About The DDSP Tech:
Software & Hardware
The Software
Deploy anywhere. Connect everything. Secure every layer.
DDSP’s software-defined infrastructure is the engine behind a truly decentralized, intelligent internet. Available as a standalone solution, it enables virtualized node networks, encrypted edge routing, and adaptive clustering—without requiring new hardware.
DDSP Software Technology Stack
DDSP’s Software Stack Powers a New Internet Layer
Layer 2 Operating System + Firewall Mesh
BSD-based OS runs natively on every node, embedding a redundant, encrypted enterprise firewall.
Every node becomes a self-contained firewall, router, and compute/storage unit—talking directly to others without a central hub.
Smart Sharding + Metadata Embedding
Data is sharded with embedded metadata—no central map required. Each encrypted shard includes locator logic, identifiers, and timestamps for real-time, decentralized retrieval and sync.
Rapid assembly of data from global nodes, without a central orchestrator.
Performance scales through real-time resource monitoring and intelligent routing. Nodes earn rewards via Proof-of-Capacity (uptime, compute) and Proof-of-Storage (valid shards, redundancy, responsiveness, and availability).
Incentivized uptime and performance—not just availability.
Performance Engine + Economics
Clustered Node Architecture (Virtual Datacenter Engine)
DDSP nodes self-cluster into real-time compute and storage collectives. Clusters behave as a single logical compute engine: when a request comes in, it’s handled in parallel by multiple nodes.
A software-defined, fault-tolerant cloud datacenter—without a datacenter.
Nodes host Web3 protocols, smart contracts, and dApps. Our software layer treats all requests as Layer 2 tasks—delivering low latency, zero packet loss, and mobile-ready reliability.
Serve apps and Web3 infrastructure at the network edge, without cloud dependency.
Protocol + Service Hosting Layer
The OS continuously monitors each node’s health, connectivity, shard inventory, and processing capacity—automatically routing data requests to the most optimal cluster in real time.
Autonomous software orchestration—no human intervention needed to optimize the system.
Full Orchestration & Monitoring Layer
Software-Enforced Privacy & Encryption Stack
Triple-layer encryption: client-level encryption, per-shard encryption, and rotating endpoint-level encryption. Sharded, encrypted, unreadable—nodes store fragments, never full data access.
Even if nodes are compromised, no readable data is ever exposed.
Nodes transmit via Ethernet, fiber, Wi-Fi, LTE, CBRS, 5G, and TVWS. Simultaneous multicast ensures first-packet success. All traffic remains encrypted within a software-defined secure mesh network.
Unbreakable data delivery with carrier-agnostic, global failover.
Multi-Network Transport Stack
CDN, App Hosting, and Real-Time Data Services
DDSP’s software stack enables CDN hosting, ultra-low-latency streaming, and real-time analytics. As the network scales, it evolves into a cloudless hosting ecosystem—perfect for video, media, finance, and live edge applications.
Faster, safer, smarter data delivery; globally.
The Hardware
DDSP Nodes: Edge Intelligence in a Box and Beyond
Deploy physical infrastructure. Gain sovereign control. Power the future from the ground up. DDSP Nodes provide standalone, tamper-proof edge systems preloaded with our software and ready to cluster instantly. Built for autonomy, they thrive in extreme, high-demand environments—oil fields, rural zones, stadiums, and defense operations. Fully off-grid capable, they resist heat, dust, moisture, and vibration while securing sensitive data in privacy-critical locations. Whether for field resiliency or decentralized control, we deliver performance where traditional infrastructure can’t reach.
DDSP Nodes: The Physical Backbone of the Decentralized Internet
Designed for resilience, sovereignty, and performance at the edge
Tamper-Resistant, Field-Ready Node Enclosures
Each DDSP node is secured in military-grade, tamper-resistant casing—built for extreme weather, off-grid deployments, and dense urban environments like rooftops, smart poles, and industrial zones.
Ruggedization meets plug-and-play deployment—no data center required.
Each node includes redundant physical and wireless interfaces—Ethernet, 5G, LTE, TVWS, CBRS, Wi-Fi 6+, USB, and mesh—broadcasting simultaneously for lossless, first-success packet delivery via multicast protocol.
This enables true connectivity independence—nodes run even when fiber is down.
Multi-Modal Connectivity Suite
Onboard Microcontroller for Performance Telemetry
Each node features an embedded microcontroller tracking system health, usage, and replication integrity. Encrypted Layer 2 telemetry optimizes shard distribution, compute aggregation, and reward allocation via Proof-of-Capacity and Proof-of-Storage.
Embedded Processing & Storage Stack
Each node features multi-core CPUs, high-IOPS NVMe or SSD storage, and RAM tuned for sharding, encryption, metadata indexing, and real-time firewall and swap-space performance optimization.
Each node is both a microserver and a secure data vault.
Built for power-challenged sites: low-power design, solar and battery integration-ready, smart edge UPS with voltage sensing, and optional Power over Ethernet (PoE) support. Serve apps and Web3 infrastructure at the network edge, without cloud dependency.
Perfect for rural, mobile, or emergency operations.
Off-the-Grid Power Compatibility
Ideal for: Oil fields, energy sites, live events, disaster zones, defense networks, private broadband in real estate, decentralized CDN/streaming, on-prem edge hosting in regulated industries, smart city traffic systems, remote scientific field research, and mission-critical industrial automation.
Use Cases Enabled by Hardware
Integrated Firewall and OS-Level Security
Unlike traditional firewalls, DDSP nodes run a BSD-based OS with native firewall, inline analytics, rotating shard-level encryption, and zero-trust validation embedded at the hardware level.
Security is baked into the silicon and OS—not bolted on.
Nodes operate solo or cluster seamlessly, auto-meshing with nearby DDSP units. They self-optimize based on latency, throughput, and node health for efficient compute and storage pooling.
Scaling the network is as simple as dropping in more nodes.
Modular & Scalable
DDSP has built a decentralized Internet where data sovereignty is standard—not exceptional. Our edge-powered nodes enable a secure, resilient, and people-owned infrastructure for communities, enterprises, and nations to control their digital future.
The Future DDSP Sees
