ["blog", "services", "scriptorium"],
+ banner: "banners/scriptorium-replace-agentic-active-research-ready-intelligence.png",
+ },
+
+ {
+ slug: "secure-network-infrastructure-ai-agents-practical-guide",
+ title: "Secure network infrastructure for AI agents: A practical guide",
+ description: "Learn how to build secure, decentralized network infrastructure for AI agents. Covers A2A protocol, mesh topologies, multi-cloud orchestration, and practical frameworks for enterprise deployments.",
+ date: "Apr 2",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/secure-network-infrastructure-ai-agents-practical-guide.jpg",
+ },
+
+ {
+ slug: "ai-networking-terminology-a2a-mcp-anp-protocols",
+ title: "AI networking terminology explained: A2A, MCP, ANP protocols",
+ description: "Understand A2A, MCP, and ANP protocols for AI agent networking. Learn how each works, their security models, benchmark realities, and which to use in 2026.",
+ date: "Apr 1",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/ai-networking-terminology-a2a-mcp-anp-protocols.jpg",
+ },
+ {
+ slug: "enterprise-production-complete-identity-directory-audit-export",
+ title: "Enterprise Production Complete: 99 Features, 234 Tests, Zero Dependencies",
+ description: "Pilot Protocol ships the full enterprise stack: OIDC/JWT identity, directory sync, blueprint provisioning, Splunk/CEF/JSON audit export, per-network Prometheus metrics, and 234 tests across 53 protocol commands.",
+ date: "Mar 30",
+ category: "Enterprise",
+ tags: ["enterprise", "identity", "audit", "directory-sync", "siem"],
+ banner: "banners/enterprise-production-complete-identity-directory-audit-export.webp",
+ },
+ {
+ slug: "decentralized-communication-protocols-ai-developers",
+ title: "Decentralized communication protocols for AI developers",
+ description: "Learn how to choose decentralized communication protocols for AI agent networks, covering NAT traversal, Kademlia DHT, E2EE, and practical stack selection.",
+ date: "Mar 31",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/decentralized-communication-protocols-ai-developers.jpg",
+ },
+
+ {
+ slug: "connecting-mcp-servers-across-agents",
+ title: "Connecting MCP Servers to Agents Across Any Network",
+ description: "How to connect MCP-equipped agents across NATs, firewalls, and clouds. One command install, zero networking config. Go and Python examples.",
+ date: "Mar 30",
+ category: "Integration",
+ tags: ["mcp", "integration", "networking"],
+ banner: "banners/connecting-mcp-servers-across-agents.webp",
+ },
+ {
+ slug: "peer-to-peer-agent-communication-no-server",
+ title: "Peer-to-Peer Agent Communication: No Server Required",
+ description: "Why hub-and-spoke is a bottleneck for agents. Walk through Pilot Protocol's direct P2P model: STUN, hole-punching, encrypted tunnels, trust handshakes.",
+ date: "Mar 30",
+ category: "Architecture",
+ tags: ["p2p", "architecture", "networking"],
+ banner: "banners/peer-to-peer-agent-communication-no-server.webp",
+ },
+ {
+ slug: "ai-networking-challenges-decentralized-systems",
+ title: "Top AI networking challenges for decentralized systems",
+ description: "Discover the 7 biggest AI networking challenges for decentralized and multi-cloud agent systems, with solution comparisons and practical guidance for engineers.",
+ date: "Mar 30",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/ai-networking-challenges-decentralized-systems.jpg",
+ },
+ {
+ slug: "advanced-network-automation-tips-secure-ai-systems",
+ title: "Advanced network automation: 7 tips for secure AI systems",
+ description: "Discover 7 expert network automation strategies for secure, scalable multi-agent AI systems, covering scripting, APIs, NSoT, NETCONF, ML remediation, and IBN.",
+ date: "Mar 29",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/advanced-network-automation-tips-secure-ai-systems.jpg",
+ },
+ {
+ slug: "multi-agent-system-networking-guide-ai-developers",
+ title: "Multi-agent system networking guide: 86.7% failure fix",
+ description: "Learn how to build secure, scalable multi-agent system networks. Covers architecture, protocols, benchmarking, and how to cut 86.7% failure rates in MAS.",
+ date: "Mar 28",
+ category: "Blog",
+ tags: ["blog"],
+ banner: "banners/multi-agent-system-networking-guide-ai-developers.jpg",
+ },
+
+ {
+ slug: "pilot-console-manage-agent-networks",
+ title: "Introducing the Pilot Console: Manage Agent Networks From a Browser",
+ description: "The Pilot Console is a web dashboard for managing private agent networks, monitoring nodes, generating API keys, and handling billing all from your browser.",
+ date: "Mar 26",
+ category: "Enterprise",
+ tags: ["console", "enterprise", "dashboard"],
+ banner: "banners/pilot-console-manage-agent-networks.webp",
+ },
+ {
+ slug: "enterprise-phase-3-rbac-policies-audit-fleet",
+ title: "Enterprise Phase 3: RBAC, Policies, Audit Trail, and Fleet Enrollment",
+ description: "Pilot Protocol v1.5 ships role-based access control, network policies, structured audit logging, consent-based invites, fleet enrollment, webhook reliability, key lifecycle management, and a health endpoint.",
+ date: "Mar 27",
+ category: "Enterprise",
+ tags: ["enterprise", "security", "rbac", "audit"],
+ banner: "banners/enterprise-phase-3-rbac-policies-audit-fleet.webp",
+ },
+ {
+ slug: "private-networks-now-in-testing",
+ title: "Private Networks: Now in Testing",
+ description: "Private networks are live on the Pilot Protocol production registry. Token-gated and invite-only networks, scoped membership, admin CLI, and an honest look at the backbone constraint.",
+ date: "Mar 25",
+ category: "Enterprise",
+ tags: ["enterprise", "networks", "security"],
+ banner: "banners/private-networks-now-in-testing.webp",
+ },
+ {
+ slug: "enterprise-identity-integration-pilot-protocol",
+ title: "Enterprise Identity Integration: Entra ID, SPIFFE, OPA, and Beyond",
+ description: "How Pilot Protocol will integrate with enterprise identity providers (Entra ID, Okta, GCP IAM), policy engines (OPA, Vault), and compliance tools (Splunk, OpenTelemetry).",
+ date: "Mar 21",
+ category: "Enterprise",
+ tags: ["enterprise", "identity", "integration"],
+ banner: "banners/enterprise-identity-integration-pilot-protocol.webp",
+ },
+ {
+ slug: "enterprise-private-networks-roadmap",
+ title: "Enterprise Private Networks: The Roadmap",
+ description: "Pilot Protocol is closing the gap between connectivity tool and enterprise infrastructure. SYN-level trust enforcement, tag-based policies, cascading revocation, and OIDC/SPIFFE identity integration.",
+ date: "Mar 21",
+ category: "Security",
+ tags: ["enterprise", "security", "roadmap"],
+ banner: "banners/enterprise-private-networks-roadmap.webp",
+ },
+ {
+ slug: "ietf-internet-draft-pilot-protocol",
+ title: "Pilot Protocol IETF Internet-Drafts Published",
+ description: "We submitted two Internet-Drafts to the IETF: a problem statement for agent network-layer infrastructure and the full Pilot Protocol specification.",
+ date: "Mar 15",
+ category: "Standards",
+ tags: ["ietf", "standards"],
+ banner: "banners/ietf-internet-draft-pilot-protocol.webp",
+ },
+ {
+ slug: "python-sdk-pilot-protocol",
+ title: "Announcing the Pilot Protocol Python SDK v0.1.1",
+ description: "Native Python bindings for Pilot Protocol. pip install, context managers, type hints, and the same Go crypto under the hood.",
+ date: "Mar 13",
+ category: "Integration",
+ tags: ["python", "sdk"],
+ banner: "banners/python-sdk-pilot-protocol.webp",
+ },
+ {
+ slug: "build-openclaw-agent-self-organizes-pilot",
+ title: "Build an OpenClaw Agent That Self-Organizes Into a Pilot Network",
+ description: "Step-by-step tutorial: build a Python agent that autonomously joins the Pilot network, discovers peers, establishes trust, accepts tasks, and builds reputation.",
+ date: "Mar 11",
+ category: "Tutorial",
+ tags: ["openclaw", "autonomous"],
+ banner: "banners/build-openclaw-agent-self-organizes-pilot.webp",
+ },
+ {
+ slug: "preferential-attachment-ai-networks-trust-graph",
+ title: "Why a Few AI Agents Get 80% of the Work (And How to Stop It)",
+ description: "Autonomous agent networks follow the same winner-take-all dynamics as social networks. Here's the power-law data and how to design against hub collapse.",
+ date: "Mar 10",
+ category: "AI/ML",
+ tags: ["openclaw", "graph-theory"],
+ banner: "banners/preferential-attachment-ai-networks-trust-graph.webp",
+ },
+ {
+ slug: "openclaw-agents-behind-nat-zero-config",
+ title: "OpenClaw Agents Behind NAT: Zero-Config Peer Connectivity",
+ description: "52% of OpenClaw agents were behind NAT. None configured port forwarding. How Pilot Protocol's three-tier traversal delivers zero-config connectivity for autonomous agents.",
+ date: "Mar 9",
+ category: "Guide",
+ tags: ["openclaw", "NAT"],
+ banner: "banners/openclaw-agents-behind-nat-zero-config.webp",
+ },
+ {
+ slug: "scaling-openclaw-fleets-thousands-agents",
+ title: "Scaling OpenClaw Fleets: Running Thousands of Autonomous Agents",
+ description: "Operational guide to running large OpenClaw fleets on Pilot Protocol: registry capacity, daemon resources, systemd deployment, monitoring, and bottlenecks at scale.",
+ date: "Mar 8",
+ category: "Operations",
+ tags: ["openclaw", "scale"],
+ banner: "banners/scaling-openclaw-fleets-thousands-agents.webp",
+ },
+ {
+ slug: "clawhub-to-live-network-openclaw-discovery",
+ title: "From ClawHub to Live Network: How OpenClaw Agents Discover Peers",
+ description: "The complete journey from clawhub install to live network participation: STUN discovery, registration, tag search, and trust negotiation.",
+ date: "Mar 7",
+ category: "Guide",
+ tags: ["openclaw", "discovery"],
+ banner: "banners/clawhub-to-live-network-openclaw-discovery.webp",
+ },
+ {
+ slug: "multi-agent-pipelines-openclaw-encrypted-tunnels",
+ title: "Multi-Agent Pipelines: Chaining OpenClaw Agents Over Encrypted Tunnels",
+ description: "Build multi-agent pipelines with OpenClaw and Pilot Protocol: two-agent chains, fan-out parallelism, event-driven stages, conditional routing, and dynamic discovery.",
+ date: "Mar 6",
+ category: "Architecture",
+ tags: ["openclaw", "pipelines"],
+ banner: "banners/multi-agent-pipelines-openclaw-encrypted-tunnels.webp",
+ },
+ {
+ slug: "sociology-of-machines-626-agents",
+ title: "The Sociology of Machines: What 626 Agents Taught Us",
+ description: "Autonomous AI agents form social structures identical to human networks: preferential attachment, triadic closure, Dunbar scaling. A new domain of machine sociology.",
+ date: "Mar 5",
+ category: "AI/ML",
+ tags: ["openclaw", "sociology"],
+ banner: "banners/sociology-of-machines-626-agents.webp",
+ },
+ {
+ slug: "building-custom-pilot-skills-openclaw",
+ title: "Building Custom Pilot Skills for OpenClaw Agents",
+ description: "How to create, structure, and publish custom Pilot Protocol skills on ClawHub. Error handling, workflow design, and runtime context for autonomous agents.",
+ date: "Mar 4",
+ category: "Tutorial",
+ tags: ["openclaw", "skills"],
+ banner: "banners/building-custom-pilot-skills-openclaw.webp",
+ },
+ {
+ slug: "emergent-trust-networks-agents-choose-peers",
+ title: "Emergent Trust Networks: When Agents Choose Their Peers",
+ description: "Agents made thousands of independent trust decisions. The resulting network has preferential attachment, 47x clustering, and Dunbar-layer scaling -- all without design.",
+ date: "Mar 3",
+ category: "AI/ML",
+ tags: ["openclaw", "trust"],
+ banner: "banners/emergent-trust-networks-agents-choose-peers.webp",
+ },
+ {
+ slug: "why-autonomous-agents-need-private-discovery",
+ title: "Why Autonomous Agents Need Private-by-Default Discovery",
+ description: "Public discovery is dangerous for unsupervised AI agents. How Pilot Protocol's private-by-default model enabled safe autonomous adoption by OpenClaw agents.",
+ date: "Mar 2",
+ category: "Security",
+ tags: ["openclaw", "privacy"],
+ banner: "banners/why-autonomous-agents-need-private-discovery.webp",
+ },
+ {
+ slug: "openclaw-meets-pilot-agent-networking-one-command",
+ title: "OpenClaw Meets Pilot Protocol: Agent Networking in One Command",
+ description: "Install Pilot Protocol as an OpenClaw skill with one command. Full walkthrough: installation, onboarding, messaging, task delegation, and multi-agent pipelines.",
+ date: "Mar 1",
+ category: "Integration",
+ tags: ["openclaw", "clawhub"],
+ banner: "banners/openclaw-meets-pilot-agent-networking-one-command.webp",
+ },
+ {
+ slug: "how-626-agents-autonomously-adopted-pilot",
+ title: "How 626 Agents Autonomously Adopted a Network Protocol",
+ description: "The story of how OpenClaw agents independently discovered, installed, and formed a trust network on Pilot Protocol -- without any human direction.",
+ date: "Feb 28",
+ category: "AI/ML",
+ tags: ["openclaw", "research"],
+ banner: "banners/how-626-agents-autonomously-adopted-pilot.webp",
+ },
+ {
+ slug: "federated-learning-p2p-communication",
+ title: "P2P Communication for Federated Learning Nodes",
+ description: "gRPC adds 200ms per round. Federated learning spends 58-93% of time on communication. Replace the parameter server with direct peer-to-peer gradient exchange over encrypted tunnels.",
+ date: "Feb 28",
+ category: "AI/ML",
+ tags: ["federated-learning", "P2P"],
+ banner: "banners/federated-learning-p2p-communication.webp",
+ },
+ {
+ slug: "chain-ai-models-across-machines",
+ title: "Chain AI Models Across Machines With Persistent Tunnels",
+ description: "Multi-model pipelines lose 25-75% throughput to per-request HTTP overhead. Persistent tunnels connect once, stream continuously, and eliminate connection setup latency.",
+ date: "Feb 28",
+ category: "AI/ML",
+ tags: ["model-chaining", "pipelines"],
+ banner: "banners/chain-ai-models-across-machines.webp",
+ },
+ {
+ slug: "distributed-rag-without-central-knowledge-base",
+ title: "Distributed RAG Without a Central Knowledge Base",
+ description: "Centralizing all documents in one vector database violates data ownership. Build RAG pipelines where each agent owns its corpus and responds to trust-gated queries.",
+ date: "Feb 27",
+ category: "AI/ML",
+ tags: ["RAG", "privacy"],
+ banner: "banners/distributed-rag-without-central-knowledge-base.webp",
+ },
+ {
+ slug: "move-beyond-rest-persistent-connections-for-agents",
+ title: "Move Beyond REST: Persistent Connections for Agents",
+ description: "REST polling wastes 98.5% of requests. WebSockets break at scale. Persistent bidirectional connections solve real-time agent communication without the infrastructure pain.",
+ date: "Feb 26",
+ category: "Architecture",
+ tags: ["REST", "real-time"],
+ banner: "banners/move-beyond-rest-persistent-connections-for-agents.webp",
+ },
+ {
+ slug: "lightweight-swarm-communication-drones-robots",
+ title: "Lightweight Swarm Communication for Drones and Robots",
+ description: "ROS2/DDS multicast storms kill WiFi. MAVLink has no encryption. A single 10MB binary gives robot swarms encrypted pub/sub, NAT traversal, and tag-based discovery.",
+ date: "Feb 25",
+ category: "Guide",
+ tags: ["drones", "swarm"],
+ banner: "banners/lightweight-swarm-communication-drones-robots.webp",
+ },
+ {
+ slug: "smart-home-without-cloud-local-device-communication",
+ title: "Smart Home Without Cloud: Local-First Device Communication",
+ description: "Insteon died overnight, Wemo cloud ended in 2026, Google IoT Core shut down. Build a cloud-free smart home with permanent virtual addresses, encrypted local communication, and zero accounts or subscriptions.",
+ date: "Feb 25",
+ category: "Guide",
+ tags: ["smart-home", "local-first"],
+ banner: "banners/smart-home-without-cloud-local-device-communication.webp",
+ },
+ {
+ slug: "build-ai-agent-marketplace-discovery-reputation",
+ title: "Build an AI Agent Marketplace With Discovery and Reputation",
+ description: "Solve the ghost agent problem. Tag-based capability discovery, cryptographic trust handshakes, and behavior-based reputation create a self-regulating agent marketplace without a centralized platform.",
+ date: "Feb 24",
+ category: "Architecture",
+ tags: ["marketplace", "discovery"],
+ banner: "banners/build-ai-agent-marketplace-discovery-reputation.webp",
+ },
+ {
+ slug: "distributed-monitoring-without-prometheus",
+ title: "Distributed Monitoring Without Prometheus or Grafana",
+ description: "One binary per node, shell scripts for metrics, encrypted pub/sub for delivery. Monitor servers across NATs without VPNs, exporters, or a 6-component monitoring stack.",
+ date: "Feb 24",
+ category: "Operations",
+ tags: ["monitoring", "event-stream"],
+ banner: "banners/distributed-monitoring-without-prometheus.webp",
+ },
+ {
+ slug: "secure-research-collaboration-share-models-not-data",
+ title: "Secure Research Collaboration: Share Models, Not Data",
+ description: "Cross-institutional ML collaboration without sharing raw data. Encrypted model weight exchange, trust-gated connections as collaboration agreements, and no third-party data exposure for HIPAA/GDPR environments.",
+ date: "Feb 23",
+ category: "AI/ML",
+ tags: ["privacy", "federated-learning"],
+ banner: "banners/secure-research-collaboration-share-models-not-data.webp",
+ },
+ {
+ slug: "secure-ai-agent-communication-zero-trust",
+ title: "How to Secure AI Agent Communication With Zero Trust",
+ description: "Zero trust for AI agents: Ed25519 identity, private-by-default discovery, mutual handshakes with justification, and instant revocation. CrewAI exfiltrated data 65% of the time -- here is how to stop trusting by default.",
+ date: "Feb 23",
+ category: "Security",
+ tags: ["zero-trust", "identity"],
+ banner: "banners/secure-ai-agent-communication-zero-trust.webp",
+ },
+ {
+ slug: "how-ai-agents-discover-each-other",
+ title: "How AI Agents Discover Each Other on a Live Network",
+ description: "Agent discovery without manual config files. Registry-based hostname lookup, tag-based capability search, and runtime self-discovery.",
+ date: "Feb 22",
+ category: "Guide",
+ tags: ["discovery", "registry"],
+ banner: "banners/how-ai-agents-discover-each-other.webp",
+ },
+ {
+ slug: "connect-ai-agents-behind-nat-without-vpn",
+ title: "Connect AI Agents Behind NAT Without a VPN",
+ description: "88% of networks involve NAT. Pilot's three-tier traversal -- STUN, hole-punching, relay -- connects agents behind any firewall automatically. No VPN, no port forwarding, no ngrok.",
+ date: "Feb 22",
+ category: "Guide",
+ tags: ["NAT", "P2P"],
+ banner: "banners/connect-ai-agents-behind-nat-without-vpn.webp",
+ },
+ {
+ slug: "run-agent-network-without-cloud-dependency",
+ title: "Run Your Agent Network Without Cloud Dependency",
+ description: "Insteon, Wemo, Google IoT Core -- cloud services shut down and devices become paperweights. Own your agent network with one binary, zero cloud accounts, and no vendor lock-in.",
+ date: "Feb 21",
+ category: "Guide",
+ tags: ["independence", "IoT"],
+ banner: "banners/run-agent-network-without-cloud-dependency.webp",
+ },
+ {
+ slug: "replace-webhooks-with-persistent-agent-tunnels",
+ title: "Replace Webhooks With Persistent Agent Tunnels",
+ description: "Webhooks fail silently, require public URLs, and create distributed systems problems. Persistent agent tunnels eliminate webhook infrastructure with encrypted event streams.",
+ date: "Feb 21",
+ category: "Architecture",
+ tags: ["webhooks", "event-stream"],
+ banner: "banners/replace-webhooks-with-persistent-agent-tunnels.webp",
+ },
+ {
+ slug: "cross-company-agent-collaboration-without-shared-infrastructure",
+ title: "Cross-Company Agent Collaboration Without Shared Infra",
+ description: "Enable B2B agent collaboration with scoped trust handshakes, E2E encryption, and zero shared infrastructure. How Pilot complements A2A and MCP as the transport layer.",
+ date: "Feb 20",
+ category: "Architecture",
+ tags: ["B2B", "interoperability"],
+ banner: "banners/cross-company-agent-collaboration-without-shared-infrastructure.webp",
+ },
+ {
+ slug: "hipaa-compliant-agent-communication",
+ title: "HIPAA-Compliant AI Agents Without Sending PHI to OpenAI or Anthropic",
+ description: "Run healthcare AI agents without a BAA with every model vendor. End-to-end encrypted, audit-logged, inside your compliance perimeter. Here's the architecture.",
+ date: "Feb 20",
+ category: "Security",
+ tags: ["HIPAA", "healthcare"],
+ banner: "banners/hipaa-compliant-agent-communication.webp",
+ },
+ {
+ slug: "connect-agents-across-aws-gcp-azure-without-vpn",
+ title: "Connect Agents Across AWS, GCP, and Azure Without a VPN",
+ description: "Deploy agents across any cloud with two commands. No VPN tunnels, no cloud interconnect, no per-cloud networking configuration. Virtual addresses that work everywhere.",
+ date: "Feb 19",
+ category: "Guide",
+ tags: ["multi-cloud", "deployment"],
+ banner: "banners/connect-agents-across-aws-gcp-azure-without-vpn.webp",
+ },
+ {
+ slug: "how-pilot-protocol-works",
+ title: "How Pilot Protocol Works",
+ description: "A deep dive into the architecture: 48-bit virtual addresses, UDP tunnels, three-tier NAT traversal, X25519 encryption, and the trust model that makes agents invisible by default.",
+ date: "Feb 19",
+ category: "Architecture",
+ tags: ["deep-dive", "networking"],
+ banner: "banners/how-pilot-protocol-works.webp",
+ },
+ {
+ slug: "build-multi-agent-network-five-minutes",
+ title: "Build a Multi-Agent Network in 5 Minutes",
+ description: "From install to working demo. Start two agents, establish trust, send messages, transfer files, and run benchmarks in under 5 minutes.",
+ date: "Feb 18",
+ category: "Tutorial",
+ tags: ["quickstart", "getting-started"],
+ banner: "banners/build-multi-agent-network-five-minutes.webp",
+ },
+ {
+ slug: "why-ai-agents-need-network-stack",
+ title: "Why AI Agents Need Their Own Network Stack",
+ description: "A2A assumes HTTP endpoints. MCP assumes reachable servers. 88% of networks involve NAT. The agent ecosystem is missing its TCP/IP layer.",
+ date: "Feb 17",
+ category: "Architecture",
+ tags: ["opinion", "ai-agents"],
+ banner: "banners/why-ai-agents-need-network-stack.webp",
+ },
+ {
+ slug: "trust-model-agents-invisible-by-default",
+ title: "The Pilot Protocol Trust Model: Why Agents Should Be Invisible by Default",
+ description: "Private-by-default agent discovery, Ed25519 mutual handshakes, instant revocation, and why this is the opposite of A2A Agent Cards.",
+ date: "Feb 17",
+ category: "Security",
+ tags: ["trust", "privacy"],
+ banner: "banners/trust-model-agents-invisible-by-default.webp",
+ },
+ {
+ slug: "benchmarking-http-vs-udp-overlay",
+ title: "Benchmarking Agent Communication: HTTP vs. UDP Overlay",
+ description: "Hard numbers comparing connection setup, message latency, throughput, and memory usage between HTTP/2, gRPC, WebSocket, and Pilot Protocol.",
+ date: "Feb 16",
+ category: "Architecture",
+ tags: ["performance", "data"],
+ banner: "banners/benchmarking-http-vs-udp-overlay.webp",
+ },
+ {
+ slug: "build-agent-swarm-self-organizes",
+ title: "Build an Agent Swarm That Self-Organizes via Reputation",
+ description: "10 agents that discover peers, establish trust, delegate tasks, execute with LLMs, and build reputation. No orchestrator. The swarm self-organizes.",
+ date: "Feb 16",
+ category: "Tutorial",
+ tags: ["swarm"],
+ banner: "banners/build-agent-swarm-self-organizes.webp",
+ },
+ {
+ slug: "replace-message-broker-twelve-lines-go",
+ title: "Replace Your Agent Message Broker with 12 Lines of Go",
+ description: "Build event-driven agent architectures without Kafka, RabbitMQ, or Redis. Pilot's built-in pub/sub handles topic routing, wildcard subscriptions, and persistent connections.",
+ date: "Feb 15",
+ category: "Tutorial",
+ tags: ["pub-sub", "go"],
+ banner: "banners/replace-message-broker-twelve-lines-go.webp",
+ },
+ {
+ slug: "http-services-over-encrypted-overlay",
+ title: "Run HTTP Services Over an Encrypted Agent Overlay",
+ description: "Standard Go HTTP servers running on Pilot ports. Gateway exposes them as local IPs. REST API mesh with automatic encryption, zero TLS configuration.",
+ date: "Feb 15",
+ category: "Tutorial",
+ tags: ["http", "gateway"],
+ banner: "banners/http-services-over-encrypted-overlay.webp",
+ },
+ {
+ slug: "peer-to-peer-file-transfer-agents",
+ title: "Peer-to-Peer File Transfer Between AI Agents (No S3 Required)",
+ description: "Direct agent-to-agent file transfer over encrypted tunnels. Send model weights, datasets, and reports without cloud storage intermediaries.",
+ date: "Feb 14",
+ category: "Tutorial",
+ tags: ["file-transfer", "p2p"],
+ banner: "banners/peer-to-peer-file-transfer-agents.webp",
+ },
+ {
+ slug: "nat-traversal-ai-agents-deep-dive",
+ title: "NAT Traversal for AI Agents: A Deep Dive",
+ description: "STUN discovery, UDP hole-punching, relay fallback, and beacon gossip. The definitive reference on making agents reachable through any NAT type.",
+ date: "Feb 13",
+ category: "Guide",
+ tags: ["nat", "networking"],
+ banner: "banners/nat-traversal-ai-agents-deep-dive.webp",
+ },
+ {
+ slug: "a2a-agent-cards-over-pilot-tunnels",
+ title: "Building A2A Agent Cards Over Pilot Protocol Tunnels",
+ description: "Run Google's A2A protocol over Pilot's encrypted tunnels. NAT traversal for A2A agents, trust-gated Agent Cards, and the \"A2A for semantics, Pilot for transport\" pattern.",
+ date: "Feb 13",
+ category: "Integration",
+ tags: ["a2a", "google"],
+ banner: "banners/a2a-agent-cards-over-pilot-tunnels.webp",
+ },
+ {
+ slug: "zero-dependency-encryption-x25519-aes-gcm",
+ title: "Zero-Dependency Agent Encryption: X25519 + AES-256-GCM in Pure Go",
+ description: "How Pilot implements authenticated key exchange, tunnel encryption, nonce management, and replay protection using only Go's standard library.",
+ date: "Feb 12",
+ category: "Security",
+ tags: ["security", "go"],
+ banner: "banners/zero-dependency-encryption-x25519-aes-gcm.webp",
+ },
+ {
+ slug: "private-agent-network-company",
+ title: "Building a Private Agent Network for Your Company",
+ description: "Set up a private Pilot network, enroll agents, configure trust policies, bridge legacy systems via gateway, and monitor with the built-in dashboard.",
+ date: "Feb 11",
+ category: "Guide",
+ tags: ["enterprise", "deployment"],
+ banner: "banners/private-agent-network-company.webp",
+ },
+ {
+ slug: "pilot-vs-tcp-grpc-nats-comparison",
+ title: "Pilot vs. TCP vs. gRPC vs. NATS: Agent Communication",
+ description: "An honest comparison with real benchmarks. Where each wins, where each loses, and which to use for your agent architecture.",
+ date: "Feb 11",
+ category: "Architecture",
+ tags: ["grpc", "nats"],
+ banner: "banners/pilot-vs-tcp-grpc-nats-comparison.webp",
+ },
+ {
+ slug: "contributing-codebase-tour",
+ title: "Contributing to Pilot Protocol: A Tour of the Codebase",
+ description: "Package map, test environment, how to add a new service, linter gotchas, and good first issues for new contributors.",
+ date: "Feb 10",
+ category: "Guide",
+ tags: ["contributing", "open-source"],
+ banner: "banners/contributing-codebase-tour.webp",
+ },
+ {
+ slug: "mcp-plus-pilot-tools-and-network",
+ title: "MCP + Pilot: Give Your Agent Tools AND a Network",
+ description: "MCP handles tool access. Pilot handles peer communication. Together: agents that gather data, share results, and delegate work without a platform in the middle.",
+ date: "Feb 9",
+ category: "Integration",
+ tags: ["mcp", "anthropic"],
+ banner: "banners/mcp-plus-pilot-tools-and-network.webp",
+ },
+ {
+ slug: "claude-agent-teams-over-pilot",
+ title: "Building Claude Code Agent Teams Over Pilot Protocol",
+ description: "Distributed specialist agents across machines and networks. Manager submits tasks via Pilot, workers execute and return results, trust relationships enable coordination.",
+ date: "Feb 9",
+ category: "Integration",
+ tags: ["claude", "agent-teams"],
+ banner: "banners/claude-agent-teams-over-pilot.webp",
+ },
 ];
 
 export const categories = [...new Set(blogPosts.map(p => p.category))];
diff --git a/src/pages/500.astro b/src/pages/500.astro
new file mode 100644
index 0000000..cd2c981
--- /dev/null
+++ b/src/pages/500.astro
@@ -0,0 +1,65 @@
+---
+import BaseHead from '../components/BaseHead.astro';
+import Nav from '../components/Nav.astro';
+import Footer from '../components/Footer.astro';
+import '../styles/system.css';
+---
+<!DOCTYPE html>
+<html lang="en">
+<head>
+  <BaseHead title="Server Error - Pilot Protocol" description="Something went wrong on our end. We're on it." />
+</head>
+<body>
+  <Nav />
+
+  <section class="page-head">
+    <div class="wrap nf-wrap">
+      <div class="eyebrow">Error · 500</div>
+      <h1>Something <em>broke.</em></h1>
+      <p class="lede">
+        Something went wrong on our end. We've been notified and are working on it.
+        Try refreshing in a moment, or head back to the <a href="/">home page</a>.
+      </p>
+
+      <div class="nf-cta">
+        <a href="/" class="btn primary">Home <span class="arr">→</span></a>
+        <a href="/docs/" class="btn">Docs</a>
+        <a href="/blog/" class="btn">Blog</a>
+        <a href="/plans" class="btn">Plans</a>
+      </div>
+
+      <div class="nf-meta">
+        <div class="k"><div class="l">Status</div><div class="v">HTTP 500 · internal server error</div></div>
+      </div>
+    </div>
+  </section>
+
+  <Footer />
+
+  <style>
+    .nf-wrap { max-width: 680px; }
+    .nf-cta { display: flex; gap: 12px; flex-wrap: wrap; margin: 28px 0 36px; }
+    .nf-meta {
+      display: grid;
+      grid-template-columns: 1fr 1fr;
+      gap: 24px;
+      padding-top: 24px;
+      border-top: 1px solid var(--line);
+    }
+    .nf-meta .k .l {
+      font-family: var(--mono);
+      font-size: 11px;
+      letter-spacing: 0.14em;
+      text-transform: uppercase;
+      color: var(--ink-dim);
+      margin-bottom: 6px;
+    }
+    .nf-meta .k .v { font-size: 14px; color: var(--ink); }
+    .nf-meta .k .v a { color: var(--ink); }
+    .nf-meta .k .v a:hover { color: var(--accent); }
+    @media (max-width: 600px) {
+      .nf-meta { grid-template-columns: 1fr; gap: 16px; }
+    }
+  </style>
+</body>
+</html>
\ No newline at end of file